--- EXPERIMENT NOTES




 --- EXPERIMENT PROPERTIES

#Fri Nov 25 00:59:00 WET 2016
codeml.models=0 1 2 3 7 8
mrbayes.mpich=
mrbayes.ngen=1000000
tcoffee.alignMethod=CLUSTALW2
tcoffee.params=
tcoffee.maxSeqs=0
codeml.bin=codeml
mrbayes.tburnin=2500
codeml.dir=
input.sequences=
mrbayes.pburnin=2500
mrbayes.bin=mb_adops
tcoffee.bin=t_coffee_ADOPS
mrbayes.dir=/usr/bin/
tcoffee.dir=
tcoffee.minScore=3
input.fasta=/opt/ADOPS/30/CadN-PC/input.fasta
input.names=
mrbayes.params=
codeml.params=



 --- PSRF SUMMARY

      Estimated marginal likelihoods for runs sampled in files
"/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p" and "/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run2.p":
(Use the harmonic mean for Bayes factor comparisons of models)

(Values are saved to the file /opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.lstat)

Run   Arithmetic mean   Harmonic mean
--------------------------------------
1     -31171.24        -31188.70
2     -31171.74        -31186.66
--------------------------------------
TOTAL   -31171.46        -31188.13
--------------------------------------


Model parameter summaries over the runs sampled in files
"/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p" and "/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run2.p":
Summaries are based on a total of 3002 samples from 2 runs.
Each run produced 2001 samples of which 1501 samples were included.
Parameter summaries saved to file "/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.pstat".

95% HPD Interval
--------------------
Parameter         Mean      Variance     Lower       Upper       Median    min ESS*  avg ESS    PSRF+
------------------------------------------------------------------------------------------------------
TL{all}         1.189595    0.000931    1.133053    1.252446    1.188950   1410.92   1455.96    1.000
r(A<->C){all}   0.082354    0.000029    0.072153    0.093428    0.082244    978.32   1108.31    1.001
r(A<->G){all}   0.295840    0.000109    0.273485    0.315164    0.295598    702.09    756.34    1.002
r(A<->T){all}   0.069888    0.000030    0.060169    0.081398    0.069806   1047.05   1063.25    1.001
r(C<->G){all}   0.056879    0.000018    0.048792    0.065396    0.056788    869.67    989.98    1.000
r(C<->T){all}   0.440788    0.000125    0.418677    0.462162    0.440747    559.01    661.98    1.002
r(G<->T){all}   0.054252    0.000020    0.045356    0.063237    0.054095    901.03   1023.86    1.000
pi(A){all}      0.253458    0.000019    0.244998    0.262244    0.253323    697.27    840.55    1.000
pi(C){all}      0.261944    0.000018    0.253629    0.269772    0.261936    661.84    706.34    1.000
pi(G){all}      0.266981    0.000019    0.258335    0.275215    0.266916    497.45    797.75    1.000
pi(T){all}      0.217617    0.000015    0.209741    0.225156    0.217544    632.87    809.01    1.001
alpha{1,2}      0.085978    0.000009    0.080313    0.091878    0.085898   1439.94   1470.47    1.000
alpha{3}        8.213413    1.628749    5.921812   10.713210    8.106510   1296.62   1311.23    1.000
pinvar{all}     0.438154    0.000120    0.416767    0.459369    0.438205   1486.78   1493.89    1.000
------------------------------------------------------------------------------------------------------
* Convergence diagnostic (ESS = Estimated Sample Size); min and avg values
correspond to minimal and average ESS among runs.
ESS value below 100 may indicate that the parameter is undersampled.
+ Convergence diagnostic (PSRF = Potential Scale Reduction Factor; Gelman
and Rubin, 1992) should approach 1.0 as runs converge.


Setting sumt conformat to Simple



 --- CODEML SUMMARY

Model 1: NearlyNeutral	-28979.626918
Model 2: PositiveSelection	-28979.626938
Model 0: one-ratio	-29045.783047
Model 3: discrete	-28949.183788
Model 7: beta	-28959.628256
Model 8: beta&w>1	-28957.150338


Model 0 vs 1	132.3122579999981

Model 2 vs 1	3.9999998989515007E-5

Model 8 vs 7	4.955836000001
>C1
MAARRCLNQLRQRYITNRFNICTCAIFLISLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSSLSHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HSGAAAYHMLDTDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
ATNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDRTVSKIQITVLDEND
NRPIFKSLDYKFAIAGQKSASMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLVSAKPA
KVLLEFLAAEPVSFIMQHLEHDDINNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVVNSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYTGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
>C2
MAARRCLNQLRQRYITNRFNICTCAIFLISLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSSSLHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HSGAAAYHMLDTDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
ATNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
NRPIFKSLDYKFAIAGQKSANMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEINNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVVNSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
>C3
MAARRCLNQLRQRYITSRFNICTCAIFLISLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSSSSHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HSGAAAYHMLDTDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
ATNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNEDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQISVLDEND
NRPIFKSLDYKFAIAGQKSANMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVVNSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYTGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
>C4
MAARRCLNELRQRYITNRLNIYTCAIFLISLPLILATEETTFAGLSAENA
ARMLAGSPGEVEKSPSHHSEMSLVLPHDTYPGFSIKKFKTHPVRINGSSH
AGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPNV
TNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAFS
GSILDEELATPKKVRYTIIDGNVDDAFALQERKANRNVQISAKSLVINGD
DESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQISVLDENDN
RPIFKSLDYKFAIAGQKSVNMESNSSVTYQRFAIMGKVEATDADGDKIAY
RLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPAK
VLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTEA
DGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEELG
PEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPMQ
AVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVVR
TRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQF
YMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIGP
TSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVND
NAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDHF
AVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKNK
NDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTSS
GQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTST
AVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGVN
GQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKAT
DQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRVS
ASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYRL
RVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVGT
VVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWADI
KVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFTE
REQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFFE
INLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFIR
IGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYEI
TSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTIV
INVRDVNDLPPQFPHTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNIV
YFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVFA
QDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMTM
TAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCCL
DRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEVD
ETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDGT
GSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKLR
DINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSIDR
SSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATATL
TVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPPF
QFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMIP
IVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKEIFVYNYQGQSPDTPI
GRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYHL
RFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRVW
NYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPALTDVRFS
AHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGSC
TNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPCH
NGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDESH
LSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDFG
SGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDGT
PPEFDDMTCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYNWHYMPT
AKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARCW
EHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPDR
FSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLRT
EEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVGH
QWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLPP
AMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCPA
GYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCEL
ELLASGVLTPSRDFIVALALCLGTLMLLVLVFVVYNRRREAHIKYPGPDD
DVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYPV
MTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSLS
SLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
>C5
MAARRCLNQLRQRYISNRLNIYTCAIFLISLPLILAIEETTFAGLSAENA
ARMLAGSPGDVEKAPSHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSSH
AGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPNV
TNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAFS
GSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVINGD
DESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITILDENDN
RPIFKSMDYKFAIAGQKSANMESNSSVTYKRFAIMGKVEATDADGDKIAY
RLKAPSNVVIIVPQTGEIMLAGEPTSNELLIEVTAHDLRYPSLLSAKPAK
VLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTEA
DGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEELG
PEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPMQ
AVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVVR
TRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQF
YMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIGP
TSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVND
NAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDHF
AVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKNK
NDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTSS
GQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTST
AVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGVN
GQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKAT
DQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRVS
ASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYRL
RVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVGT
VVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWADI
KVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFTE
REQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFFE
INLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFIR
IGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYEI
TSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTIV
INVRDVNDLPPRFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNIV
YFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVFA
QDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMTM
TAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCCL
DRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEVD
ETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDGT
GSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKLR
DINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSIDR
SSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATATL
TVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPPF
QFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMIP
IVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTPI
GRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYHL
RFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRVW
NYRTQSMSRSKMDRFRDKLADLLNTERDNVDIFSVQLKRKHPPLTDIRFS
AHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGSC
TNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPCH
NGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDESH
LSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDFG
SGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDGT
PPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYNWHYMPT
AKGFDGCIRNLVHNSELYDLAHPGLSRNSVAGCPQTEEVCAQTETTARCW
EHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPDR
FSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLRT
EEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVGH
QWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLPP
AMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCPA
GYRSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPLGFTGMHCEL
ELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPDD
DVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYPV
MTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSLS
SLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
>C6
MAARRCLNQLRQRYITNRLNIYTCAIFLISLPLILAIEETTFAGLSAENA
ARMLAGSPGDVEKSPSHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSSH
AGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPNV
TNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAFS
GSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVINGD
DESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDENDN
RPIFKSLDYKFAIAGQKSANMESNSSVTYRRFAIMGKVEATDADGDKIAY
RLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPAK
VLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTEA
DGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEELG
PEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPMQ
AVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVVR
TRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQF
YMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIGP
TSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVND
NAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDHF
AVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKNK
NDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTSS
GQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTST
AVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGVN
GQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKAT
DQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRVS
ASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYRL
RVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVGT
VVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWADI
KVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFTE
REQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFFE
INLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFIR
IGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYEI
TSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTIV
INVRDVNDLPPRFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNIV
YFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVFA
QDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMTM
TAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCCL
DRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEVD
ETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDGT
GSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKLR
DINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSIDR
SSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATATL
TVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPPF
QFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMIP
IVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTPI
GRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYHL
RFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRVW
NYRTQSMSRSKMDRFRDKLADLLNTERDNVDIFSVQLKRKHPPLTDIRFS
AHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGSC
TNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPCH
NGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDESH
LSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDFG
SGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDGT
PPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYNWHYMPT
AKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARCW
EHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPDR
FSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLRT
EEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVGH
QWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLPP
AMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCPA
GYRSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCEL
ELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPDD
DVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYPV
MTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSLS
SLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
>C7
MAARRCLDLLRQRYITNRFNIYTCAIYLIALPLVLAIEETTFAGLSAENA
ARMLAGSPGDVEKSPSSHHSEMSLVLPHDTYPGFSIKKFKTHPAKINGSS
HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKSNKNIQLSAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTISKIQISVLDEND
NRPIFKSLDYKFAIAGQKSANMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEINNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKEIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKYPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSLAGCPQTEEVCAQTETTSRC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSSCINDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEDHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
>C8
MAARRCLNQLRQRYITTKLNLYTCAILLICLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSPSHHSEMSLVLPHDTYPGFSIKKFKTHPLKINGSSH
SGAAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPNV
TNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAFS
GSILEEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVINGD
DESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDENDN
RPIFKSLDYKFAIAGQKSANIESNSSVTYQRFAIMGKVEATDADGDKIAY
RLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPAK
VLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTEA
DGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEELG
PEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPMQ
AVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVVR
TRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQF
YMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIGP
TSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVND
NAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDHF
AVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKNK
NDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTSS
GQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTST
AVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGVN
GQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKAT
DQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRVS
ASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYRL
RVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVGT
VVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWADI
KVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFTE
REQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFFE
INLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFIR
IGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYEI
TSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTIV
INVRDVNDLPPRFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNIV
YFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVFA
QDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMTM
TAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCCL
DRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEVD
ETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDGT
GSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKLR
DINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSIDR
SSDRQRQFAINQNGSVTIQRTLDREVVPRHQVKILAIDDGSPPKTATATL
TVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPPF
QFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMIP
IVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTPI
GRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYHL
RFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRVW
NYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRFS
AHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECFYENQMCEGSC
TNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPCH
NGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDESH
LSLEFITRKPDGLIIYNGPIVPPERDEMVISDFIALELERGYPRLLIDFG
SGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDGT
PPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSVYYWHYMPT
AKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARCW
EHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPDR
FSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLRT
EERDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVGH
QWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLPP
AMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCPA
GYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCEL
ELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPDD
DVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYPV
MTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSLS
SLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
>C9
MAARRCLNQLRQRYITNRLNLYTCAIFLISLPLILAIEETTFAGLSAENA
ARMLAGSPGDVEKSPSHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSSH
AGGAAYHMLNSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPNV
TNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAFS
GSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVINGD
DESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDENDN
RPIFKSLDYKFAIAGQKSVNMESNSSVTYQRFAIMGKVEATDADGDKIAY
RLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVLAHDLRYPSLLSAKPAK
VLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTEA
DGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEELG
PEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPMQ
AVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVVR
TRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQF
YMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIGP
TSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVND
NAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDHF
AVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKNK
NDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTSS
GQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTST
AVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGVN
GQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKAT
DQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRVS
ASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYRL
RVSASDKGTPASAADVDVELDVVDRNNKPPIWDKIVYGPIYIRENVTVGT
VVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWADI
KVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFTE
REQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFFE
INLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFIR
IGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYEI
TSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTIV
INVRDVNDLPPRFPQTSYERTLDEGMNDTPFTIMQVTATDGDKDRPQNIV
YFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVFA
QDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMTM
TAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCCL
DRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEVD
ETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDGT
GSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKLR
DINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSIDR
SSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATATL
TVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPPF
QFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMIP
IVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTPI
GRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYHL
RFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRVW
NYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKNPALTDIRFS
AHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGSC
TNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPCH
NGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDESH
LSLEFITRKPDGLIIYNGPIVPPERDEKLISDFIALELERGYPRLLIDFG
SGTLELRVKTKKTLDDGEWHRIDLFWNTESIRMVVDFCKSAEIAEMEDGT
PPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYFWHYMPT
AKGFDGCIRNLVHNSKLYDLAHPGLSRNSMAGCPQTEEVCAQTETTARCW
EHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPDR
FSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLRT
EEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVGH
QWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLPP
AMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCPA
GYKSAGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCEL
ELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPDD
DVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYPV
MTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSLS
SLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
>C10
MAARRCLNQLRQRYITNRLNMYSCAIFLISLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSPPHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSSH
AGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPNV
TNTHNLQLFVMHRNDMLRFSGSLLDASGEVKENQPAGTRVRGVPLMQAFS
GSILDEELAKPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVISGD
DESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDENDN
RPIFKALDYKFAIAGQKSASMESNSSVTYRRFAIMGKVEATDADGDKIAY
RLKSPSNVVIIVPQTGEIMLAGEPTANELLIEVMAHDLRYPSLLSAQPAK
VLLEFLAAEPVSFIMQHLEHDEVNSHSHHREKRRVTRAVRPTKRIEFTEA
DGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEELG
PEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPMQ
AVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVVR
TRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQF
YMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIGP
TSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVND
NAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDHF
AVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKNK
NDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTSS
GQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTST
AVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGVN
GQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKAT
DQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRVS
ASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYRL
RVSASDKGTPASAADVDVELDVVDRNNKPPIWDKIVYGPIYIRENVTVGT
VVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWADI
KVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFTE
REQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFFE
INLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFIR
IGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYEI
TSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTIV
INVRDVNDLPPRFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNIV
YFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVFA
QDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMTM
TAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCCL
DRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEVD
ETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDGT
GSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKLR
DINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSIDR
SSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATATL
TVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPPF
QFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMIP
IVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTPV
GRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYHL
RFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRVW
NYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKNPPLTDVRFS
AHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGSC
TNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPCH
NGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDESH
LSLEFITRKPDGLIIYNGPIVPPERDEKLISDFIALELERGYPRLLIDFG
SGTLELRVKTKKTLDDGEWHRIDLFWNTESIRMVVDFCKSAEIAEMEDGT
PPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYFWHYMPT
AKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARCW
EHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPDR
FSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLRT
EERDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVGH
QWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLPP
AMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCPA
GYKSAGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCEL
ELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPDD
DVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYPV
MTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSLS
SLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
CLUSTAL FORMAT for T-COFFEE Version_10.00.r1613 [http://www.tcoffee.org] [MODE:  ], CPU=0.00 sec, SCORE=100, Nseq=10, Len=3096 

C1              MAARRCLNQLRQRYITNRFNICTCAIFLISLPFILAIEETTFAGLSAENA
C2              MAARRCLNQLRQRYITNRFNICTCAIFLISLPFILAIEETTFAGLSAENA
C3              MAARRCLNQLRQRYITSRFNICTCAIFLISLPFILAIEETTFAGLSAENA
C4              MAARRCLNELRQRYITNRLNIYTCAIFLISLPLILATEETTFAGLSAENA
C5              MAARRCLNQLRQRYISNRLNIYTCAIFLISLPLILAIEETTFAGLSAENA
C6              MAARRCLNQLRQRYITNRLNIYTCAIFLISLPLILAIEETTFAGLSAENA
C7              MAARRCLDLLRQRYITNRFNIYTCAIYLIALPLVLAIEETTFAGLSAENA
C8              MAARRCLNQLRQRYITTKLNLYTCAILLICLPFILAIEETTFAGLSAENA
C9              MAARRCLNQLRQRYITNRLNLYTCAIFLISLPLILAIEETTFAGLSAENA
C10             MAARRCLNQLRQRYITNRLNMYSCAIFLISLPFILAIEETTFAGLSAENA
                *******: ******:.::*: :*** **.**::** *************

C1              ARMLAGSPGDVEKSSLSHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
C2              ARMLAGSPGDVEKSSSLHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
C3              ARMLAGSPGDVEKSSSSHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
C4              ARMLAGSPGEVEKSPS-HHSEMSLVLPHDTYPGFSIKKFKTHPVRINGSS
C5              ARMLAGSPGDVEKAPS-HHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
C6              ARMLAGSPGDVEKSPS-HHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
C7              ARMLAGSPGDVEKSPSSHHSEMSLVLPHDTYPGFSIKKFKTHPAKINGSS
C8              ARMLAGSPGDVEKSPS-HHSEMSLVLPHDTYPGFSIKKFKTHPLKINGSS
C9              ARMLAGSPGDVEKSPS-HHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
C10             ARMLAGSPGDVEKSPP-HHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
                *********:***:.  ************************** :*****

C1              HSGAAAYHMLDTDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
C2              HSGAAAYHMLDTDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
C3              HSGAAAYHMLDTDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
C4              HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
C5              HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
C6              HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
C7              HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
C8              HSGAAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
C9              HAGGAAYHMLNSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
C10             HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
                *:*.******::**************************************

C1              ATNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
C2              ATNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
C3              ATNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
C4              VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
C5              VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
C6              VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
C7              VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
C8              VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
C9              VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
C10             VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVKENQPAGTRVRGVPLMQAF
                .******************************:******************

C1              SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
C2              SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
C3              SGSILDEELATPKKVRYTIIDGNEDDAFALQERKANKNIQISAKSLVING
C4              SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANRNVQISAKSLVING
C5              SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
C6              SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
C7              SGSILDEELATPKKVRYTIIDGNVDDAFALQERKSNKNIQLSAKSLVING
C8              SGSILEEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
C9              SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
C10             SGSILDEELAKPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVISG
                *****:****.************ **********:*:*:*:*******.*

C1              DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDRTVSKIQITVLDEND
C2              DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
C3              DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQISVLDEND
C4              DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQISVLDEND
C5              DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITILDEND
C6              DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
C7              DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTISKIQISVLDEND
C8              DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
C9              DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
C10             DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
                ***********************************:*:*****::*****

C1              NRPIFKSLDYKFAIAGQKSASMESNSSVTYQRFAIMGKVEATDADGDKIA
C2              NRPIFKSLDYKFAIAGQKSANMESNSSVTYQRFAIMGKVEATDADGDKIA
C3              NRPIFKSLDYKFAIAGQKSANMESNSSVTYQRFAIMGKVEATDADGDKIA
C4              NRPIFKSLDYKFAIAGQKSVNMESNSSVTYQRFAIMGKVEATDADGDKIA
C5              NRPIFKSMDYKFAIAGQKSANMESNSSVTYKRFAIMGKVEATDADGDKIA
C6              NRPIFKSLDYKFAIAGQKSANMESNSSVTYRRFAIMGKVEATDADGDKIA
C7              NRPIFKSLDYKFAIAGQKSANMESNSSVTYQRFAIMGKVEATDADGDKIA
C8              NRPIFKSLDYKFAIAGQKSANIESNSSVTYQRFAIMGKVEATDADGDKIA
C9              NRPIFKSLDYKFAIAGQKSVNMESNSSVTYQRFAIMGKVEATDADGDKIA
C10             NRPIFKALDYKFAIAGQKSASMESNSSVTYRRFAIMGKVEATDADGDKIA
                ******::***********..:********:*******************

C1              YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLVSAKPA
C2              YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
C3              YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
C4              YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
C5              YRLKAPSNVVIIVPQTGEIMLAGEPTSNELLIEVTAHDLRYPSLLSAKPA
C6              YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
C7              YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
C8              YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
C9              YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVLAHDLRYPSLLSAKPA
C10             YRLKSPSNVVIIVPQTGEIMLAGEPTANELLIEVMAHDLRYPSLLSAQPA
                ****:*********************:******* *********:**:**

C1              KVLLEFLAAEPVSFIMQHLEHDDINNHSHHREKRRVTRAVRPTKRIEFTE
C2              KVLLEFLAAEPVSFIMQHLEHDEINNHSHHREKRRVTRAVRPTKRIEFTE
C3              KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
C4              KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
C5              KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
C6              KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
C7              KVLLEFLAAEPVSFIMQHLEHDEINNHSHHREKRRVTRAVRPTKRIEFTE
C8              KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
C9              KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
C10             KVLLEFLAAEPVSFIMQHLEHDEVNSHSHHREKRRVTRAVRPTKRIEFTE
                **********************::*.************************

C1              ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
C2              ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
C3              ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
C4              ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
C5              ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
C6              ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
C7              ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
C8              ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
C9              ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
C10             ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
                **************************************************

C1              GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
C2              GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
C3              GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
C4              GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
C5              GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
C6              GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
C7              GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
C8              GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
C9              GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
C10             GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
                **************************************************

C1              QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
C2              QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
C3              QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
C4              QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
C5              QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
C6              QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
C7              QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
C8              QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
C9              QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
C10             QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
                **************************************************

C1              RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
C2              RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
C3              RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
C4              RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
C5              RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
C6              RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
C7              RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
C8              RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
C9              RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
C10             RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
                **************************************************

C1              FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
C2              FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
C3              FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
C4              FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
C5              FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
C6              FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
C7              FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
C8              FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
C9              FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
C10             FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
                **************************************************

C1              PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
C2              PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
C3              PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
C4              PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
C5              PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
C6              PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
C7              PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
C8              PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
C9              PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
C10             PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
                **************************************************

C1              DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
C2              DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
C3              DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
C4              DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
C5              DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
C6              DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
C7              DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
C8              DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
C9              DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
C10             DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
                **************************************************

C1              FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
C2              FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
C3              FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
C4              FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
C5              FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
C6              FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
C7              FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
C8              FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
C9              FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
C10             FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
                **************************************************

C1              KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
C2              KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
C3              KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
C4              KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
C5              KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
C6              KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
C7              KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
C8              KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
C9              KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
C10             KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
                **************************************************

C1              SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
C2              SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
C3              SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
C4              SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
C5              SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
C6              SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
C7              SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
C8              SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
C9              SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
C10             SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
                ***********************:**************************

C1              TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
C2              TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
C3              TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
C4              TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
C5              TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
C6              TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
C7              TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
C8              TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
C9              TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
C10             TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
                **************************************************

C1              NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
C2              NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
C3              NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
C4              NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
C5              NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
C6              NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
C7              NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
C8              NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
C9              NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
C10             NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
                **************************************************

C1              TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
C2              TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
C3              TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
C4              TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
C5              TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
C6              TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
C7              TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
C8              TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
C9              TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
C10             TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
                **************************************************

C1              SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
C2              SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
C3              SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
C4              SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
C5              SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
C6              SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
C7              SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
C8              SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
C9              SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
C10             SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
                **************************************************

C1              LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
C2              LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
C3              LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
C4              LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
C5              LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
C6              LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
C7              LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
C8              LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
C9              LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKIVYGPIYIRENVTVG
C10             LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKIVYGPIYIRENVTVG
                *********************************** :****:********

C1              TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
C2              TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
C3              TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
C4              TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
C5              TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
C6              TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
C7              TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
C8              TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
C9              TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
C10             TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
                **************************************************

C1              IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
C2              IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
C3              IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
C4              IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
C5              IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
C6              IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
C7              IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
C8              IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
C9              IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
C10             IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
                **************************************************

C1              EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
C2              EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
C3              EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
C4              EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
C5              EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
C6              EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
C7              EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
C8              EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
C9              EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
C10             EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
                **************************************************

C1              EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
C2              EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
C3              EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
C4              EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
C5              EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
C6              EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
C7              EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
C8              EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
C9              EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
C10             EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
                **************************************************

C1              RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
C2              RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
C3              RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
C4              RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
C5              RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
C6              RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
C7              RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
C8              RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
C9              RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
C10             RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
                **************************************************

C1              ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
C2              ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
C3              ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
C4              ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
C5              ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
C6              ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
C7              ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
C8              ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
C9              ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
C10             ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
                **************************************************

C1              VINVRDVNDLPPQFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
C2              VINVRDVNDLPPQFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
C3              VINVRDVNDLPPQFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
C4              VINVRDVNDLPPQFPHTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
C5              VINVRDVNDLPPRFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
C6              VINVRDVNDLPPRFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
C7              VINVRDVNDLPPQFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
C8              VINVRDVNDLPPRFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
C9              VINVRDVNDLPPRFPQTSYERTLDEGMNDTPFTIMQVTATDGDKDRPQNI
C10             VINVRDVNDLPPRFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
                ************:**:***********.:*********************

C1              VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
C2              VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
C3              VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
C4              VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
C5              VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
C6              VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
C7              VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
C8              VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
C9              VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
C10             VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
                **************************************************

C1              AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
C2              AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
C3              AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
C4              AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
C5              AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
C6              AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
C7              AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
C8              AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
C9              AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
C10             AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
                **************************************************

C1              MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
C2              MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
C3              MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
C4              MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
C5              MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
C6              MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
C7              MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
C8              MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
C9              MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
C10             MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
                **************************************************

C1              LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
C2              LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
C3              LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
C4              LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
C5              LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
C6              LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
C7              LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
C8              LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
C9              LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
C10             LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
                **************************************************

C1              DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
C2              DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
C3              DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
C4              DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
C5              DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
C6              DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
C7              DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
C8              DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
C9              DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
C10             DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
                **************************************************

C1              TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
C2              TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
C3              TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
C4              TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
C5              TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
C6              TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
C7              TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
C8              TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
C9              TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
C10             TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
                **************************************************

C1              RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
C2              RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
C3              RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
C4              RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
C5              RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
C6              RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
C7              RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
C8              RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
C9              RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
C10             RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
                **********:***************************************

C1              RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
C2              RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
C3              RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
C4              RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
C5              RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
C6              RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
C7              RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
C8              RSSDRQRQFAINQNGSVTIQRTLDREVVPRHQVKILAIDDGSPPKTATAT
C9              RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
C10             RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
                *********************:****************************

C1              LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
C2              LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
C3              LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
C4              LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
C5              LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
C6              LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
C7              LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
C8              LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
C9              LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
C10             LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
                **************************************************

C1              FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
C2              FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
C3              FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
C4              FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
C5              FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
C6              FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
C7              FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
C8              FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
C9              FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
C10             FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
                **************************************************

C1              PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
C2              PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
C3              PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
C4              PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKEIFVYNYQGQSPDTP
C5              PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
C6              PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
C7              PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKEIFVYNYQGQSPDTP
C8              PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
C9              PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
C10             PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
                ***********************************:**************

C1              IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
C2              IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
C3              IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
C4              IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
C5              IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
C6              IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
C7              IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
C8              IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
C9              IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
C10             VGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
                :*************************************************

C1              LRFKVYDRKHTQTDIPANVTVTVREIPHEAVVNSGSVRLSGISDEDFIRV
C2              LRFKVYDRKHTQTDIPANVTVTVREIPHEAVVNSGSVRLSGISDEDFIRV
C3              LRFKVYDRKHTQTDIPANVTVTVREIPHEAVVNSGSVRLSGISDEDFIRV
C4              LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
C5              LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
C6              LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
C7              LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
C8              LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
C9              LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
C10             LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
                *******************************:******************

C1              WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
C2              WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
C3              WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
C4              WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPALTDVRF
C5              WNYRTQSMSRSKMDRFRDKLADLLNTERDNVDIFSVQLKRKHPPLTDIRF
C6              WNYRTQSMSRSKMDRFRDKLADLLNTERDNVDIFSVQLKRKHPPLTDIRF
C7              WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKYPPLTDVRF
C8              WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
C9              WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKNPALTDIRF
C10             WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKNPPLTDVRF
                ****************************:************ *.***:**

C1              SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
C2              SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
C3              SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
C4              SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
C5              SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
C6              SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
C7              SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
C8              SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECFYENQMCEGS
C9              SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
C10             SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
                ****************************************:*********

C1              CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
C2              CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
C3              CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
C4              CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
C5              CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
C6              CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
C7              CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
C8              CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
C9              CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
C10             CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
                ***:***********************************:**********

C1              HNGGRCVDTRFGPHCSCPVGYTGPRCQQTTRSFRGNGWAWYPPLEMCDES
C2              HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
C3              HNGGRCVDTRFGPHCSCPVGYTGPRCQQTTRSFRGNGWAWYPPLEMCDES
C4              HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
C5              HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
C6              HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
C7              HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
C8              HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
C9              HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
C10             HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
                *********************:****************************

C1              HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
C2              HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
C3              HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
C4              HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
C5              HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
C6              HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
C7              HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
C8              HLSLEFITRKPDGLIIYNGPIVPPERDEMVISDFIALELERGYPRLLIDF
C9              HLSLEFITRKPDGLIIYNGPIVPPERDEKLISDFIALELERGYPRLLIDF
C10             HLSLEFITRKPDGLIIYNGPIVPPERDEKLISDFIALELERGYPRLLIDF
                **************************** :********************

C1              GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
C2              GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
C3              GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
C4              GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
C5              GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
C6              GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
C7              GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
C8              GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
C9              GSGTLELRVKTKKTLDDGEWHRIDLFWNTESIRMVVDFCKSAEIAEMEDG
C10             GSGTLELRVKTKKTLDDGEWHRIDLFWNTESIRMVVDFCKSAEIAEMEDG
                ***************************:**********************

C1              TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
C2              TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
C3              TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
C4              TPPEFDDMTCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYNWHYMP
C5              TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYNWHYMP
C6              TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYNWHYMP
C7              TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
C8              TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSVYYWHYMP
C9              TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
C10             TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
                ********:**********:**********************:* *****

C1              TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
C2              TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
C3              TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
C4              TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
C5              TAKGFDGCIRNLVHNSELYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
C6              TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
C7              TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSLAGCPQTEEVCAQTETTSRC
C8              TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
C9              TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSMAGCPQTEEVCAQTETTARC
C10             TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
                ****************:*************:****************:**

C1              WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
C2              WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
C3              WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
C4              WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
C5              WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
C6              WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
C7              WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
C8              WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
C9              WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
C10             WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
                **************************************************

C1              RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
C2              RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
C3              RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
C4              RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
C5              RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
C6              RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
C7              RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
C8              RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
C9              RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
C10             RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
                **************************************************

C1              TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
C2              TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
C3              TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
C4              TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
C5              TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
C6              TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
C7              TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
C8              TEERDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
C9              TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
C10             TEERDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
                ***:**********************************************

C1              HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
C2              HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
C3              HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
C4              HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
C5              HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
C6              HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
C7              HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
C8              HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
C9              HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
C10             HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
                **************************************************

C1              PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
C2              PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
C3              PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
C4              PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
C5              PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
C6              PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
C7              PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
C8              PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
C9              PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
C10             PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
                **************************************************

C1              AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
C2              AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
C3              AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
C4              AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
C5              AGYRSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPLGFTGMHCE
C6              AGYRSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
C7              AGYKSSGSSCINDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
C8              AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
C9              AGYKSAGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
C10             AGYKSAGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
                ***:*:**:*:******************************:********

C1              LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
C2              LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
C3              LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
C4              LELLASGVLTPSRDFIVALALCLGTLMLLVLVFVVYNRRREAHIKYPGPD
C5              LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
C6              LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
C7              LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
C8              LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
C9              LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
C10             LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
                **************************:***********************

C1              DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
C2              DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
C3              DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
C4              DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
C5              DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
C6              DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
C7              DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
C8              DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
C9              DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
C10             DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
                **************************************************

C1              VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
C2              VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
C3              VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
C4              VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
C5              VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
C6              VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
C7              VMTLMPGQEPNVGMFIEDHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
C8              VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
C9              VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
C10             VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
                *****************:********************************

C1              SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL-
C2              SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL-
C3              SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL-
C4              SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
C5              SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
C6              SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
C7              SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL-
C8              SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
C9              SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
C10             SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
                ********************************************* 




PROGRAM: T-COFFEE Version_10.00.r1613 (2013-10-22 15:49:04 - Revision 1613 - Build 427)
-full_log      	S	[0] 
-genepred_score	S	[0] 	nsd
-run_name      	S	[0] 
-mem_mode      	S	[0] 	mem
-extend        	D	[1] 	1 
-extend_mode   	S	[0] 	very_fast_triplet
-max_n_pair    	D	[0] 	10 
-seq_name_for_quadruplet	S	[0] 	all
-compact       	S	[0] 	default
-clean         	S	[0] 	no
-do_self       	FL	[0] 	0
-do_normalise  	D	[0] 	1000 
-template_file 	S	[0] 
-setenv        	S	[0] 	0
-template_mode 	S	[0] 
-flip          	D	[0] 	0 
-remove_template_file	D	[0] 	0 
-profile_template_file	S	[0] 
-in            	S	[0] 
-seq           	S	[0] 
-aln           	S	[0] 
-method_limits 	S	[0] 
-method        	S	[0] 
-lib           	S	[0] 
-profile       	S	[0] 
-profile1      	S	[0] 
-profile2      	S	[0] 
-pdb           	S	[0] 
-relax_lib     	D	[0] 	1 
-filter_lib    	D	[0] 	0 
-shrink_lib    	D	[0] 	0 
-out_lib       	W_F	[0] 	no
-out_lib_mode  	S	[0] 	primary
-lib_only      	D	[0] 	0 
-outseqweight  	W_F	[0] 	no
-dpa           	FL	[0] 	0
-seq_source    	S	[0] 	ANY
-cosmetic_penalty	D	[0] 	0 
-gapopen       	D	[0] 	0 
-gapext        	D	[0] 	0 
-fgapopen      	D	[0] 	0 
-fgapext       	D	[0] 	0 
-nomatch       	D	[0] 	0 
-newtree       	W_F	[0] 	default
-tree          	W_F	[0] 	NO
-usetree       	R_F	[0] 
-tree_mode     	S	[0] 	nj
-distance_matrix_mode	S	[0] 	ktup
-distance_matrix_sim_mode	S	[0] 	idmat_sim1
-quicktree     	FL	[0] 	0
-outfile       	W_F	[0] 	default
-maximise      	FL	[1] 	1
-output        	S	[1] 	score_ascii	html	score_ascii
-len           	D	[0] 	0 
-infile        	R_F	[1] 	/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
-matrix        	S	[0] 	default
-tg_mode       	D	[0] 	1 
-profile_mode  	S	[0] 	cw_profile_profile
-profile_comparison	S	[0] 	profile
-dp_mode       	S	[0] 	linked_pair_wise
-ktuple        	D	[0] 	1 
-ndiag         	D	[0] 	0 
-diag_threshold	D	[0] 	0 
-diag_mode     	D	[0] 	0 
-sim_matrix    	S	[0] 	vasiliky
-transform     	S	[0] 
-extend_seq    	FL	[0] 	0
-outorder      	S	[0] 	input
-inorder       	S	[0] 	aligned
-seqnos        	S	[0] 	off
-case          	S	[0] 	keep
-cpu           	D	[0] 	0 
-maxnseq       	D	[0] 	1000 
-maxlen        	D	[0] 	-1 
-sample_dp     	D	[0] 	0 
-weight        	S	[0] 	default
-seq_weight    	S	[0] 	no
-align         	FL	[1] 	1
-mocca         	FL	[0] 	0
-domain        	FL	[0] 	0
-start         	D	[0] 	0 
-len           	D	[0] 	0 
-scale         	D	[0] 	0 
-mocca_interactive	FL	[0] 	0
-method_evaluate_mode	S	[0] 	default
-evaluate_mode 	S	[1] 	t_coffee_fast
-get_type      	FL	[0] 	0
-clean_aln     	D	[0] 	0 
-clean_threshold	D	[1] 	1 
-clean_iteration	D	[1] 	1 
-clean_evaluate_mode	S	[0] 	t_coffee_fast
-extend_matrix 	FL	[0] 	0
-prot_min_sim  	D	[40] 	40 
-prot_max_sim  	D	[90] 	90 
-prot_min_cov  	D	[40] 	40 
-pdb_type      	S	[0] 	d
-pdb_min_sim   	D	[35] 	35 
-pdb_max_sim   	D	[100] 	100 
-pdb_min_cov   	D	[50] 	50 
-pdb_blast_server	W_F	[0] 	EBI
-blast         	W_F	[0] 
-blast_server  	W_F	[0] 	EBI
-pdb_db        	W_F	[0] 	pdb
-protein_db    	W_F	[0] 	uniprot
-method_log    	W_F	[0] 	no
-struc_to_use  	S	[0] 
-cache         	W_F	[0] 	use
-align_pdb_param_file	W_F	[0] 	no
-align_pdb_hasch_mode	W_F	[0] 	hasch_ca_trace_bubble
-external_aligner	S	[0] 	NO
-msa_mode      	S	[0] 	tree
-master        	S	[0] 	no
-blast_nseq    	D	[0] 	0 
-lalign_n_top  	D	[0] 	10 
-iterate       	D	[1] 	0 
-trim          	D	[0] 	0 
-split         	D	[0] 	0 
-trimfile      	S	[0] 	default
-split         	D	[0] 	0 
-split_nseq_thres	D	[0] 	0 
-split_score_thres	D	[0] 	0 
-check_pdb_status	D	[0] 	0 
-clean_seq_name	D	[0] 	0 
-seq_to_keep   	S	[0] 
-dpa_master_aln	S	[0] 
-dpa_maxnseq   	D	[0] 	0 
-dpa_min_score1	D	[0] 
-dpa_min_score2	D	[0] 
-dpa_keep_tmpfile	FL	[0] 	0
-dpa_debug     	D	[0] 	0 
-multi_core    	S	[0] 	templates_jobs_relax_msa_evaluate
-n_core        	D	[0] 	0 
-max_n_proc    	D	[0] 	0 
-lib_list      	S	[0] 
-prune_lib_mode	S	[0] 	5
-tip           	S	[0] 	none
-rna_lib       	S	[0] 
-no_warning    	D	[0] 	0 
-run_local_script	D	[0] 	0 
-plugins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:
ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.alnins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 ins       	S	[0] 	default
-proxy         	S	[0] 	unset
-email         	S	[0] 
-clean_overaln 	D	[0] 	0 
-overaln_param 	S	[0] 
-overaln_mode  	S	[0] 
-overaln_model 	S	[0] 
-overaln_threshold	D	[0] 	0 
-overaln_target	D	[0] 	0 
-overaln_P1    	D	[0] 	0 
-overaln_P2    	D	[0] 	0 
-overaln_P3    	D	[0] 	0 
-overaln_P4    	D	[0] 	0 
-exon_boundaries	S	[0] 
-dump          	S	[0] 	no
-display       	D	[0] 	100 

INPUT FILES
	Input File (S) /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln  Format clustal_aln
	Input File (M) proba_pair 

Identify Master Sequences [no]:

Master Sequences Identified
INPUT SEQUENCES: 10 SEQUENCES  [PROTEIN]
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C10 Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8  Length 3095 type PROTEIN Struct Unchecked
  Input File /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9  Length 3095 type PROTEIN Struct Unchecked

	Multi Core Mode: 72 processors:

	--- Process Method/Library/Aln S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	--- Process Method/Library/Aln Mproba_pair
	xxx Retrieved S/opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
	xxx Retrieved Mproba_pair

	All Methods Retrieved

MANUAL PENALTIES: gapopen=0 gapext=0

	Library Total Size: [278870]

Library Relaxation: Multi_proc [72]
 
Relaxation Summary: [278870]--->[278842]



UN-WEIGHTED MODE: EVERY SEQUENCE WEIGHTS 1


OUTPUT RESULTS
	#### File Type= MSA             Format= score_ascii     Name= input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.score_ascii
	#### File Type= MSA             Format= html            Name= input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.html
	#### File Type= MSA             Format= score_ascii     Name= input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.score_ascii

# Command Line: t_coffee_ADOPS -infile /opt/ADOPS/30/CadN-PC/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln -output score_ascii -special_mode evaluate -evaluate_mode t_coffee_fast  [PROGRAM:T-COFFEE]
# T-COFFEE Memory Usage: Current= 30.809 Mb, Max= 40.424 Mb
# Results Produced with T-COFFEE Version_10.00.r1613 (2013-10-22 15:49:04 - Revision 1613 - Build 427)
# T-COFFEE is available from http://www.tcoffee.org
# Register on: https://groups.google.com/group/tcoffee/
>C1
MAARRCLNQLRQRYITNRFNICTCAIFLISLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSSLSHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HSGAAAYHMLDTDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
ATNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDRTVSKIQITVLDEND
NRPIFKSLDYKFAIAGQKSASMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLVSAKPA
KVLLEFLAAEPVSFIMQHLEHDDINNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVVNSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYTGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL-
>C2
MAARRCLNQLRQRYITNRFNICTCAIFLISLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSSSLHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HSGAAAYHMLDTDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
ATNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
NRPIFKSLDYKFAIAGQKSANMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEINNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVVNSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL-
>C3
MAARRCLNQLRQRYITSRFNICTCAIFLISLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSSSSHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HSGAAAYHMLDTDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
ATNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNEDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQISVLDEND
NRPIFKSLDYKFAIAGQKSANMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVVNSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYTGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL-
>C4
MAARRCLNELRQRYITNRLNIYTCAIFLISLPLILATEETTFAGLSAENA
ARMLAGSPGEVEKSPS-HHSEMSLVLPHDTYPGFSIKKFKTHPVRINGSS
HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANRNVQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQISVLDEND
NRPIFKSLDYKFAIAGQKSVNMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPHTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKEIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPALTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMTCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYNWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLMLLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
>C5
MAARRCLNQLRQRYISNRLNIYTCAIFLISLPLILAIEETTFAGLSAENA
ARMLAGSPGDVEKAPS-HHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITILDEND
NRPIFKSMDYKFAIAGQKSANMESNSSVTYKRFAIMGKVEATDADGDKIA
YRLKAPSNVVIIVPQTGEIMLAGEPTSNELLIEVTAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPRFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERDNVDIFSVQLKRKHPPLTDIRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYNWHYMP
TAKGFDGCIRNLVHNSELYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYRSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPLGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
>C6
MAARRCLNQLRQRYITNRLNIYTCAIFLISLPLILAIEETTFAGLSAENA
ARMLAGSPGDVEKSPS-HHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
NRPIFKSLDYKFAIAGQKSANMESNSSVTYRRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPRFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERDNVDIFSVQLKRKHPPLTDIRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYNWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYRSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
>C7
MAARRCLDLLRQRYITNRFNIYTCAIYLIALPLVLAIEETTFAGLSAENA
ARMLAGSPGDVEKSPSSHHSEMSLVLPHDTYPGFSIKKFKTHPAKINGSS
HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKSNKNIQLSAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTISKIQISVLDEND
NRPIFKSLDYKFAIAGQKSANMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEINNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKEIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKYPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSLAGCPQTEEVCAQTETTSRC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSSCINDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEDHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL-
>C8
MAARRCLNQLRQRYITTKLNLYTCAILLICLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSPS-HHSEMSLVLPHDTYPGFSIKKFKTHPLKINGSS
HSGAAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILEEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
NRPIFKSLDYKFAIAGQKSANIESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPRFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRTLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECFYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDEMVISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSVYYWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEERDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
>C9
MAARRCLNQLRQRYITNRLNLYTCAIFLISLPLILAIEETTFAGLSAENA
ARMLAGSPGDVEKSPS-HHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HAGGAAYHMLNSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
NRPIFKSLDYKFAIAGQKSVNMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVLAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKIVYGPIYIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPRFPQTSYERTLDEGMNDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKNPALTDIRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDEKLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWNTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSMAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSAGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
>C10
MAARRCLNQLRQRYITNRLNMYSCAIFLISLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSPP-HHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVKENQPAGTRVRGVPLMQAF
SGSILDEELAKPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVISG
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
NRPIFKALDYKFAIAGQKSASMESNSSVTYRRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTANELLIEVMAHDLRYPSLLSAQPA
KVLLEFLAAEPVSFIMQHLEHDEVNSHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKIVYGPIYIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPRFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
VGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKNPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDEKLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWNTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEERDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSAGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo

FORMAT of file /tmp/tmp8118852285719065634aln Not Supported[FATAL:T-COFFEE]
>C1
MAARRCLNQLRQRYITNRFNICTCAIFLISLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSSLSHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HSGAAAYHMLDTDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
ATNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDRTVSKIQITVLDEND
NRPIFKSLDYKFAIAGQKSASMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLVSAKPA
KVLLEFLAAEPVSFIMQHLEHDDINNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVVNSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYTGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL-
>C2
MAARRCLNQLRQRYITNRFNICTCAIFLISLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSSSLHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HSGAAAYHMLDTDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
ATNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
NRPIFKSLDYKFAIAGQKSANMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEINNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVVNSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL-
>C3
MAARRCLNQLRQRYITSRFNICTCAIFLISLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSSSSHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HSGAAAYHMLDTDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
ATNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNEDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQISVLDEND
NRPIFKSLDYKFAIAGQKSANMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVVNSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYTGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL-
>C4
MAARRCLNELRQRYITNRLNIYTCAIFLISLPLILATEETTFAGLSAENA
ARMLAGSPGEVEKSPS-HHSEMSLVLPHDTYPGFSIKKFKTHPVRINGSS
HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANRNVQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQISVLDEND
NRPIFKSLDYKFAIAGQKSVNMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPHTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKEIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPALTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMTCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYNWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLMLLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
>C5
MAARRCLNQLRQRYISNRLNIYTCAIFLISLPLILAIEETTFAGLSAENA
ARMLAGSPGDVEKAPS-HHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITILDEND
NRPIFKSMDYKFAIAGQKSANMESNSSVTYKRFAIMGKVEATDADGDKIA
YRLKAPSNVVIIVPQTGEIMLAGEPTSNELLIEVTAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPRFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERDNVDIFSVQLKRKHPPLTDIRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYNWHYMP
TAKGFDGCIRNLVHNSELYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYRSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPLGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
>C6
MAARRCLNQLRQRYITNRLNIYTCAIFLISLPLILAIEETTFAGLSAENA
ARMLAGSPGDVEKSPS-HHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
NRPIFKSLDYKFAIAGQKSANMESNSSVTYRRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPRFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERDNVDIFSVQLKRKHPPLTDIRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYNWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYRSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
>C7
MAARRCLDLLRQRYITNRFNIYTCAIYLIALPLVLAIEETTFAGLSAENA
ARMLAGSPGDVEKSPSSHHSEMSLVLPHDTYPGFSIKKFKTHPAKINGSS
HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKSNKNIQLSAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTISKIQISVLDEND
NRPIFKSLDYKFAIAGQKSANMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEINNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKEIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKYPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSLAGCPQTEEVCAQTETTSRC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSSCINDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEDHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL-
>C8
MAARRCLNQLRQRYITTKLNLYTCAILLICLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSPS-HHSEMSLVLPHDTYPGFSIKKFKTHPLKINGSS
HSGAAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILEEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
NRPIFKSLDYKFAIAGQKSANIESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPRFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRTLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECFYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDEMVISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSVYYWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEERDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
>C9
MAARRCLNQLRQRYITNRLNLYTCAIFLISLPLILAIEETTFAGLSAENA
ARMLAGSPGDVEKSPS-HHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HAGGAAYHMLNSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
NRPIFKSLDYKFAIAGQKSVNMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVLAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKIVYGPIYIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPRFPQTSYERTLDEGMNDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKNPALTDIRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDEKLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWNTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSMAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSAGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
>C10
MAARRCLNQLRQRYITNRLNMYSCAIFLISLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSPP-HHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVKENQPAGTRVRGVPLMQAF
SGSILDEELAKPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVISG
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
NRPIFKALDYKFAIAGQKSASMESNSSVTYRRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTANELLIEVMAHDLRYPSLLSAQPA
KVLLEFLAAEPVSFIMQHLEHDEVNSHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKIVYGPIYIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPRFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
VGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKNPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDEKLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWNTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEERDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSAGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln I:3096 S:99 BS:3096
# TC_SIMILARITY_MATRIX_FORMAT_01
# SEQ_INDEX C1 0
# SEQ_INDEX C2 1
# SEQ_INDEX C3 2
# SEQ_INDEX C4 3
# SEQ_INDEX C5 4
# SEQ_INDEX C6 5
# SEQ_INDEX C7 6
# SEQ_INDEX C8 7
# SEQ_INDEX C9 8
# SEQ_INDEX C10 9
# PW_SEQ_DISTANCES 
BOT	    0    1	 99.77  C1	  C2	 99.77
TOP	    1    0	 99.77  C2	  C1	 99.77
BOT	    0    2	 99.71  C1	  C3	 99.71
TOP	    2    0	 99.71  C3	  C1	 99.71
BOT	    0    3	 98.90  C1	  C4	 98.90
TOP	    3    0	 98.90  C4	  C1	 98.90
BOT	    0    4	 98.90  C1	  C5	 98.90
TOP	    4    0	 98.90  C5	  C1	 98.90
BOT	    0    5	 99.10  C1	  C6	 99.10
TOP	    5    0	 99.10  C6	  C1	 99.10
BOT	    0    6	 98.84  C1	  C7	 98.84
TOP	    6    0	 98.84  C7	  C1	 98.84
BOT	    0    7	 99.00  C1	  C8	 99.00
TOP	    7    0	 99.00  C8	  C1	 99.00
BOT	    0    8	 98.80  C1	  C9	 98.80
TOP	    8    0	 98.80  C9	  C1	 98.80
BOT	    0    9	 98.80  C1	 C10	 98.80
TOP	    9    0	 98.80 C10	  C1	 98.80
BOT	    1    2	 99.81  C2	  C3	 99.81
TOP	    2    1	 99.81  C3	  C2	 99.81
BOT	    1    3	 99.10  C2	  C4	 99.10
TOP	    3    1	 99.10  C4	  C2	 99.10
BOT	    1    4	 99.10  C2	  C5	 99.10
TOP	    4    1	 99.10  C5	  C2	 99.10
BOT	    1    5	 99.29  C2	  C6	 99.29
TOP	    5    1	 99.29  C6	  C2	 99.29
BOT	    1    6	 99.00  C2	  C7	 99.00
TOP	    6    1	 99.00  C7	  C2	 99.00
BOT	    1    7	 99.19  C2	  C8	 99.19
TOP	    7    1	 99.19  C8	  C2	 99.19
BOT	    1    8	 99.00  C2	  C9	 99.00
TOP	    8    1	 99.00  C9	  C2	 99.00
BOT	    1    9	 98.90  C2	 C10	 98.90
TOP	    9    1	 98.90 C10	  C2	 98.90
BOT	    2    3	 99.06  C3	  C4	 99.06
TOP	    3    2	 99.06  C4	  C3	 99.06
BOT	    2    4	 99.00  C3	  C5	 99.00
TOP	    4    2	 99.00  C5	  C3	 99.00
BOT	    2    5	 99.19  C3	  C6	 99.19
TOP	    5    2	 99.19  C6	  C3	 99.19
BOT	    2    6	 98.93  C3	  C7	 98.93
TOP	    6    2	 98.93  C7	  C3	 98.93
BOT	    2    7	 99.13  C3	  C8	 99.13
TOP	    7    2	 99.13  C8	  C3	 99.13
BOT	    2    8	 98.90  C3	  C9	 98.90
TOP	    8    2	 98.90  C9	  C3	 98.90
BOT	    2    9	 98.80  C3	 C10	 98.80
TOP	    9    2	 98.80 C10	  C3	 98.80
BOT	    3    4	 99.03  C4	  C5	 99.03
TOP	    4    3	 99.03  C5	  C4	 99.03
BOT	    3    5	 99.35  C4	  C6	 99.35
TOP	    5    3	 99.35  C6	  C4	 99.35
BOT	    3    6	 99.06  C4	  C7	 99.06
TOP	    6    3	 99.06  C7	  C4	 99.06
BOT	    3    7	 98.90  C4	  C8	 98.90
TOP	    7    3	 98.90  C8	  C4	 98.90
BOT	    3    8	 99.06  C4	  C9	 99.06
TOP	    8    3	 99.06  C9	  C4	 99.06
BOT	    3    9	 98.64  C4	 C10	 98.64
TOP	    9    3	 98.64 C10	  C4	 98.64
BOT	    4    5	 99.64  C5	  C6	 99.64
TOP	    5    4	 99.64  C6	  C5	 99.64
BOT	    4    6	 98.84  C5	  C7	 98.84
TOP	    6    4	 98.84  C7	  C5	 98.84
BOT	    4    7	 98.90  C5	  C8	 98.90
TOP	    7    4	 98.90  C8	  C5	 98.90
BOT	    4    8	 99.10  C5	  C9	 99.10
TOP	    8    4	 99.10  C9	  C5	 99.10
BOT	    4    9	 98.77  C5	 C10	 98.77
TOP	    9    4	 98.77 C10	  C5	 98.77
BOT	    5    6	 99.16  C6	  C7	 99.16
TOP	    6    5	 99.16  C7	  C6	 99.16
BOT	    5    7	 99.16  C6	  C8	 99.16
TOP	    7    5	 99.16  C8	  C6	 99.16
BOT	    5    8	 99.39  C6	  C9	 99.39
TOP	    8    5	 99.39  C9	  C6	 99.39
BOT	    5    9	 99.03  C6	 C10	 99.03
TOP	    9    5	 99.03 C10	  C6	 99.03
BOT	    6    7	 98.77  C7	  C8	 98.77
TOP	    7    6	 98.77  C8	  C7	 98.77
BOT	    6    8	 98.87  C7	  C9	 98.87
TOP	    8    6	 98.87  C9	  C7	 98.87
BOT	    6    9	 98.48  C7	 C10	 98.48
TOP	    9    6	 98.48 C10	  C7	 98.48
BOT	    7    8	 98.93  C8	  C9	 98.93
TOP	    8    7	 98.93  C9	  C8	 98.93
BOT	    7    9	 98.80  C8	 C10	 98.80
TOP	    9    7	 98.80 C10	  C8	 98.80
BOT	    8    9	 99.19  C9	 C10	 99.19
TOP	    9    8	 99.19 C10	  C9	 99.19
AVG	 0	  C1	   *	 99.09
AVG	 1	  C2	   *	 99.24
AVG	 2	  C3	   *	 99.17
AVG	 3	  C4	   *	 99.01
AVG	 4	  C5	   *	 99.03
AVG	 5	  C6	   *	 99.26
AVG	 6	  C7	   *	 98.88
AVG	 7	  C8	   *	 98.98
AVG	 8	  C9	   *	 99.03
AVG	 9	 C10	   *	 98.83
TOT	 TOT	   *	 99.05
CLUSTAL W (1.83) multiple sequence alignment

C1              ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGTTATATAACCAA
C2              ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGTTATATAACCAA
C3              ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGTTATATAACCAG
C4              ATGGCGGCACGACGTTGCCTGAATGAGCTCAGGCAACGGTATATAACCAA
C5              ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGGTATATAAGCAA
C6              ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGGTATATAACCAA
C7              ATGGCGGCACGACGTTGCCTGGATTTGCTCAGGCAACGTTATATAACCAA
C8              ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGTTATATAACCAC
C9              ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGTTATATAACCAA
C10             ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGTTATATAACCAA
                *********************.** :************ ******* ** 

C1              CCGATTTAATATATGCACCTGCGCGATATTCTTGATATCCCTTCCATTTA
C2              CCGATTTAATATATGCACCTGCGCGATATTCTTGATATCCCTCCCATTTA
C3              CCGATTTAATATATGCACCTGCGCGATATTTTTGATATCCCTCCCCTTTA
C4              TCGACTCAACATATACACCTGCGCGATATTTTTGATATCCCTCCCCTTAA
C5              CCGACTAAATATATACACCTGCGCGATATTTTTGATATCCCTCCCCTTGA
C6              CCGACTAAATATATACACCTGCGCGATATTTTTGATATCCCTACCGTTAA
C7              CCGATTTAATATATACACCTGCGCGATATATTTGATAGCCCTCCCGTTAG
C8              AAAACTGAATCTCTACACCTGCGCGATACTTTTGATATGCCTCCCGTTCA
C9              CCGATTAAATCTATACACCTGCGCGATATTTTTGATATCTCTACCGTTAA
C10             TCGATTAAATATGTACTCCTGCGCGATATTTTTAATATCACTTCCGTTCA
                 ..* * ** .* *.*:*********** : **.***   ** ** ** .

C1              TTTTGGCCATAGAGGAGACCACATTTGCTGGTCTTTCGGCGGAAAATGCG
C2              TTTTGGCCATAGAGGAGACCACATTTGCTGGTCTCTCGGCGGAAAATGCG
C3              TATTGGCCATAGAGGAGACCACATTTGCTGGTCTCTCGGCGGAAAATGCG
C4              TTTTGGCCACCGAAGAGACCACATTTGCTGGCCTCTCGGCGGAAAATGCG
C5              TTTTGGCCATCGAGGAGACCACATTTGCTGGCCTGTCTGCGGAGAATGCG
C6              TTTTGGCCATCGAGGAGACCACATTTGCCGGTTTGTCTGCGGAAAATGCG
C7              TTTTGGCCATAGAGGAGACCACATTTGCTGGTCTATCGGCGGAAAATGCA
C8              TTTTGGCCATAGAGGAGACCACATTCGCTGGTTTGTCGGCGGAGAATGCG
C9              TTTTGGCCATAGAGGAGACCACATTTGCTGGTTTGTCGGCGGAAAATGCG
C10             TTTTGGCCATAGAAGAGACCACATTTGCTGGTTTGTCGGCGGAAAATGCG
                *:******* .**.*********** ** **  * ** *****.*****.

C1              GCTCGCATGCTGGCCGGCAGTCCCGGGGATGTGGAAAAGTCCTCGTTGTC
C2              GCTCGCATGCTGGCCGGCAGTCCCGGGGATGTCGAAAAGTCCTCGTCATT
C3              GCTCGCATGTTGGCCGGCAGTCCCGGGGATGTGGAGAAGTCCTCGTCGTC
C4              GCTCGCATGCTAGCCGGCAGTCCAGGCGAAGTGGAGAAGTCGCCGTCG--
C5              GCTCGCATGCTGGCCGGCAGTCCTGGCGACGTGGAAAAGGCCCCCTCG--
C6              GCTCGCATGCTGGCCGGCAGTCCTGGAGATGTGGAAAAGTCCCCATCG--
C7              GCCCGCATGTTGGCTGGCAGTCCAGGGGATGTGGAAAAGTCACCCTCGTC
C8              GCTCGCATGTTGGCTGGCAGTCCTGGCGATGTGGAAAAATCGCCATCG--
C9              GCTCGCATGTTGGCCGGCAGTCCTGGCGATGTGGAAAAGTCACCGTCG--
C10             GCTCGCATGCTGGCCGGCAGTCCTGGAGATGTGGAAAAGTCTCCGCCG--
                ** ****** *.** ******** ** ** ** **.**. *  *   .  

C1              GCATCACAGTGAAATGTCCTTGGTCCTGCCACACGATACCTATCCTGGAT
C2              GCATCACAGCGAAATGTCCTTGGTCCTGCCACACGATACCTATCCTGGAT
C3              GCATCACAGCGAAATGTCCTTGGTCCTGCCACACGATACCTATCCTGGAT
C4              -CATCACAGCGAAATGTCCTTGGTGCTGCCCCACGACACCTATCCTGGAT
C5              -CATCACAGCGAAATGTCCCTGGTCCTGCCACACGACACCTACCCTGGAT
C6              -CATCACAGCGAAATGTCCTTGGTCCTGCCACACGACACCTATCCTGGCT
C7              ACATCACAGTGAAATGTCCCTGGTGCTGCCACACGATACCTATCCTGGAT
C8              -CATCACAGTGAAATGTCCTTGGTCCTGCCACACGATACCTATCCCGGGT
C9              -CATCACAGCGAAATGTCCTTGGTGCTGCCACACGATACCTATCCAGGAT
C10             -CATCACAGCGAAATGTCCTTGGTGCTGCCACACGATACCTATCCGGGGT
                 ******** ********* **** *****.***** ***** ** ** *

C1              TCAGTATCAAAAAGTTCAAAACCCATCCTGTAAAGATAAACGGTAGCTCC
C2              TCAGCATCAAAAAGTTCAAAACCCATCCTGTGAAAATAAACGGTAGCTCG
C3              TTAGCATCAAGAAGTTCAAAACCCATCCTGTGAAGATAAACGGTAGCTCC
C4              TCAGCATCAAGAAGTTCAAAACCCATCCCGTCAGGATAAACGGCAGCTCG
C5              TCAGCATCAAGAAGTTCAAAACCCATCCTGTGAAGATAAATGGCAGCTCC
C6              TCAGCATCAAGAAGTTCAAAACCCATCCTGTGAAGATAAATGGTAGCTCG
C7              TTAGCATCAAGAAGTTCAAAACCCATCCCGCTAAGATAAATGGTAGCTCG
C8              TCAGCATCAAGAAGTTCAAAACCCATCCTCTCAAGATAAATGGCAGCTCG
C9              TTAGCATCAAGAAGTTCAAGACCCATCCCGTTAAGATAAATGGTAGCTCG
C10             TTAGCATCAAGAAGTTCAAGACCCATCCCGTCAAGATAAATGGTAGCTCG
                * ** *****.********.********    *..***** ** ***** 

C1              CACTCTGGTGCAGCTGCCTATCACATGTTGGACACGGACTACTCCAAGTA
C2              CACTCTGGTGCAGCTGCCTATCACATGTTGGACACGGACTACTCCAAGTA
C3              CACTCTGGCGCAGCTGCCTATCACATGCTGGACACTGACTACTCCAAGTA
C4              CATGCCGGCGGTGCCGCCTATCACATGCTCGATAGCGACTACTCCAAGTA
C5              CATGCCGGCGGAGCCGCCTACCACATGCTGGACAGTGACTACTCAAAGTA
C6              CATGCCGGCGGTGCTGCCTATCACATGTTGGACAGTGATTACTCCAAGTA
C7              CATGCCGGCGGAGCTGCCTATCACATGTTGGATAGTGATTACTCAAAGTA
C8              CATTCCGGCGCAGCTGCCTACCACATGTTGGATAGCGACTACTCCAAGTA
C9              CATGCCGGCGGAGCTGCCTATCACATGTTGAATAGTGATTACTCCAAGTA
C10             CATGCCGGCGGAGCTGCCTATCACATGTTGGATAGTGATTACTCCAAGTA
                **  * ** * :** ***** ****** * .* *  ** *****.*****

C1              CTTCACCGTACTGGAAGATGGTGTGGTGATGACCACGGCGGATATTTCCC
C2              CTTCACCGTACTGGAAGATGGCGTGGTGATGACCACGGCGGATATTTCCC
C3              CTTCACCGTACTGGAAGATGGTGTGGTGATGACCACGGCGGATATTTCCC
C4              CTTCACGGTACTGGAGGATGGTGTGGTGATGACCACGGCGGACATATCGC
C5              CTTTACGGTGCTCGAGGATGGTGTGGTGATGACCACGGCGGACATATCGC
C6              CTTTACGGTACTGGAAGATGGTGTGGTGATGACCACAGCGGATATATCGC
C7              CTTTACCGTACTGGAAGATGGTGTGGTGATGACCACAGCGGATATATCTC
C8              CTTCACGGTACTTGAAGACGGTGTGGTGATGACCACGGCGGACATTTCTC
C9              CTTTACGGTACTGGAAGATGGTGTGGTGATGACCACGGCGGATATATCCC
C10             CTTCACGGTGCTGGAAGACGGTGTGGTGATGACCACGGCGGATATATCCC
                *** ** **.** **.** ** **************.***** **:** *

C1              CGCTTGTCAATCGTCCGGTTCAGTTGGTGGTTGTTGAACAAACGCCCAAT
C2              CGCTTGTCAATCGTCCGGTTCAGTTGGTGGTTGTTGAGCAAACGCCCAAT
C3              CCCTTGTCAATCGTCCGGTTCAGTTGGTGGTTGTTGAACAAACGCCCAAT
C4              CGCTCGTCAATCGTCCAGTTCAACTGGTGGTCGTTGAACAGACCCCCAAT
C5              CGCTCGTCAACCGACCGGTTCAGTTGGTGGTCGTGGAGCAGACCCCCAAT
C6              CGCTCGTCAATCGTCCAGTTCAGTTGGTGGTTGTCGAACAAACCCCCAAT
C7              CGCTGGTCAATCGTCCAGTTCAATTGGTGGTCGTTGAACAAACTCCCAAT
C8              CGCTGGTAAATCGTCCAGTTCAACTGGTGGTGGTTGAACAAACGCCCAAT
C9              CGCTTGTCAATCGTCCAGTTCAATTGGTGGTCGTTGAACAAACGCCCAAT
C10             CGCTGGTCAATCGTCCAGTTCAATTGGTAGTGGTTGAACAAACGCCCAAT
                * ** **.** **:**.*****. ****.** ** **.**.** ******

C1              GCCACCAATACCCACAATCTGCAGCTGTTTGTGATGCACCGCAATGATAT
C2              GCCACAAATACGCACAATCTGCAGCTGTTTGTGATGCACCGCAATGATAT
C3              GCCACCAATACCCACAATCTGCAGCTGTTTGTGATGCACCGCAACGATAT
C4              GTCACCAACACCCACAACCTCCAGTTGTTCGTGATGCATCGCAACGATAT
C5              GTCACCAACACCCACAACCTGCAGTTGTTCGTGATGCATCGCAACGACAT
C6              GTCACCAACACCCACAATCTCCAGTTGTTCGTGATGCATCGCAATGATAT
C7              GTCACCAATACCCACAATCTTCAGTTATTCGTAATGCATCGCAATGACAT
C8              GTCACCAACACCCACAATCTTCAGTTGTTCGTGATGCACCGCAACGATAT
C9              GTCACCAACACCCACAATCTCCAGTTGTTCGTGATGCATCGCAATGATAT
C10             GTCACCAATACCCACAATCTCCAGTTGTTTGTGATGCATCGCAATGATAT
                * ***.** ** ***** ** *** *.** **.***** ***** ** **

C1              GCTGCGATTTTCTGGATCCCTACTCGATGCCAGTGGTGAAGTTAGGGAGA
C2              GCTGCGATTTTCGGGTTCCCTACTCGATGCCAGTGGTGAAGTTAGGGAGA
C3              GCTGCGATTTTCGGGCTCCCTACTCGATGCCAGTGGTGAAGTCAGGGAGA
C4              GCTGCGTTTTTCCGGGTCGCTACTCGATGCCAGCGGTGAGGTGAGGGAGA
C5              GCTGCGATTCTCGGGATCCCTGCTCGACGCCAGTGGCGAGGTGAGGGAGA
C6              GCTGCGATTCTCAGGATCCCTACTCGATGCCAGTGGTGAGGTGAGGGAGA
C7              GCTGCGATTTTCGGGTTCCCTACTCGATGCCAGTGGTGAAGTAAGGGAGA
C8              GCTGAGGTTCTCGGGTTCACTACTTGATGCCAGTGGTGAAGTAAGGGAAA
C9              GCTGCGGTTTTCGGGTTCCCTACTCGATGCCAGTGGTGAAGTTAGGGAGA
C10             GCTGCGGTTTTCGGGTTCCCTACTCGACGCCAGTGGTGAAGTCAAAGAGA
                ****.* ** ** ** ** **.** ** ***** ** **.** *..**.*

C1              ATCAACCGGCGGGTACCAGGGTGAGAGGAGTGCCCCTGATGCAGGCCTTC
C2              ATCAACCGGCGGGTACCAGGGTGAGGGGAGTGCCCCTGATGCAGGCATTC
C3              ATCAACCGGCGGGCACCAGGGTGAGAGGAGTGCCCCTGATGCAGGCCTTC
C4              ACCAGCCGGCGGGCACCCGGGTGAGAGGAGTGCCCCTGATGCAGGCCTTC
C5              ACCAGCCAGCGGGCACCAGAGTCAGAGGAGTGCCCCTAATGCAGGCCTTC
C6              ATCAACCGGCGGGCACCAGGGTAAGAGGAGTACCCCTAATGCAGGCCTTC
C7              ATCAACCGGCGGGTACCCGGGTAAGAGGAGTGCCCCTAATGCAGGCCTTC
C8              ACCAGCCAGCGGGAACCAGAGTGAGAGGAGTTCCCCTAATGCAGGCCTTC
C9              ATCAACCGGCAGGAACCAGGGTGCGTGGAGTACCCCTGATGCAGGCCTTC
C10             ATCAGCCAGCGGGTACCAGAGTGAGAGGAGTGCCCCTAATGCAGGCCTTC
                * **.**.**.** ***.*.** .* ***** *****.********.***

C1              AGCGGTTCCATCCTGGACGAAGAACTGGCCACACCCAAAAAGGTTCGGTA
C2              AGCGGTTCCATCCTGGACGAGGAACTGGCCACACCCAAGAAGGTTCGGTA
C3              AGCGGTTCCATCCTGGACGAAGAACTGGCCACACCCAAGAAGGTTCGGTA
C4              AGTGGTTCCATCCTGGACGAAGAGCTGGCCACCCCGAAGAAGGTGCGCTA
C5              AGTGGTTCCATCCTAGACGAAGAGCTGGCCACGCCCAAGAAGGTCAGGTA
C6              AGTGGCTCCATCCTAGATGAAGAACTGGCCACACCCAAGAAGGTTAGGTA
C7              AGTGGTTCCATCCTGGATGAAGAACTGGCCACACCCAAGAAAGTTAGGTA
C8              AGTGGATCCATCCTGGAAGAGGAGCTCGCCACGCCCAAGAAGGTCAGGTA
C9              AGCGGATCCATCCTGGACGAAGAACTGGCCACGCCCAAGAAAGTGAGGTA
C10             AGCGGATCCATCCTCGACGAAGAGCTCGCCAAGCCAAAGAAAGTGAGGTA
                ** ** ******** ** **.**.** ****. ** **.**.** .* **

C1              CACCATTATTGACGGCAACGTGGATGATGCATTCGCCCTGCAGGAACGTA
C2              CACCATTATTGACGGCAACGTGGATGATGCATTCGCCCTGCAGGAACGAA
C3              CACCATTATCGACGGGAACGAGGATGATGCATTCGCTCTGCAGGAACGTA
C4              CACCATCATCGATGGCAACGTGGACGACGCGTTTGCCCTGCAGGAGCGGA
C5              CACCATCATCGATGGCAACGTGGACGACGCCTTCGCCCTGCAGGAACGCA
C6              CACCATCATCGATGGCAACGTGGACGATGCCTTTGCCCTGCAGGAACGCA
C7              CACCATTATTGACGGCAACGTAGATGATGCATTCGCTCTGCAGGAACGCA
C8              CACCATCATCGATGGCAACGTTGATGATGCCTTTGCCCTCCAGGAACGCA
C9              CACCATCATCGATGGCAACGTGGATGATGCATTTGCTCTGCAGGAACGCA
C10             CACCATAATCGACGGCAATGTGGATGACGCATTTGCCCTGCAGGAACGCA
                ****** ** ** ** ** *: ** ** ** ** ** ** *****.** *

C1              AGGCCAACAAGAACATTCAAATAAGTGCCAAGTCCTTGGTGATTAATGGC
C2              AGGCCAACAAGAACATTCAAATAAGTGCCAAGTCCTTGGTGATTAACGGC
C3              AGGCCAACAAGAACATACAAATAAGTGCCAAGTCCTTGGTAATTAATGGC
C4              AGGCCAATAGGAATGTTCAGATCAGTGCCAAGTCCCTGGTGATAAATGGA
C5              AGGCGAACAAGAACATTCAAATAAGTGCCAAGTCCTTGGTGATAAATGGC
C6              AGGCCAACAAGAATATTCAGATAAGTGCCAAGTCCTTGGTGATAAATGGT
C7              AGTCCAATAAAAATATTCAATTAAGTGCAAAGTCCTTGGTAATTAATGGT
C8              AGGCCAATAAGAACATTCAAATAAGTGCCAAGTCATTGGTAATTAATGGT
C9              AGGCCAATAAAAACATCCAAATCAGCGCCAAATCCTTGGTAATTAATGGC
C10             AGGCCAATAAAAATATCCAAATAAGCGCCAAATCGTTGGTTATTAGTGGC
                ** * ** *..** .* **.:*.** **.**.**  **** **:*. ** 

C1              GATGACGAATCCGGTGTTTGGCTGGTCACCAATCGTCCGCTGGATCGAGA
C2              GATGACGAATCCGGTGTTTGGCTGGTCACCAATCGTCCTCTGGATCGAGA
C3              GATGACGAATCCGGCGTTTGGTTGGTCACCAATCGTCCTCTGGATCGAGA
C4              GATGACGAGTCCGGCGTTTGGTTGGTCACCAATCGTCCGTTGGATCGGGA
C5              GACGACGAGTCCGGCGTCTGGTTGGTCACCAATCGTCCTTTGGATCGCGA
C6              GACGACGAGTCTGGCGTTTGGTTGGTCACCAATCGTCCTTTGGATCGAGA
C7              GATGATGAATCCGGTGTTTGGCTGGTCACCAATCGTCCTTTGGATCGAGA
C8              GATGATGAGTCCGGTGTTTGGCTGGTCACCAATCGTCCTTTGGATCGCGA
C9              GATGACGAGTCCGGTGTTTGGCTGGTCACCAATCGTCCCTTGGACCGTGA
C10             GATGACGAGTCTGGTGTTTGGCTGGTCACCAATCGTCCACTGGATCGCGA
                ** ** **.** ** ** *** ****************  **** ** **

C1              GGAGAGGGCTCACTATGACCTGTCCGTGGAAGCATCAGATGTCGATGGTT
C2              GGAGCGGGCTCACTATGATCTCTCCGTAGAAGCATCAGATGTCGATGGTT
C3              GGAACGGGCGCACTATGATCTCTCCGTGGAAGCTTCAGATGTCGATGGCT
C4              GGAGCGCGCCCACTATGATCTCTCCGTGGAAGCCTCGGATGTAGATGGTT
C5              GGAGCGCGCCCACTACGATCTCTCCGTGGAGGCATCGGATGTCGATGGCC
C6              GGAACGTGCCCACTATGATCTCTCCGTAGAAGCTTCAGATGTCGATGGCT
C7              GGAAAGGGCTCACTATGATCTCTCCGTGGAAGCTTCAGATGTTGATGGCT
C8              GGAACGAGCTCACTATGATCTCTCCGTGGAAGCCTCCGATGTGGATGGTT
C9              AGAACGGGCTCACTACGATCTCTCCGTGGAAGCATCCGATGTAGATGGCT
C10             GGAACGGGCTCACTACGATCTCTCTGTGGAAGCATCCGATGTGGATGGCT
                .**..* ** ***** ** ** ** **.**.** ** ***** *****  

C1              TAGACAGGACAGTTTCCAAAATACAAATCACCGTGTTGGATGAAAACGAC
C2              TGGACAAAACAGTTTCCAAAATACAAATCACCGTGTTGGATGAAAACGAC
C3              TGGACAAGACAGTTTCCAAAATACAAATCTCCGTGCTGGATGAGAACGAC
C4              TGGATAAGACAGTGTCCAAGATACAGATCTCTGTGCTGGATGAAAACGAC
C5              TGGACAAAACCGTTTCCAAAATACAAATCACTATTTTGGACGAGAACGAC
C6              TGGATAAGACGGTTTCCAAAATACAAATTACTGTATTGGATGAGAACGAT
C7              TGGATAAGACCATATCCAAAATACAAATCTCAGTGCTAGATGAAAACGAT
C8              TGGACAAGACAGTTTCCAAAATCCAGATCACCGTTCTCGATGAAAACGAC
C9              TGGATAAGACAGTTTCCAAAATACAAATCACCGTGCTCGATGAAAACGAC
C10             TGGACAAGACGGTGTCCAAAATCCAGATCACCGTACTCGATGAAAACGAT
                *.** *..** .* *****.**.**.** :* .*  * ** **.***** 

C1              AATAGACCGATTTTCAAGTCCCTGGACTACAAGTTCGCCATCGCTGGACA
C2              AATAGGCCGATTTTCAAGTCCCTGGACTACAAGTTCGCCATCGCTGGCCA
C3              AATAGGCCGATTTTCAAGTCGCTGGACTACAAATTCGCCATTGCTGGTCA
C4              AACAGGCCGATCTTCAAGTCGTTGGACTACAAGTTCGCCATTGCCGGTCA
C5              AACCGACCCATCTTTAAGTCCATGGACTATAAGTTCGCCATTGCCGGTCA
C6              AATAGACCGATCTTCAAGTCCCTAGACTATAAGTTTGCCATTGCCGGCCA
C7              AATAGACCGATTTTCAAGTCATTGGATTATAAATTCGCCATTGCTGGTCA
C8              AACAGACCGATTTTCAAGTCCCTGGATTACAAATTCGCCATCGCTGGTCA
C9              AATAGACCGATATTTAAGTCCCTGGATTATAAGTTCGCCATTGCCGGTCA
C10             AATAGACCGATTTTTAAGGCCCTGGACTATAAGTTCGCCATTGCCGGTCA
                ** .*.** ** ** *** *  *.** ** **.** ***** ** ** **

C1              GAAATCTGCAAGTATGGAAAGCAACAGTAGTGTGACATATCAGCGATTTG
C2              GAAATCTGCAAATATGGAGAGCAACAGTAGTGTGACGTATCAGCGATTTG
C3              GAAATCTGCAAATATGGAGAGCAATAGTAGTGTGACATATCAGCGATTTG
C4              AAAATCAGTCAATATGGAAAGCAACAGTAGTGTGACCTACCAGCGATTCG
C5              AAAGTCTGCAAATATGGAGAGCAACAGTAGCGTGACTTACAAGCGATTCG
C6              GAAATCTGCAAATATGGAGAGCAATAGTAGCGTGACTTATCGGCGATTTG
C7              AAAGTCTGCTAATATGGAGAGCAATAGTAGTGTGACTTATCAGCGATTTG
C8              GAAGTCTGCGAATATCGAGAGCAATAGTAGTGTTACCTATCAGCGATTTG
C9              AAAATCGGTGAATATGGAGAGCAACAGTAGTGTGACCTATCAGCGATTTG
C10             AAAATCCGCAAGTATGGAGAGCAATAGTAGTGTTACTTATCGGCGCTTTG
                .**.** *  *.*** **.***** ***** ** ** ** ..***.** *

C1              CGATCATGGGAAAAGTTGAGGCCACCGATGCTGATGGTGACAAGATTGCC
C2              CGATCATGGGAAAAGTTGAGGCCACCGATGCTGATGGTGACAAGATTGCC
C3              CCATCATGGGAAAAGTTGAGGCCACCGATGCGGATGGTGACAAGATTGCC
C4              CGATCATGGGAAAGGTCGAGGCCACCGATGCTGATGGCGATAAGATTGCC
C5              CGATCATGGGCAAAGTGGAGGCCACCGATGCGGATGGCGATAAGATTGCC
C6              CAATTATGGGAAAAGTTGAGGCCACCGATGCTGATGGGGATAAAATTGCC
C7              CGATCATGGGCAAAGTTGAAGCCACCGATGCTGATGGTGATAAAATTGCC
C8              CGATCATGGGAAAAGTGGAGGCCACCGATGCTGATGGGGATAAAATCGCC
C9              CGATCATGGGAAAAGTAGAGGCCACCGATGCTGATGGGGATAAAATTGCC
C10             CGATCATGGGTAAAGTTGAGGCCACCGATGCTGATGGGGATAAAATAGCC
                * ** ***** **.** **.*********** ***** ** **.** ***

C1              TATCGGCTAAAGTCGCCCAGTAATGTTGTCATTATTGTACCCCAAACTGG
C2              TATCGGCTGAAGTCGCCCAGTAACGTTGTCATTATTGTACCCCAAACTGG
C3              TATCGGCTGAAGTCGCCCAGTAATGTTGTTATCATTGTACCTCAAACTGG
C4              TATCGGCTCAAGTCGCCCAGCAATGTGGTGATCATTGTCCCCCAAACCGG
C5              TATCGCCTCAAGGCGCCCAGCAACGTTGTGATCATTGTTCCCCAAACTGG
C6              TATCGCCTCAAGTCGCCCAGCAATGTGGTGATCATAGTTCCTCAAACTGG
C7              TACAGGCTGAAGTCACCAAGCAATGTTGTAATTATCGTACCACAAACTGG
C8              TATCGCTTGAAGTCCCCCAGCAATGTTGTGATTATTGTCCCCCAAACTGG
C9              TATCGCCTCAAGTCGCCCAGCAATGTTGTGATTATAGTCCCTCAAACTGG
C10             TATCGCCTCAAGTCCCCCAGCAATGTTGTGATCATAGTCCCTCAAACTGG
                ** .*  * *** * **.** ** ** ** ** ** ** ** ***** **

C1              CGAAATAATGCTGGCTGGAGAGCCCACTTCAAATGAACTTCTTATCGAGG
C2              CGAAATAATGCTGGCTGGAGAGCCCACTTCAAATGAACTTCTTATCGAGG
C3              CGAAATAATGCTGGCTGGAGAACCCACTTCAAATGAGCTTCTTATCGAGG
C4              CGAAATAATGCTGGCCGGTGAGCCCACGTCAAATGAACTGCTTATCGAGG
C5              CGAAATTATGCTGGCCGGCGAGCCCACCTCTAACGAACTTCTTATCGAGG
C6              CGAAATAATGCTGGCCGGTGAGCCCACTTCAAACGAACTTCTTATCGAGG
C7              TGAAATAATGCTGGCAGGTGAACCCACTTCAAACGAACTTCTTATCGAGG
C8              GGAAATAATGCTGGCCGGTGAACCCACTTCGAATGAACTTCTTATCGAGG
C9              CGAAATAATGCTGGCGGGTGAGCCCACCTCAAATGAGCTTCTCATCGAGG
C10             CGAAATAATGCTGGCCGGCGAGCCCACCGCCAATGAGCTTCTTATCGAGG
                 *****:******** ** **.*****  * ** **.** ** *******

C1              TGATAGCCCACGATCTAAGGTACCCGAGTTTGGTGAGCGCAAAACCCGCG
C2              TGATAGCCCACGATTTAAGGTACCCGAGTTTGCTGAGCGCAAAACCAGCG
C3              TGATAGCCCACGATCTGAGGTATCCCAGTTTGCTGAGCGCAAAACCCGCA
C4              TTATAGCCCACGATCTGAGATATCCCAGCCTGTTGAGTGCGAAGCCCGCA
C5              TGACAGCCCACGACTTGAGGTATCCCAGTTTATTGAGTGCGAAGCCCGCC
C6              TGATAGCCCACGATCTGAGGTATCCCAGTTTATTGAGTGCCAAGCCCGCC
C7              TGATAGCCCATGACTTGAGGTATCCCAGTCTATTGAGTGCTAAACCAGCG
C8              TGATAGCTCATGACTTAAGGTATCCCAGTCTATTGAGCGCCAAGCCGGCA
C9              TGTTGGCTCATGATTTGAGGTATCCCAGTCTACTGAGTGCCAAGCCCGCA
C10             TGATGGCGCATGATTTGCGATACCCCAGCCTGTTAAGTGCCCAGCCCGCA
                * : .** ** **  *..*.** ** **  *. *.** ** .*.** ** 

C1              AAGGTTCTATTGGAATTTTTGGCCGCCGAACCAGTTTCATTTATAATGCA
C2              AAGGTTCTATTGGAATTTTTGGCCGCCGAACCAGTTTCGTTTATAATGCA
C3              AAGGTTCTATTGGAATTTTTGGCCGCCGAACCAGTTTCGTTTATAATGCA
C4              AAGGTTCTGTTAGAATTTCTGGCTGCCGAACCAGTTTCGTTTATAATGCA
C5              AAGGTCCTCTTGGAATTTCTGGCTGCCGAGCCAGTTTCCTTCATAATGCA
C6              AAGGTCCTCTTGGAGTTTCTGGCTGCCGAACCGGTTTCCTTTATAATGCA
C7              AAGGTTTTGTTGGAATTCTTGGCTGCTGAACCAGTTTCGTTTATCATGCA
C8              AAGGTTTTATTGGAGTTTTTAGCTGCCGAACCAGTATCGTTTATAATGCA
C9              AAGGTCCTGCTGGAATTTTTGGCTGCTGAACCAGTTTCGTTTATTATGCA
C10             AAGGTTCTGTTGGAATTTCTGGCTGCCGAACCAGTTTCGTTTATAATGCA
                *****  *  *.**.**  *.** ** **.**.**:** ** ** *****

C1              ACATCTGGAACACGATGACATCAACAATCACTCACATCATCGAGAGAAAA
C2              ACACCTGGAACACGATGAGATCAACAATCACTCACATCACCGAGAGAAAA
C3              ACACCTGGAGCACGATGAGGTCAACAATCACTCACATCACCGGGAGAAAA
C4              ACACCTGGAACACGATGAGGTGAATAATCACTCACATCACAGGGAGAAGA
C5              GCATCTGGAGCACGATGAGGTGAACAATCACTCACATCACCGGGAGAAGA
C6              ACATCTGGAACACGATGAGGTCAATAATCACTCACATCACCGAGAGAAAA
C7              ACATCTGGAACATGATGAGATAAATAATCACTCGCATCACCGAGAGAAAA
C8              ACACTTGGAACACGATGAGGTGAACAATCACTCACATCACCGAGAGAAAA
C9              ACATCTGGAACACGATGAGGTGAATAATCACTCACATCACCGCGAGAAAA
C10             ACACCTGGAGCACGACGAGGTCAATAGTCACTCCCATCATCGCGAGAAAA
                .**  ****.** ** ** .* ** *.****** ***** .* *****.*

C1              GACGTGTCACACGAGCTGTTCGACCCACCAAGAGGATTGAGTTCACCGAA
C2              GACGTGTCACACGAGCTGTTCGACCCACCAAGAGGATTGAGTTCACGGAA
C3              GACGAGTTACACGAGCGGTGCGACCCACCAAGCGAATTGAGTTCACCGAA
C4              GGAGAGTTACCCGAGCTGTGCGACCCACCAAGCGGATTGAATTCACCGAG
C5              GACGAGTTACCCGAGCAGTGCGACCCACCAAGCGGATTGAGTTCACCGAG
C6              GACGAGTTACCCGAGCTGTGCGACCCACCAAGAGGATCGAATTCACCGAG
C7              GACGAGTTACCCGAGCTGTTCGACCCACCAAGAGGATTGAATTCACTGAA
C8              GAAGGGTCACACGAGCTGTTCGACCCACCAAGAGGATTGAATTCACCGAA
C9              GACGAGTTACCCGAGCTGTTCGACCCACCAAGAGGATTGAGTTCACCGAA
C10             GACGAGTTACCCGAGCTGTTCGACCCACCAAGAGGATTGAGTTCACCGAA
                *..* ** **.***** ** ************.*.** **.***** **.

C1              GCTGATGGAGACACTGAGGGAAAATCGGTGTTCCAGTTGGAAAAGGAGAC
C2              GCTGATGGAGATACTGAGGGAAAATCGGTGTTCCAGTTGGAGAAGGAAAC
C3              GCTGATGGAGACACTGAGGGAAAATCGGTGTTCCAGTTAGAAAAGGAAAC
C4              GCTGATGGCGATACCGAGGGAAAGTCGGTGTTCCAGTTGGAGAAGGAAAC
C5              GCAGACGGCGATACCGAGGGAAAGTCGGTGTTCCAGTTGGAAAAGGAAAC
C6              GCTGATGGAGATACCGAGGGAAAGTCGGTGTTCCAGTTGGAAAAGGAAAC
C7              GCCGATGGCGATACCGAGGGAAAGTCGGTGTTCCAATTGGAAAAGGAAAC
C8              GCTGACGGCGATACTGAGGGAAAATCGGTGTTCCAATTGGAAAAGGAAAC
C9              GCTGATGGAGATACTGAGGGAAAATCGGTATTTCAGTTGGAAAAGGAAAC
C10             GCCGATGGAGACACTGAGGGAAAATCGGTGTTTCAATTGGAAAAGGAAAC
                ** ** **.** ** ********.*****.** **.**.**.*****.**

C1              CGATAAGGAAACATTCAAGATCCGGGATGATAATCCCTGGGTGACGGTGG
C2              CGATAAGGAAACATTCAAGATCCGGGATGATAATCCCTGGGTGACGGTGG
C3              CGATAAGGAAACATTCAAGATCCGCGATGATAATCCCTGGGTGACGGTGG
C4              CGATAAGGAGACCTTCAAGATCCGGGATGATAATCCCTGGGTGACGGTGG
C5              CGACAAGGAGACGTTCAAGATCAGGGACGATAATCCCTGGGTGACGGTGG
C6              CGATAAGGAAACGTTCAAGATCAGGGATGATAATCCCTGGGTGACGGTGG
C7              CGATAAGGAAACATTTAAGATCCGAGACGATAACCCCTGGGTGACGGTGG
C8              CGATAAGGAGACCTTCAAGATCCGGGATGACAATCCCTGGGTGACGGTGG
C9              CGACAAGGAAACATTCAAGATCAGGGATGATAATCCCTGGGTGACGGTGG
C10             CGACAAGGAGACATTCAAGATCAGGGATGATAATCCCTGGGTGACGGTGG
                *** *****.** ** ******.* ** ** ** ****************

C1              AAACAAACGGAGCTGTGCGAGTTAAAAAGAAGTGGGACTACGAGGAGTTG
C2              AAACAAATGGAGCTGTTCGAGTGAAGAAGAAGTGGGACTACGAGGAGTTG
C3              AAACAAACGGTGCAGTGCGAGTTAAGAAGAAGTGGGACTACGAGGAACTG
C4              AAACAAATGGAGCTGTGCGAGTCAAGAAGAAGTGGGACTACGAGGAGTTG
C5              AAACAAACGGAGCTGTGCGAGTCAAGAAGAAGTGGGACTACGAGGAGCTG
C6              AAACAAATGGAGCAGTGCGAGTCAAGAAGAAGTGGGACTACGAGGAGTTG
C7              AAACAAATGGAGCAGTGCGAGTCAAGAAGAAGTGGGACTACGAGGAGCTG
C8              AAACCAATGGAGCTGTGCGCGTCAAGAAGAAGTGGGACTACGAGGAGTTG
C9              AAACAAATGGCGCGGTGCGAGTCAAGAAGAAGTGGGACTACGAGGAGCTG
C10             AAACAAATGGAGCTGTGCGAGTCAAAAAGAAGTGGGACTACGAGGAGTTG
                ****.** ** ** ** **.** **.********************. **

C1              GGACCAGAGAAGACTATCGATTTTTGGGTCATCATCACAAATATGGGACA
C2              GGACCAGAGAAGACTATCGATTTCTGGGTCATCATCACCAATATGGGACA
C3              GGACCAGAGAAGACTATCGATTTCTGGGTCATCATCACCAACATGGGACA
C4              GGTCCGGAGAAGACCATCGATTTCTGGGTCATCATCACTAATATGGGACA
C5              GGTCCAGAGAAGACCATCGATTTCTGGGTCATTATCACCAACATGGGACA
C6              GGACCCGAGAAGACCATCGATTTCTGGGTCATCATCACCAATATGGGACA
C7              GGTCCAGAGAAGACCATCGATTTCTGGGTCATTATCACAAACATGGGACA
C8              GGTCCAGAGAAGACCATCGATTTCTGGGTCATCATCACCAATATGGGACA
C9              GGTCCGGAGAAGACCATCGATTTCTGGGTCATCATCACCAATATGGGGCA
C10             GGTCCGGAGAAGACCATCGATTTCTGGGTCATCATCACCAATATGGGACA
                **:** ******** ******** ******** ***** ** *****.**

C1              CAATGCTGGCATTAAGTACACGGACAACCAGCGTGTGATAATCCTGGTGA
C2              CAATGCTGGCATCAAGTACACGGACAACCAGCGTGTGATAATCCTGGTGA
C3              CAATGCTGGCATCAAGTACACGGACAACCAGCGTGTGATAATCCTGGTGA
C4              CAATGCTGGCATCAAGTATACGGACAACCAGCGTGTGATAATCCTGGTGA
C5              CAACGCTGGCATCAAGTATACGGACAACCAGCGTGTGATAATCCTGGTGA
C6              TAATGCTGGCATCAAGTATACGGACAACCAGCGTGTGATAATCCTGGTGA
C7              TAATGCTGGCATCAAGTATACGGACAACCAGCGTGTGATAATTCTGGTGA
C8              TAATGCTGGCATCAAGTATACGGACAACCAGCGTGTAATAATCCTGGTGA
C9              TAATGCTGGCATCAAGTATACGGACAACCAGCGTGTGATAATCCTGGTGA
C10             CAACGCTGGCATCAAGTACACGGACAACCAGCGTGTGATAATCCTTGTGA
                 ** ******** ***** *****************.***** ** ****

C1              AGGATGTGAACGACGAGCCCCCCTATTTCATCAACCGGCCACTGCCCATG
C2              AGGATGTGAACGACGAGCCCCCCTACTTCATCAACCGTCCACTGCCCATG
C3              AGGATGTGAACGATGAGCCCCCCTACTTCATCAACCGTCCACTGCCCATG
C4              AGGATGTGAACGACGAGCCACCGTACTTCATCAACCGCCCACTGCCCATG
C5              AGGATGTGAACGATGAGCCGCCGTACTTCATCAACCGCCCGCTGCCCATG
C6              AGGATGTGAACGATGAGCCCCCGTATTTCATCAACCGCCCCCTGCCCATG
C7              AGGATGTGAACGATGAGCCACCGTACTTCATCAACCGACCACTGCCCATG
C8              AGGACGTGAACGACGAGCCGCCGTACTTCATCAACCGTCCCCTGCCCATG
C9              AGGATGTGAACGATGAGCCACCGTACTTCATCAACCGACCGCTGCCAATG
C10             AGGATGTGAACGATGAGCCACCGTACTTCATCAACCGGCCACTGCCCATG
                **** ******** ***** ** ** *********** ** *****.***

C1              CAGGCGGTGGTTCAGCTGAATGCACCACCCAACACTCCAGTGTTCACCCT
C2              CAGGCGGTGGTTCAGCTGAATGCACCACCCAACACTCCAGTGTTCACCCT
C3              CAGGCGGTGGTTCAGCTGAATGCACCACCCAATACTCCAGTGTTTACGCT
C4              CAGGCGGTGGTTCAGCTAAATGCACCACCCAACACGCCGGTTTTCACGCT
C5              CAGGCGGTGGTTCAGCTGAATGCACCACCCAACACTCCGGTTTTCACGCT
C6              CAGGCGGTGGTTCAGCTGAATGCACCACCCAACACTCCGGTTTTCACGCT
C7              CAGGCGGTGGTTCAGCTGAATGCACCACCCAACACTCCAGTTTTCACACT
C8              CAGGCGGTGGTGCAACTGAATGCACCGCCCAACACTCCGGTTTTCACCCT
C9              CAGGCGGTGGTCCAGCTAAATGCACCACCTAATACTCCTGTTTTTACGCT
C10             CAGGCGGTGGTTCAGCTAAATGCGCCACCCAACACACCGGTTTTCACGCT
                *********** **.**.*****.**.** ** ** ** ** ** ** **

C1              CCAGGCCCGAGATCCCGATACGGATCACAATATCCACTACTTCATCGTTC
C2              CCAGGCCCGAGATCCCGATACGGATCACAATATCCACTACTTCATCGTTC
C3              TCAGGCCCGAGATCCCGATACGGATCACAATATCCACTACTTCATCGTTC
C4              CCAGGCCCGAGATCCCGATACCGATCATAATATCCACTACTTCATCGTTC
C5              CCAGGCCCGAGATCCCGATACCGACCACAATATCCACTACTTCATCGTGC
C6              CCAGGCCCGAGATCCCGATACCGATCATAATATCCATTATTTCATCGTTC
C7              ACAAGCTCGGGATCCCGATACGGATCATAATATTCATTATTTCATCGTTC
C8              CCAAGCCAGAGATCCCGACACGGATCACAATATCCATTACTTCATCGTTC
C9              CCAAGCCCGAGATCCCGATACCGATCACAATATCCATTACTTCATCGTTC
C10             CCAGGCCCGAGATCCCGATACAGATCATAATATCCATTACTTTATCGTTC
                 **.** .*.******** ** ** ** ***** ** ** ** ***** *

C1              GCGATCGGACTGGTGGACGTTTCGAGGTGGACGAGCGTTCTGGTGTCGTG
C2              GCGATCGGACCGGCGGACGTTTCGAAGTGGACGAGCGTTCTGGAGTTGTG
C3              GCGATCGGACCGGCGGACGTTTTGAGGTGGACGAGCGTTCTGGTGTTGTG
C4              GCGATCGAACTGGCGGACGCTTTGAGGTGGACGAGCGATCTGGAGTGGTG
C5              GCGATCGAACTGGCGGACGCTTTGAGGTGGACGAGCGATCCGGAGTGGTG
C6              GCGATCGAACTGGCGGACGTTTTGAGGTGGACGAGCGATCTGGAGTGGTG
C7              GTGATCGAACTGGTGGGCGTTTCGAGGTGGACGAACGATCTGGAGTAGTC
C8              GCGATCGAACTGGTGGTCGTTTTGAGGTGGACGAGCGATCTGGAGTGGTG
C9              GAGATCGAACTGGCGGACGTTTCGAGGTGGATGAGCGATCTGGAGTGGTG
C10             GCGATCGAACTGGCGGTCGTTTTGAGGTGGATGAGCGATCTGGCGTGGTG
                * *****.** ** ** ** ** **.***** **.**:** ** ** ** 

C1              CGGACCAGGGGCACGGATCTCTTCCAACTGGACATGGAGTATGTGCTGTA
C2              CGGACACGGGGCACGGATCTCTTCCAACTGGATATGGAGTATGTGCTGTA
C3              CGGACAAGGGGCACGGATCTCTTCCAACTGGACATGGAGTACGTGCTGTA
C4              AGGACCAGGGGCACGGATCTCTTTCAGCTAGATATGGAATATGTGCTGTA
C5              AGGACCAGGGGCACGGACCTGTTTCAACTGGATATGGAGTATGTGCTGTA
C6              AGGACCAGGGGCACGGACCTCTTCCAGCTGGATATGGAATATGTCCTGTA
C7              AGGACTAGGGGTACGGATCTCTTTCAACTGGATATGGAATACGTACTGTA
C8              CGAACCAGGGGAACGGATCTCTTCCAGCTCGACATGGAGTACGTCCTGTA
C9              CGAACTAGGGGCACGGACCTCTTTCAACTGGATATGGAGTATGTCCTGTA
C10             AGGACCAGGGGCACCGATCTCTTCCAGCTGGACATGGAGTATGTGCTGTA
                .*.** .**** ** ** ** ** **.** ** *****.** ** *****

C1              TGTGAAGGCCGAGGATCAAAACGGAAAGGTCGATGATCGCAGGTTTCAGA
C2              CGTGAAGGCCGAGGATCAGAACGGAAAGGTCGATGATCGCAGGTTCCAGA
C3              CGTGAAGGCCGAGGATCAGAATGGAAAGGTCGATGATCGCAGGTTCCAGA
C4              CGTGAAGGCCGAGGATCAGAACGGAAAGGTGGATGATCGCAGGTTCCAGA
C5              CGTGAAGGCCGAGGATCAGAATGGAAAGGTCGACGATCGCAGGTTCCAGA
C6              CGTAAAGGCAGAGGATCAGAATGGAAAGGTCGATGATCGCAGGTTCCAGA
C7              CGTAAAGGCTGAGGATCAAAATGGAAAGGTCGATGATCGCAGATTCCAGA
C8              CGTGAAGGCGGAGGATCAGAACGGAAAGGTCGACGACCGCAGGTTCCAAA
C9              TGTGAAGGCCGAGGATCAGAATGGAAAGGTCGATGATCGCAGATTCCAGA
C10             TGTGAAGGCCGAGGACCAGAACGGAAAGGTCGATGATCGCAGATTCCAGA
                 **.***** ***** **.** ******** ** ** *****.** **.*

C1              GTACTCCCGAGGAGCGACTTTCAATCGTGGGCGGCAAACGAGCACCGCAG
C2              GTACTCCCGAGGAGCGACTTTCAATCGTGGGCGGCAAACGAGCACCCCAG
C3              GTACTCCCGAGGAGCGACTTTCAATCGTGGGCGGCAAACGAGCCCCCCAG
C4              GCACTCCAGAGGAGCGGCTCTCGATTGTGGGTGGCAAACGAGCCCCTCAA
C5              GCACCCCCGAGGAGCGCCTCTCGATTGTGGGTGGCAAGCGCGCTCCCCAG
C6              GCACCCCCGAGGAGCGACTCTCGATTGTGGGTGGCAAACGAGCTCCCCAG
C7              GCACTCCCGAGGAGCGACTTTCGATTGTGGGTGGCAAACGCGCCCCTCAA
C8              GCACTCCGGAGGAGCGACTGTCAATCGTGGGAGGCAAACGAGCCCCGCAG
C9              GTACTCCGGAGGAGCGACTGTCTATTGTTGGTGGCAAACGAGCTCCTCAG
C10             GCACCCCCGAGGAGCGACTTTCGATCGTGGGTGGCAAGAGAGCTCCTCAG
                * ** ** ******** ** ** ** ** ** *****..*.** ** **.

C1              TTCTATATGCCCAGCTATGAAGCCGAGATCCCGGAAAACCAGAAAAAGGA
C2              TTCTATATGCCCAGCTATGAAGCCGAGATCCCGGAAAATCAGAAAAAGGA
C3              TTCTACATGCCCAGCTATGAAGCCGAGATCCCAGAGAACCAGAAAAAGGA
C4              TTCTACATGCCCAGCTATGAAGCCGAGATACCAGAGAACCAGAAAAAGGA
C5              TTCTACATGCCCAGCTATGAGGCCGAGATCCCAGAAAACCAGAAAAAGGA
C6              TTCTACATGCCCAGCTATGAGGCCGAGATCCCAGAAAATCAGAAAAAGGA
C7              TTCTATATGCCCAGCTATGAAGCCGAGATCCCAGAAAACCAGAAAAAGGA
C8              TTCTATATGCCCAGCTATGAAGCCGAGATTCCAGAAAACCAGAAGAAGGA
C9              TTCTATATGCCCAGCTATGAAGCCGAGATTCCAGAAAACCAGAAAAAGGA
C10             TTCTATATGCCCAGCTATGAAGCCGAGATTCCAGAAAACCAGAAAAAGGA
                ***** **************.******** **.**.** *****.*****

C1              TTCAGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGCGAAATTC
C2              CTCAGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGCGAAATTC
C3              CTCAGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGCGAAATTC
C4              CTCAGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGTGAGATTC
C5              CTCCGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGCGAGATTC
C6              CTCAGACATCATTTCGATTAAGGCCAAGTCGTTCGCGGACCGCGAGATTC
C7              CTCAGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGCGAAATAC
C8              CTCAGACATCATTTCGATTAAGGCCAAGTCCTTCGCAGACCGCGAAATCC
C9              CTCCGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGCGAAATCC
C10             CTCCGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGCGAAATCC
                 **.************************** *****.***** **.** *

C1              GCTATACTTTGAAGGCCCAGGGCCAAGGAGCCGGCACCTTCAACATCGGA
C2              GCTATACTTTGAAGGCCCAGGGCCAAGGAGCCGGCACCTTTAACATCGGA
C3              GCTATACTTTGAAGGCCCAGGGCCAGGGAGCCGGCACCTTCAACATCGGA
C4              GGTACACTCTGAAGGCCCAGGGCCAGGGAGCCGGCACTTTCAACATCGGA
C5              GCTATACCTTGAAGGCCCAGGGCCAGGGCGCCGGCACCTTCAACATCGGA
C6              GCTATACCCTGAAGGCCCAGGGCCAGGGGGCCGGCACCTTTAACATCGGA
C7              GTTATACTTTAAAGGCCCAGGGCCAGGGAGCCGGCACCTTTAACATTGGA
C8              GCTACACTTTGAAGGCCCAGGGCCAAGGAGCCGGCACCTTTAACATCGGA
C9              GCTACACTTTGAAGGCCCAGGGCCAGGGAGCCGGCACCTTTAATATCGGA
C10             GCTACACTTTGAAGGCCCAGGGCCAAGGAGCCGGCACCTTTAATATCGGA
                * ** **  *.**************.** ******** ** ** ** ***

C1              CCCACGTCGGGTATTGTCAAGTTGGCCAAGGAGTTGGACTTTGAGGATCT
C2              CCCACTTCGGGCATTGTCAAGTTGGCCAAGGAGTTGGACTTTGAGGATCT
C3              CCCACGTCGGGCATTGTCAAGTTGGCCAAGGAGTTGGACTTTGAGGATCT
C4              CCCACGTCGGGCATTGTCAAGTTGGCCAAGGAGTTGGACTTTGAGGATCT
C5              CCCACGTCGGGCATTGTCAAGTTGGCCAAGGAGTTGGACTTTGAGGATCT
C6              CCCACGTCGGGCATTGTCAAGTTGGCCAAGGAGCTGGACTTTGAGGATCT
C7              CCCACGTCGGGCATTGTCAAGTTGGCCAAAGAGTTGGACTTTGAGGATCT
C8              CCCACGTCGGGCATTGTCAAGTTGGCCAAGGAGTTGGACTTTGAGGATCT
C9              CCCACGTCGGGCATTGTCAAGTTGGCCAAGGAGTTGGACTTTGAGGATCT
C10             CCCACGTCGGGCATTGTCAAGTTGGCCAAGGAGTTGGATTTCGAGGATCT
                ***** ***** *****************.*** **** ** ********

C1              GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGATTCGG
C2              GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGATTCGG
C3              GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGACTCCG
C4              GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGACTCCG
C5              GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGACTCGG
C6              GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGACTCCG
C7              GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCAACGGAGGACTCTG
C8              GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGACTCAG
C9              GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGACTCCG
C10             GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGACTCCG
                ************************************.** ***** ** *

C1              GAGGATTTTCAACCTCCGTTGATCTCACCATTCGCGTTACGGATGTGAAT
C2              GAGGATTTTCCACCTCCGTCGATCTCACCATTCGCGTTACGGATGTGAAC
C3              GAGGATTTTCCACTTCGGTCGATCTCACCATTCGCGTTACGGATGTGAAC
C4              GAGGATTTTCCACCTCCGTCGATCTCACAATACGCGTTACGGACGTGAAC
C5              GAGGATTCTCCACCTCCGTTGATCTCACCATTCGCGTTACGGACGTAAAC
C6              GGGGCTTTTCCACCTCCGTCGATCTCACCATTCGCGTTACGGATGTGAAC
C7              GAGGATTTTCCACCTCCGTCGATCTCACTATTCGCGTTACGGATGTGAAT
C8              GAGGATTTTCCACCTCCGTCGATCTCACCATTCGCGTTACTGATGTGAAT
C9              GGGGATTTTCCACCTCTGTCGATCTCACCATTCGCGTAACTGATGTGAAC
C10             GAGGATTCTCCACCTCTGTCGATCTCACCATTCGCGTAACTGATGTGAAC
                *.**.** **.** ** ** ******** **:*****:** ** **.** 

C1              GATAACGCGCCGAAGTTCGAGCTGCCCGACTACCAGGCGCACAATGTGGA
C2              GATAATGCGCCGAAGTTCGAGCTGCCGGACTACCAAGCCCACAATGTGGA
C3              GATAATGCGCCGAAGTTCGAGCTGCCGGACTATCAAGCTCACAATGTGGA
C4              GACAATGCCCCGAAATTCGAGCTGCCCGATTATCAGGCCCACAACGTGGA
C5              GACAATGCCCCGAAATTCGAGCTGCCCGATTACCAGGCGCACAATGTGGA
C6              GACAATGCCCCGAAATTCGAGCTGCCCGATTATCAGGCCCACAACGTTGA
C7              GACAACGCTCCGAAATTCGAGCTGCCTGATTACCAAGCTCACAACGTGGA
C8              GACAATGCACCGAAATTCGAGCTGCCCGATTACCAAGCTCATAATGTGGA
C9              GATAATGCTCCTAAGTTCGAGCTGCCCGATTATCAGGCCCACAATGTGGA
C10             GACAATGCTCCGAAGTTCGAGCTGCCCGATTACCAGGCCCACAATGTGGA
                ** ** ** ** **.*********** ** ** **.** ** ** ** **

C1              CGAGGACATTCCGCTGGGAACAAGCATACTTCGCGTTAAAGCCATGGACT
C2              TGAGGACATTCCATTGGGAACAAGCATACTTCGCGTTAAAGCCATGGACT
C3              CGAGGACATTCCGCTGGGAACAAGCATACTTCGCGTTAAAGCCATGGACT
C4              CGAGGATATTCCACTGGGCACCAGCATCCTTCGGGTTAAGGCCATGGATT
C5              CGAGGATATTCCACTGGGCACCAGCATCCTTCGGGTTAAGGCTATGGATT
C6              TGAGGATATTCCACTGGGCACAAGCATACTTCGGGTTAAAGCTATGGATT
C7              TGAGGATATTCCGCTGGGCACGAGCATACTTCGAGTGAAAGCTATGGATT
C8              TGAAGATATTCCTCTTGGCACAAGCATACTCCGTGTAAAAGCAATGGATT
C9              TGAGGATATTCCGCTGGGCACAAGCATACTTCGTGTCAAAGCTATGGATT
C10             TGAGGATATTCCGCTGGGCACAAGCATACTTCGAGTCAAGGCCATGGATT
                 **.** *****  * **.** *****.** ** ** **.** ***** *

C1              CCGATTCCGGATCAAATGCGGAAATCGAATATTTAGTATCCGATGATCAT
C2              CCGATTCTGGATCGAATGCGGAAATCGAATATCTAGTATCCGATGATCAT
C3              CCGATTCCGGTTCAAATGCCGAAATCGAATATTTAGTATCCGATGATCAC
C4              CGGATTCAGGATCGAATGCTGAAATCGAATACCTAGTATCCGATGACCAC
C5              CAGATTCAGGATCGAATGCCGAAATCGAATACCTGGTATCCGATGACCAT
C6              CCGATTCAGGATCGAATGCTGAAATAGAATACCTAGTATCCGATGACCAT
C7              CAGATTCGGGGTCAAATGCTGAAATCGAATACTTAGTATCCGATGACCAT
C8              CAGATTCCGGATCGAACGCCGAAATCGAATACCTTGTATCCGACGACCAC
C9              CGGATTCTGGGTCGAATGCGGAAATCGAATACCTAGTGTCTGATGATCAT
C10             CGGATTCCGGATCAAATGCCGAAATCGAATACTTAGTATCCGATGACCAT
                * ***** ** **.** ** *****.*****  * **.** ** ** ** 

C1              TTCGCCGTGGACTCGAACGGAATCATCGTGAACAACAAGCAACTGGATGC
C2              TTCGCCGTGGACTCCAACGGAATCATCGTGAACAACAAGCAACTGGATGC
C3              TTCGCCGTGGATTCCAACGGAATCATCGTGAACAACAAGCAACTGGATGC
C4              TTCGCCGTGGACTCCAACGGAATCATCGTGAACAACAAACAACTGGATGC
C5              TTCGCCGTGGACTCCAATGGAATCATCGTGAACAACAAGCAACTGGATGC
C6              TTCGCCGTGGATTCCAACGGAATTATCGTGAACAACAAGCAACTGGATGC
C7              TTCGCCGTTGATTCAAATGGAATTATTGTGAACAACAAGCAACTGGATGC
C8              TTCGCCGTGGATTCAAATGGAATCATCGTAAACAACAAACAACTGGATGC
C9              TTCGCCGTGGATTCCAATGGAATCATCGTGAACAACAAGCAATTGGATGC
C10             TTCGCCGTGGATTCCAACGGAATCATTGTGAACAACAAGCAACTGGATGC
                ******** ** ** ** ***** ** **.********.*** *******

C1              GGACAACAACAATGCCTATTATGAGTTCATAGTGACTGCCAAGGACAAGG
C2              GGACAACAACAATGCCTATTATGAGTTCATAGTGACTGCCAAGGACAAGG
C3              GGATAACAACAATGCCTATTATGAGTTCATAGTCACTGCCAAGGACAAAG
C4              GGACAATAATAATGCCTACTACGAGTTCATAGTCACTGCCAAGGACAAGG
C5              GGACAACAACAATGCCTACTACGAGTTCATAGTCACTGCCAAGGACAAGG
C6              GGACAATAATAATGCCTACTACGAGTTCATAGTCACGGCCAAGGACAAGG
C7              GGATAATAATAATGCTTACTACGAGTTCATAGTCACTGCCAAGGATAAAG
C8              GGATAACAATAATGCGTACTACGAGTTCATAGTCACTGCCAAGGACAAAG
C9              GGATAACAATAATGCCTACTATGAGTTCATAGTCACTGCCAAGGACAAAG
C10             GGATAACAATAATGCCTACTACGAGTTCATAGTCACGGCCAAGGATAAAG
                *** ** ** ***** ** ** *********** ** ******** **.*

C1              GTGAACCGCCCAAATCGGGAGTGGCTACAGTTCGAGTTTACACCAAAAAC
C2              GGGAACCGCCCAAATCGGGAGTGGCTACAGTTCGAGTTTACACCAAAAAC
C3              GTGAACCACCGAAGTCGGGAGTGGCTACAGTTCGAGTTTACACCAAAAAC
C4              GTGAACCGCCGAAGTCTGGAGTGGCTACGGTTCGTGTTTACACCAAGAAC
C5              GCGAACCGCCAAAGTCTGGAGTGGCCACGGTCCGTGTTTACACCAAAAAC
C6              GTGAACCGCCAAAGTCTGGAGTGGCTACAGTGCGTGTTTACACCAAAAAC
C7              GTGAACCGCCTAAGTCGGGAGTTGCCACAGTTCGTGTTTACACAAAAAAC
C8              GAGAACCGCCAAAATCGGGAGTGGCGACCGTTCGTGTTTACACCAAAAAC
C9              GTGAACCGCCAAAATCGGGAGTGGCTACAGTTCGTGTTTACACCAAAAAT
C10             GTGAGCCGCCAAAATCAGGAGTGGCTACAGTGCGTGTTTACACGAAGAAC
                * **.**.** **.** ***** ** ** ** **:******** **.** 

C1              AAGAACGATGAGGAGCCCAAGTTCTCCCAGCAAGTGTATACCCCCAATGT
C2              AAGAACGATGAGGAGCCCAAGTTCTCCCAGCAAGTGTATACCCCCAATGT
C3              AAGAACGACGAGGAGCCCAAGTTCTCCCAACAAGTGTATACCCCCAATGT
C4              AAGAACGACGAGGAGCCCAAGTTCTCACAGCAAGTGTATACGCCCAATGT
C5              AAGAACGACGAGGAGCCCAAGTTCTCGCAGCAAGTGTACACCCCCAATGT
C6              AAGAACGACGAGGAGCCCAAGTTCTCCCAGCAGGTGTATACCCCCAATGT
C7              AAGAACGATGAAGAGCCAAAGTTCTCACAGCAAGTGTATACCCCAAATGT
C8              AAGAACGACGAGGAGCCCAAGTTCTCGCAGCAAGTGTACACACCGAATGT
C9              AAGAACGATGAGGAGCCAAAGTTCTCACAGCAAGTCTATACACCCAATGT
C10             AAGAACGACGAGGAGCCCAAGTTCTCACAGCAAGTGTATACGCCCAATGT
                ******** **.*****.******** **.**.** ** ** ** *****

C1              GGATGAGAATGCCGGGCCAAACACTTTGGTTACCACTGTGGTAGCCTCCG
C2              GGATGAGAATGCAGGGCCCAACACTTTGGTTACCACTGTGGTAGCCTCCG
C3              GGATGAGAATGCGGGGCCCAACACTTTAGTTACCACTGTGGTAGCCTCCG
C4              GGACGAGAACGCGGGGCCGAATACTTTGGTTACCACTGTGGTGGCCTCTG
C5              GGATGAGAACGCAGGTCCGAATACTCTGGTTACCACTGTGGTGGCTTCCG
C6              GGATGAGAATGCTGGTCCAAATACTTTGGTTACCACTGTTGTGGCCTCCG
C7              GGATGAGAATGCAGGTCCTAACACGTTAGTTACCACTGTGGTTGCCTCTG
C8              GGATGAGAATGCCGGTCCGAATACTTTGGTTACCACTGTGGTGGCCTCCG
C9              CGATGAGAATGCCGGTCCGAATACTTTGGTGACCACTGTGGTGGCCTCCG
C10             CGATGAGAATGCCGGTCCGAATACTTTGGTCACCACTGTGGTGGCCTCCG
                 ** ***** ** ** ** ** **  *.** ******** ** ** ** *

C1              ACAAGGACGGTGATAACGTGCGGTTTGGATTCGTGGGCGGCGGCACTTCA
C2              ACAAGGATGGTGATAACGTGCGTTTTGGATTCGTGGGCGGCGGCACTTCA
C3              ACAAGGACGGTGACAACGTGCGGTTCGGGTTCGTGGGCGGCGGCACTTCA
C4              ATAAGGATGGCGACAACGTGAGGTTTGGATTCGTGGGCGGCGGCACATCG
C5              ACAAGGATGGCGACAACGTCAGGTTCGGATTCGTGGGCGGCGGCACTTCG
C6              ATAAGGATGGCGACAACGTTAGGTTTGGATTTGTGGGCGGTGGCACTTCG
C7              ATAAGGATGGTGATAACGTACGGTTTGGCTTCGTGGGCGGCGGCACTTCG
C8              ATAAGGATGGAGATAATGTCAGGTTTGGATTCGTGGGCGGCGGCACTTCG
C9              ATAAGGATGGTGATAATGTACGATTTGGATTCGTGGGTGGCGGCACTTCG
C10             ACAAGGATGGTGATAATGTACGGTTTGGATTTGTTGGCGGCGGCACTTCG
                * ***** ** ** ** ** .* ** ** ** ** ** ** *****:**.

C1              TCGGGTCAGTTTGTCATCGAGGACATAACCGGTGTTATCCGACTGCATAA
C2              TCGGGTCAGTTTGTCATCGAGGACATAACCGGTGTGATCCGACTGCACAA
C3              TCAGGTCAGTTTGTCATCGAAGACATAACCGGTGTGATCCGACTGCACAA
C4              TCTGGTCAGTTCGTCATCGAGGATATAACCGGTGTGATCCGACTGCATAA
C5              TCGGGTCAGTTTGTGATCGAGGACATAACCGGTGTGATCCGGCTGCACAA
C6              TCGGGTCAGTTTGTCATAGAGGACATAACCGGTGTGATCCGACTGCACAA
C7              TCGGGTCAGTTTGTCATCGAGGACATAACCGGTGTTATCCGACTGCATAA
C8              TCGGGTCAGTTCGTCATCGAGGACATAACCGGTGTGATCCGACTGCACAA
C9              TCGGGTCAGTTTGTCATCGAGGATATAACCGGTGTGATCCGACTGCACAA
C10             TCTGGTCAGTTCGTCATTGAGGACATAACCGGTGTGATCCGACTGCACAA
                ** ******** ** ** **.** *********** *****.***** **

C1              TAAGGCCATATCCCTGGACAAGGACAAGTACGAGCTGAACGTCACCGCCA
C2              TAAGGCCATATCCCTGGACAAGGACAAGTACGAGCTGAACGTCACCGCCA
C3              TAAGGCCATATCCCTGGACAAGGACAAATACGAGTTGAACGTCACCGCCA
C4              CAAAGCCATATCCCTGGACAGGGACAAGTACGAGTTGAACGTCACCGCCA
C5              CAAAGCCATTTCCCTGGACAGGGACAAGTACGAGTTGAACGTTACCGCCA
C6              TAAAGCCATATCCCTGGACAGGGACAAGTACGAGTTGAACGTTACGGCCA
C7              TAAAGCCATATCCCTGGACAGAGACAAGTACGAGCTGAATGTCACGGCCA
C8              TAAGGCCATATCCTTGGACAGGGACAAGTACGAACTGAATGTGACGGCCA
C9              TAAAGCCATTTCCCTGGACAGGGACAAGTACGAGTTGAACGTCACCGCCA
C10             TAAGGCCATATCGCTGGACAAGGACAAATACGAGTTGAACGTCACCGCCA
                 **.*****:**  ******..*****.*****. **** ** ** ****

C1              TGGACGATGGATCTTGTTGTGTGAATGGAGACCAAACTATCCACACCTCA
C2              TGGACGATGGATCTTGTTGCGTGAATGGAGACCAAACTATCCACACCTCA
C3              TGGACGATGGATCCTGTTGCGTAAATGGAGACCAAACTATCCACACCTCA
C4              TGGACGATGGATCCTGTTGTGTGAACGGCGATCAGACCATCCACACATCG
C5              TGGACGATGGATCCTGTTGCGTGAATGGCGATCAAACTATCCACACTTCC
C6              TGGATGATGGATCTTGTTGTGTGAATGGCGATCAAACTATCCACACTTCG
C7              TGGACGATGGATCATGTTGTGTGAATGGCGATCAAACTATCCACACCTCA
C8              TGGACGATGGATCCTGTTGCGTGAACGGCGATCAAACCATCCACACCTCA
C9              TGGACGATGGATCGTGTTGTGTGAATGGCGATCAAACTATCCACACCTCA
C10             TGGACGATGGATCTTGCTGTGTGAATGGCGATCAAACTATCCATACCTCC
                **** ******** ** ** **.** **.** **.** ***** ** ** 

C1              ACTGCTGTGGTCGTGGTATTCATCACCGACGTCAACGATAATAAGCCAGT
C2              ACTGCCGTGGTCGTGGTATTCATCACCGACGTCAACGATAATAAGCCAGT
C3              ACGGCCGTGGTCGTGGTATTCATCACCGATGTCAATGATAATAAGCCAGT
C4              ACCGCCGTGGTCGTCGTTTTCATCACCGATGTCAACGACAATAAGCCGGT
C5              ACCGCCGTGGTTGTGGTCTTCATCACCGACGTCAACGACAACAAGCCGGT
C6              ACCGCCGTGGTTGTGGTCTTTATCACCGATGTCAACGATAATAAGCCGGT
C7              ACCGCCGTGGTTGTGGTCTTCATCACTGATGTTAACGACAATAAGCCAGT
C8              ACCGCCGTGGTGGTGGTCTTCATCACCGATGTCAACGATAATAAGCCGGT
C9              ACCGCCGTGGTTGTGGTCTTCATTACCGATGTCAACGATAATAAGCCGGT
C10             ACCGCCGTGGTTGTGGTTTTCATCACCGACGTTAACGACAATAAGCCGGT
                ** ** ***** ** ** ** ** ** ** ** ** ** ** *****.**

C1              GTTCAAGGACTGCAGTACCTATTATCCGAAAGTCGAGGAAGGAGCTCCTA
C2              GTTCAAGGACTGCAGTACCTATTATCCGAAAGTCGAGGAAGGAGCTCCTA
C3              GTTCAAGGACTGCAGTACCTATTATCCGAAGGTCGAGGAAGGAGCTCCTA
C4              GTTCAAGGACTGCAGCACCTATTATCCGAAGGTCGAGGAAGGAGCCCCCA
C5              GTTCAAGGACTGCAGTACCTACTATCCGAAGGTCGAGGAAGGTGCTCCCA
C6              GTTCAAGGACTGCAGTACCTACTACCCGAAAGTCGAGGAGGGAGCTCCAA
C7              GTTCAAGGATTGCAGTACCTATTATCCGAAAGTTGAGGAAGGTGCTCCCA
C8              GTTTAAGGACTGCAGCACTTACTATCCGAAAGTGGAGGAAGGAGCTCCCA
C9              GTTCAAGGACTGCAGTACCTACTACCCAAAAGTCGAGGAAGGAGCTCCCA
C10             GTTCAAGGACTGCAGTACCTACTATCCGAAAGTCGAGGAAGGGGCGCCCA
                *** ***** ***** ** ** ** **.**.** *****.** ** ** *

C1              ATGGAAGTCCTGTCATTAAGGTTGTGGCCACCGACGAGGATAAGGGTGTG
C2              ATGGAAGTCCTGTCATTAAGGTTGTGGCCACCGACGAGGATAAGGGTGTG
C3              ATGGAAGTCCTGTCATTAAGGTTGTGGCCACCGATGAGGATAAGGGTGTG
C4              ACGGAAGTCCCGTCATCAAAGTCGTGGCTACCGACGAGGATAAGGGTGTG
C5              ACGGAAGCCCCGTCATTAAAGTGGTGGCCACCGACGAGGACAAGGGTGTC
C6              ATGGAAGTCCCGTCATTAAAGTTGTGGCCACCGACGAGGATAAGGGTGTC
C7              ATGGTAGTCCAGTAATTAAAGTTGTGGCCACCGATGAGGATAAGGGAGTA
C8              ACGGAAGTCCTGTCATCAAAGTTGTGGCCACTGATGAGGACAAGGGTGTG
C9              ACGGAAGTCCTGTCATCAAAGTTGTGGCCACCGATGAGGATAAGGGCGTG
C10             ACGGCAGTCCCGTCATCAAAGTGGTGGCCACCGATGAGGACAAGGGTGTC
                * ** ** ** **.** **.** ***** ** ** ***** ***** ** 

C1              AATGGACAGGTGAAATACTCAATTGTTCAGCAACCAAATCAGAAAGGCAC
C2              AATGGACAGGTGAAATACTCAATTGTTCAGCAGCCAAATCAGAAAGGCAC
C3              AATGGACAGGTGAAATACTCAATAGTTCAGCAGCCAAATCAGAAGGGTAC
C4              AATGGACAGGTGAAATACTCGATAGTTCAGCAGCCCAATCAGAAGGGGAC
C5              AATGGACAGGTGAAATACTCGATTGTTCAGCAGCCGAACCAGAAGGGAAC
C6              AATGGACAGGTGAAATACTCGATTGTTCAGCAGCCGAATCAGAAAGGTAC
C7              AATGGACAGGTGAAATACTCGATAGTTCAGCAGCCAAATCAGAAGGGAAC
C8              AATGGACAGGTGAAATACTCGATTGTTCAGCAGCCCAATCAGAAGGGTAC
C9              AATGGACAGGTGAAATACTCGATTGTTCAGCAGCCGAATCAGAAGGGAAC
C10             AATGGACAGGTGAAATACTCGATTGTTCAGCAGCCGAATCAGAAGGGAAC
                ********************.**:********.** ** *****.** **

C1              AAAGTTCACGGTGGACGAGGAGACCGGAGAGGTGTCCACCAACAAGGTAT
C2              AAAGTTCACGGTGGACGAGGAGACCGGCGAGGTGTCCACCAACAAGGTAT
C3              AAAGTTCACGGTGGACGAGGAGACCGGAGAGGTGTCCACCAATAAGGTTT
C4              TAAGTTCACAGTCGACGAGGAAACCGGAGAGGTGTCCACCAACAAGGTGT
C5              AAAGTTCACAGTGGACGAGGAAACGGGAGAGGTGTCCACCAACAAGGTGT
C6              AAAGTTCACAGTCGATGAGGAAACGGGAGAGGTGTCCACCAACAAGGTCT
C7              TAAGTTCACGGTGGACGAGGAAACTGGCGAGGTGTCCACCAATAAGGTCT
C8              AAAGTTCACCGTGGACGAGGAAACCGGCGAGGTGTCCACCAACAAGGTCT
C9              AAAGTTCACAGTGGACGAGGAAACTGGAGAGGTGTCCACCAACAAGGTGT
C10             CAAGTTCACAGTGGACGAGGAAACTGGAGAGGTGTCCACCAATAAGGTCT
                 ******** ** ** *****.** **.************** ***** *

C1              TCGATCGCGAGGGAGATGATGGCAAGTTCGTGTCCGTCACAGTTAAGGCC
C2              TCGATCGCGAGGGAGATGATGGCAAGTTCGTATCCGTCACAGTTAAGGCC
C3              TCGATCGCGAGGGCGATGACGGCAAGTTTGTATCCGTCACAGTCAAGGCC
C4              TTGATCGTGAGGGAGACGATGGAAAATTCGTATCGGTCACAGTGAAGGCC
C5              TCGATCGCGAGGGCGATGATGGAAAATTTGTATCCGTCACTGTAAAGGCC
C6              TCGATCGAGAGGGAGATGATGGAAAATTTGTATCAGTCACAGTGAAGGCC
C7              TCGATCGTGAGGGAGATGATGGCAAGTTTGTATCCGTAACAGTAAAGGCC
C8              TCGATCGAGAGGGAGATGATGGCAAGTTTGTCTCGGTCACAGTGAAGGCC
C9              TCGATCGTGAAGGAGATGACGGCAAGTTTGTGTCGGTCACAGTTAAGGCC
C10             TCGATCGAGAGGGAGATGATGGAAAGTTCGTGTCGGTCACGGTTAAGGCC
                * ***** **.**.** ** **.**.** ** ** **.** ** ******

C1              ACCGATCAGGGTGATCCCAGTCTAGAGGGTGTCTGCTCCTTCACCGTGGA
C2              ACCGATCAGGGTGATCCCAGTCTGGAGGGTGTCTGCTCCTTTACCGTGGA
C3              ACCGATCAGGGTGATCCCAGTCTGGAGGGTGTGTGCTCCTTCACCGTGGA
C4              ACAGATCAGGGTGATCCGAGTCTGGAGGGAGTCTGCTCCTTCACCGTGGA
C5              ACAGATCAGGGCGACCCAAGTCTGGAAGGCGTTTGCTCCTTCACCGTGGA
C6              ACAGATCAGGGTGATCCAAGTCTGGAAGGCGTGTGCTCCTTTACCGTGGA
C7              ACGGATCAGGGTGATCCAAGTTTGGAGGGTGTTTGCTCCTTCACCGTAGA
C8              ACCGATCAGGGAGATCCAAGTCTGGAGGGTGTCTGCTCCTTCACCGTGGA
C9              ACCGATCAGGGTGATCCAAGTCTGGAGGGTGTCTGCTCTTTTACTGTGGA
C10             ACCGATCAGGGTGATCCAAGTCTGGAGGGTGTCTGCTCGTTCACCGTGGA
                ** ******** ** ** *** *.**.** ** ***** ** ** **.**

C1              AATCACAGATGTAAACGATAATCCGCCACTGTTCGATCGACAGAAATACG
C2              AATCACAGATGTAAACGATAATCCTCCACTGTTCGATCGACAGAAATACG
C3              AATCACTGATGTGAACGATAATCCTCCACTGTTCGATCGACAGAAATACG
C4              GATCACAGATGTCAACGATAATCCCCCGCTCTTTGATCGGCAGAAATACG
C5              GATCACAGATGTCAACGACAATCCCCCACTTTTTGATCGTCAGAAATACG
C6              GATCACAGATGTCAACGATAATCCCCCACTGTTTGATCGTCAGAAATACG
C7              GATCACAGATGTCAACGATAATCCTCCACTGTTCGATCGTCAGAAATATG
C8              GATCACAGATGTCAACGATAATCCTCCTTTGTTCGATCGTCAGAAATACG
C9              AATCACAGACGTTAACGATAATCCCCCACTATTCGATCGTCAGAAATATG
C10             GATCACTGATGTCAACGATAATCCTCCCCTGTTCGATCGTCAGAAATATG
                .*****:** ** ***** ***** **  * ** ***** ******** *

C1              TGGAGAATGTAAAGCAGGATGCCAGCATTGGCACAAACATCCTTCGTGTC
C2              TGGAAAATGTAAAGCAGGATGCCAGCATTGGCACGAACATCCTCCGTGTC
C3              TGGAGAACGTAAAGCAGGATGCCAGCATTGGCACGAATATCCTCCGCGTC
C4              TTGAGAACGTTAAACAGGACGCCAGTATTGGCACAAATATCCTGCGCGTT
C5              TCGAAAATGTAAAACAGGATGCCAGTATTGGCACGAACATCCTCCGAGTC
C6              TTGAGAATGTAAAGCAGGATGCCAGTATTGGCACCAATATCCTCCGTGTC
C7              TAGAGAATGTGAAACAGGATGCCAGCATTGGCACAAATATCCTCCGTGTC
C8              TGGAAAATGTTAAGCAGGATGCCAGCATTGGCACGAATATCCTCCGTGTC
C9              TGGAGAATGTAAAACAGGATGCCAGCATTGGCACGAATATCCTCCGTGTC
C10             TGGAGAATGTGAAACAGGATGCCAGCATTGGCACAAATATCCTCCGTGTC
                * **.** ** **.***** ***** ******** ** ***** ** ** 

C1              TCTGCCTCCGATGAAGATGCCGATAACAATGGAGCTATAGTATACAGCCT
C2              TCTGCCTCCGATGAAGATGCCGATAACAATGGAGCTATAGTGTACAGCCT
C3              TCTGCCTCCGATGAAGATGCCGATAATAATGGAGCTATAGTATACAGCCT
C4              TCCGCCTCCGATGAGGATGCCGATAACAATGGTGCCATAGTGTACAGCCT
C5              TCCGCCTCCGACGAAGATGCCGACAACAACGGAGCTATAGTATATAGCCT
C6              TCCGCCTCCGATGAAGATGCCGACAACAATGGAGCTATAGTATACAGCCT
C7              TCCGCCTCCGATGAAGATGCCGATAACAATGGAGCTATAGTATATAGTCT
C8              TCCGCCTCCGATGAAGATGCTGACAACAATGGAGCTATAGTTTACAGCCT
C9              TCCGCTTCTGATGAAGATGCCGATAACAATGGAGCTATAGTATACAGCCT
C10             TCCGCCTCCGATGAAGATGCCGACAACAATGGCGCTATAGTATACAGCCT
                ** ** ** ** **.***** ** ** ** ** ** ***** ** ** **

C1              GACTGCTCCCTTCAATCCCAACGATCTGGAATACTTTGAGATTCAGGCTG
C2              GACTGCCCCCTTCAATCCCAACGATCTGGAATACTTTGAGATTCAGGCTG
C3              GACTGCCCCCTTTAATCCCAACGATCTGGAATACTTTGAGATTCAGGCTG
C4              GACTGCCCCGTTCAATCCCAACGACCTGGAATACTTTGAGATTCAGGCCG
C5              GACCGCCCCCTTCAATCCCAACGATCTGGAATACTTTGAAATTCAGGCCG
C6              GACTGCACCCTTTAATCCCAACGATCTGGAATACTTTGAAATCCAGGCCG
C7              CACAGCCCCCTTCAATCCCAACGATCTGGAATACTTCGAAATTCAGGCAG
C8              GACTGCCCCCTTCAATCCCAACGATCTGGAATACTTCGAAATTCAGGCCG
C9              GACTGCCCCCTTCAATCCTAACGATCTGGAATATTTTGAAATTCAGGCCG
C10             GACTGCGCCCTTCAATCCCAACGATCTGGAATACTTTGAAATTCAGGCCG
                 ** ** ** ** ***** ***** ******** ** **.** ***** *

C1              AGTCCGGTTGGATTGTACTCAAGAAGCCGCTTGACCGTGACCGTTATCGA
C2              AGTCCGGTTGGATTGTACTCAAGAAGCCGCTTGACCGTGACCGTTATCGA
C3              AGTCCGGTTGGATTGTGCTCAAGAAACCGCTTGACCGTGACCGATATCGA
C4              AATCGGGCTGGATTGTGCTCAAGAAACCGCTTGACCGTGACCGTTATCGC
C5              AATCCGGTTGGATTGTGCTGAAGAAACCGCTTGACCGTGACCGATATCGC
C6              AATCCGGTTGGATTGTGCTCAAGAAACCGCTTGACCGTGACCGATATCGC
C7              AATCCGGTTGGATTGTTCTCAAAAAACCGCTTGACCGTGACCGTTATCGC
C8              AATCCGGTTGGATTGTGCTGAAGAAACCGCTTGACCGTGATCGATATCGC
C9              AATCCGGTTGGATTGTGCTGAAGAAACCGCTTGACCGTGATCGATATCGT
C10             AATCTGGATGGATTGTGCTTAAGAAGCCGCTTGACCGTGATCGATATCGC
                *.** ** ******** ** **.**.************** **:***** 

C1              TTGAGGGTTAGTGCCTCCGATAAGGGCACTCCCGCCTCGGCAGCCGATGT
C2              TTGAGGGTTAGTGCCTCCGATAAGGGCACTCCCGCCTCGGCAGCCGATGT
C3              TTGAGGGTTAGTGCCTCCGATAAGGGCACTCCCGCCTCGGCAGCCGATGT
C4              TTGAGGGTTAGCGCCTCCGATAAGGGTACTCCCGCCTCGGCAGCCGATGT
C5              TTGAGGGTTAGCGCCTCCGATAAGGGCACTCCCGCCTCGGCCGCCGATGT
C6              TTGAGGGTTAGCGCCTCCGATAAGGGCACTCCCGCCTCGGCCGCCGATGT
C7              TTGAGGGTTAGCGCCTCCGATAAAGGCACTCCCGCCTCGGCAGCCGATGT
C8              TTGAGGGTTAGCGCCTCCGATAAGGGCACTCCCGCCTCGGCCGCCGATGT
C9              TTGAGGGTTAGCGCCTCCGATAAGGGCACTCCCGCCTCGGCAGCCGATGT
C10             TTGAGGGTTAGCGCCTCCGATAAGGGCACTCCCGCCTCGGCAGCCGATGT
                *********** ***********.** **************.********

C1              CGATGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCACCCATTTGGG
C2              CGATGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCACCCATTTGGG
C3              CGACGTCGAGTTAGATGTCGTCGATCGGAATAATAAGCCACCCATTTGGG
C4              CGACGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCTCCCATTTGGG
C5              CGACGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCTCCCATTTGGG
C6              CGACGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCACCCATTTGGG
C7              CGATGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCACCCATTTGGG
C8              CGACGTTGAATTAGATGTCGTCGATCGGAATAATAAGCCACCCATTTGGG
C9              CGACGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCGCCCATTTGGG
C10             CGACGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCGCCCATTTGGG
                *** ** **.***************************** **********

C1              ATAAGAGCATTTACGGGCCGATTCACATACGCGAGAATGTCACTGTGGGT
C2              ATAAGAGCATTTACGGGCCGATTCACATACGCGAGAATGTCACTGTGGGT
C3              ATAAGAGTATATACGGGCCGATTCACATACGCGAGAATGTCACTGTGGGT
C4              ATAAGAGCATTTACGGGCCGATTCACATACGCGAGAATGTCACTGTGGGT
C5              ATAAGAGCATTTACGGGCCGATTCACATCCGCGAGAATGTCACTGTGGGT
C6              ATAAGAGCATTTACGGGCCGATTCACATACGCGAGAATGTCACTGTGGGT
C7              ATAAGAGCATTTACGGGCCGATACACATACGCGAGAATGTCACTGTGGGT
C8              ATAAGAGCATTTACGGCCCGATTCACATACGCGAGAATGTCACTGTGGGT
C9              ATAAGATCGTTTACGGGCCGATTTACATACGCGAGAATGTAACTGTGGGT
C10             ATAAGATCGTTTACGGGCCGATTTACATACGCGAGAATGTCACTGTGGGT
                ******  .*:***** *****: ****.***********.*********

C1              ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGTATCGAAGGCAATCCCAC
C2              ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGTATCGAAGGCAACCCCAC
C3              ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGTATTGAAGGCAATCCCAC
C4              ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGTATTGAAGGCAATCCCAC
C5              ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGTATCGAAGGCAATCCCAC
C6              ACGGTTGTAACATCGGTTAAGGCAAGTTCTGGTATTGAAGGCAATCCCAC
C7              ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGTATTGAAGGAAATCCCAC
C8              ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGCATCGAGGGCAATCCGAC
C9              ACGGTTGTAACATCAGTTAAGGCAAGTTCGGGCATTGAAGGCAATCCCAC
C10             ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGTATTGAAGGCAATCCCAC
                **************.************** ** ** **.**.** ** **

C1              AGTTTTTTATCGACTGATGCCCGGGTCAACGGCTCAAACGAACAAGTTTC
C2              AGTTTTTTATCGACTGATGCCCGGGTCAACGGCTCAAACGAACAAGTTTC
C3              AGTTTTTTACCGACTGATGCCCGGGTCAACGGCCCAAACAAACAAGTTTC
C4              AGTTTTTTATCGACTGATGCCCGGGTCGACGGCTCAAACGAACAAATTTC
C5              GGTTTTCTATCGACTGATGCCCGGGTCAACGGCCCAAACGAACAAGTTTC
C6              AGTTTTTTATCGATTGATGCCCGGGTCAACGGCCCAAACGAACAAATTTC
C7              AGTTTTTTATCGACTGATGCCCGGGTCAACGGCCCAAACGAACAAATTTC
C8              AGTTTTCTACCGTCTGATGCCCGGGTCGACGGCTCAAACGAATAAATTTC
C9              AGTTTTCTATCGACTGATGCCCGGGTCAACGGCCCAAACGAACAAATTTC
C10             AGTTTTCTATCGACTGATGCCCGGGTCAACGGCTCAAACCAACAAATTTC
                .***** ** **: *************.***** ***** ** **.****

C1              ACACGTTTTACTTGCAACAAAGACCGGACAATGGCGACACTTGGGCCGAT
C2              ACACGTTTTACTTGCAACAAAGACCGGACAATGGCGACACTTGGGCCGAT
C3              ACACGTTTTACTTGCAACAAAGACCGGACAATGGCGATACTTGGGCTGAC
C4              ACACGTTCTACTTGCAACAAAGACCGGACAACGGCGATACTTGGGCCGAT
C5              ACACGTTCTACTTGCAACAAAGACCGGACAATGGCGACACTTGGGCAGAC
C6              ACACGTTCTACTTGCAACAAAGACCGGACAACGGCGATACTTGGGCAGAT
C7              ACACGTTCTACTTGCAACAAAGACCGGACAATGGCGACACTTGGGCCGAT
C8              ACACGTTCTACTTGCAACAAAGACCGGACAATGGAGACACTTGGGCCGAT
C9              ACACGTTCTACTTGCAACAAAGACCGGACAATGGCGACACTTGGGCCGAT
C10             ACACGTTCTACTTGCAACAAAGACCGGACAATGGCGACACTTGGGCCGAT
                ******* *********************** **.** ******** ** 

C1              ATAAAAGTAAATCATCCGCTGGACTACGAGAGTATCAAGGAATACAATTT
C2              ATAAAAGTAAATCATCCGCTGGACTACGAGAGTATCAAGGAATACAATTT
C3              ATAAAAGTAAATCATCCGCTGGACTACGAGAGTATCAAGGAGTACAATTT
C4              ATAAAAGTAAATCATCCGCTGGACTACGAAAGCATCAAGGAATACAATCT
C5              ATAAAAGTAAATCATCCGCTGGACTACGAGAGCATCAAGGAGTACAACTT
C6              ATAAAAGTCAATCATCCGCTGGACTACGAAAGCATCAAGGAATACAATTT
C7              ATAAAAGTAAATCATCCGCTGGATTACGAAAGTATCAAGGAATATAATCT
C8              ATAAAAGTGAATCATCCGCTGGACTACGAGAGCATCAAGGAATACAATCT
C9              ATAAAAGTAAATCATCCGCTGGACTACGAGAGCATCAAGGAATACAATCT
C10             ATAAAAGTAAATCATCCGCTGGACTACGAGAGCATCAAGGAATACAATCT
                ******** ************** *****.** ********.** **  *

C1              AACCATACGTGTTGAGAACAACGGGGCCCAACAATTGGCTTCGGAAGCGA
C2              AACCATACGTGTTGAGAACAACGGGGCCCAACAATTGGCTTCGGAAGCGA
C3              AACCATACGTGTTGAGAACAACGGGGCCCAACAATTGGCTTCGGAAGCGA
C4              AACCATACGTGTTGAGAACAACGGGGCCCAGCAATTGGCATCGGAAGCGA
C5              AACCATACGTGTTGAGAACAACGGGGCCCAGCAATTGGCATCGGAAGCGA
C6              AACCATACGTGTTGAGAACAACGGGGCCCAACAACTGGCATCGGAAGCGA
C7              TACCATACGTGTGGAGAACAACGGGGCCCAACAATTGGCATCGGAAGCGA
C8              TACCATACGTGTTGAGAACAACGGGGCCCAACAATTGGCGTCGGAAGCGA
C9              AACCATACGTGTGGAGAACAACGGGGCCCAACAATTGGCATCGGAAGCGA
C10             AACCATACGTGTTGAGAACAACGGGGCCCAGCAATTGGCATCGGAAGCGA
                :*********** *****************.*** **** **********

C1              CCGTGTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
C2              CCGTGTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
C3              CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
C4              CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
C5              CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACG
C6              CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
C7              CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
C8              CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
C9              CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
C10             CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
                **** ******************************************** 

C1              GAACGCGAACAGGAAACGGTGCTCGAGGGCGAACCGATTGGCACCAAAGT
C2              GAACGCGAACAGGAAACGGTACTCGAGGGCGAACCGATTGGCACCAAAGT
C3              GAACGCGAACAGGAAACGGTGCTCGAGGGCGAGCCGATTGGCACCAAAGT
C4              GAACGCGAACAGGAAACGGTGCTCGAGGGCGAACCGATTGGCACCAAAGT
C5              GAACGCGAGCAGGAAACGGTGCTCGAGGGCGAACCGATTGGCACCAAAGT
C6              GAACGCGAACAGGAAACGGTGCTCGAGGGCGAACCGATTGGCACCAAAGT
C7              GAACGAGAACAGGAAACGGTGCTCGAGGGAGAACCGATTGGCACCAAAGT
C8              GAACGCGAACAGGAAACGGTGCTCGAGGGCGAACCGATTGGCACCAAAGT
C9              GAACGCGAACAGGAAACGGTGCTCGAGGGCGAACCGATTGGCACCAAAGT
C10             GAACGCGAACAGGAAACGGTGCTCGAGGGCGAACCGATTGGCACCAAAGT
                *****.**.***********.********.**.*****************

C1              GACACAAGTGAACGCCATCGACAAGGATGGCACATTTCCAAATAATCAGG
C2              GACACAAGTGAACGCCATCGACAAGGATGGCACATTCCCAAATAATCAGG
C3              GACACAAGTGAACGCCATCGACAAGGACGGCACATTCCCAAATAATCAGG
C4              GACACAAGTGAACGCCATCGACAAGGATGGCACATTCCCAAATAATCAGG
C5              GACACAGGTGAACGCCATCGACAAGGACGGCACATTCCCGAATAATCAGG
C6              GACACAAGTGAACGCCATCGACAAGGACGGCACATTCCCAAATAATCAGG
C7              GACACAAGTGAACGCCATCGACAAGGATGGCACATTCCCAAATAATCAGG
C8              GACACAAGTGAACGCCATCGACAAGGATGGCACATTCCCAAATAATCAGG
C9              GACACAAGTGAACGCCATCGACAAGGATGGCACATTCCCAAATAATCAGG
C10             GACACAAGTGAACGCTATCGACAAGGATGGCACATTCCCAAATAATCAGG
                ******.******** *********** ******** **.**********

C1              TCTACTACTACATTGTGGATTCGCCGCGAAACGAGGGCAAGGAATTCTTC
C2              TCTACTACTACATTGTGGATTCGCCACGAAACGAGGGCAAGGAATTCTTC
C3              TCTACTACTACATTGTGGATTCCCCGCGAAACGAGGGCAAGGAGTTCTTC
C4              TCTACTACTACATTGTCGATTCGCCGCGAAACGAGGGCAAAGAATTCTTC
C5              TCTACTACTACATTGTCGATTCGCCGCGAAACGAGGGCAAGGAGTTCTTC
C6              TGTACTACTACATTGTCGATTCGCCGCGAAACGAGGGCAAGGAATTCTTC
C7              TCTACTACTACATTGTCGATTCGCCGCGAAACGAGGGCAAAGAATTCTTC
C8              TCTACTACTACATCGTCGATTCACCGCGAAACGAGGGCAAAGAATTCTTC
C9              TCTACTACTACATTGTCGATTCGCCGCGAAACGAGGGCAAAGAATTCTTT
C10             TCTACTACTACATTGTCGATTCGCCGCGAAACGAGGGCAAAGAATTCTTC
                * *********** ** ***** **.**************.**.***** 

C1              GAAATCAATCTGCAAAGTGGGGAGATCTTCACGAAAACCGTATTCGACAG
C2              GAAATCAACCTGCAAAGTGGGGAAATCTTCACGAAAACCGTATTCGACAG
C3              GAAATCAACCTGCAAAGTGGCGAGATCTTCACGAAGACCGTATTCGACAG
C4              GAAATCAACCTGCAAAGCGGAGAGATATTCACGAAAACCGTTTTCGACAG
C5              GAAATCAACCTGCAAAGTGGCGAGATATTCACGAAGACCGTTTTCGACAG
C6              GAAATCAACCTGCAGAGTGGAGAGATATTCACGAAAACCGTTTTCGACAG
C7              GAAATTAACCTGCAGAGTGGCGAAATATTCACGAAAACCGTATTCGATAG
C8              GAAATCAACCTGCAGAGCGGAGAGATTTTCACGAAGACCGTATTCGACAG
C9              GAAATCAACCTGCAGAGTGGAGAGATATTCACGAAAACCGTGTTCGACAG
C10             GAAATCAACCTGCAGAGCGGAGAGATATTCACGAAAACCGTGTTCGACAG
                ***** ** *****.** ** **.** ********.***** ***** **

C1              GGAGAAGAAAGGCGCCTATGCCCTCGAAGTGGAGGCTCGGGATGGAGCCC
C2              GGAGAAGAAAGGCGCCTATGCCCTGGAAGTGGAGGCTCGGGATGGAGCCC
C3              GGAGAAGAAGGGCGCCTATGCCCTCGAAGTGGAGGCTCGGGATGGAGCCC
C4              GGAGAAGAAGGGCGCCTATGCCCTCGAAGTGGAGGCACGAGATGGAGCTC
C5              GGAGAAGAAGGGCGCCTACGCCCTCGAAGTGGAGGCCCGGGATGGAGCTC
C6              GGAGAAGAAGGGCGCCTATGCCCTCGAAGTGGAGGCCCGCGATGGAGCGC
C7              GGAGAAGAAGGGCGCCTATGCCCTCGAGGTGGAGGCACGGGACGGAGCTC
C8              GGAGAAGAAGGGCGCCTATGCCCTCGAAGTGGAGGCTCGGGATGGAGCTC
C9              GGAGAAGAAGGGCGCCTATGCCCTCGAAGTGGAGGCTCGGGATGGAGCTC
C10             GGAGAAGAAGGGCGCCTATGCCCTCGAAGTGGAGGCACGGGATGGAGCAC
                *********.******** ***** **.******** ** ** ***** *

C1              CCTCTGCTCGACCCAACAGCAATGGACCCAATTCAGTCACCAAATTCATA
C2              CCTCTGCTCGACCCAACAGCAATGGACCCAATTCAGTCACCAAATTCATA
C3              CCTCGGCTCGACCCAACAGCAATGGACCCAATTCAGTCACCAAATTCATA
C4              CCTCAGCTCGACCCAATAGCAATGGACCCAATTCAGTCACCAAGTTCATA
C5              CCTCGGCCAGGCCCAATAGCAATGGACCCAATTCAGTCACCAAATTCATA
C6              CCTCGGCGAGACCCAATAGCAACGGACCCAATTCAGTCACCAAATTCATA
C7              CATCTGCTCGCCCCAATAGCAATGGACCAAATTCAGTCACCAAATTCATA
C8              CTTCGGCGCGACCCAACAGCAATGGACCCAATTCAGTCACCAAATTCATA
C9              CTTCGGCGCGACCCAATAGCAATGGACCCAATTCAGTCACCAAATTCATA
C10             CATCGGCGCGACCAAATAGCAATGGACCCAATTCAGTCACCAAATTCATA
                * ** ** .* **.** ***** *****.**************.******

C1              CGCATTGGCATCGCCGATAAAAACGATAACCCGCCTTATTTCGACAAATC
C2              CGCATTGGCATCGCCGATAAAAATGATAACCCGCCCTATTTCGACAAATC
C3              CGCATTGGCATCGCCGATAAAAACGATAACCCGCCCTATTTCGACAAATC
C4              CGCATTGGCATCGCCGATAAAAACGATAATCCGCCCTATTTCGACAAATC
C5              CGCATTGGCATCGCCGATAAAAACGATAATCCGCCCTATTTCGACAAGTC
C6              CGCATTGGCATCGCCGATAAAAACGATAATCCGCCCTATTTCGACAAATC
C7              CGCATTGGCATCGCCGATAAAAACGATAATCCGCCCTATTTCGACAAATC
C8              CGCATCGGCATCGCCGATAAAAACGATAATCCGCCCTATTTCGACAAATC
C9              CGCATTGGCATCGCCGATAAAAACGATAATCCGCCCTATTTCGACAAATC
C10             CGCATTGGCATCGCCGATAAAAACGATAATCCGCCCTATTTCGACAAATC
                ***** ***************** ***** ***** ***********.**

C1              GCTGTACGAGGCCGAAGTGGACGAGAACGAGGACATTCAACACACAGTGC
C2              GCTGTACGAGGCCGAAGTGGACGAGAACGAGGACATTCAACACACAGTGC
C3              GCTGTACGAGGCCGAAGTGGACGAGAACGAGGACATTCAACACACAGTGC
C4              GCTGTACGAGGCCGAAGTGGACGAGAACGAGGACATTCAGCACACAGTAC
C5              GCTGTACGAGGCCGAAGTGGATGAGAACGAGGACATCCAGCACACAGTGC
C6              GCTGTACGAGGCCGAAGTGGATGAGAACGAGGACATTCAGCACACAGTGC
C7              GCTGTACGAGGCCGAAGTGGATGAGAACGAGGACATTCAGCACACAGTTC
C8              GCTGTACGAGGCCGAAGTGGACGAGAACGAGGACATCCAGCACACAGTGC
C9              GCTGTACGAGGCCGAAGTGGATGAGAACGAGGACATTCAGCACACAGTGC
C10             GCTGTACGAGGCCGAAGTGGACGAGAACGAGGACATTCAGCACACAGTGC
                ********************* ************** **.******** *

C1              TCACTGTAACGGCCAAGGATCACGACGAGTCCTCACGTATCCGCTATGAA
C2              TCACTGTAACGGCCAAGGATCACGACGAGTCCTCACGTATCCGCTATGAA
C3              TCACTGTAACGGCCAAGGATCACGACGAGTCCTCACGTATCCGCTATGAA
C4              TCACTGTAACGGCCAAGGATCACGACGAATCCTCACGTATCCGATATGAA
C5              TCACTGTAACGGCCAAGGACCACGACGAGTCCTCACGTATCCGCTATGAA
C6              TCACTGTAACCGCCAAGGATCACGACGAGTCCTCACGTATCCGCTATGAA
C7              TCACTGTAACGGCCAAGGATCACGACGAATCCTCACGTATCCGCTATGAA
C8              TCACTGTAACGGCCAAGGATCACGACGAGTCCTCACGTATCCGCTATGAA
C9              TCACTGTAACGGCCAAGGATCACGACGAGTCCTCACGTATCCGCTATGAA
C10             TCACTGTAACGGCCAAGGATCACGACGAGTCCTCACGTATCCGCTATGAA
                ********** ******** ********.**************.******

C1              ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
C2              ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
C3              ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
C4              ATTACAAGCGGCAACATCGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
C5              ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
C6              ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
C7              ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
C8              ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
C9              ATTACAAGCGGCAACATCGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
C10             ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
                ***************** ********************************

C1              TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
C2              TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
C3              TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
C4              TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
C5              TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
C6              TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
C7              TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
C8              TGCCATTTATGTTGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
C9              TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
C10             TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
                ************:*************************************

C1              AACTGAAATTGGTTGCCTCGGACAGTTTGAATGAAAATCAAACAACAATC
C2              AACTGAAATTGGTTGCCTCGGACAGTTTGAATGAAAATCAAACAACAATC
C3              AACTGAAATTGGTTGCCTCGGACAGTTTGAATGAAAATCAAACAACAATC
C4              AACTGAAATTGGTTGCGTCGGACAGTTTGAATGAAAATCAAACAACAATC
C5              AACTGAAATTGGTTGCGTCGGACAGTTTGAATGAAAATCAAACAACAATC
C6              AACTGAAATTGGTTGCGTCGGACAGTTTGAATGAAAATCAAACAACAATC
C7              AACTGAAATTGGTTGCCTCGGACAGTTTGAATGAAAATCAAACAACAATC
C8              AACTGAAATTGGTTGCGTCGGACAGTTTGAATGAAAATCAAACAACAATC
C9              AACTGAAATTGGTTGCGTCGGACAGTTTGAATGAAAATCAAACAACAATC
C10             AACTGAAATTGGTTGCGTCGGACAGTTTGAATGAAAATCAAACAACAATC
                **************** *********************************

C1              GTCATAAATGTGCGCGACGTCAACGATCTTCCACCGCAATTCCCGCAGAC
C2              GTCATAAATGTGCGCGACGTCAACGATCTACCACCGCAATTCCCGCAGAC
C3              GTCATAAATGTGCGCGACGTCAACGATCTTCCACCGCAATTCCCGCAGAC
C4              GTCATAAATGTGCGCGACGTCAACGATCTGCCGCCGCAATTCCCGCATAC
C5              GTCATAAATGTGCGCGACGTCAACGATCTGCCACCGCGGTTCCCGCAGAC
C6              GTCATAAATGTGCGCGACGTCAACGATCTGCCACCGCGATTCCCGCAGAC
C7              GTCATAAATGTGCGCGACGTCAACGATCTGCCGCCGCAATTCCCGCAGAC
C8              GTCATAAATGTGCGCGATGTCAACGATCTGCCACCGCGATTCCCGCAGAC
C9              GTCATAAATGTGCGCGACGTCAACGATCTGCCACCGCGATTCCCGCAGAC
C10             GTCATAAATGTACGCGACGTCAACGATCTGCCACCGCGATTCCCGCAGAC
                ***********.***** *********** **.****..******** **

C1              ATCCTATGAGCGAACTCTCGACGAGGGAATGACCAACACGCCCTTTACCA
C2              ATCCTATGAGCGAACTCTCGACGAGGGAATGACCAACACGCCCTTTACCA
C3              ATCCTATGAGCGAACTCTCGACGAGGGAATGACCAACACGCCCTTTACCA
C4              ATCCTATGAGCGGACTCTCGACGAGGGAATGACCGACACGCCCTTTACCA
C5              ATCCTACGAGCGAACTCTCGACGAGGGAATGACCAACACGCCCTTTACCA
C6              ATCCTATGAGCGAACTCTCGACGAGGGAATGACCGACACGCCCTTTACCA
C7              ATCCTATGAGCGAACTCTCGACGAGGGAATGACCGACACGCCCTTTACCA
C8              ATCCTATGAGCGAACTCTCGACGAGGGAATGACCGACACGCCCTTTACAA
C9              ATCCTATGAGCGAACTCTCGACGAGGGAATGAACGACACGCCCTTTACCA
C10             ATCCTATGAGCGAACTCTCGACGAGGGAATGACCGACACGCCCTTTACCA
                ****** *****.*******************.*.*************.*

C1              TTATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
C2              TTATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
C3              TTATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
C4              TTATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
C5              TCATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
C6              TCATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
C7              TCATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAATATC
C8              TCATGCAGGTCACCGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
C9              TCATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
C10             TCATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
                * ******** ** ******************************** ***

C1              GTGTACTTCCTCACGGGCCAGGGCATTGATCCGGATAATCCAGCCAATAG
C2              GTGTACTTCCTCACGGGCCAGGGCATTGATCCGGATAATCCAGCCAATAG
C3              GTGTACTTCCTCACGGGCCAGGGCATTGATCCGGATAATCCAGCCAATAG
C4              GTGTACTTCCTCACGGGCCAAGGCATTGATCCGGATAATCCAGCCAATAG
C5              GTGTACTTCCTCACGGGCCAAGGCATTGATCCGGATAATCCAGCCAATAG
C6              GTGTACTTCCTCACGGGCCAAGGCATTGATCCGGATAATCCGGCCAATAG
C7              GTGTACTTCCTCACGGGCCAAGGCATTGATCCGGATAATCCAGCCAATAG
C8              GTGTACTTCCTCACGGGCCAGGGAATTGATCCGGATAATCCAGCCAATAG
C9              GTGTACTTCCTCACGGGGCAAGGCATTGATCCGGATAATCCAGCCAATAG
C10             GTGTACTTCCTCACGGGCCAAGGCATTGATCCGGATAATCCAGCCAATAG
                ***************** **.**.*****************.********

C1              CAAATTCGACATCAACCGCACCACCGGCGAAATATTCGTACTAAAGCCTC
C2              CAAATTCGACATCAACCGCACCACCGGCGAAATATTCGTACTAAAGCCTC
C3              CAAATTCGACATCAACCGCACCACCGGCGAAATATTCGTACTAAAGCCTC
C4              CAAATTCGACATCAACCGCACCACCGGCGAAATATTCGTTTTAAAGCCGC
C5              CAAATTCGACATCAACCGCACCACCGGCGAAATATTCGTGTTAAAGCCCC
C6              CAAATTCGACATCAACCGCACCACCGGCGAAATATTCGTTTTAAAGCCCC
C7              CAAATTCGACATCAACCGCACCACTGGCGAAATATTCGTTTTAAAGCCCC
C8              CAAATTCGATATTAACCGCACCACCGGCGAAATATTCGTTTTAAAGCCAT
C9              CAAATTCGACATTAACCGCACCACTGGCGAAATATTCGTTTTAAAGCCCC
C10             CAAATTCGACATTAACCGCACCACTGGCGAAATATTCGTTTTAAAGCCGC
                ********* ** *********** **************  *******  

C1              TGGATCGCGATCAACCCAATGGACGCCCCCAATGGCGTTTCACTGTATTC
C2              TGGATCGCGATCAACCCAATGGACGCCCCCAGTGGCGTTTCACTGTATTC
C3              TGGATCGCGATCAACCCAATGGACGCCCCCAGTGGCGCTTCACTGTATTC
C4              TGGATCGCGATCAACCGAACGGACGACCCCAGTGGCGCTTCACTGTATTC
C5              TGGATCGCGATCAACCAAACGGACGACCCCAGTGGCGCTTCACTGTATTC
C6              TGGATCGCGATCAACCGAACGGACGACCCCAGTGGCGCTTCACTGTATTC
C7              TGGATCGCGATCAACCGAACGGACGTCCCCAGTGGCGATTCACTGTATTC
C8              TGGATCGCGATCAACCGAACGGTCGACCCCAGTGGCGCTTCACTGTATTC
C9              TGGATCGCGATCAACCGAACGGACGACCCCAGTGGCGCTTCACTGTATTC
C10             TGGATCGCGATCAACCCAATGGTCGGCCCCAGTGGCGCTTCACTGTATTC
                **************** ** **:** *****.***** ************

C1              GCCCAGGACGAGGGCGGCGAAGGACTCGTGGGATATGCGGATGTCCAGGT
C2              GCCCAGGACGAGGGCGGCGAAGGACTCGTGGGATATGCGGATGTCCAGGT
C3              GCCCAGGACGAGGGCGGCGAAGGACTCGTGGGATATGCGGATGTCCAGGT
C4              GCCCAGGACGAGGGTGGCGAGGGACTCGTGGGCTATGCGGATGTCCAGGT
C5              GCCCAGGACGAGGGTGGCGAGGGACTCGTGGGATACGCGGATGTCCAGGT
C6              GCCCAGGACGAGGGTGGCGAGGGACTCGTGGGATACGCGGATGTCCAGGT
C7              GCCCAGGACGAGGGTGGCGAGGGACTCGTGGGCTATGCGGATGTCCAGGT
C8              GCGCAGGACGAAGGCGGCGAGGGACTCGTGGGCTACGCGGATGTTCAAGT
C9              GCCCAGGACGAGGGCGGCGAGGGGCTCGTGGGCTATGCGGATGTCCAGGT
C10             GCCCAGGACGAAGGGGGCGAGGGACTCGTGGGCTATGCGGATGTCCAGGT
                ** ********.** *****.**.********.** ******** **.**

C1              CAATCTGAAGGATATCAACGATAATGCCCCCATTTTCCCACAGGGCGTAT
C2              CAATCTGAAGGACATCAACGATAATGCCCCCATTTTCCCACAGGGCGTAT
C3              CAATCTGAAGGACATCAACGATAATGCCCCCATTTTCCCACAGGGCGTAT
C4              CAATCTGAAGGACATCAACGATAACGCCCCCATTTTCCCGCAGGGCGTTT
C5              CAATCTGAAGGACATCAACGATAACGCCCCCATTTTCCCACAGGGCGTAT
C6              CAATCTGAAGGACATCAACGATAATGCCCCCATTTTCCCACAGGGCGTTT
C7              CAATCTGAAGGACATCAACGATAATGCCCCCATTTTCCCACAGGGCGTAT
C8              CAATCTGAAGGACATCAACGATAATGCGCCCATTTTCCCACAGGGCGTGT
C9              CAATCTGAAGGACATCAACGATAATGCCCCCATTTTCCCGCAGGGCGTGT
C10             CAATCTGAAGGACATCAACGATAACGCGCCCATTTTCCCCCAGGGCGTAT
                ************ *********** ** *********** ******** *

C1              ACTTTGGCAACGTGACTGAGAACGGAACCGCCGGCATGGTTGTGATGACC
C2              ACTTTGGCAACGTGACTGAGAACGGAACCGCCGGCATGGTTGTGATGACC
C3              ACTTTGGCAACGTGACTGAGAACGGAACCGCCGGCATGGTTGTGATGACC
C4              ACTTTGGCAACGTGACGGAGAACGGAACCGCCGGCATGGTTGTGATGACC
C5              ACTTCGGCAACGTGACGGAGAACGGCACCGCCGGCATGGTGGTGATGACC
C6              ACTTTGGCAACGTGACGGAGAACGGCACCGCCGGCATGGTGGTGATGACC
C7              ACTTTGGCAACGTGACCGAGAACGGCACCGCCGGCATGGTTGTGATGACC
C8              ACTTTGGCAATGTGACGGAGAACGGAACCGCCGGCATGGTTGTGATGACC
C9              ACTTTGGCAATGTCACGGAGAACGGCACCGCCGGCATGGTGGTGATGACC
C10             ACTTTGGCAATGTCACGGAGAACGGCACCGCCGGCATGGTTGTGATGACC
                **** ***** ** ** ********.************** *********

C1              ATGACAGCCGTGGACTATGACGATCCCAATGAGGGTTCCAATGCGCGGCT
C2              ATGACAGCCGTGGACTACGACGATCCCAATGAGGGTTCCAATGCGCGACT
C3              ATGACAGCCGTGGACTACGACGATCCCAATGAGGGCTCCAATGCCCGGCT
C4              ATGACGGCCGTGGACTACGACGACCCCAACGAGGGCTCCAACGCCCGGCT
C5              ATGACGGCCGTGGACTACGACGATCCCAACGAGGGCTCCAACGCCCGGCT
C6              ATGACGGCCGTGGACTACGACGATCCCAACGAGGGTTCCAATGCCCGGCT
C7              ATGACAGCAGTGGATTACGACGATCCCAATGAGGGTTCCAATGCCCGGCT
C8              ATGACAGCCGTGGACTACGACGATCCCAATGAGGGTTCCAATGCCCGCCT
C9              ATGACGGCCGTGGATTACGACGACCCCAACGAGGGCTCCAACGCCCGACT
C10             ATGACGGCCGTGGACTACGACGACCCCAACGAGGGCTCCAATGCCCGCCT
                *****.**.***** ** ***** ***** ***** ***** ** ** **

C1              GGTGTACTCCATCGAAAAGAACGTGATTGAGGAGGAGACGGGCTCCCCCA
C2              GGTGTACTCCATCGAAAAGAACGTGATTGAGGAGGAGACGGGCTCCCCCA
C3              GGTGTACTCCATTGAAAAGAACGTGATTGAGGAGGAGACGGGGTCCCCAA
C4              GGTGTACTCCATCGAGAAGAACGTGATTGAGGAGGAGACGGGGTCGCCCA
C5              GGTGTACTCCATCGAGAAGAACGTGATTGAGGAGGAGACGGGGTCGCCCA
C6              GGTGTACTCCATCGAGAAGAACGTGATTGAGGAGGAGACGGGGTCACCCA
C7              TGTCTACTCTATTGAAAAGAACGTGATTGAGGAGGAAACTGGGTCCCCCA
C8              GGTTTACTCCATCGAAAAGAACGTGATTGAGGAGGAAACTGGGTCGCCAA
C9              GGTCTACTCCATCGAGAAGAACGTGATTGAGGAGGAGACCGGGTCGCCCA
C10             GGTGTACTCCATCGAGAAGAACGTGATTGAGGAGGAGACCGGGTCGCCCA
                 ** ***** ** **.********************.** ** ** **.*

C1              TTTTTGAAATCGAACCCGATACGGGTGTGATAAAGACCGCCGTTTGCTGT
C2              TTTTCGAAATCGAACCCGATACGGGTGTGATAAAGACCGCCGTTTGCTGT
C3              TTTTTGAAATCGAGCCCGATACGGGTGTGATAAAGACCGCCGTTTGCTGT
C4              TTTTCGAAATCGAACCCGACACGGGTGTGATAAAGACCGCCGTCTGTTGC
C5              TTTTCGAAATCGAGCCCGACACGGGTGTGATAAAGACCGCCGTCTGCTGC
C6              TTTTCGAAATCGAACCCGACACGGGTGTGATAAAGACCGCCGTTTGTTGT
C7              TATTTGAAATTGAACCCGATACGGGTGTGATAAAGACTGCAGTATGTTGT
C8              TTTTCGAAATCGAACCCGATACGGGTGTGATTAAGACCGCAGTTTGCTGT
C9              TTTTCGAAATCGAACCCGACACGGGTGTGATTAAGACCGCAGTGTGTTGT
C10             TTTTCGAGATCGAACCCGACACGGGTGTGATTAAGACGGCGGTGTGTTGT
                *:** **.** **.***** ***********:***** ** ** ** ** 

C1              TTGGATCGCGAGAGAACTCCGGATTATTCTATACAAGTTGTGGCGATGGA
C2              CTGGATCGCGAGAGAACTCCGGATTATTCTATACAAGTCGTGGCGATGGA
C3              TTGGATCGCGAAAGGACTCCGGACTATTCGATACAAGTCGTGGCGATGGA
C4              CTGGATCGCGAGAGAACCCCGGATTATTCGATACAGGTCGTTGCGATGGA
C5              CTGGATCGCGAGAGAACCCCTGATTACTCGATACAGGTCGTTGCGATGGA
C6              CTGGATCGCGAGAGAACCCCTGATTACTCGATACAGGTCGTTGCGATGGA
C7              TTGGATCGCGAGAGAACTCCGGACTATTCGATACAGGTCGTTGCGATGGA
C8              CTGGATCGCGAGAGAACGCCGGATTACTCGATACAAGTCGTTGCGATGGA
C9              CTGGATCGCGAGAGAACCCCGGACTATTCGATACAGGTCGTTGCAATGGA
C10             CTGGATCGCGAGAGGACGCCGGACTATTCGATACAGGTCGTGGCAATGGA
                 **********.**.** ** ** ** ** *****.** ** **.*****

C1              TGGCGGGGGGTTAAAGGGGACGGGGACGGCCTCTATACGGGTTAAGGACA
C2              TGGCGGGGGGTTAAAGGGGACGGGGACGGCCTCTATACGAGTTAAGGATA
C3              TGGCGGGGGGTTAAAGGGGACGGGGACGGCCTCTATACGGGTTAAGGATA
C4              TGGCGGGGGGTTAAAGGGGACGGGGACGGCCTCTATACGGGTTAAGGATA
C5              TGGCGGGGGGCTAAAGGGGACGGGGACGGCCTCCATACGGGTCAAGGATA
C6              TGGCGGGGGGTTAAAGGGGACGGGGACGGCCTCCATACGGGTTAAGGATA
C7              TGGCGGAGGGTTAAAGGGGACGGGGACGGCCTCTATACGTGTTAAAGATA
C8              TGGCGGGGGGTTAAAGGGGACGGGGACGGCCTCTATAAGGGTTAAAGATA
C9              CGGCGGGGGATTGAAGGGGACGGGGACGGCCTCCATACGGGTTAAGGATA
C10             TGGTGGGGGGTTAAAAGGGACGGGGACGGCCTCCATACGCGTTAAGGATA
                 ** **.**. *.**.***************** ***.* ** **.** *

C1              TCAACGATATGCCGCCGCAGTTTACGAAGGACGAATGGTTTACGGAAGTG
C2              TCAACGATATGCCGCCGCAGTTTACGAAGGACGAATGGTTTACGGAAGTG
C3              TTAACGATATGCCGCCGCAGTTCACGAAAGACGAATGGTTTACGGAAGTG
C4              TCAACGACATGCCGCCGCAGTTCACGAAGGACGAATGGTTTACGGAAGTG
C5              TCAACGATATGCCGCCGCAGTTTACGAAGGACGAATGGTTTACGGAAGTG
C6              TCAACGATATGCCGCCGCAGTTTACGAAAGACGAATGGTTTACGGAAGTG
C7              TCAACGATATGCCGCCGCAGTTTACGAAAGACGAATGGTTTACGGAAGTG
C8              TCAACGATATGCCGCCGCAATTCACGAAAGACGAATGGTTTACGGAAGTG
C9              TCAACGATATGCCGCCGCAGTTCACGAAGGACGAATGGTTTACGGAAGTG
C10             TCAACGACATGCCGCCGCAGTTCACCAAGGACGAATGGTTCACGGAAGTG
                * ***** ***********.** ** **.*********** *********

C1              GACGAAACGGATGGTACGGCCTTGCCGGAAATGCCCATTTTAACCGTTAC
C2              GACGAAACGGATGGTACGGCCTTGCCGGAAATGCCCATTTTAACCGTGAC
C3              GACGAAACGGATGGTACAGCCCTGCCGGAAATGCCCATTTTAACCGTGAC
C4              GACGAAACGGATGGCACGGCTCTGCCGGAAATGCCCATTTTAACCGTGAC
C5              GACGAAACGGATGGCACGGCCCTGCCGGAAATGCCCATTTTAACAGTGAC
C6              GACGAAACGGATGGCACTGCTCTGCCGGAAATGCCCATTTTAACCGTGAC
C7              GACGAAACGGATGGTACGGCACTGCCGGAAATGCCCATTTTAACTGTAAC
C8              GACGAAACGGATGGCACGGCCCTGCCGGAAATGCCCATTTTAACCGTAAC
C9              GACGAAACGGATGGCACGGCCCTGCCGGAAATGCCCATTTTAACCGTGAC
C10             GACGAAACGGATGGCACGGCGCTGCCGGAAATGCCCATTTTAACCGTGAC
                ************** ** **  ********************** ** **

C1              CGTACACGATGAAGACGAGACGAACAAGTTCCAGTACAAAGTTATCGACA
C2              CGTACACGATGAAGACGAGACGAACAAGTTCCAGTACAAAGTTATCGACA
C3              CGTACACGATGAAGACGAGACGAACAAGTTCCAGTACAAAGTTATCGACA
C4              CGTGCACGACGAAGACGAAACGAACAAGTTCCAGTACAAAGTTATCGACA
C5              CGTGCACGACGAGGACGAAACGAACAAGTTCCAGTACAAGGTTATCGACA
C6              CGTACACGATGAAGACGAAACTAACAAGTTCCAGTACAAGGTTATCGATA
C7              CGTACACGATGAAGACGAAACCAATAAGTTTCAATATAAAGTTATCGATA
C8              CGTTCACGATGAAGACGAAACGAACAAATTTCAGTACAAAGTTATCGATA
C9              CGTGCACGATGAAGACGAAACGAATAAGTTCCAGTACAAAGTGATCGATA
C10             CGTGCACGATGAGGACGAAACGAACAAGTTCCAATACAAGGTCATCGACA
                *** ***** **.*****.** ** **.** **.** **.** ***** *

C1              ACAGTGGCTATGGCGCCGATAAGTTCACCATGGTGCGGAATAACGACGGT
C2              ACAGTGGCTATGGCGCCGATAAGTTCACCATGGTGCGGAATAACGACGGT
C3              ACAGCGGCTATGGCGCCGATAAGTTCACCATGGTGCGGAATAACGATGGC
C4              ACAGTGGCTATGGGGCCGATAAATTCACCATGGTGCGGAATAACGATGGA
C5              ACAGTGGCTACGGTGCCGACAAGTTCACCATGGTGCGGAACAACGATGGC
C6              ACAGTGGCTATGGTGCCGATAAGTTCACCATGGTGCGGAATAACGATGGA
C7              ACAGTGGTTATGGTGCCGATAAATTTACCATGGTGCGGAATAACGATGGA
C8              ACAGCGGCTATGGAGCCGATAAATTCACCATGGTGCGAAATAACGATGGC
C9              ACAGCGGCTACGGCGCCGATAAATTCACCATGGTACGGAATAACGATGGC
C10             ACAGCGGCTATGGGGCCGATAAATTCACCATGGTGCGGAACAACGACGGC
                **** ** ** ** ***** **.** ********.**.** ***** ** 

C1              ACTGGTTCGCTGAAAATCGTACAGCCCCTGGACTACGAGGATCAGCTGCA
C2              ACTGGTTCGCTCAAAATCGTACAGCCCCTGGACTACGAGGATCAGCTGCA
C3              ACTGGTTCACTGAAAATCGTACAGCCCTTGGACTACGAGGATCAGCTGCA
C4              ACCGGATCCCTGAAAATCGTACAGCCCCTGGACTACGAGGATCAACTGCA
C5              ACCGGATCCCTGAAAATCGTACAGCCCCTGGACTACGAGGATCAGCTGCA
C6              ACTGGTTCCCTGAAAATCGTACAGCCCCTGGACTACGAGGATCAACTGCA
C7              ACTGGTTCCCTGAAAATCGTACAGCCCTTGGACTACGAAGATCAGCTGCA
C8              ACTGGTTCCCTGAAAATTGTGCAACCCTTGGACTACGAGGATCAACTGCA
C9              ACTGGCTCCCTGAAAATCGTCCAGCCCCTGGACTACGAGGATCAACTGCA
C10             ACTGGCTCTCTGAAAATCGTCCAGCCCCTGGACTACGAGGATCAGCTGCA
                ** ** ** ** ***** ** **.*** **********.*****.*****

C1              GAGCAATGGCTTCCGTTTCCGCATCCAAGTGAACGATAAGGGCGAGGACA
C2              GAGCAATGGCTTCCGTTTCCGCATCCAAGTGAACGATAAGGGCGAGGACA
C3              GAGCAATGGCTTCCGCTTCCGCATCCAAGTGAACGATAAGGGCGAGGACA
C4              GAGCAATGGCTTCCGTTTCCGCATTCAGGTGAACGACAAGGGCGAGGACA
C5              GAGCAATGGCTTCCGCTTCCGCATCCAGGTGAACGACAAGGGCGAGGACA
C6              GAGCAATGGCTTCCGTTTCCGCATTCAGGTGAACGACAAGGGCGAGGACA
C7              GAGCAATGGCTTCCGTTTCCGCATTCAAGTCAATGACAAGGGCGAGGACA
C8              GAGTAATGGCTTCCGCTTCCGGATTCAGGTGAACGACAAGGGCGAGGACA
C9              AAGCAATGGCTTCCGCTTCCGCATCCAAGTGAACGACAAGGGCGAGGACA
C10             GAGCAATGGCTTCCGTTTCCGCATTCAAGTGAACGACAAGGGCGAAGATA
                .** *********** ***** ** **.** ** ** ********.** *

C1              ACGACAATGACAAATACCACGTGGCCTACTCCTGGGTTGTGGTAAAACTG
C2              ACGACAATGACAAATACCACGTGGCCTACTCCTGGGTTGTAGTCAAGCTG
C3              ATGACAATGACAAATACCACGTGGCCTACTCGTGGGTTGTGGTTAAATTG
C4              ACGACAACGATAAATACCATGTGGCCTACTCGTGGGTGGTGGTCAAACTG
C5              ATGACAACGATAAGTACCATGTGGCCTACTCGTGGGTGGTGGTCAAACTG
C6              ACGACAATGATAAGTACCATGTGGCCTATTCGTGGGTTGTGGTCAAACTG
C7              ATGACAATGATAAATACCATGTGGCCTACTCGTGGGTTGTGGTTAAACTA
C8              ACGACAATGATAAGTACCACGTGGCCTACTCGTGGGTTGTGGTTAAACTG
C9              ACGACAATGATAAATACCACGTGGCCTACTCGTGGGTTGTGGTCAAACTG
C10             ACGACAACGACAAGTACCACGTGGCCTACTCGTGGGTTGTGGTGAAACTG
                * ***** ** **.***** ******** ** ***** **.** **. *.

C1              AGGGACATCAACGACAATAAGCCGCATTTCGAACGGGCCAATGTGGAGGT
C2              AGGGACATCAACGACAATAAACCGCATTTCGAACGAGCCAATGTTGAGGT
C3              AGGGACATCAACGACAATAAGCCGCACTTCGAACGGGCCAATGTGGAGGT
C4              AGGGACATCAACGACAATAAGCCGCACTTCGATCGGGCCAATGTGGAGGT
C5              AGGGACATCAACGACAACAAGCCGCACTTCGACCGGGCCAATGTGGAGGT
C6              AGGGACATTAACGATAATAAGCCGCACTTCGATCGGGCCAATGTGGAGGT
C7              AGAGATATCAATGACAATAAACCGCATTTCGACCGTGCCAATGTGGAGGT
C8              AGGGATATCAACGATAACAAACCGCACTTCGAGCGGGCCAACGTGGAGGT
C9              AGGGACATCAACGACAATAAGCCGCATTTCGAGCGAGCCAATGTGGAGGT
C10             AGGGACATCAACGACAATAAGCCGCACTTCGAGCGGGCCAATGTGGAGGT
                **.** ** ** ** ** **.***** ***** ** ***** ** *****

C1              TTCTGTATTCGAGGACACGAAAGTTGGCACCGAACTCGAAAAGTTCAAGG
C2              GTCTGTATTCGAGGACACGAAAGTTGGCACCGAACTCGAGAAGTTCAAGG
C3              GTCTGTATTCGAGGACACGAAAGTTGGCACCGAACTCGAGAAGTTCAAGG
C4              CTCCGTGTTCGAGGACACCAAGGTGGGCACTGAGCTCGAGAAGTTCAAGG
C5              CTCCGTGTTCGAGGACACCAAGGTGGGCACCGAGCTCGAGAAGTTCAAGG
C6              CTCCGTTTTCGAGGACACCAAGGTGGGCACTGAGCTCGAGAAGTTCAAGG
C7              CTCCGTTTTCGAGGACACTAAAGTTGGCACCGAACTCGAGAAGTTCAAGG
C8              GTCCGTTTTTGAGGACACCAAAGTGGGCACGGAACTCGAGAAGTTCAAGG
C9              CTCCGTTTTCGAGGACACCAAAGTGGGCACCGAACTAGAGAAGTTCAAGG
C10             CTCCGTGTTCGAGGACACCAAAGTGGGCACCGAACTCGAGAAGTTCAAGG
                 ** ** ** ******** **.** ***** **.**.**.**********

C1              CAACCGATCCGGATCAGGGTGGCAAGAGTAAGGTATCCTATTCGATCGAT
C2              CAACCGATCCGGATCAGGGTGGCAAGAGTAAGGTGTCCTATTCCATCGAT
C3              CAACCGATCCGGATCAGGGTGGAAAGAGTAAGGTGTCCTACTCCATCGAT
C4              CCACCGATCCGGATCAGGGCGGCAAGAGCAAGGTCTCCTATTCCATCGAT
C5              CAACCGATCCGGATCAGGGTGGCAAGAGCAAGGTCTCCTACTCCATCGAT
C6              CAACCGATCCGGATCAGGGTGGCAAGAGCAAGGTCTCCTATTCCATCGAT
C7              CAACCGATCCGGATCAGGGTGGCAAGAGTAAGGTCTCCTATTCCATCGAT
C8              CAACCGATCCGGATCAGGGTGGCAAGAGTAAGGTCTCCTATTCCATCGAC
C9              CCACCGATCCGGATCAGGGTGGCAAGAGCAAGGTCTCCTATTCCATCGAT
C10             CAACCGATCCGGATCAGGGTGGCAAGAGCAAGGTCTCCTACTCCATCGAT
                *.***************** **.***** ***** ***** ** ***** 

C1              CGATCTTCGGACCGTCAGCGCCAGTTTGCCATTAACCAGAATGGTTCAGT
C2              CGATCTTCGGACCGTCAGCGCCAGTTTGCCATTAACCAGAATGGTTCAGT
C3              CGTTCTTCGGACCGTCAGCGCCAGTTTGCCATTAACCAGAATGGCTCCGT
C4              CGTTCTTCGGATCGCCAGCGCCAGTTTGCCATCAACCAGAATGGTTCGGT
C5              CGTTCCTCGGATCGTCAGCGGCAGTTTGCCATCAACCAGAATGGTTCGGT
C6              CGTTCTTCGGATCGTCAGCGGCAGTTTGCCATCAACCAGAATGGTTCGGT
C7              CGTTCCTCGGATCGTCAGCGCCAGTTTGCCATTAACCAGAATGGTTCAGT
C8              CGTTCTTCGGATCGTCAGCGACAGTTTGCCATCAACCAAAATGGCTCGGT
C9              CGTTCCTCGGATCGCCAGCGCCAGTTTGCCATCAACCAAAATGGATCGGT
C10             CGTTCCTCGGATCGCCAGCGCCAGTTTGCCATCAACCAAAACGGTTCGGT
                **:** ***** ** ***** *********** *****.** ** ** **

C1              TACCATTCAACGTTCGCTGGACCGCGAAGTAGTTCCTCGTCACCAAGTTA
C2              TACCATTCAACGTTCCCTGGACCGCGAAGTAGTTCCTCGTCACCAAGTTA
C3              TACCATTCAACGTTCCCTGGACCGCGAAGTTGTTCCACGTCATCAAGTTA
C4              CACCATTCAGCGCTCCCTGGATCGCGAAGTTGTGCCCCGTCATCAGGTCA
C5              TACCATTCAACGCTCCCTGGATCGCGAAGTGGTGCCCCGTCATCAGGTTA
C6              GACCATTCAACGCTCCCTGGATCGCGAAGTGGTGCCCCGTCATCAGGTCA
C7              AACCATTCAACGTTCCCTGGATCGCGAGGTTGTGCCGCGTCACCAGGTTA
C8              AACCATTCAACGTACTTTGGATCGAGAAGTTGTTCCACGTCATCAGGTCA
C9              TACCATTCAACGCTCCTTGGACCGCGAAGTTGTGCCCCGTCATCAGGTCA
C10             GACCATTCAGCGCTCCTTGGACCGCGAGGTTGTGCCCCGTCATCAGGTCA
                 ********.** :*  **** **.**.** ** ** ***** **.** *

C1              AGATCCTGGCCATCGACGATGGTTCTCCGCCGAAAACCGCCACTGCCACA
C2              AGATCCTGGCCATCGACGATGGTTCTCCGCCGAAAACCGCCACTGCCACT
C3              AGATCCTGGCCATCGACGATGGTTCTCCACCGAAAACCGCCACTGCTACA
C4              AGATCCTGGCCATTGACGATGGCTCTCCACCGAAAACAGCCACGGCCACA
C5              AGATCCTGGCGATAGATGATGGCTCTCCACCGAAAACCGCGACTGCTACC
C6              AAATTCTGGCGATAGATGATGGTTCCCCACCAAAAACCGCCACGGCTACA
C7              AAATTCTGGCCATCGATGATGGATCTCCACCAAAGACCGCCACTGCTACT
C8              AAATCCTGGCCATCGACGACGGCTCTCCACCAAAAACAGCCACTGCCACA
C9              AGATCCTGGCCATTGACGACGGCTCTCCACCGAAAACCGCCACTGCCACG
C10             AAATCCTGGCCATCGATGATGGTTCTCCCCCGAAAACCGCCACCGCCACG
                *.** ***** ** ** ** ** ** ** **.**.**.** ** ** ** 

C1              CTAACAGTCATCGTCCAGGATATCAACGACAATGCTCCCAAATTCCTCAA
C2              CTAACAGTCATCGTGCAGGATATCAACGACAATGCTCCCAAGTTCCTCAA
C3              CTTACAGTCATCGTCCAGGATATCAACGATAATGCACCTAAGTTCCTCAA
C4              CTCACGGTTATCGTTCAGGATATCAACGACAATGCTCCCAAGTTCCTCAA
C5              CTTACAGTCATCGTTCAGGACATCAACGATAATGCTCCCAAGTTCCTGAA
C6              CTTACAGTCATCGTTCAGGATATCAACGATAATGCTCCCAAGTTCCTAAA
C7              CTAACAGTTATCGTTCAGGATATCAACGATAATGCTCCCAAGTTCCTAAA
C8              CTCACAGTTATCGTTCAGGATATCAACGACAATGCTCCCAAGTTCCTTAA
C9              CTCACAGTTATCGTTCAGGACATCAATGACAATGCTCCCAAGTTCCTGAA
C10             CTCACAGTCATCGTTCAGGATATCAACGATAATGCCCCCAAGTTCCTGAA
                ** **.** ***** ***** ***** ** ***** ** **.***** **

C1              GGATTACAGGCCGGTTCTGCCCGAGCATGTTCCTCCACGTAAAGTGGTTG
C2              AGATTACAGACCGGTTCTGCCCGAGCATGTTCCTCCACGTAAAGTGGTTG
C3              GGATTACAGGCCGGTTCTGCCCGAGCATGTCCCTCCACGTAAAGTGGTTG
C4              GGACTACAGACCAGTGCTGCCTGAGCATGTGCCGCCGCGTAAGGTGGTCG
C5              GGACTACAGACCAGTACTGCCAGAGCATGTGCCTCCTCGTAAGGTGGTGG
C6              AGACTACAGACCAGTACTGCCTGAGCATGTGCCTCCTCGTAAAGTGGTGG
C7              AGACTACAGACCAGTATTGCCAGAGCATGTGCCTCCACGTAAGGTGGTTG
C8              GGATTACAGACCAGTTTTGCCAGAGCATGTGCCACCACGTAAGGTGGTTG
C9              GGACTACCGACCCGTTCTGCCGGAGCATGTGCCTCCACGTAAGGTGGTCG
C10             GGACTACAGACCAGTCCTGCCGGAGCATGTGCCACCACGCAAAGTGGTCG
                .** ***.*.** **  **** ******** ** ** ** **.***** *

C1              AAATCCTGGCCACCGATGATGACGATCGCTCCAAGAGCAATGGCCCGCCA
C2              AAATCCTGGCCACCGATGATGACGATCGCTCCAAGAGCAATGGACCGCCA
C3              AGATTCTGGCCACCGATGATGACGATCGCTCCAAGAGCAATGGCCCACCA
C4              AAATCCTGGCCACCGATGACGACGATCGCTCCAAGAGCAACGGCCCTCCA
C5              AGATCCTGGCCACCGATGACGATGATCGCTCCAAGAGCAACGGCCCTCCT
C6              AGATCCTGGCCACCGATGACGATGATCGCTCTAAGAGTAATGGTCCACCT
C7              AAATTCTGGCCACCGATGACGATGATCGCTCCAAGAGCAATGGCCCACCA
C8              AAATCCTGGCCACCGATGATGACGATCGCTCGAAGAGCAATGGTCCTCCA
C9              AGATCCTGGCCACCGACGATGACGATCGCTCCAAGAGCAATGGTCCACCT
C10             AAATCCTGGCCACCGACGATGACGATCGCTCGAAGAGTAATGGTCCACCA
                *.** *********** ** ** ******** ***** ** ** ** **:

C1              TTCCAGTTCCGTTTGGACCCCAGTGCAGATGACATCATCCGAGCTTCCTT
C2              TTCCAGTTCCGTTTGGACCCCAGTGCTGATGACATCATCCGTGCTTCCTT
C3              TTCCAGTTCCGTTTGGACCCCAGTGCGGATGACATCATCCGTGCTTCATT
C4              TTCCAGTTCCGATTGGACCCCAGTGCCGACGATATAATCCGTGCTTCCTT
C5              TTCCAGTTCCGCCTGGACCCCAGTGCCGATGATATTATTCGTGCCTCCTT
C6              TTCCAGTTCCGATTGGACCCCAGTGCCGATGATATTATCCGTGCTTCTTT
C7              TTCCAGTTCCGTTTGGACCCCAGTGCCGATGATATTATCCGTGCTTCCTT
C8              TTCCAGTTCCGTTTGGATCCCAGCGCCGATGATATTATCCGAGCTTCTTT
C9              TTCCAGTTCCGCTTGGACCCCAGTGCCGATGATATCATCCGTGCCTCCTT
C10             TTCCAGTTCCGTCTGGACCCCAGTGCCGACGATATTATCCGGGCTTCCTT
                ***********  **** ***** ** ** ** ** ** ** ** ** **

C1              CAAGGTGGAACAGGATCAAAAGGGTGCCAACGGTGATGGCATGGCTGTGA
C2              CAAGGTGGAACAGGATCAAAAGGGAGCCAACGGTGATGGCATGGCTGTAA
C3              TAAGGTGGAACAAGATCAGAAGGGTGCAAATGGTGATGGAATGGCTGTCA
C4              CAAGGTCGAACAGGATCAAAAGGGTGCCAATGGTGATGGCATGGCCGTGA
C5              CAAGGTGGAACAGGATCAAAAGGGTGCCAATGGCGATGGCATGGCCGTGA
C6              CAAGGTGGAACAGGATCAAAAGGGTGCCAATGGTGATGGTATGGCCGTGA
C7              CAAGGTGGAACAAGATCAAAAGGGTGCCAATGGTGATGGTATGGCCGTCA
C8              CAAGGTGGAACAGGATCAGAAGGGTGCCAATGGTGATGGCATGGCCGTCA
C9              CAAGGTGGAACAGGATCAGAAGGGTGCCAATGGTGATGGCATGGCTGTGA
C10             CAAGGTGGAGCAGGATCAAAAGGGTGCCAATGGTGACGGCATGGCTGTAA
                 ***** **.**.*****.*****:**.** ** ** ** ***** ** *

C1              TATCGTCCCTAAGATCCTTCGATCGCGAGCAGCAAAAGGAATATATGATT
C2              TATCGTCCCTAAGATCCTTCGATCGCGAACAGCAAAAGGAGTATATGATC
C3              TTTCCTCCCTGAGATCCTTCGATCGGGAGCAGCAAAAGGAGTACATGATC
C4              TTTCCTCTCTACGATCCTTCGATCGTGAACAGCAAAAGGAGTACATGATC
C5              TTTCTTCCCTGCGATCCTTCGATCGCGAACAGCAGAAGGAGTACATGATC
C6              TTTCCTCCCTGCGATCCTTCGATCGCGAACAGCAAAAGGAGTATATGATC
C7              TTTCCTCACTGCGATCCTTTGATCGGGAACAGCAAAAGGAGTATATGATC
C8              TTTCATCTCTGCGATCCTTCGACCGCGAACAGCAAAAGGAGTACATGATT
C9              TTTCCTCCCTGCGATCCTTCGATCGCGAGCAGCAAAAGGAGTATATGATC
C10             TTTCCTCCCTACGATCCTTCGATCGCGAGCAGCAGAAGGAGTACATGATC
                *:** ** **..******* ** ** **.*****.*****.** ***** 

C1              CCTATTGTAATCAAAGACCATGGTTCCCCGGCAATGACTGGAACTAGTAC
C2              CCAATTGTAATCAAAGATCATGGTTCACCAGCAATGACTGGAACCAGTAC
C3              CCAATTGTGATCAAGGATCATGGCTCACCAGCGATGACTGGAACCAGTAC
C4              CCCATCGTGATCAAGGACCATGGCTCACCAGCAATGACGGGAACCAGTAC
C5              CCCATTGTGATCAAGGATCACGGCTCTCCAGCGATGACGGGAACCAGTAC
C6              CCGATTGTGATCAAGGATCACGGTTCTCCGGCAATGACTGGTACCAGTAC
C7              CCGATTGTGATCAAGGATCATGGTTCACCGGCAATGACTGGAACCAGCAC
C8              CCTATTGTAATCAAGGATCATGGGTCGCCAGCGATGACGGGAACAAGCAC
C9              CCGATTGTGATCAAGGATCACGGTTCGCCAGCGATGACGGGAACCAGTAC
C10             CCGATTGTGATTAAGGATCATGGTTCGCCAGCGATGACGGGAACCAGCAC
                ** ** **.** **.** ** ** ** **.**.***** **:** ** **

C1              TCTGACCGTCATAATTGGCGACGTGAACGACAACAAAATGCAGCCAGGAT
C2              CCTGACCGTCATAATTGGCGACGTGAATGACAACAAAATGCAGCCTGGAT
C3              TTTGACCGTCATAATTGGCGATGTGAATGACAACAAAATGCAGCCTGGAT
C4              TCTGACTGTCATAATTGGCGATGTGAATGACAACAAAATGCAGCCCGGCT
C5              TCTGACCGTCATAATCGGTGATGTGAATGACAACAAAATGCAGCCTGGCT
C6              TTTGACCGTCATAATCGGTGATGTGAATGACAACAAAATGCAGCCTGGCT
C7              ATTGACCGTCATTATTGGCGATGTAAATGACAATAAAATGCAGCCTGGCT
C8              TTTAACAGTGATCATTGGCGATGTGAATGACAACAAAATGCAGCCCGGCT
C9              ATTGACCGTCATAATCGGTGATGTGAATGACAACAAAATGCAGCCTGGCT
C10             ACTGACCGTCATAATTGGCGATGTGAATGACAACAAGATGCAGCCCGGCT
                  *.** ** ** ** ** ** **.** ***** **.******** **.*

C1              CTAAGGACATCTTCGTTTACAACTACCAAGGACAATCGCCAGACACTCCG
C2              CTAAGGACATCTTCGTTTACAACTACCAAGGACAATCGCCAGACACTCCG
C3              CCAAGGACATCTTCGTATACAACTACCAAGGACAATCGCCAGACACTCCG
C4              CCAAGGAGATCTTCGTATACAACTACCAAGGACAATCGCCAGACACTCCG
C5              CCAAGGACATCTTCGTTTACAACTACCAGGGACAATCGCCAGATACGCCA
C6              CCAAGGACATCTTCGTCTACAACTACCAAGGACAATCGCCAGACACTCCA
C7              CCAAGGAAATCTTCGTGTACAACTACCAAGGACAATCGCCAGATACTCCA
C8              CCAAGGACATCTTCGTTTACAACTACCAAGGACAATCGCCAGATACGCCA
C9              CCAAAGACATATTTGTTTACAACTACCAAGGACAATCACCGGACACGCCA
C10             CCAAAGACATCTTCGTCTACAACTACCAAGGACAGTCGCCAGACACGCCC
                * **.** **.** ** ***********.*****.**.**.** ** ** 

C1              ATTGGACGGGTCTATGTCTACGATTTGGATGATTGGGATCTGCCCGACAA
C2              ATTGGACGGGTCTATGTCTACGATTTGGATGATTGGGATCTGCCCGACAA
C3              ATTGGGCGGGTCTATGTCTACGATTTGGATGATTGGGATCTGCCCGACAA
C4              ATCGGTCGGGTCTATGTCTACGACCTGGACGACTGGGATCTGCCCGACAA
C5              ATTGGTCGAGTCTATGTCTACGATCTGGATGACTGGGATCTGCCCGACAA
C6              ATTGGTAGGGTCTATGTCTACGATCTGGATGATTGGGATCTGCCCGACAA
C7              ATTGGTCGGGTCTATGTCTACGATTTGGATGATTGGGATCTGCCCGATAA
C8              ATCGGTCGAGTTTATGTCTACGATTTGGACGATTGGGATCTGCCCGACAA
C9              ATTGGTCGAGTTTATGTCTACGATTTGGATGATTGGGATCTGCCCGACAA
C10             GTTGGTCGAGTCTACGTGTACGATTTGGACGACTGGGATCTGCCCGACAA
                .* ** .*.** ** ** *****  **** ** ************** **

C1              GAAGTTCTATTGGGAGGCCATGGAGCATCCAAGATTCAAGTTGGATGAAG
C2              GAAGTTCTATTGGGAGGCCATGGAGCATCCAAGATTCAAGTTGGATGAGG
C3              GAAGTTCTACTGGGAGGCCATGGAGCATCCTCGGTTCAAGTTGGATGAGG
C4              GAAGTTCTACTGGGAGGCCATGGAGCATCCGCGCTTCAAGTTGGACGAGG
C5              GAAGTTCTACTGGGAGGCCATGGAGCATCCGCGATTCAAGCTGGACGAGG
C6              GAAGTTTTACTGGGAGGCCATGGAACATCCGCGCTTCAAGTTGGACGAGG
C7              GAAGTTCTACTGGGAGGCCATGGAGCATCCGAGATTCAAGTTGGATGAGG
C8              GAAGTTCTACTGGGAGGCCATGGAACATCCGCGATTCAAGTTGGACGAGG
C9              GAAGTTCTACTGGGAGGCCATGGAGCATCCGCGATTCAAGTTGGATGAGG
C10             GAAGTTCTACTGGGAGGCCATGGAGCATCCGCGTTTCAAGTTGGACGAGG
                ****** ** **************.***** .* ****** **** **.*

C1              ATTCCGGCATGGTAACGATGCGAGCAGGAACTCGTGAAGGACGCTATCAT
C2              ATTCCGGCATGGTAACAATGCGTGCAGGAACTCGCGAAGGGCGTTATCAT
C3              ATTCCGGCATGGTAACGATGCGAGCAGGAACTCGCGAAGGACGATATCAT
C4              ACTCCGGCATGGTCACCATGAGGGCAGGAACCCGCGAAGGACGCTATCAT
C5              ACTCCGGCATGGTCACCATGCGGGCAGGAACCCGCGAAGGACGTTACCAC
C6              ACTCCGGCATGGTCACCATGAGGGCAGGAACCCGCGAAGGACGTTACCAT
C7              ATTCCGGCATGGTCACCATGAGAGCTGGAACTCGCGAAGGACGCTATCAT
C8              ATTCTGGTATGGTAACAATGAGGGCCGGAACTCGCGAAGGAAGATATCAT
C9              ATTCCGGCATGGTCACCATGCGGGCAGGCACTCGCGAGGGACGTTATCAT
C10             ATTCCGGCATGGTCACCATGAGAGCGGGAACTCGCGAGGGGCGATACCAT
                * ** ** *****.** ***.* ** **.** ** **.**..* ** ** 

C1              CTCAGGTTCAAGGTCTACGATAGGAAGCACACTCAAACCGATATACCAGC
C2              CTCAGGTTCAAGGTCTACGATCGGAAGCACACTCAAACCGATATACCAGC
C3              CTCAGGTTCAAGGTCTATGATCGGAAGCACACTCAAACCGATATACCAGC
C4              CTCAGGTTCAAGGTCTACGACCGCAAGCACACGCAAACCGACATACCAGC
C5              CTTAGGTTCAAGGTCTACGATCGTAAGCACACCCAGACCGACATACCCGC
C6              CTCAGGTTTAAGGTCTACGATCGTAAGCACACCCAAACCGATATACCAGC
C7              CTTAGGTTTAAAGTCTACGATCGTAAGCACACTCAAACCGATATTCCAGC
C8              CTCAGGTTCAAGGTGTACGATCGGAAGCACACTCAGACCGATATCCCCGC
C9              CTCAGGTTCAAGGTCTACGATCGCAAACACACCCAAACCGACATTCCAGC
C10             CTCAGGTTCAAGGTGTACGACCGCAAGCACACCCAAACTGATATTCCGGC
                ** ***** **.** ** ** .* **.***** **.** ** ** ** **

C1              CAATGTTACGGTTACAGTGAGAGAAATTCCCCATGAAGCTGTTGTAAACT
C2              CAATGTTACGGTTACAGTGAGAGAAATTCCCCATGAAGCTGTTGTAAACT
C3              CAATGTTACGGTTACAGTGAGAGAAATTCCCCATGAAGCTGTTGTAAACT
C4              CAATGTCACGGTTACGGTGAGGGAAATTCCCCATGAAGCCGTCATCAACT
C5              CAATGTCACGGTTACGGTGAGGGAAATTCCTCACGAAGCTGTTATAAACT
C6              CAATGTCACGGTTACGGTGAGGGAGATTCCCCATGAAGCTGTTATAAACT
C7              CAATGTCACAGTTACTGTGCGGGAAATACCTCACGAAGCTGTTATAAACT
C8              CAATGTCACAGTTACAGTGAGAGAAATTCCTCACGAAGCAGTCATAAATT
C9              CAATGTCACGGTTACCGTGAGGGAAATCCCCCATGAAGCTGTCATAAATT
C10             CAATGTCACGGTCACAGTAAGGGAAATCCCCCACGAGGCTGTCATCAATT
                ****** **.** ** **..*.**.** ** ** **.** ** .*.** *

C1              CGGGATCCGTACGTCTATCAGGCATTTCGGATGAGGACTTTATTCGAGTC
C2              CCGGATCCGTACGTCTATCAGGCATTTCAGATGAGGACTTTATTCGAGTC
C3              CGGGATCCGTACGTCTATCGGGCATTTCTGATGAGGACTTTATTCGAGTC
C4              CGGGATCCGTACGCCTGTCTGGAATTTCGGATGAGGACTTTATTCGCGTG
C5              CGGGCTCCGTACGCCTGTCTGGCATCTCGGACGAAGACTTCATCCGTGTG
C6              CGGGATCCGTACGACTATCTGGCATTTCGGATGAAGACTTCATCCGAGTG
C7              CGGGATCAGTGCGTCTATCAGGCATTTCAGATGAGGATTTCATTCGAGTC
C8              CGGGATCAGTTCGACTGTCTGGAATTTCCGATGAAGACTTCATTCGAGTG
C9              CGGGATCCGTACGCCTGTCTGGCATTTCAGACGAAGACTTCATTCGCGTG
C10             CGGGATCAGTGCGCCTGTCTGGCATCTCGGACGAAGACTTCATTCGAGTG
                * **.**.** ** **.** **.** ** ** **.** ** ** ** ** 

C1              TGGAACTACAGAACCCAAAGCATGAGCCGCTCGAAGATGGATCGTTTTAG
C2              TGGAACTACAGAACCCAAAGCATGAGCCGCTCGAAGATGGATCGTTTTAG
C3              TGGAACTACAGAACACAAAGCATGAGCCGCTCGAAGATGGATCGGTTTAG
C4              TGGAACTACAGAACCCAAAGCATGAGTCGCTCGAAGATGGATCGTTTCCG
C5              TGGAACTACAGGACCCAGAGCATGAGTCGCTCCAAAATGGATCGTTTCCG
C6              TGGAACTATAGGACCCAGAGCATGAGTCGCTCAAAAATGGATCGCTTCAG
C7              TGGAACTATAGAACCCAGAGCATGAGTCGCTCGAAAATGGATCGCTTCAG
C8              TGGAACTACAGGACCCAGAGCATGAGCCGCTCGAAAATGGATCGTTTCAG
C9              TGGAATTACAGAACCCAGAGCATGAGTCGCTCGAAAATGGATCGTTTCAG
C10             TGGAACTACAGGACGCAGAGCATGAGTCGCTCCAAAATGGATCGGTTTAG
                ***** ** **.** **.******** ***** **.******** ** .*

C1              GGATAAGCTGGCTGACTTGCTAAACACTGAAAGGGAAAATGTGGATATAT
C2              GGATAAGCTGGCTGACTTACTAAACACTGAAAGGGAAAATGTTGATATTT
C3              GGATAAGCTGGCTGACTTGCTAAACACTGAAAGGGAAAATGTGGACATAT
C4              GGACAAGCTGGCGGATTTACTGAACACCGAACGGGAGAACGTGGATATAT
C5              GGATAAACTGGCTGACTTACTGAACACCGAGCGGGACAATGTGGACATCT
C6              AGATAAACTGGCTGATTTACTGAATACCGAGAGGGATAATGTTGACATAT
C7              GGATAAGCTGGCTGACTTACTGAACACCGAAAGGGAAAATGTCGATATAT
C8              GGATAAACTGGCTGATTTACTGAATACCGAAAGGGAGAATGTGGATATAT
C9              GGATAAGCTCGCCGACTTGCTGAATACTGAAAGGGAGAACGTGGATATAT
C10             GGACAAGCTTGCCGATCTGCTCAATACCGAAAGGGAGAATGTGGACATAT
                .** **.** ** **  *.** ** ** **..**** ** ** ** ** *

C1              TCAGTGTGCAATTGAAGAGGAAACATCCGCCTCTAACGGACGTTAGGTTT
C2              TCAGTGTGCAATTGAAAAGGAAACATCCGCCTCTAACAGACGTTAGGTTT
C3              TCAGTGTGCAGTTGAAGAGGAAACATCCGCCTCTAACGGACGTCAGGTTT
C4              TTAGTGTGCAGCTGAAGAGGAAGCATCCGGCATTAACCGATGTTAGGTTC
C5              TCAGTGTGCAGTTAAAGAGGAAACACCCTCCCCTAACAGATATCAGGTTC
C6              TCAGTGTGCAGCTGAAGAGAAAACACCCTCCTCTAACTGACATCAGGTTC
C7              TCAGTGTGCAATTAAAGAGGAAATATCCGCCTCTAACCGATGTTAGATTC
C8              TCAGTGTTCAATTAAAGAGGAAGCATCCACCCCTAACTGATGTTAGGTTC
C9              TCAGTGTGCAATTGAAGAGGAAAAATCCGGCTCTAACTGATATAAGGTTC
C10             TCAGTGTGCAATTGAAGAGGAAAAATCCGCCTTTGACCGATGTCCGGTTC
                * ***** **. *.**.**.**. * **  *  *.** ** .* .*.** 

C1              TCCGCACATGGATCTCCTTACTATAAACCAGTTAGGCTAAATGGAATTGT
C2              TCCGCACACGGATCTCCTTACTATAAGCCAGTTAGGCTAAATGGAATTGT
C3              TCCGCACATGGATCTCCTTACTATAAGCCAGTTAGGCTAAATGGAATTGT
C4              TCGGCCCACGGATCGCCGTACTACAAGCCGGTTAGGCTGAATGGCATTGT
C5              TCGGCCCACGGATCCCCCTACTACAAGCCAGTTAGGCTAAACGGCATTGT
C6              TCGGCTCATGGGTCTCCCTACTACAAACCAGTTAGGCTAAATGGCATTGT
C7              TCGGCCCATGGATCTCCGTACTACAAACCTGTGAGGCTAAATGGCATTGT
C8              TCCGCCCATGGCTCTCCGTACTACAAACCTGTAAGACTAAATGGAATTGT
C9              TCAGCCCATGGATCTCCGTACTACAAACCCGTGAGGCTAAATGGCATTGT
C10             TCGGCCCACGGATCGCCGTACTACAAGCCCGTCAGGCTGAACGGCATTGT
                ** ** ** ** ** ** ***** **.** ** **.**.** **.*****

C1              ACTGATGCACCGCGAGGAGATCGAAAAGGATGTGGGCATTAATATCACCA
C2              ACTGATGCACCGCGAGGAGATCGAAAAGGATGTTGGCATCAATATCACCA
C3              ACTGATGCACCGCGAGGAGATCGAAAAGGATGTGGGTATCAATATCACCA
C4              TCTCATGCACCGCGAGGAGATCGAAAAGGACGTGGGCATCAATATCACCA
C5              CCTGATGCACCGCGAGGAGATCGAAAAGGATGTGGGCATCAATATAACCA
C6              CTTGATGCATCGCGAGGAGATCGAAAAGGATGTGGGCATCAATATCACCA
C7              TCTGATGCATCGCGAGGAGATCGAAAAGGATGTCGGCATCAATATCACCA
C8              GCTGATGCACCGCGAGGAAATTGAAAAAGATGTGGGTATTAACATCACAA
C9              TTTGATGCACCGCGAGGAGATCGAAAAGGATGTGGGCATCAATATCACCA
C10             CTTGATGCACCGCGAGGAGATCGAAAAGGATGTGGGCATCAATATCACCA
                  * ***** ********.** *****.** ** ** ** ** **.**.*

C1              TGGTGGGCATCGATGAGTGTCTGTATGAGAACCAAATGTGCGAGGGCAGT
C2              TGGTGGGCATCGATGAGTGTCTGTATGAGAATCAAATGTGCGAGGGCAGC
C3              TGGTGGGCATCGATGAGTGTCTGTATGAGAACCAAATGTGCGAGGGCAGC
C4              TGGTGGGCATCGACGAGTGCCTGTATGAGAATCAGATGTGCGAGGGTAGC
C5              TGGTGGGCATCGACGAGTGTCTGTACGAGAACCAAATGTGCGAGGGCAGC
C6              TGGTGGGCATTGATGAGTGTCTGTATGAAAACCAAATGTGCGAGGGTAGC
C7              TGGTTGGCATCGATGAGTGTCTGTATGAGAATCAAATGTGCGAGGGTAGC
C8              TGGTGGGAATCGATGAGTGTTTCTACGAGAATCAAATGTGCGAGGGTAGC
C9              TGGTGGGCATCGATGAATGTCTGTATGAGAATCAAATGTGCGAGGGTAGC
C10             TGGTGGGCATCGACGAGTGTCTGTACGAGAACCAAATGTGCGAGGGCAGC
                **** **.** ** **.**  * ** **.** **.*********** ** 

C1              TGCACAAACTCGCTGGAAATCAGTCCTCTGCCCTATATGGTTAACGCCAA
C2              TGCACGAACTCGCTGGAAATCAGTCCTCTGCCCTATATGGTTAACGCCAA
C3              TGCACGAACTCCCTGGAAATCAGTCCACTGCCCTACATGGTAAACGCCAA
C4              TGCACGAATGCGCTGGAAATCAGTCCCCTGCCCTATATGGTGAATGCCAA
C5              TGCACGAATTCCCTGGAAATCAGCCCCCTGCCCTACATGGTCAACGCCAA
C6              TGCACGAATGCCCTGGAAATCAGTCCCCTGCCCTATATGGTTAATGCCAA
C7              TGCACAAATGCCCTAGAAATCAGTCCTTTGCCTTATATGGTTAATGCCAA
C8              TGCACCAATTCCCTGGAAATTAGTCCTCTTCCTTATATGGTAAATGCCAA
C9              TGCACAAATGCCCTGGAAATAAGTCCGTTGCCATATATGGTAAATGCCAA
C10             TGCACGAATTCCCTGGAAATCAGTCCCCTACCCTACATGGTGAATGCCAA
                ***** **  * **.***** ** **  * ** ** ***** ** *****

C1              CAAAACTGCCTTGGTCGGTGTTCGTGTGGATACCATTGCTGACTGTACTT
C2              CAAAACTGCCTTGGTCGGTGTTCGTGTGGACACCATTGCTGACTGTACTT
C3              CAAAACTGCCCTGGTCGGTGTTCGTGTGGACACCATTGCTGACTGTACTT
C4              CAAGACTGCCCTGGTCGGCGTGCGAGTGGACACCATTGCCGACTGTACTT
C5              CAAAACTGCCTTGGTCGGTGTTCGAGTGGACACCATCGCGGACTGTACTT
C6              CAAAACTGCCTTGGTCGGTGTTCGAGTGGACACCATTGCAGACTGTACTT
C7              CAAAACTGCCTTGGTGGGTGTTCGAGTGGATACCATTGCTGATTGTACTT
C8              TAAGACAGCTTTAGTTGGAGTTCGAGTGGACACCATTGCTGATTGCACTT
C9              CAAAACTGCCTTGGTCGGAGTTCGAGTGGACACGATTGCCGACTGTACCT
C10             TAAAACTGCTTTGGTCGGTGTTCGAGTGGACACCATTGCGGACTGTACTT
                 **.**:**  *.** ** ** **:***** ** ** ** ** ** ** *

C1              GTGGTGCTCGCAATTTCACCAAACCAGAATCCTGTCGAACCACACCCTGT
C2              GTGGTGCTCGCAACTTCACCAAACCAGAATCCTGCCGAACCACACCCTGT
C3              GTGGCGCTCGCAACTTCACCAAACCCGAGTCCTGCCGAACCACACCCTGT
C4              GCGGAGCTCGCAACTTCACCAAGCCCGAATCCTGCCGGACGACTCCCTGC
C5              GTGGTGCTCGTAACTTCAGCAAACCCGAATCCTGCCGCACAACTCCCTGC
C6              GTGGGGCCCGTAACTTCAGTAAACCCGAGTCCTGCCGAACAACTCCCTGT
C7              GTGGTGCCCGTAACTTCAGCAAGCCTGAGTCCTGCCGAACAACTCCGTGT
C8              GTGGAGCTCGTAACTTCACTAAACCGGAATCCTGCCGAACTACTCCGTGT
C9              GTGGTGCTCGCAACTTCTCCAAGCCCGAATCCTGTCGAACCACGCCCTGT
C10             GCGGTGCTCGCAACTTCACCAAACCGGAATCGTGTCGCACCACACCCTGT
                * ** ** ** ** ***:  **.** **.** ** ** ** ** ** ** 

C1              CATAATGGTGGTCGCTGTGTGGACACCAGATTTGGTCCTCACTGCTCGTG
C2              CATAATGGTGGTCGCTGTGTGGACACCAGATTTGGTCCTCACTGCTCATG
C3              CACAATGGTGGGCGTTGTGTGGACACCAGATTTGGTCCTCACTGCTCATG
C4              CACAATGGAGGCCGATGTGTGGACACCAGATTCGGTCCGCATTGCTCGTG
C5              CACAATGGTGGCCGTTGTGTGGACACCAGGTTTGGTCCCCATTGCTCGTG
C6              CACAATGGTGGACGTTGTGTAGACACCAGATTTGGACCCCATTGCTCGTG
C7              CACAATGGTGGACGTTGTGTAGATACCAGATTTGGTCCTCACTGCTCGTG
C8              CACAATGGTGGTCGTTGTGTGGACACCAGATTTGGTCCCCATTGCTCGTG
C9              CACAACGGTGGACGTTGTGTGGACACCAGATTTGGACCCCACTGCTCTTG
C10             CACAATGGCGGACGTTGTGTGGACACCAGATTTGGGCCCCACTGCTCGTG
                ** ** ** ** ** *****.** *****.** ** ** ** ***** **

C1              TCCTGTGGGATACACGGGACCCAGGTGTCAGCAAACCACTCGCAGTTTCC
C2              TCCTGTGGGATACGCGGGACCCAGGTGTCAGCAAACCACTCGCAGTTTCC
C3              TCCCGTGGGATACACGGGACCCAGGTGCCAGCAAACCACTCGCAGTTTCC
C4              TCCCGTGGGCTATGCCGGTCCCAGGTGTCAGCAGACCACTCGCAGCTTCC
C5              TCCGGTGGGCTATGCAGGTCCCAGATGCCAGCAGACGACCCGTAGTTTCC
C6              TCCGGTGGGCTATGCAGGTCCCAGATGTCAGCAGACCACTCGAAGTTTCC
C7              TCCTGTGGGCTATGCTGGTCCCAGATGTCAGCAAACCACTCGCAGTTTCC
C8              TCCTGTGGGTTATGCAGGTCCTCGGTGTCAGCAAACCACTCGCAGTTTCC
C9              TCCAGTGGGCTATGCCGGTCCCAGATGTCAGCAAACCACTCGCAGTTTCC
C10             TCCCGTGGGCTATGCCGGTCCCAGGTGTCAGCAAACCACGCGCAGTTTCC
                *** ***** ** .* **:** .*.** *****.** ** ** ** ****

C1              GTGGAAACGGTTGGGCCTGGTATCCTCCCTTGGAAATGTGCGATGAATCG
C2              GTGGAAACGGTTGGGCCTGGTATCCTCCCCTGGAAATGTGCGATGAATCG
C3              GTGGAAACGGTTGGGCCTGGTATCCTCCCCTGGAAATGTGCGACGAATCG
C4              GTGGAAACGGCTGGGCCTGGTATCCTCCGCTGGAGATGTGTGACGAGTCG
C5              GTGGAAACGGTTGGGCCTGGTATCCTCCCCTGGAGATGTGTGACGAATCG
C6              GTGGAAACGGTTGGGCCTGGTATCCTCCCCTGGAGATGTGTGACGAATCG
C7              GAGGAAACGGCTGGGCCTGGTACCCTCCTCTGGAAATGTGCGACGAATCT
C8              GAGGGAACGGATGGGCCTGGTATCCTCCCCTCGAAATGTGCGACGAATCG
C9              GTGGAAACGGCTGGGCCTGGTATCCACCTCTTGAAATGTGCGACGAGTCG
C10             GTGGCAACGGTTGGGCCTGGTATCCTCCCCTTGAAATGTGCGACGAGTCG
                *:** ***** *********** **:**  * **.***** ** **.** 

C1              CATTTAAGTCTGGAGTTTATTACCCGAAAACCCGACGGCTTAATCATCTA
C2              CATTTAAGTCTGGAGTTTATTACCCGAAAACCCGACGGCTTAATCATCTA
C3              CATTTAAGTCTGGAGTTTATTACCCGAAAGCCCGACGGCTTAATCATCTA
C4              CATTTGAGCCTGGAGTTTATCACTCGAAAGCCCGATGGCCTGATCATCTA
C5              CATTTGAGTCTGGAGTTCATTACCCGCAAGCCCGATGGCCTGATCATCTA
C6              CATTTGAGTCTGGAATTCATCACCCGCAAGCCTGATGGCCTGATCATTTA
C7              CATTTAAGTTTGGAATTTATTACCAGAAAACCAGATGGTCTAATCATTTA
C8              CATTTGAGTTTGGAGTTCATAACCCGGAAACCCGATGGTTTGATTATCTA
C9              CATTTGAGTCTGGAGTTTATCACCCGAAAACCCGATGGTCTCATCATCTA
C10             CATTTGAGTCTGGAGTTTATTACCCGAAAACCCGACGGTCTCATCATCTA
                *****.**  ****.** ** ** .* **.** ** **  * ** ** **

C1              CAACGGTCCAATTGTTCCTCCAGAACGAGATGAGACGCTCATCTCAGATT
C2              CAACGGTCCAATTGTTCCTCCAGAACGGGATGAGACGCTCATCTCGGATT
C3              CAACGGTCCAATTGTTCCTCCAGAACGGGATGAGACGCTCATCTCCGATT
C4              CAATGGACCGATTGTTCCGCCCGAACGCGATGAGACGCTGATATCCGACT
C5              CAATGGACCCATAGTTCCCCCCGAACGGGACGAGACGCTCATATCCGACT
C6              CAATGGACCCATAGTTCCGCCAGAACGGGATGAGACGCTCATATCCGACT
C7              CAATGGACCTATTGTTCCACCAGAACGAGATGAGACGCTTATATCAGATT
C8              CAACGGACCTATTGTTCCGCCGGAAAGGGATGAAATGGTTATATCAGATT
C9              CAACGGACCCATTGTTCCACCCGAACGGGATGAGAAGCTTATATCCGACT
C10             CAACGGACCCATTGTGCCGCCAGAGAGGGATGAGAAGCTCATATCGGATT
                *** **:** **:** ** ** **..* ** **.* * * **.** ** *

C1              TCATTGCCCTGGAATTGGAGCGAGGTTATCCTAGACTGCTTATCGACTTT
C2              TCATTGCCCTGGAATTGGAGCGAGGTTATCCTAGACTGCTTATCGATTTC
C3              TTATTGCCCTGGAATTGGAACGAGGTTATCCTAGACTGCTTATCGATTTT
C4              TCATTGCCCTGGAACTGGAGCGAGGCTATCCCAGACTCCTCATCGACTTC
C5              TTATTGCCCTGGAACTGGAGCGAGGCTATCCTAGACTACTGATAGACTTT
C6              TTATTGCCCTGGAACTGGAGCGAGGTTATCCCAGACTACTGATAGACTTT
C7              TTATTGCTCTAGAATTGGAGCGAGGTTATCCTAGACTCCTTATCGACTTC
C8              TCATTGCCTTGGAATTGGAGAGAGGTTATCCCAGACTCCTTATTGATTTC
C9              TTATTGCCCTGGAATTGGAGCGTGGTTATCCCAGGCTCCTCATCGACTTC
C10             TCATTGCCCTGGAATTGGAGCGAGGCTACCCCAGACTCCTCATCGACTTC
                * *****  *.*** ****..*:** ** ** **.** ** ** ** ** 

C1              GGTTCGGGAACTTTGGAGCTGAGGGTGAAGACGAAGAAGACTTTGGACGA
C2              GGCTCGGGAACTTTGGAGCTGAGAGTGAAGACTAAGAAGACGCTGGACGA
C3              GGCTCGGGAACTTTGGAGCTGAGAGTAAAGACGAAGAAGACTTTGGACGA
C4              GGTTCGGGCACCTTGGAACTGAGGGTGAAGACCAAAAAGACTCTGGACGA
C5              GGCTCGGGAACTTTGGAACTGCGAGTGAAGACCAAAAAGACTTTGGACGA
C6              GGTTCGGGCACCTTGGAGCTGCGAGTGAAGACCAAAAAGACTTTGGACGA
C7              GGTTCGGGAACTTTGGAACTGAGAGTGAAGACCAAGAAGACCTTGGACGA
C8              GGTTCGGGAACTTTGGAGTTGAGAGTGAAGACCAAGAAGACTTTGGATGA
C9              GGTTCGGGAACCTTGGAACTAAGAGTGAAGACCAAGAAGACATTGGACGA
C10             GGTTCGGGAACCTTGGAGCTGAGAGTGAAGACCAAGAAGACATTGGACGA
                ** *****.** *****. *..*.**.***** **.*****  **** **

C1              CGGTGAATGGCATAGAATCGATCTGTTTTGGGATACCGAAAGCATTCGTA
C2              CGGTGAATGGCATAGAATCGATCTGTTTTGGGATACCGAAAGCATTCGAA
C3              TGGTGAATGGCATAGAATCGATCTGTTTTGGGATACCGAAAGCATTCGCA
C4              CGGTGAGTGGCACAGGATCGATCTGTTTTGGGACACCGAGAGCATTCGCA
C5              TGGTGAGTGGCACAGGATCGACCTGTTCTGGGACACCGAAAGCATTCGCA
C6              TGGTGAATGGCACAGGATCGATCTGTTCTGGGATACCGAAAGCATTCGCA
C7              TGGTGAATGGCATAGGATCGATCTGTTCTGGGACACCGAATCCATTCGCA
C8              TGGTGAATGGCACAGGATCGATCTGTTCTGGGATACCGAAAGCATTCGCA
C9              CGGTGAGTGGCACAGAATCGATCTGTTTTGGAATACCGAAAGCATTCGCA
C10             CGGGGAGTGGCACAGGATCGACCTGTTCTGGAATACCGAAAGCATTCGCA
                 ** **.***** **.***** ***** ***.* *****.: ****** *

C1              TGGTTGTCGACTTTTGCAAATCAGCAGAGATTGCCGAAATGGAGGATGGC
C2              TGGTTGTCGACTTTTGCAAATCAGCAGAGATTGCCGAAATGGAAGATGGC
C3              TGGTTGTCGACTTTTGCAAATCAGCAGAAATTGCAGAAATGGAGGATGGC
C4              TGGTGGTGGACTTCTGCAAGTCGGCGGAAATAGCCGAAATGGAGGACGGC
C5              TGGTGGTGGACTTCTGTAAGTCGGCGGAAATCGCCGAAATGGAGGATGGC
C6              TGGTGGTGGACTTCTGTAAGTCGGCGGAAATTGCCGAAATGGAGGATGGC
C7              TGGTCGTGGACTTCTGTAAATCAGCGGAGATTGCCGAAATGGAGGATGGT
C8              TGGTTGTTGACTTTTGCAAGTCAGCTGAGATTGCCGAAATGGAGGATGGC
C9              TGGTTGTGGACTTCTGCAAATCAGCGGAGATAGCCGAAATGGAGGATGGA
C10             TGGTTGTGGACTTTTGCAAATCGGCAGAGATTGCCGAAATGGAGGATGGC
                **** ** ***** ** **.**.** **.** **.********.** ** 

C1              ACTCCGCCGGAATTCGATGACATGTCCTGCCAGGCGAGAGGACAAATTCC
C2              ACTCCCCCGGAATTCGATGACATGTCCTGCCAGGCGAGAGGACAAATTCC
C3              ACTCCGCCAGAATTCGATGACATGTCCTGCCAGGCGAGAGGACAAATCCC
C4              ACTCCGCCGGAGTTCGATGACATGACCTGCCAGGCGAGGGGTCAAATCCC
C5              ACTCCGCCGGAATTCGACGACATGTCCTGCCAGGCGAGGGGACAGATTCC
C6              ACTCCTCCAGAATTCGATGACATGTCCTGCCAGGCGAGAGGACAGATTCC
C7              ACTCCACCAGAATTCGATGACATGTCCTGCCAGGCGAGAGGACAAATTCC
C8              ACTCCGCCGGAGTTCGATGACATGTCCTGCCAGGCGAGAGGACAAATTCC
C9              ACTCCGCCCGAATTCGATGATATGTCCTGCCAGGCGAGAGGACAAATTCC
C10             ACGCCGCCGGAGTTCGACGATATGTCGTGTCAGGCGAGGGGACAAATTCC
                ** ** ** **.***** ** ***:* ** ********.**:**.** **

C1              GCCATTTAATGAGTACCTCAACGTTAATGCTCCTCTGCAAGTGGGTGGCC
C2              GCCATTTAATGAGTACCTCAACGTGAATGCTCCTTTGCAAGTGGGTGGTC
C3              GCCATTTAACGAGTACCTCAATGTAAATGCTCCTCTACAAGTGGGTGGCC
C4              GCCGTTCAATGAGTATCTCAATGTGAATGCTCCCCTGCAGGTGGGCGGCT
C5              GCCGTTCGACGAGTATCTCAATGTCAATGCTCCCTTGCAAGTGGGCGGCT
C6              GCCATTCGATGAGTATCTCAATGTTAATGCTCCTCTGCAAGTGGGTGGTT
C7              GCCATTCAATGAGTACCTTAATGTTAATGCTCCCTTGCAAGTGGGTGGAT
C8              GCCATTCAATGAGTATCTGAATGTGAATGCTCCTTTGCAAGTGGGTGGTT
C9              GCCATTTGATGAGTACCTGAATGTAAATGCTCCTCTGCAAGTGGGTGGCT
C10             ACCCTTTGATGAGTATCTCAATGTGAATGCTCCTCTGCAAGTGGGTGGCC
                .** ** .* ***** ** ** ** ********  *.**.***** **  

C1              TATATCGGGAACAGTTCGATCAGAGTCTGTACTTCTGGCACTATATGCCC
C2              TATATCGGGAACAGTTTGATCAGAGTCTGTACTTCTGGCACTATATGCCA
C3              TATATCGGGAACAATTTGATCAGAGTCTGTACTTCTGGCACTATATGCCC
C4              TGTACCGGGAACAGTTCGATCAGAGCCTCTACAACTGGCACTACATGCCC
C5              TGTACCGGGAACAGTTCGATCAGAGTCTGTACAACTGGCACTATATGCCC
C6              TGTACCGCGAGCAGTTCGATCAGAGTCTGTACAACTGGCACTATATGCCC
C7              TATATCGAGAGCAATTCGATCAGAGTCTGTATTTCTGGCACTACATGCCC
C8              TGTACCGCGAACAATTTGATCAGAGCGTTTACTATTGGCACTATATGCCC
C9              TATACCGCGAGCAGTTCGATCAAAGTCTGTACTTCTGGCACTATATGCCC
C10             TGTACCGGGAACAGTTTGACCAGAGCCTCTACTTCTGGCACTATATGCCC
                *.** ** **.**.** ** **.**  * ** :: ******** *****.

C1              ACGGCCAAGGGATTTGATGGCTGCATCAGAAATTTGGTGCATAACTCAAA
C2              ACGGCCAAAGGATTTGATGGCTGCATCAGAAATTTGGTGCACAACTCAAA
C3              ACGGCGAAGGGATTCGATGGGTGCATCAGAAATTTGGTGCATAACTCAAA
C4              ACGGCCAAGGGTTTCGATGGCTGCATCAGAAACTTGGTGCACAACTCCAA
C5              ACGGCCAAGGGCTTCGATGGCTGCATCAGAAACTTGGTGCACAACTCCGA
C6              ACGGCCAAGGGCTTCGATGGTTGTATCAGAAACTTGGTGCATAACTCCAA
C7              ACTGCCAAGGGTTTCGATGGCTGCATCCGAAATTTGGTCCACAATTCGAA
C8              ACGGCCAAGGGATTCGATGGTTGCATCCGGAACTTGGTTCACAACTCAAA
C9              ACGGCCAAGGGTTTCGATGGTTGCATCAGGAATTTGGTTCACAACTCCAA
C10             ACGGCCAAGGGCTTCGATGGCTGCATCAGGAACTTGGTTCACAACTCCAA
                ** ** **.** ** ***** ** ***.*.** ***** ** ** ** .*

C1              ACTCTATGATCTGGCCCATCCTGGATTGTCGAGAAATAGCGTCGCGGGTT
C2              ACTCTATGATCTGGCCCATCCTGGTCTGTCGAGAAATAGTGTCGCGGGCT
C3              GCTCTATGATCTGGCCCATCCTGGTCTTTCGAGAAATAGCGTCGCGGGTT
C4              GCTCTACGATCTGGCTCATCCGGGACTGTCGAGGAATAGCGTGGCGGGCT
C5              GCTCTACGATCTTGCTCATCCGGGACTGTCGAGGAACAGTGTGGCGGGTT
C6              GCTCTATGATCTTGCTCATCCGGGACTGTCGAGGAATAGTGTGGCTGGTT
C7              ACTTTATGATCTGGCTCATCCGGGACTCTCGAGGAATAGTCTTGCAGGTT
C8              GCTTTATGATTTAGCTCATCCGGGACTATCGAGGAATAGTGTGGCGGGTT
C9              GCTCTACGATCTGGCGCATCCGGGACTTTCGAGGAACAGTATGGCAGGTT
C10             GCTCTATGACCTTGCTCATCCGGGACTCTCGCGGAACAGTGTGGCGGGTT
                .** ** **  * ** ***** **: * ***.*.** **  * ** ** *

C1              GTCCTCAAACCGAGGAAGTTTGTGCTCAAACTGAAACCACAGCTCGCTGC
C2              GTCCTCAAACCGAGGAAGTTTGTGCTCAAACGGAAACCACAGCTCGCTGC
C3              GTCCGCAAACCGAGGAAGTTTGTGCCCAAACGGAAACCACAGCTCGGTGC
C4              GTCCGCAAACCGAGGAGGTTTGCGCCCAAACGGAGACCACAGCCCGGTGC
C5              GTCCGCAAACCGAGGAAGTTTGCGCCCAAACGGAGACCACTGCCCGTTGC
C6              GTCCGCAAACCGAGGAAGTGTGCGCCCAAACGGAAACCACAGCCCGTTGC
C7              GTCCACAAACCGAGGAAGTTTGTGCCCAAACGGAAACCACATCTCGGTGC
C8              GTCCGCAAACCGAGGAGGTCTGTGCCCAAACGGAGACCACGGCTCGTTGC
C9              GTCCACAAACGGAGGAAGTTTGCGCCCAAACGGAGACCACAGCTCGTTGC
C10             GTCCGCAAACCGAGGAAGTTTGCGCCCAAACGGAGACCACGGCTCGTTGC
                **** ***** *****.** ** ** ***** **.*****  * ** ***

C1              TGGGAGCACGGAAATTGTGTTGGATCCTTGTCCGAAGCTCGTTGCCATTG
C2              TGGGAGCACGGAAATTGTGTTGGATCCTTGTCCGAAGCTCGTTGCCATTG
C3              TGGGAACACGGAAATTGTGTTGGGTCCTTGTCCGAAGCGCGTTGCCATTG
C4              TGGGAGCATGGAAACTGTGTTGGTTCCCTGTCCGAAGCTCGCTGCCATTG
C5              TGGGAACACGGAAATTGCGTGGGTTCCCTGTCCGAAGCTCGTTGCCACTG
C6              TGGGAACATGGAAATTGCGTGGGATCCCTGTCCGAAGCTCGCTGCCATTG
C7              TGGGAACATGGAAATTGTGTTGGATCGTTGTCCGAGGCTCGATGCCATTG
C8              TGGGAACATGGAAACTGTGTTGGATCCTTGTCTGAGGCTCGATGCCATTG
C9              TGGGAACATGGAAATTGTGTGGGATCCCTGTCCGAAGCCCGATGCCATTG
C10             TGGGAACACGGAAATTGTGTGGGGTCCCTGTCCGAGGCCCGATGCCATTG
                *****.** ***** ** ** ** **  **** **.** ** ***** **

C1              TCGACCAGGATGGACAGGTCCGGCCTGTAATATCCCTACAATACCCACTA
C2              TCGACCGGGATGGACAGGTCCTGCCTGTAATATCCCTACGATACCCACTA
C3              TCGACCGGGATGGACAGGTCCTGCCTGTAATATTCCTACAATACCCACTA
C4              CCGGCCAGGTTGGACTGGTCCTGCCTGTAATATTCCCACCATACCCACCA
C5              TCGACCTGGTTGGACGGGCCCTGCCTGTAATATTCCCACCATACCCACCA
C6              TCGACCTGGTTGGACGGGTCCTGCCTGTAACATTCCCACCATACCCACCA
C7              CCGACCGGGTTGGACAGGACCTGCCTGTAACATTCCTACAATACCCACAA
C8              TCGACCGGGTTGGACAGGTCCTGCCTGCAATATCCCCACAATTCCCACCA
C9              TCGACCAGGGTGGACGGGTCCTGCCTGTAATATTCCCACAATACCCACCA
C10             TCGACCGGGCTGGACAGGTCCTGCCTGCAATATTCCCACCATACCCACCA
                 **.** ** ***** ** ** ***** ** ** ** ** **:***** *

C1              CCTTCAAGGCCCAGAGTTATGTTAAATATGCTCTGAGTTTCGAGCCCGAT
C2              CCTTCAAGGCCCAGAGTTATGTTAAATATGCTCTGAGTTTCGAGCCCGAT
C3              CCTTCAAGGCCCAGAGCTATGTGAAATATGCTCTGAGTTTCGAGCCCGAT
C4              CCTTCAAGGCCCAGAGTTATGTGAAGTACGCTCTGAGCTTCGAACCCGAT
C5              CCTTCAAGGCCCAGAGTTATGTGAAGTACGCCCTGAGCTTCGAACCCGAT
C6              CCTTCAAGGCCCAGAGTTATGTGAAGTACGCCCTGAGCTTCGAACCCGAT
C7              CCTTCAAAGCCCAGAGTTATGTAAAATACGCCTTGAGTTTCGAACCGGAT
C8              CCTTCAAGGCCCAAAGTTATGTGAAATATGCCCTGAGTTTCGAGCCAGAT
C9              CTTTCAAGGCGCAGAGCTATGTGAAGTATGCCCTGAGCTTCGAACCAGAT
C10             CCTTCAAGGCGCAGAGCTACGTCAAGTATGCCCTGAGCTTCGAACCCGAT
                * *****.** **.** ** ** **.** **  **** *****.** ***

C1              CGATTCAGCACGCAAGTCCAGCTAAGATTCCGGACAAGAGAGGAGTACGG
C2              CGTTTCAGCACGCAAGTCCAGTTGAGATTCCGGACCAGAGAGGAGTATGG
C3              CGATTCAGCACGCAAGTCCAGCTGAGATTCCGGACAAGAGAGGAGTACGG
C4              CGGTTCAGCACTCAGGTGCAGCTGAGGTTCCGCACGAGGGAGGAGTACGG
C5              CGGTTCAGCACTCAAGTCCAGTTGAGATTCCGCACGAGGGAGGAGTACGG
C6              CGGTTCAGCACTCAAGTCCAGCTGAGATTCCGCACGAGGGAGGAGTACGG
C7              CGTTTCAGCACTCAAGTCCAGTTGAGATTCCGAACAAGAGAGGAGTACGG
C8              CGGTTTAGCACTCAAGTTCAGTTGAGATTCCGCACAAGAGAGGAGTACGG
C9              CGATTCAGCACTCAAGTCCAGCTGAGATTCCGTACCAGAGAGGAGTACGG
C10             CGGTTTAGCACCCAAGTCCAGTTGCGGTTCCGGACGAGGGAGGAGTACGG
                ** ** ***** **.** *** *..*.***** ** **.******** **

C1              CGAACTTTTCCGAGTTAGCGATCAGCACAATCGGGAATACGGAATCCTTG
C2              CGAACTTTTCCGGGTTAGCGATCAGCACAATCGGGAATACGGAATTCTGG
C3              CGAACTTTTCCGGGTAAGCGATCAGCACAATCGGGAATATGGAATCCTGG
C4              AGAACTGTTCCGTGTTAGCGATCAGCACAATCGGGAGTATGGAATCCTGG
C5              AGAGCTCTTCCGCGTGAGCGATCAGCACAATCGAGAGTATGGTATTCTGG
C6              AGAACTTTTCCGCGTGAGCGATCAGCACAATCGAGAGTATGGAATTCTGG
C7              CGAACTTTTCCGGGTTAGCGATCAGCATAATCGAGAATATGGAATTCTGG
C8              TGAACTTTTCCGTGTTAGCGATCAGCACAATCGGGAGTACGGAATTCTGG
C9              AGAACTTTTCCGTGTAAGCGATCAGCACAATCGGGAATACGGAATTCTGG
C10             CGAACTGTTCCGGGTCAGCGATCAGCACAATCGGGAGTACGGAATTCTGG
                 **.** ***** ** *********** *****.**.** **:** ** *

C1              AGATCAAGGATGGTCATCTGCACTTCCGTTACAATCTGAACTCTCTGCGC
C2              AGATCAAGGATGGACATCTGCACTTCCGTTACAATCTGAACTCTCTGCGC
C3              AGATCAAGGATGGGCATCTGCACTTCCGTTACAATCTTAACTCACTGCGC
C4              AGATCAAGGATGGTCATCTGCACTTCCGCTACAATCTGAACTCGCTTCGT
C5              AGATCAAGGATGGTCACCTCCACTTCCGCTACAATCTGAACTCCCTTCGT
C6              AGATCAAGGATGGTCACCTCCATTTCCGTTACAACCTGAATTCCCTTCGT
C7              AGATCAAAGATGGTCATCTGCACTTCCGTTACAATCTCAACTCCCTTCGT
C8              AGATCAAGGATGGTCATCTTCATTTCCGATACAATCTAAACTCCCTTCGC
C9              AGATCAAGGATGGCCACCTGCACTTCCGATACAATCTGAATTCCCTCCGC
C10             AGATCAAAGATGGTCATCTGCACTTCCGCTACAATCTGAACTCGCTTCGC
                *******.***** ** ** ** ***** ***** ** ** ** ** ** 

C1              ACTGAAGAAAAGGATCTCTGGCTAAATGCCATAGTAGTAAACGATGGCCA
C2              ACTGAGGAAAAGGATCTCTGGCTGAATGCCATAGTCGTAAACGATGGCCA
C3              ACTGAGGAAAAGGATCTCTGGCTAAATGCCATAGTCGTAAACGATGGCCA
C4              ACCGAGGAAAAGGATCTCTGGCTGAACGCCATAGTGGTCAACGATGGCCA
C5              ACCGAGGAGAAGGATCTGTGGCTGAATGCCATAGTGGTCAATGATGGTCA
C6              ACCGAGGAGAAGGATCTGTGGCTAAATGCCATAGTGGTCAACGATGGTCA
C7              ACTGAAGAAAAGGATCTCTGGCTAAACGCCATAGTGGTTAACGATGGTCA
C8              ACCGAAGAAAGGGATCTCTGGCTGAATGCCATAGTGGTTAACGATGGCCA
C9              ACCGAAGAAAAGGATCTCTGGCTAAATGCCATTGTGGTTAACGATGGCCA
C10             ACCGAGGAGAGGGATCTCTGGCTGAATGCCATTGTGGTCAACGATGGCCA
                ** **.**.*.****** *****.** *****:** ** ** ***** **

C1              ATGGCATGTGGTGAAGGTAAATCGATATGGCTCAGCTGCTACCCTGGAAT
C2              ATGGCATGTGGTGAAGGTAAATCGATATGGCTCAGCTGCTACCCTGGAAT
C3              ATGGCATGTGGTGAAGGTCAATCGATATGGCTCAGCTGCTACCCTGGAAT
C4              GTGGCACGTGGTGAAGGTCAATCGGTATGGCTCCGCTGCTACCCTGGAAT
C5              GTGGCACGTGGTGAAGGTTAATCGATACGGCTCTGCTGCTACCCTGGAGC
C6              GTGGCACGTGGTGAAGGTTAATCGATATGGCTCTGCTGCTACTCTAGAAT
C7              ATGGCATGTGGTGAAGGTAAATCGATATGGATCTGCTGCTACCTTGGAGT
C8              ATGGCACGTGGTGAAGGTGAATCGGTATGGATCCGCTGCTACCCTGGAAT
C9              GTGGCATGTGGTGAAGGTGAATCGTTATGGCTCTGCTGCTACCCTGGAAT
C10             GTGGCATGTGGTGAAGGTAAATCGGTATGGCTCTGCTGCTACCCTGGAAT
                .***** *********** ***** ** **.** ********  *.**. 

C1              TGGATGGTGGAGAGGGTCGTCGTTATAACGAGACCTTTGAGTTCGTGGGA
C2              TGGATGGCGGAGAGGGTCGTCGTTATAACGAGACCTTTGAGTTCGTGGGA
C3              TGGATGGTGGAGAGGGTCGTCGTTACAACGAGACCTTTGAGTTCGTGGGA
C4              TGGATGGCGGTGAGGGTCGTCGCTACAACGAAACCTTTGAGTTCGTGGGA
C5              TGGATGGTGGAGAGGGTCGTCGCTACAACGAGACCTTTGAGTTCGTGGGC
C6              TGGATGGTGGAGAAGGTCGTCGTTATAACGAGACCTTTGAGTTCGTGGGC
C7              TGGATGGAGGAGAGGGTCGTCGCTACAACGAAACCTTTGAATTCGTGGGG
C8              TGGATGGCGGAGAAGGTCGTCGGTATAACGAGACCTTTGAGTTTGTGGGT
C9              TGGATGGAGGCGAGGGTCGTCGCTACAACGAGACCTTTGAGTTCGTGGGA
C10             TGGACGGCGGCGAGGGTCGACGCTACAACGAGACCTTTGAGTTTGTGGGG
                **** ** ** **.*****:** ** *****.********.** ***** 

C1              CATCAGTGGCTGTTGGTGGACAAGCAAGAGGGTGTCTATGCGGGCGGCAA
C2              CATCAGTGGCTGTTGGTGGACAAGCAAGAGGGTGTCTATGCGGGCGGCAA
C3              CATCAGTGGCTGTTGGTGGACAAGCAAGAGGGTGTCTATGCGGGCGGAAA
C4              CATCAGTGGTTGCTGGTGGACAAACAGGAGGGTGTCTATGCAGGCGGAAA
C5              CACCAGTGGCTGTTGGTGGACAAACAAGAGGGTGTCTATGCTGGCGGAAA
C6              CACCAGTGGCTGTTGGTGGACAAACAAGAGGGTGTCTATGCTGGCGGAAA
C7              CATCAGTGGTTGCTGGTGGACAAACAAGAGGGTGTCTATGCAGGCGGAAA
C8              CATCAGTGGTTGTTGGTGGACAAACAGGAGGGTGTCTATGCAGGCGGAAA
C9              CATCAGTGGTTGTTGGTGGACAAACAGGAGGGTGTCTATGCAGGCGGAAA
C10             CATCAGTGGCTGTTGGTGGACAAACAGGAGGGTGTCTATGCGGGAGGAAA
                ** ****** ** **********.**.************** **.**.**

C1              AGCTGAATACACCGGAGTGAGAACCTTTGAAGTGTACGCCGATTACCAAA
C2              AGCTGAATACACTGGAGTGAGAACCTTTGAAGTGTACGCCGATTACCAGA
C3              AGCTGAATATACTGGAGTGAGAACTTTTGAAGTATACGCTGACTACCAGA
C4              GGCTGAGTACACTGGCGTTAGAACCTTTGAGGTGTACGCAGATTACCAGA
C5              GGCAGAGTACACAGGCGTTAGAACCTTTGAGGTGTACGCTGATTACCAGA
C6              GGCAGAATACACTGGCGTCAGAACCTTTGAGGTATACGCTGATTACCAGA
C7              AGCTGAATACACTGGTGTTAGAACATTTGAGGTGTACGCCGATTACCAGA
C8              AGCTGAATACACTGGCGTGAGAACTTTTGAGGTTTACGCTGATTACCAGA
C9              GGCCGAATACACTGGCGTCAGAACCTTTGAGGTATACGCCGATTACCAGA
C10             GGCCGAGTACACTGGCGTCAGAACATTTGAGGTATATGCTGATTACCAGA
                .** **.** ** ** ** ***** *****.** ** ** ** *****.*

C1              AGAGCTGTCTCGATGATATACGTCTCGAAGGCAAACACCTGCCATTGCCA
C2              AGAGCTGTCTCGATGATATACGTCTGGAGGGCAAACACCTGCCATTGCCA
C3              AGAGCTGCCTCGATGATATACGTCTGGAGGGCAAACACCTACCGTTGCCA
C4              AGAGCTGTCTCGACGATATACGTCTTGAAGGCAAACATCTTCCTCTGCCG
C5              AGAGCTGTCTTGATGATATACGTCTCGAAGGCAAACATCTTCCACTGCCA
C6              AGAGCTGTCTCGATGATATACGTCTTGAAGGTAAGCACCTTCCTCTGCCA
C7              AGAGCTGTCTCGATGATATACGACTTGAAGGCAAACATCTTCCTCTGCCA
C8              AGAGCTGTCTCGATGATATACGTCTTGAAGGCAAACACCTTCCCCTTCCA
C9              AGAGCTGTCTCGATGATATACGTCTTGAAGGCAAACACCTTCCATTGCCA
C10             AGAGCTGTCTCGATGATATACGTCTTGAAGGCAAACACCTTCCACTGCCA
                ******* ** ** ********:** **.** **.** ** **  * **.

C1              CCGGCGATGAATGGTACTCAGTGGGGACAGGCTACCATGGCCAGGAATCT
C2              CCGGCGATGAATGGTACTCAGTGGGGACAGGCTACCATGGCCAGGAATCT
C3              CCGGCGATGAATGGTACTCAGTGGGGACAGGCCACCATGGCCAGGAATCT
C4              CCGGCCATGAACGGCACCCAATGGGGTCAGGCCACAATGGCAAGGAATCT
C5              CCGGCGATGAATGGCACCCAGTGGGGTCAGGCCACCATGGCCAGGAATCT
C6              CCTGCGATGAATGGTACCCAATGGGGTCAGGCCACAATGGCCAGGAACCT
C7              CCGGCGATGAATGGCACCCAATGGGGACAGGCCACTATGGCCAGGAATCT
C8              CCAGCGATGAATGGCACCCAATGGGGTCAGGCCACGATGGCCAGGAATCT
C9              CCGGCGATGAATGGCACCCAATGGGGACAGGCCACAATGGCCAGGAATCT
C10             CCGGCGATGAATGGCACCCAATGGGGTCAGGCCACCATGGCCAGGAATCT
                ** ** ***** ** ** **.*****:***** ** *****.***** **

C1              GGAGAAGGGTTGTCCTTCGAATAAACCATGCTCCAACGTGATTTGCCCCG
C2              GGAGAAGGGTTGTCCCTCGAATAAGCCCTGCTCCAACGTGATCTGCCCCG
C3              GGAGAAGGGTTGTCCCTCGAATAAACCCTGCTCCAACGTGATCTGCCCCG
C4              GGAGAAGGGCTGTCCCTCCAATAAACCCTGCTCGAATGTGATCTGCCCCG
C5              GGAGAAGGGTTGCCCCTCGAATAAACCCTGCTCAAATGTGATCTGCCCCG
C6              GGAGAAGGGTTGTCCCTCGAACAAACCCTGCTCGAATGTGATCTGCCCCG
C7              AGAGAAGGGTTGTCCATCAAATAAACCCTGCTCGAATGTGATCTGCCCCG
C8              CGAGAAGGGTTGTCCCTCAAATAAACCCTGCTCAAATGTGATCTGCCCCG
C9              GGAGAAGGGTTGTCCTTCAAATAAACCCTGCTCGAATGTAATCTGCCCCG
C10             GGAGAAGGGTTGTCCTTCGAACAAACCCTGCTCGAATGTTATCTGCCCCG
                 ******** ** ** ** ** **.**.***** ** ** ** *******

C1              ATCCGTTCGAGTGCGTAGACCTGTGGAATGTCTACGAGTGCACCTGTCCG
C2              ATCCGTTCGAGTGCGTGGACCTGTGGAATGTCTACGAGTGCACCTGTCCG
C3              ATCCGTTCGAGTGTGTGGATCTGTGGAATGTCTACGAGTGCACCTGTCCA
C4              ATCCCTTCGAGTGCGTGGATCTGTGGAATGTCTACGAGTGCACCTGTCCG
C5              ATCCCTTCGAGTGCGTGGATCTGTGGAATGTCTACGAGTGCACCTGTCCG
C6              ATCCCTTCGAGTGCGTGGATCTTTGGAATGTCTACGAGTGCACCTGTCCG
C7              ATCCCTTCGAATGCGTAGACCTCTGGAATGTTTACGAGTGCACCTGTCCG
C8              ATCCCTTCGAATGCGTGGATCTGTGGAATGTCTACGAGTGCACCTGTCCG
C9              ATCCTTTCGAGTGCGTGGACCTGTGGAATGTCTACGAGTGCACCTGTCCG
C10             ATCCCTTCGAATGCGTGGACCTGTGGAATGTCTACGAGTGCACCTGTCCG
                **** *****.** **.** ** ******** *****************.

C1              GCGGGCTACAAAAGCTCGGGCAGCACCTGTGTCAACGACAACGAGTGCCT
C2              GCGGGCTACAAAAGCTCGGGCAGCACCTGTGTCAACGACAACGAGTGCCT
C3              GCGGGCTACAAAAGCTCGGGCAGCACCTGTGTCAACGACAACGAGTGCCT
C4              GCGGGCTACAAAAGCTCCGGCAGCACCTGTGTTAACGACAACGAGTGCCT
C5              GCGGGCTACAGAAGCTCCGGCAGCACCTGTGTTAACGACAACGAGTGCCT
C6              GCGGGCTACAGAAGCTCCGGCAGCACCTGTGTCAACGATAACGAGTGCCT
C7              GCTGGCTACAAAAGCTCCGGCAGCTCTTGTATCAACGACAACGAGTGCCT
C8              GCGGGCTACAAGAGCTCCGGCAGCACTTGTGTTAACGACAACGAGTGCCT
C9              GCGGGGTACAAGAGCGCCGGCAGCACCTGTGTAAACGACAACGAGTGCCT
C10             GCGGGCTACAAAAGCGCCGGCAGCACCTGTGTAAACGACAACGAGTGCCT
                ** ** ****..*** * ******:* ***.* ***** ***********

C1              ACTGTTCCCCTGCCGCAACGGGGGTCGCTGTCGCGATCATCATCCTCCAA
C2              ACTGTTCCCCTGTCGCAACGGGGGTCGCTGTCGCGATCATCATCCTCCAA
C3              ACTGTTTCCCTGTCGCAACGGGGGTCGCTGTCGCGATCATCATCCGCCAA
C4              ACTGTTCCCGTGCCGCAACGGGGGTCGCTGTCGCGATCATCATCCTCCAA
C5              ACTGTTCCCGTGCCGCAACGGGGGTCGCTGTCGCGATCATCACCCCCCCA
C6              ACTGTTCCCATGCCGCAACGGGGGTCGCTGTCGCGATCATCATCCCCCCA
C7              ACTGTTCCCGTGCCGCAACGGTGGTAGGTGTCGCGATCATCATCCTCCAA
C8              ACTATTCCCGTGCCGCAACGGGGGTCGCTGTCGCGATCATCACCCGCCCA
C9              ATTGTTCCCGTGCCGCAATGGGGGTCGCTGTCGCGATCATCATCCGCCCA
C10             ATTGTTCCCGTGCCGCAATGGGGGCCGCTGTCGCGATCATCATCCGCCAA
                * *.** ** ** ***** ** ** .* ************** ** **.*

C1              AGAAGTACGAGTGCCATTGCCCCATGGGCTTCACCGGCATGCATTGCGAA
C2              AGAAGTACGAGTGCCATTGCCCCATGGGCTTCACTGGCATGCACTGCGAA
C3              AGAAGTACGAGTGCCACTGCCCCATGGGCTTCACTGGCATGCACTGCGAA
C4              AGAAGTACGAGTGCCACTGCCCCATGGGCTTCACTGGCATGCACTGCGAA
C5              AGAAGTACGAGTGCCACTGCCCCCTGGGATTCACCGGCATGCACTGCGAA
C6              AGAAGTACGAGTGCCACTGCCCCATGGGCTTCACCGGCATGCACTGCGAA
C7              AGAAGTACGAGTGCCACTGCCCCATGGGCTTCACCGGCATGCACTGCGAA
C8              AGAAGTACGAGTGCCACTGCCCCATGGGCTTCACCGGCATGCACTGCGAA
C9              AGAAGTACGAGTGCCACTGCCCCATGGGCTTCACCGGCATGCACTGCGAA
C10             AGAAGTACGAGTGCCACTGTCCCATGGGCTTCACCGGCATGCACTGCGAA
                **************** ** ***.****.***** ******** ******

C1              CTGGAGTTATTGGCCTCCGGTGTATTGACGCCATCCCGTGATTTTATTGT
C2              CTGGAGTTATTGGCCTCCGGCGTATTGACGCCATCCCGTGATTTTATTGT
C3              CTGGAGTTATTGGCCTCCGGCGTATTGACGCCATCCCGTGATTTTATTGT
C4              CTGGAGTTATTGGCCTCCGGCGTATTGACGCCGTCCCGAGATTTTATTGT
C5              CTGGAGTTATTGGCCTCCGGCGTATTGACGCCATCCCGTGATTTTATTGT
C6              CTGGAGTTATTGGCCTCGGGTGTATTGACGCCATCCCGTGATTTTATTGT
C7              CTGGAGTTATTGGCCTCCGGCGTATTGACGCCATCCCGTGATTTTATTGT
C8              CTGGAGTTATTGGCCTCCGGCGTATTGACGCCATCCCGTGATTTTATTGT
C9              CTGGAGTTATTGGCCTCCGGCGTATTGACTCCGTCCCGTGATTTTATTGT
C10             CTGGAGTTATTGGCCTCCGGCGTATTGACTCCGTCCCGTGATTTTATTGT
                ***************** ** ******** **.*****:***********

C1              CGCCCTGGCGCTCTGCCTGGGCACTCTGATACTACTCGTCTTGGTGTTCG
C2              CGCCCTGGCGCTCTGCCTGGGCACTCTGATACTACTCGTCTTGGTGTTCG
C3              CGCCCTGGCGCTCTGCCTGGGCACTCTGATACTACTCGTCTTGGTGTTCG
C4              CGCCCTGGCGCTCTGCCTGGGCACTCTGATGCTACTCGTCCTGGTGTTCG
C5              CGCCCTGGCACTCTGCCTGGGCACTCTGATACTACTCGTCTTGGTCTTCG
C6              CGCCCTGGCGCTCTGCCTGGGCACTCTGATACTACTCGTCTTGGTCTTCG
C7              CGCCCTGGCACTCTGTCTGGGCACTCTGATACTACTCGTCTTGGTATTCG
C8              CGCCCTGGCGCTCTGCCTCGGCACTCTGATACTACTCGTCCTGGTCTTCG
C9              CGCCCTGGCTCTCTGCCTGGGCACTCTGATACTACTCGTCTTGGTGTTCG
C10             CGCCTTGGCTCTATGCCTGGGCACTCTGATACTACTCGTCTTGGTGTTCG
                **** **** **.** ** ***********.********* **** ****

C1              TCGTATACAATCGTCGCCGTGAAGCGCATATCAAATATCCGGGTCCCGAT
C2              TCGTATACAATCGTCGCCGTGAAGCGCATATCAAATATCCGGGTCCCGAT
C3              TCGTATACAATCGTCGCCGTGAAGCGCATATCAAATATCCGGGTCCCGAT
C4              TCGTATACAATCGTCGCCGTGAGGCGCATATCAAATATCCGGGTCCCGAT
C5              TCGTATACAATCGTCGCCGTGAGGCGCATATCAAATATCCGGGCCCCGAC
C6              TCGTATACAATCGTCGCCGTGAGGCGCATATCAAATATCCGGGTCCCGAC
C7              TCGTATACAATCGTCGCCGTGAGGCGCATATCAAATATCCTGGTCCCGAT
C8              TCGTATACAATCGTCGCCGTGAGGCGCATATCAAATATCCGGGTCCCGAT
C9              TCGTATACAATCGTCGGCGTGAGGCGCATATCAAATATCCGGGTCCCGAT
C10             TCGTATACAATCGTCGCCGTGAGGCGCATATCAAATATCCGGGTCCCGAT
                **************** *****.***************** ** ***** 

C1              GACGATGTGCGCGAGAATATCATCAACTATGACGACGAGGGAGGCGGCGA
C2              GACGATGTGCGCGAGAATATCATCAACTATGACGACGAGGGAGGCGGCGA
C3              GACGATGTGCGCGAGAATATCATCAACTATGACGACGAGGGAGGCGGCGA
C4              GATGATGTGCGCGAGAATATAATCAACTACGACGATGAGGGAGGCGGCGA
C5              GATGATGTGCGCGAGAATATCATCAACTACGACGATGAGGGAGGCGGCGA
C6              GATGATGTGCGCGAGAATATCATCAACTATGACGATGAGGGAGGCGGCGA
C7              GACGATGTGCGCGAGAATATTATCAACTATGACGATGAGGGAGGCGGCGA
C8              GACGATGTACGCGAGAATATCATTAACTACGATGATGAGGGAGGCGGCGA
C9              GATGATGTGCGCGAGAATATAATCAACTATGACGATGAGGGAGGCGGCGA
C10             GATGATGTGCGCGAGAATATAATCAACTACGACGATGAGGGAGGCGGTGA
                ** *****.*********** ** ***** ** ** *********** **

C1              GGATGATATGACGGCCTTTGATATCACACCTCTGCAGATACCAATTGGAG
C2              GGATGATATGACGGCCTTTGACATCACACCTCTGCAGATACCAATTGGAG
C3              GGATGATATGACGGCCTTTGATATCACACCTCTGCAGATACCAATTGGAG
C4              GGATGACATGACCGCCTTTGATATCACACCCCTGCAAATACCAATTGGAG
C5              GGACGACATGACCGCCTTCGACATCACACCTCTGCAGATACCAATTGGAG
C6              GGATGATATGACCGCCTTTGATATCACACCTCTGCAGATACCAATTGGAG
C7              GGATGATATGACCGCCTTTGATATCACACCCCTGCAGATACCAATTGGAG
C8              GGATGATATGACTGCCTTTGATATCACCCCGCTCCAGATACCAATTGGTG
C9              GGACGATATGACCGCCTTTGATATCACGCCTCTGCAGATACCAATTGGTG
C10             GGATGATATGACCGCTTTTGATATCACACCTCTGCAGATACCAATTGGAG
                *** ** ***** ** ** ** ***** ** ** **.***********:*

C1              GGCCAATGCCACCTGAGCTGGCGCCCATGAAAATGCCAATTATGTATCCC
C2              GGCCAATGCCACCTGAGCTGGCGCCCATGAAAATGCCAATTATGTATCCC
C3              GGCCAATGCCACCCGAGCTTGCGCCCATGAAAATGCCAATTATGTATCCC
C4              GGCCAATGCCACCTGAGCTGGCGCCCATGAAAATGCCAATTATGTATCCC
C5              GGCCAATGCCACCTGAGCTGGCGCCCATGAAAATGCCAATTATGTATCCC
C6              GGCCAATGCCACCTGAGCTGGCGCCCATGAAAATGCCAATTATGTATCCT
C7              GGCCAATGCCACCTGAGCTGGCGCCTATGAAAATGCCAATTATGTATCCC
C8              GGCCAATGCCACCTGAGCTGGCGCCCATGAAAATGCCAATTATGTACCCC
C9              GGCCAATGCCACCTGAGCTGGCGCCCATGAAAATGCCAATTATGTATCCC
C10             GGCCAATGCCACCAGAGCTGGCGCCCATGAAAATGCCAATTATGTATCCC
                ************* ***** ***** ******************** ** 

C1              GTCATGACCTTAATGCCAGGTCAGGAGCCCAATGTGGGCATGTTCATCGA
C2              GTCATGACCTTAATGCCAGGTCAGGAGCCCAATGTGGGCATGTTCATCGA
C3              GTCATGACCTTAATGCCAGGTCAGGAGCCCAATGTGGGCATGTTCATCGA
C4              GTTATGACCTTAATGCCTGGTCAGGAGCCCAATGTGGGCATGTTCATTGA
C5              GTGATGACCTTAATGCCAGGGCAGGAGCCCAACGTGGGCATGTTCATCGA
C6              GTAATGACCTTAATGCCAGGTCAGGAACCCAATGTGGGCATGTTCATTGA
C7              GTTATGACCTTAATGCCAGGTCAGGAACCCAATGTGGGCATGTTCATCGA
C8              GTTATGACCTTAATGCCAGGTCAGGAACCCAATGTTGGCATGTTCATCGA
C9              GTTATGACCTTAATGCCAGGTCAGGAACCCAATGTGGGCATGTTCATTGA
C10             GTCATGACCCTGATGCCAGGTCAGGAACCCAATGTAGGCATGTTCATTGA
                ** ****** *.*****:** *****.***** ** *********** **

C1              GGAGCATAAAAAGCGCGCCGATGGTGATCCAAATGCGCCACCTTTCGACG
C2              GGAGCATAAAAAGCGCGCCGATGGTGATCCAAATGCGCCACCTTTCGACG
C3              GGAGCATAAAAAGCGAGCCGATGGTGATCCAAATGCGCCACCTTTCGACG
C4              GGAGCATAAAAAGCGCGCCGATGGTGATCCCAATGCGCCGCCTTTCGATG
C5              GGAGCATAAAAAGCGCGCCGATGGCGATCCAAATGCGCCGCCCTTCGATG
C6              GGAGCATAAAAAGCGTGCCGATGGTGATCCTAACGCGCCGCCTTTTGACG
C7              GGACCATAAAAAGCGCGCCGATGGTGATCCAAACGCGCCGCCTTTCGATG
C8              GGAGCATAAAAAGCGCGCCGATGGTGATCCAAATGCGCCACCTTTCGACG
C9              GGAGCATAAAAAGCGTGCCGATGGAGATCCAAATGCGCCGCCCTTCGATG
C10             GGAGCATAAAAAGCGTGCCGATGGAGATCCAAATGCGCCGCCCTTCGATG
                *** *********** ******** ***** ** *****.** ** ** *

C1              ACTTGAGGAACTACGCGTACGAGGGCGGCGGCAGCACAGCTGGATCGCTC
C2              ACTTGAGGAACTACGCGTACGAGGGCGGCGGCAGCACAGCTGGATCGCTC
C3              ACTTGAGGAACTACGCGTACGAGGGCGGCGGCAGCACAGCTGGTTCGCTC
C4              ACTTGAGGAATTATGCGTACGAGGGTGGCGGCAGCACAGCTGGATCGCTC
C5              ACTTGAGGAACTATGCGTACGAGGGCGGCGGCAGCACAGCTGGATCACTC
C6              ACTTGAGGAACTATGCGTACGAGGGCGGCGGCAGCACAGCTGGATCGCTC
C7              ACTTGAGGAATTACGCGTACGAGGGTGGCGGCAGTACAGCTGGATCGCTT
C8              ACTTGAGGAACTACGCGTACGAGGGTGGCGGCAGCACAGCTGGATCGCTC
C9              ACTTGAGGAATTACGCGTATGAAGGCGGCGGCAGCACTGCCGGATCGCTT
C10             ACTTGAGGAATTATGCGTACGAGGGAGGCGGCAGCACTGCCGGATCGCTT
                ********** ** ***** **.** ******** **:** **:**.** 

C1              AGCTCGTTGGCTTCAGGAACTGATGACGAGCAGCAGGAGTATGACTACCT
C2              AGCTCGTTGGCTTCAGGAACTGATGACGAGCAGCAGGAGTATGACTACCT
C3              AGCTCGTTGGCTTCAGGAACTGATGACGAGCAGCAGGAGTACGACTACCT
C4              AGCTCGTTGGCTTCAGGAACTGATGACGAGCAGCAGGAGTATGACTACCT
C5              AGCTCGCTGGCCTCAGGAACTGACGACGAGCAGCAGGAATACGACTACCT
C6              AGCTCGTTGGCTTCAGGAACTGATGACGAGCAGCAGGAATACGACTACCT
C7              AGCTCATTGGCTTCAGGAACTGATGACGAGCAGCAGGAGTATGATTACCT
C8              AGCTCGTTGGCTTCAGGTACTGATGACGAGCAGCAGGAGTACGACTACCT
C9              AGCTCGTTGGCTTCAGGAACTGATGACGAGCAGCAGGAGTATGACTACCT
C10             AGCTCGTTGGCTTCAGGAACTGACGACGAGCAGCAGGAGTATGACTACCT
                *****. **** *****:***** **************.** ** *****

C1              CGGAGCCTGGGGGCCGCGCTTCGACAAGCTGGCCAACATGTATGGACCCG
C2              CGGAGCCTGGGGGCCGCGCTTTGACAAGCTGGCCAACATGTATGGACCCG
C3              CGGGGCCTGGGGGCCACGCTTCGACAAGCTGGCCAACATGTACGGACCCG
C4              CGGGGCCTGGGGGCCACGCTTCGACAAGCTGGCCAACATGTACGGACCCG
C5              CGGGGCCTGGGGGCCACGCTTTGACAAGCTGGCCAACATGTACGGACCCG
C6              CGGAGCCTGGGGGCCACGCTTTGACAAGCTGGCCAACATGTACGGACCCG
C7              TGGAGCCTGGGGACCACGCTTCGACAAGCTGGCCAATATGTATGGACCCG
C8              CGGAGCTTGGGGGCCACGCTTCGATAAGCTGGCCAACATGTATGGACCCG
C9              CGGGGCCTGGGGGCCACGCTTCGACAAGCTGGCCAATATGTACGGACCCG
C10             CGGGGCCTGGGGGCCACGCTTCGACAAGCTGGCCAATATGTACGGACCCG
                 **.** *****.**.***** ** *********** ***** *******

C1              AGGCGCCCAATCCCCACAATACCGAACTAGAATTG---
C2              AGGCGCCCAATCCCCACAATACCGAACTAGAATTG---
C3              AGGCGCCCAATCCCCACAATACCGAACTAGAATTG---
C4              AGGCGCCCAATCCCCACAATACCGAACTAGAATTG---
C5              AGGCGCCCAATCCCCACAACACCGAACTAGAATTG---
C6              AGGCGCCCAATCCCCACAACACCGAACTAGAATTG---
C7              AGGCGCCCAATCCCCATAATACCGAACTAGAATTG---
C8              AGGCGCCCAATCCCCACAATACCGAACTAGAATTG---
C9              AGGCGCCCAATCCCCACAATACCGAACTAGAATTG---
C10             AGGCGCCCAATCCCCACAATACCGAACTAGAATTG---
                **************** ** ***************   



>C1
ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGTTATATAACCAA
CCGATTTAATATATGCACCTGCGCGATATTCTTGATATCCCTTCCATTTA
TTTTGGCCATAGAGGAGACCACATTTGCTGGTCTTTCGGCGGAAAATGCG
GCTCGCATGCTGGCCGGCAGTCCCGGGGATGTGGAAAAGTCCTCGTTGTC
GCATCACAGTGAAATGTCCTTGGTCCTGCCACACGATACCTATCCTGGAT
TCAGTATCAAAAAGTTCAAAACCCATCCTGTAAAGATAAACGGTAGCTCC
CACTCTGGTGCAGCTGCCTATCACATGTTGGACACGGACTACTCCAAGTA
CTTCACCGTACTGGAAGATGGTGTGGTGATGACCACGGCGGATATTTCCC
CGCTTGTCAATCGTCCGGTTCAGTTGGTGGTTGTTGAACAAACGCCCAAT
GCCACCAATACCCACAATCTGCAGCTGTTTGTGATGCACCGCAATGATAT
GCTGCGATTTTCTGGATCCCTACTCGATGCCAGTGGTGAAGTTAGGGAGA
ATCAACCGGCGGGTACCAGGGTGAGAGGAGTGCCCCTGATGCAGGCCTTC
AGCGGTTCCATCCTGGACGAAGAACTGGCCACACCCAAAAAGGTTCGGTA
CACCATTATTGACGGCAACGTGGATGATGCATTCGCCCTGCAGGAACGTA
AGGCCAACAAGAACATTCAAATAAGTGCCAAGTCCTTGGTGATTAATGGC
GATGACGAATCCGGTGTTTGGCTGGTCACCAATCGTCCGCTGGATCGAGA
GGAGAGGGCTCACTATGACCTGTCCGTGGAAGCATCAGATGTCGATGGTT
TAGACAGGACAGTTTCCAAAATACAAATCACCGTGTTGGATGAAAACGAC
AATAGACCGATTTTCAAGTCCCTGGACTACAAGTTCGCCATCGCTGGACA
GAAATCTGCAAGTATGGAAAGCAACAGTAGTGTGACATATCAGCGATTTG
CGATCATGGGAAAAGTTGAGGCCACCGATGCTGATGGTGACAAGATTGCC
TATCGGCTAAAGTCGCCCAGTAATGTTGTCATTATTGTACCCCAAACTGG
CGAAATAATGCTGGCTGGAGAGCCCACTTCAAATGAACTTCTTATCGAGG
TGATAGCCCACGATCTAAGGTACCCGAGTTTGGTGAGCGCAAAACCCGCG
AAGGTTCTATTGGAATTTTTGGCCGCCGAACCAGTTTCATTTATAATGCA
ACATCTGGAACACGATGACATCAACAATCACTCACATCATCGAGAGAAAA
GACGTGTCACACGAGCTGTTCGACCCACCAAGAGGATTGAGTTCACCGAA
GCTGATGGAGACACTGAGGGAAAATCGGTGTTCCAGTTGGAAAAGGAGAC
CGATAAGGAAACATTCAAGATCCGGGATGATAATCCCTGGGTGACGGTGG
AAACAAACGGAGCTGTGCGAGTTAAAAAGAAGTGGGACTACGAGGAGTTG
GGACCAGAGAAGACTATCGATTTTTGGGTCATCATCACAAATATGGGACA
CAATGCTGGCATTAAGTACACGGACAACCAGCGTGTGATAATCCTGGTGA
AGGATGTGAACGACGAGCCCCCCTATTTCATCAACCGGCCACTGCCCATG
CAGGCGGTGGTTCAGCTGAATGCACCACCCAACACTCCAGTGTTCACCCT
CCAGGCCCGAGATCCCGATACGGATCACAATATCCACTACTTCATCGTTC
GCGATCGGACTGGTGGACGTTTCGAGGTGGACGAGCGTTCTGGTGTCGTG
CGGACCAGGGGCACGGATCTCTTCCAACTGGACATGGAGTATGTGCTGTA
TGTGAAGGCCGAGGATCAAAACGGAAAGGTCGATGATCGCAGGTTTCAGA
GTACTCCCGAGGAGCGACTTTCAATCGTGGGCGGCAAACGAGCACCGCAG
TTCTATATGCCCAGCTATGAAGCCGAGATCCCGGAAAACCAGAAAAAGGA
TTCAGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGCGAAATTC
GCTATACTTTGAAGGCCCAGGGCCAAGGAGCCGGCACCTTCAACATCGGA
CCCACGTCGGGTATTGTCAAGTTGGCCAAGGAGTTGGACTTTGAGGATCT
GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGATTCGG
GAGGATTTTCAACCTCCGTTGATCTCACCATTCGCGTTACGGATGTGAAT
GATAACGCGCCGAAGTTCGAGCTGCCCGACTACCAGGCGCACAATGTGGA
CGAGGACATTCCGCTGGGAACAAGCATACTTCGCGTTAAAGCCATGGACT
CCGATTCCGGATCAAATGCGGAAATCGAATATTTAGTATCCGATGATCAT
TTCGCCGTGGACTCGAACGGAATCATCGTGAACAACAAGCAACTGGATGC
GGACAACAACAATGCCTATTATGAGTTCATAGTGACTGCCAAGGACAAGG
GTGAACCGCCCAAATCGGGAGTGGCTACAGTTCGAGTTTACACCAAAAAC
AAGAACGATGAGGAGCCCAAGTTCTCCCAGCAAGTGTATACCCCCAATGT
GGATGAGAATGCCGGGCCAAACACTTTGGTTACCACTGTGGTAGCCTCCG
ACAAGGACGGTGATAACGTGCGGTTTGGATTCGTGGGCGGCGGCACTTCA
TCGGGTCAGTTTGTCATCGAGGACATAACCGGTGTTATCCGACTGCATAA
TAAGGCCATATCCCTGGACAAGGACAAGTACGAGCTGAACGTCACCGCCA
TGGACGATGGATCTTGTTGTGTGAATGGAGACCAAACTATCCACACCTCA
ACTGCTGTGGTCGTGGTATTCATCACCGACGTCAACGATAATAAGCCAGT
GTTCAAGGACTGCAGTACCTATTATCCGAAAGTCGAGGAAGGAGCTCCTA
ATGGAAGTCCTGTCATTAAGGTTGTGGCCACCGACGAGGATAAGGGTGTG
AATGGACAGGTGAAATACTCAATTGTTCAGCAACCAAATCAGAAAGGCAC
AAAGTTCACGGTGGACGAGGAGACCGGAGAGGTGTCCACCAACAAGGTAT
TCGATCGCGAGGGAGATGATGGCAAGTTCGTGTCCGTCACAGTTAAGGCC
ACCGATCAGGGTGATCCCAGTCTAGAGGGTGTCTGCTCCTTCACCGTGGA
AATCACAGATGTAAACGATAATCCGCCACTGTTCGATCGACAGAAATACG
TGGAGAATGTAAAGCAGGATGCCAGCATTGGCACAAACATCCTTCGTGTC
TCTGCCTCCGATGAAGATGCCGATAACAATGGAGCTATAGTATACAGCCT
GACTGCTCCCTTCAATCCCAACGATCTGGAATACTTTGAGATTCAGGCTG
AGTCCGGTTGGATTGTACTCAAGAAGCCGCTTGACCGTGACCGTTATCGA
TTGAGGGTTAGTGCCTCCGATAAGGGCACTCCCGCCTCGGCAGCCGATGT
CGATGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCACCCATTTGGG
ATAAGAGCATTTACGGGCCGATTCACATACGCGAGAATGTCACTGTGGGT
ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGTATCGAAGGCAATCCCAC
AGTTTTTTATCGACTGATGCCCGGGTCAACGGCTCAAACGAACAAGTTTC
ACACGTTTTACTTGCAACAAAGACCGGACAATGGCGACACTTGGGCCGAT
ATAAAAGTAAATCATCCGCTGGACTACGAGAGTATCAAGGAATACAATTT
AACCATACGTGTTGAGAACAACGGGGCCCAACAATTGGCTTCGGAAGCGA
CCGTGTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
GAACGCGAACAGGAAACGGTGCTCGAGGGCGAACCGATTGGCACCAAAGT
GACACAAGTGAACGCCATCGACAAGGATGGCACATTTCCAAATAATCAGG
TCTACTACTACATTGTGGATTCGCCGCGAAACGAGGGCAAGGAATTCTTC
GAAATCAATCTGCAAAGTGGGGAGATCTTCACGAAAACCGTATTCGACAG
GGAGAAGAAAGGCGCCTATGCCCTCGAAGTGGAGGCTCGGGATGGAGCCC
CCTCTGCTCGACCCAACAGCAATGGACCCAATTCAGTCACCAAATTCATA
CGCATTGGCATCGCCGATAAAAACGATAACCCGCCTTATTTCGACAAATC
GCTGTACGAGGCCGAAGTGGACGAGAACGAGGACATTCAACACACAGTGC
TCACTGTAACGGCCAAGGATCACGACGAGTCCTCACGTATCCGCTATGAA
ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
AACTGAAATTGGTTGCCTCGGACAGTTTGAATGAAAATCAAACAACAATC
GTCATAAATGTGCGCGACGTCAACGATCTTCCACCGCAATTCCCGCAGAC
ATCCTATGAGCGAACTCTCGACGAGGGAATGACCAACACGCCCTTTACCA
TTATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
GTGTACTTCCTCACGGGCCAGGGCATTGATCCGGATAATCCAGCCAATAG
CAAATTCGACATCAACCGCACCACCGGCGAAATATTCGTACTAAAGCCTC
TGGATCGCGATCAACCCAATGGACGCCCCCAATGGCGTTTCACTGTATTC
GCCCAGGACGAGGGCGGCGAAGGACTCGTGGGATATGCGGATGTCCAGGT
CAATCTGAAGGATATCAACGATAATGCCCCCATTTTCCCACAGGGCGTAT
ACTTTGGCAACGTGACTGAGAACGGAACCGCCGGCATGGTTGTGATGACC
ATGACAGCCGTGGACTATGACGATCCCAATGAGGGTTCCAATGCGCGGCT
GGTGTACTCCATCGAAAAGAACGTGATTGAGGAGGAGACGGGCTCCCCCA
TTTTTGAAATCGAACCCGATACGGGTGTGATAAAGACCGCCGTTTGCTGT
TTGGATCGCGAGAGAACTCCGGATTATTCTATACAAGTTGTGGCGATGGA
TGGCGGGGGGTTAAAGGGGACGGGGACGGCCTCTATACGGGTTAAGGACA
TCAACGATATGCCGCCGCAGTTTACGAAGGACGAATGGTTTACGGAAGTG
GACGAAACGGATGGTACGGCCTTGCCGGAAATGCCCATTTTAACCGTTAC
CGTACACGATGAAGACGAGACGAACAAGTTCCAGTACAAAGTTATCGACA
ACAGTGGCTATGGCGCCGATAAGTTCACCATGGTGCGGAATAACGACGGT
ACTGGTTCGCTGAAAATCGTACAGCCCCTGGACTACGAGGATCAGCTGCA
GAGCAATGGCTTCCGTTTCCGCATCCAAGTGAACGATAAGGGCGAGGACA
ACGACAATGACAAATACCACGTGGCCTACTCCTGGGTTGTGGTAAAACTG
AGGGACATCAACGACAATAAGCCGCATTTCGAACGGGCCAATGTGGAGGT
TTCTGTATTCGAGGACACGAAAGTTGGCACCGAACTCGAAAAGTTCAAGG
CAACCGATCCGGATCAGGGTGGCAAGAGTAAGGTATCCTATTCGATCGAT
CGATCTTCGGACCGTCAGCGCCAGTTTGCCATTAACCAGAATGGTTCAGT
TACCATTCAACGTTCGCTGGACCGCGAAGTAGTTCCTCGTCACCAAGTTA
AGATCCTGGCCATCGACGATGGTTCTCCGCCGAAAACCGCCACTGCCACA
CTAACAGTCATCGTCCAGGATATCAACGACAATGCTCCCAAATTCCTCAA
GGATTACAGGCCGGTTCTGCCCGAGCATGTTCCTCCACGTAAAGTGGTTG
AAATCCTGGCCACCGATGATGACGATCGCTCCAAGAGCAATGGCCCGCCA
TTCCAGTTCCGTTTGGACCCCAGTGCAGATGACATCATCCGAGCTTCCTT
CAAGGTGGAACAGGATCAAAAGGGTGCCAACGGTGATGGCATGGCTGTGA
TATCGTCCCTAAGATCCTTCGATCGCGAGCAGCAAAAGGAATATATGATT
CCTATTGTAATCAAAGACCATGGTTCCCCGGCAATGACTGGAACTAGTAC
TCTGACCGTCATAATTGGCGACGTGAACGACAACAAAATGCAGCCAGGAT
CTAAGGACATCTTCGTTTACAACTACCAAGGACAATCGCCAGACACTCCG
ATTGGACGGGTCTATGTCTACGATTTGGATGATTGGGATCTGCCCGACAA
GAAGTTCTATTGGGAGGCCATGGAGCATCCAAGATTCAAGTTGGATGAAG
ATTCCGGCATGGTAACGATGCGAGCAGGAACTCGTGAAGGACGCTATCAT
CTCAGGTTCAAGGTCTACGATAGGAAGCACACTCAAACCGATATACCAGC
CAATGTTACGGTTACAGTGAGAGAAATTCCCCATGAAGCTGTTGTAAACT
CGGGATCCGTACGTCTATCAGGCATTTCGGATGAGGACTTTATTCGAGTC
TGGAACTACAGAACCCAAAGCATGAGCCGCTCGAAGATGGATCGTTTTAG
GGATAAGCTGGCTGACTTGCTAAACACTGAAAGGGAAAATGTGGATATAT
TCAGTGTGCAATTGAAGAGGAAACATCCGCCTCTAACGGACGTTAGGTTT
TCCGCACATGGATCTCCTTACTATAAACCAGTTAGGCTAAATGGAATTGT
ACTGATGCACCGCGAGGAGATCGAAAAGGATGTGGGCATTAATATCACCA
TGGTGGGCATCGATGAGTGTCTGTATGAGAACCAAATGTGCGAGGGCAGT
TGCACAAACTCGCTGGAAATCAGTCCTCTGCCCTATATGGTTAACGCCAA
CAAAACTGCCTTGGTCGGTGTTCGTGTGGATACCATTGCTGACTGTACTT
GTGGTGCTCGCAATTTCACCAAACCAGAATCCTGTCGAACCACACCCTGT
CATAATGGTGGTCGCTGTGTGGACACCAGATTTGGTCCTCACTGCTCGTG
TCCTGTGGGATACACGGGACCCAGGTGTCAGCAAACCACTCGCAGTTTCC
GTGGAAACGGTTGGGCCTGGTATCCTCCCTTGGAAATGTGCGATGAATCG
CATTTAAGTCTGGAGTTTATTACCCGAAAACCCGACGGCTTAATCATCTA
CAACGGTCCAATTGTTCCTCCAGAACGAGATGAGACGCTCATCTCAGATT
TCATTGCCCTGGAATTGGAGCGAGGTTATCCTAGACTGCTTATCGACTTT
GGTTCGGGAACTTTGGAGCTGAGGGTGAAGACGAAGAAGACTTTGGACGA
CGGTGAATGGCATAGAATCGATCTGTTTTGGGATACCGAAAGCATTCGTA
TGGTTGTCGACTTTTGCAAATCAGCAGAGATTGCCGAAATGGAGGATGGC
ACTCCGCCGGAATTCGATGACATGTCCTGCCAGGCGAGAGGACAAATTCC
GCCATTTAATGAGTACCTCAACGTTAATGCTCCTCTGCAAGTGGGTGGCC
TATATCGGGAACAGTTCGATCAGAGTCTGTACTTCTGGCACTATATGCCC
ACGGCCAAGGGATTTGATGGCTGCATCAGAAATTTGGTGCATAACTCAAA
ACTCTATGATCTGGCCCATCCTGGATTGTCGAGAAATAGCGTCGCGGGTT
GTCCTCAAACCGAGGAAGTTTGTGCTCAAACTGAAACCACAGCTCGCTGC
TGGGAGCACGGAAATTGTGTTGGATCCTTGTCCGAAGCTCGTTGCCATTG
TCGACCAGGATGGACAGGTCCGGCCTGTAATATCCCTACAATACCCACTA
CCTTCAAGGCCCAGAGTTATGTTAAATATGCTCTGAGTTTCGAGCCCGAT
CGATTCAGCACGCAAGTCCAGCTAAGATTCCGGACAAGAGAGGAGTACGG
CGAACTTTTCCGAGTTAGCGATCAGCACAATCGGGAATACGGAATCCTTG
AGATCAAGGATGGTCATCTGCACTTCCGTTACAATCTGAACTCTCTGCGC
ACTGAAGAAAAGGATCTCTGGCTAAATGCCATAGTAGTAAACGATGGCCA
ATGGCATGTGGTGAAGGTAAATCGATATGGCTCAGCTGCTACCCTGGAAT
TGGATGGTGGAGAGGGTCGTCGTTATAACGAGACCTTTGAGTTCGTGGGA
CATCAGTGGCTGTTGGTGGACAAGCAAGAGGGTGTCTATGCGGGCGGCAA
AGCTGAATACACCGGAGTGAGAACCTTTGAAGTGTACGCCGATTACCAAA
AGAGCTGTCTCGATGATATACGTCTCGAAGGCAAACACCTGCCATTGCCA
CCGGCGATGAATGGTACTCAGTGGGGACAGGCTACCATGGCCAGGAATCT
GGAGAAGGGTTGTCCTTCGAATAAACCATGCTCCAACGTGATTTGCCCCG
ATCCGTTCGAGTGCGTAGACCTGTGGAATGTCTACGAGTGCACCTGTCCG
GCGGGCTACAAAAGCTCGGGCAGCACCTGTGTCAACGACAACGAGTGCCT
ACTGTTCCCCTGCCGCAACGGGGGTCGCTGTCGCGATCATCATCCTCCAA
AGAAGTACGAGTGCCATTGCCCCATGGGCTTCACCGGCATGCATTGCGAA
CTGGAGTTATTGGCCTCCGGTGTATTGACGCCATCCCGTGATTTTATTGT
CGCCCTGGCGCTCTGCCTGGGCACTCTGATACTACTCGTCTTGGTGTTCG
TCGTATACAATCGTCGCCGTGAAGCGCATATCAAATATCCGGGTCCCGAT
GACGATGTGCGCGAGAATATCATCAACTATGACGACGAGGGAGGCGGCGA
GGATGATATGACGGCCTTTGATATCACACCTCTGCAGATACCAATTGGAG
GGCCAATGCCACCTGAGCTGGCGCCCATGAAAATGCCAATTATGTATCCC
GTCATGACCTTAATGCCAGGTCAGGAGCCCAATGTGGGCATGTTCATCGA
GGAGCATAAAAAGCGCGCCGATGGTGATCCAAATGCGCCACCTTTCGACG
ACTTGAGGAACTACGCGTACGAGGGCGGCGGCAGCACAGCTGGATCGCTC
AGCTCGTTGGCTTCAGGAACTGATGACGAGCAGCAGGAGTATGACTACCT
CGGAGCCTGGGGGCCGCGCTTCGACAAGCTGGCCAACATGTATGGACCCG
AGGCGCCCAATCCCCACAATACCGAACTAGAATTG---
>C2
ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGTTATATAACCAA
CCGATTTAATATATGCACCTGCGCGATATTCTTGATATCCCTCCCATTTA
TTTTGGCCATAGAGGAGACCACATTTGCTGGTCTCTCGGCGGAAAATGCG
GCTCGCATGCTGGCCGGCAGTCCCGGGGATGTCGAAAAGTCCTCGTCATT
GCATCACAGCGAAATGTCCTTGGTCCTGCCACACGATACCTATCCTGGAT
TCAGCATCAAAAAGTTCAAAACCCATCCTGTGAAAATAAACGGTAGCTCG
CACTCTGGTGCAGCTGCCTATCACATGTTGGACACGGACTACTCCAAGTA
CTTCACCGTACTGGAAGATGGCGTGGTGATGACCACGGCGGATATTTCCC
CGCTTGTCAATCGTCCGGTTCAGTTGGTGGTTGTTGAGCAAACGCCCAAT
GCCACAAATACGCACAATCTGCAGCTGTTTGTGATGCACCGCAATGATAT
GCTGCGATTTTCGGGTTCCCTACTCGATGCCAGTGGTGAAGTTAGGGAGA
ATCAACCGGCGGGTACCAGGGTGAGGGGAGTGCCCCTGATGCAGGCATTC
AGCGGTTCCATCCTGGACGAGGAACTGGCCACACCCAAGAAGGTTCGGTA
CACCATTATTGACGGCAACGTGGATGATGCATTCGCCCTGCAGGAACGAA
AGGCCAACAAGAACATTCAAATAAGTGCCAAGTCCTTGGTGATTAACGGC
GATGACGAATCCGGTGTTTGGCTGGTCACCAATCGTCCTCTGGATCGAGA
GGAGCGGGCTCACTATGATCTCTCCGTAGAAGCATCAGATGTCGATGGTT
TGGACAAAACAGTTTCCAAAATACAAATCACCGTGTTGGATGAAAACGAC
AATAGGCCGATTTTCAAGTCCCTGGACTACAAGTTCGCCATCGCTGGCCA
GAAATCTGCAAATATGGAGAGCAACAGTAGTGTGACGTATCAGCGATTTG
CGATCATGGGAAAAGTTGAGGCCACCGATGCTGATGGTGACAAGATTGCC
TATCGGCTGAAGTCGCCCAGTAACGTTGTCATTATTGTACCCCAAACTGG
CGAAATAATGCTGGCTGGAGAGCCCACTTCAAATGAACTTCTTATCGAGG
TGATAGCCCACGATTTAAGGTACCCGAGTTTGCTGAGCGCAAAACCAGCG
AAGGTTCTATTGGAATTTTTGGCCGCCGAACCAGTTTCGTTTATAATGCA
ACACCTGGAACACGATGAGATCAACAATCACTCACATCACCGAGAGAAAA
GACGTGTCACACGAGCTGTTCGACCCACCAAGAGGATTGAGTTCACGGAA
GCTGATGGAGATACTGAGGGAAAATCGGTGTTCCAGTTGGAGAAGGAAAC
CGATAAGGAAACATTCAAGATCCGGGATGATAATCCCTGGGTGACGGTGG
AAACAAATGGAGCTGTTCGAGTGAAGAAGAAGTGGGACTACGAGGAGTTG
GGACCAGAGAAGACTATCGATTTCTGGGTCATCATCACCAATATGGGACA
CAATGCTGGCATCAAGTACACGGACAACCAGCGTGTGATAATCCTGGTGA
AGGATGTGAACGACGAGCCCCCCTACTTCATCAACCGTCCACTGCCCATG
CAGGCGGTGGTTCAGCTGAATGCACCACCCAACACTCCAGTGTTCACCCT
CCAGGCCCGAGATCCCGATACGGATCACAATATCCACTACTTCATCGTTC
GCGATCGGACCGGCGGACGTTTCGAAGTGGACGAGCGTTCTGGAGTTGTG
CGGACACGGGGCACGGATCTCTTCCAACTGGATATGGAGTATGTGCTGTA
CGTGAAGGCCGAGGATCAGAACGGAAAGGTCGATGATCGCAGGTTCCAGA
GTACTCCCGAGGAGCGACTTTCAATCGTGGGCGGCAAACGAGCACCCCAG
TTCTATATGCCCAGCTATGAAGCCGAGATCCCGGAAAATCAGAAAAAGGA
CTCAGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGCGAAATTC
GCTATACTTTGAAGGCCCAGGGCCAAGGAGCCGGCACCTTTAACATCGGA
CCCACTTCGGGCATTGTCAAGTTGGCCAAGGAGTTGGACTTTGAGGATCT
GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGATTCGG
GAGGATTTTCCACCTCCGTCGATCTCACCATTCGCGTTACGGATGTGAAC
GATAATGCGCCGAAGTTCGAGCTGCCGGACTACCAAGCCCACAATGTGGA
TGAGGACATTCCATTGGGAACAAGCATACTTCGCGTTAAAGCCATGGACT
CCGATTCTGGATCGAATGCGGAAATCGAATATCTAGTATCCGATGATCAT
TTCGCCGTGGACTCCAACGGAATCATCGTGAACAACAAGCAACTGGATGC
GGACAACAACAATGCCTATTATGAGTTCATAGTGACTGCCAAGGACAAGG
GGGAACCGCCCAAATCGGGAGTGGCTACAGTTCGAGTTTACACCAAAAAC
AAGAACGATGAGGAGCCCAAGTTCTCCCAGCAAGTGTATACCCCCAATGT
GGATGAGAATGCAGGGCCCAACACTTTGGTTACCACTGTGGTAGCCTCCG
ACAAGGATGGTGATAACGTGCGTTTTGGATTCGTGGGCGGCGGCACTTCA
TCGGGTCAGTTTGTCATCGAGGACATAACCGGTGTGATCCGACTGCACAA
TAAGGCCATATCCCTGGACAAGGACAAGTACGAGCTGAACGTCACCGCCA
TGGACGATGGATCTTGTTGCGTGAATGGAGACCAAACTATCCACACCTCA
ACTGCCGTGGTCGTGGTATTCATCACCGACGTCAACGATAATAAGCCAGT
GTTCAAGGACTGCAGTACCTATTATCCGAAAGTCGAGGAAGGAGCTCCTA
ATGGAAGTCCTGTCATTAAGGTTGTGGCCACCGACGAGGATAAGGGTGTG
AATGGACAGGTGAAATACTCAATTGTTCAGCAGCCAAATCAGAAAGGCAC
AAAGTTCACGGTGGACGAGGAGACCGGCGAGGTGTCCACCAACAAGGTAT
TCGATCGCGAGGGAGATGATGGCAAGTTCGTATCCGTCACAGTTAAGGCC
ACCGATCAGGGTGATCCCAGTCTGGAGGGTGTCTGCTCCTTTACCGTGGA
AATCACAGATGTAAACGATAATCCTCCACTGTTCGATCGACAGAAATACG
TGGAAAATGTAAAGCAGGATGCCAGCATTGGCACGAACATCCTCCGTGTC
TCTGCCTCCGATGAAGATGCCGATAACAATGGAGCTATAGTGTACAGCCT
GACTGCCCCCTTCAATCCCAACGATCTGGAATACTTTGAGATTCAGGCTG
AGTCCGGTTGGATTGTACTCAAGAAGCCGCTTGACCGTGACCGTTATCGA
TTGAGGGTTAGTGCCTCCGATAAGGGCACTCCCGCCTCGGCAGCCGATGT
CGATGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCACCCATTTGGG
ATAAGAGCATTTACGGGCCGATTCACATACGCGAGAATGTCACTGTGGGT
ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGTATCGAAGGCAACCCCAC
AGTTTTTTATCGACTGATGCCCGGGTCAACGGCTCAAACGAACAAGTTTC
ACACGTTTTACTTGCAACAAAGACCGGACAATGGCGACACTTGGGCCGAT
ATAAAAGTAAATCATCCGCTGGACTACGAGAGTATCAAGGAATACAATTT
AACCATACGTGTTGAGAACAACGGGGCCCAACAATTGGCTTCGGAAGCGA
CCGTGTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
GAACGCGAACAGGAAACGGTACTCGAGGGCGAACCGATTGGCACCAAAGT
GACACAAGTGAACGCCATCGACAAGGATGGCACATTCCCAAATAATCAGG
TCTACTACTACATTGTGGATTCGCCACGAAACGAGGGCAAGGAATTCTTC
GAAATCAACCTGCAAAGTGGGGAAATCTTCACGAAAACCGTATTCGACAG
GGAGAAGAAAGGCGCCTATGCCCTGGAAGTGGAGGCTCGGGATGGAGCCC
CCTCTGCTCGACCCAACAGCAATGGACCCAATTCAGTCACCAAATTCATA
CGCATTGGCATCGCCGATAAAAATGATAACCCGCCCTATTTCGACAAATC
GCTGTACGAGGCCGAAGTGGACGAGAACGAGGACATTCAACACACAGTGC
TCACTGTAACGGCCAAGGATCACGACGAGTCCTCACGTATCCGCTATGAA
ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
AACTGAAATTGGTTGCCTCGGACAGTTTGAATGAAAATCAAACAACAATC
GTCATAAATGTGCGCGACGTCAACGATCTACCACCGCAATTCCCGCAGAC
ATCCTATGAGCGAACTCTCGACGAGGGAATGACCAACACGCCCTTTACCA
TTATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
GTGTACTTCCTCACGGGCCAGGGCATTGATCCGGATAATCCAGCCAATAG
CAAATTCGACATCAACCGCACCACCGGCGAAATATTCGTACTAAAGCCTC
TGGATCGCGATCAACCCAATGGACGCCCCCAGTGGCGTTTCACTGTATTC
GCCCAGGACGAGGGCGGCGAAGGACTCGTGGGATATGCGGATGTCCAGGT
CAATCTGAAGGACATCAACGATAATGCCCCCATTTTCCCACAGGGCGTAT
ACTTTGGCAACGTGACTGAGAACGGAACCGCCGGCATGGTTGTGATGACC
ATGACAGCCGTGGACTACGACGATCCCAATGAGGGTTCCAATGCGCGACT
GGTGTACTCCATCGAAAAGAACGTGATTGAGGAGGAGACGGGCTCCCCCA
TTTTCGAAATCGAACCCGATACGGGTGTGATAAAGACCGCCGTTTGCTGT
CTGGATCGCGAGAGAACTCCGGATTATTCTATACAAGTCGTGGCGATGGA
TGGCGGGGGGTTAAAGGGGACGGGGACGGCCTCTATACGAGTTAAGGATA
TCAACGATATGCCGCCGCAGTTTACGAAGGACGAATGGTTTACGGAAGTG
GACGAAACGGATGGTACGGCCTTGCCGGAAATGCCCATTTTAACCGTGAC
CGTACACGATGAAGACGAGACGAACAAGTTCCAGTACAAAGTTATCGACA
ACAGTGGCTATGGCGCCGATAAGTTCACCATGGTGCGGAATAACGACGGT
ACTGGTTCGCTCAAAATCGTACAGCCCCTGGACTACGAGGATCAGCTGCA
GAGCAATGGCTTCCGTTTCCGCATCCAAGTGAACGATAAGGGCGAGGACA
ACGACAATGACAAATACCACGTGGCCTACTCCTGGGTTGTAGTCAAGCTG
AGGGACATCAACGACAATAAACCGCATTTCGAACGAGCCAATGTTGAGGT
GTCTGTATTCGAGGACACGAAAGTTGGCACCGAACTCGAGAAGTTCAAGG
CAACCGATCCGGATCAGGGTGGCAAGAGTAAGGTGTCCTATTCCATCGAT
CGATCTTCGGACCGTCAGCGCCAGTTTGCCATTAACCAGAATGGTTCAGT
TACCATTCAACGTTCCCTGGACCGCGAAGTAGTTCCTCGTCACCAAGTTA
AGATCCTGGCCATCGACGATGGTTCTCCGCCGAAAACCGCCACTGCCACT
CTAACAGTCATCGTGCAGGATATCAACGACAATGCTCCCAAGTTCCTCAA
AGATTACAGACCGGTTCTGCCCGAGCATGTTCCTCCACGTAAAGTGGTTG
AAATCCTGGCCACCGATGATGACGATCGCTCCAAGAGCAATGGACCGCCA
TTCCAGTTCCGTTTGGACCCCAGTGCTGATGACATCATCCGTGCTTCCTT
CAAGGTGGAACAGGATCAAAAGGGAGCCAACGGTGATGGCATGGCTGTAA
TATCGTCCCTAAGATCCTTCGATCGCGAACAGCAAAAGGAGTATATGATC
CCAATTGTAATCAAAGATCATGGTTCACCAGCAATGACTGGAACCAGTAC
CCTGACCGTCATAATTGGCGACGTGAATGACAACAAAATGCAGCCTGGAT
CTAAGGACATCTTCGTTTACAACTACCAAGGACAATCGCCAGACACTCCG
ATTGGACGGGTCTATGTCTACGATTTGGATGATTGGGATCTGCCCGACAA
GAAGTTCTATTGGGAGGCCATGGAGCATCCAAGATTCAAGTTGGATGAGG
ATTCCGGCATGGTAACAATGCGTGCAGGAACTCGCGAAGGGCGTTATCAT
CTCAGGTTCAAGGTCTACGATCGGAAGCACACTCAAACCGATATACCAGC
CAATGTTACGGTTACAGTGAGAGAAATTCCCCATGAAGCTGTTGTAAACT
CCGGATCCGTACGTCTATCAGGCATTTCAGATGAGGACTTTATTCGAGTC
TGGAACTACAGAACCCAAAGCATGAGCCGCTCGAAGATGGATCGTTTTAG
GGATAAGCTGGCTGACTTACTAAACACTGAAAGGGAAAATGTTGATATTT
TCAGTGTGCAATTGAAAAGGAAACATCCGCCTCTAACAGACGTTAGGTTT
TCCGCACACGGATCTCCTTACTATAAGCCAGTTAGGCTAAATGGAATTGT
ACTGATGCACCGCGAGGAGATCGAAAAGGATGTTGGCATCAATATCACCA
TGGTGGGCATCGATGAGTGTCTGTATGAGAATCAAATGTGCGAGGGCAGC
TGCACGAACTCGCTGGAAATCAGTCCTCTGCCCTATATGGTTAACGCCAA
CAAAACTGCCTTGGTCGGTGTTCGTGTGGACACCATTGCTGACTGTACTT
GTGGTGCTCGCAACTTCACCAAACCAGAATCCTGCCGAACCACACCCTGT
CATAATGGTGGTCGCTGTGTGGACACCAGATTTGGTCCTCACTGCTCATG
TCCTGTGGGATACGCGGGACCCAGGTGTCAGCAAACCACTCGCAGTTTCC
GTGGAAACGGTTGGGCCTGGTATCCTCCCCTGGAAATGTGCGATGAATCG
CATTTAAGTCTGGAGTTTATTACCCGAAAACCCGACGGCTTAATCATCTA
CAACGGTCCAATTGTTCCTCCAGAACGGGATGAGACGCTCATCTCGGATT
TCATTGCCCTGGAATTGGAGCGAGGTTATCCTAGACTGCTTATCGATTTC
GGCTCGGGAACTTTGGAGCTGAGAGTGAAGACTAAGAAGACGCTGGACGA
CGGTGAATGGCATAGAATCGATCTGTTTTGGGATACCGAAAGCATTCGAA
TGGTTGTCGACTTTTGCAAATCAGCAGAGATTGCCGAAATGGAAGATGGC
ACTCCCCCGGAATTCGATGACATGTCCTGCCAGGCGAGAGGACAAATTCC
GCCATTTAATGAGTACCTCAACGTGAATGCTCCTTTGCAAGTGGGTGGTC
TATATCGGGAACAGTTTGATCAGAGTCTGTACTTCTGGCACTATATGCCA
ACGGCCAAAGGATTTGATGGCTGCATCAGAAATTTGGTGCACAACTCAAA
ACTCTATGATCTGGCCCATCCTGGTCTGTCGAGAAATAGTGTCGCGGGCT
GTCCTCAAACCGAGGAAGTTTGTGCTCAAACGGAAACCACAGCTCGCTGC
TGGGAGCACGGAAATTGTGTTGGATCCTTGTCCGAAGCTCGTTGCCATTG
TCGACCGGGATGGACAGGTCCTGCCTGTAATATCCCTACGATACCCACTA
CCTTCAAGGCCCAGAGTTATGTTAAATATGCTCTGAGTTTCGAGCCCGAT
CGTTTCAGCACGCAAGTCCAGTTGAGATTCCGGACCAGAGAGGAGTATGG
CGAACTTTTCCGGGTTAGCGATCAGCACAATCGGGAATACGGAATTCTGG
AGATCAAGGATGGACATCTGCACTTCCGTTACAATCTGAACTCTCTGCGC
ACTGAGGAAAAGGATCTCTGGCTGAATGCCATAGTCGTAAACGATGGCCA
ATGGCATGTGGTGAAGGTAAATCGATATGGCTCAGCTGCTACCCTGGAAT
TGGATGGCGGAGAGGGTCGTCGTTATAACGAGACCTTTGAGTTCGTGGGA
CATCAGTGGCTGTTGGTGGACAAGCAAGAGGGTGTCTATGCGGGCGGCAA
AGCTGAATACACTGGAGTGAGAACCTTTGAAGTGTACGCCGATTACCAGA
AGAGCTGTCTCGATGATATACGTCTGGAGGGCAAACACCTGCCATTGCCA
CCGGCGATGAATGGTACTCAGTGGGGACAGGCTACCATGGCCAGGAATCT
GGAGAAGGGTTGTCCCTCGAATAAGCCCTGCTCCAACGTGATCTGCCCCG
ATCCGTTCGAGTGCGTGGACCTGTGGAATGTCTACGAGTGCACCTGTCCG
GCGGGCTACAAAAGCTCGGGCAGCACCTGTGTCAACGACAACGAGTGCCT
ACTGTTCCCCTGTCGCAACGGGGGTCGCTGTCGCGATCATCATCCTCCAA
AGAAGTACGAGTGCCATTGCCCCATGGGCTTCACTGGCATGCACTGCGAA
CTGGAGTTATTGGCCTCCGGCGTATTGACGCCATCCCGTGATTTTATTGT
CGCCCTGGCGCTCTGCCTGGGCACTCTGATACTACTCGTCTTGGTGTTCG
TCGTATACAATCGTCGCCGTGAAGCGCATATCAAATATCCGGGTCCCGAT
GACGATGTGCGCGAGAATATCATCAACTATGACGACGAGGGAGGCGGCGA
GGATGATATGACGGCCTTTGACATCACACCTCTGCAGATACCAATTGGAG
GGCCAATGCCACCTGAGCTGGCGCCCATGAAAATGCCAATTATGTATCCC
GTCATGACCTTAATGCCAGGTCAGGAGCCCAATGTGGGCATGTTCATCGA
GGAGCATAAAAAGCGCGCCGATGGTGATCCAAATGCGCCACCTTTCGACG
ACTTGAGGAACTACGCGTACGAGGGCGGCGGCAGCACAGCTGGATCGCTC
AGCTCGTTGGCTTCAGGAACTGATGACGAGCAGCAGGAGTATGACTACCT
CGGAGCCTGGGGGCCGCGCTTTGACAAGCTGGCCAACATGTATGGACCCG
AGGCGCCCAATCCCCACAATACCGAACTAGAATTG---
>C3
ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGTTATATAACCAG
CCGATTTAATATATGCACCTGCGCGATATTTTTGATATCCCTCCCCTTTA
TATTGGCCATAGAGGAGACCACATTTGCTGGTCTCTCGGCGGAAAATGCG
GCTCGCATGTTGGCCGGCAGTCCCGGGGATGTGGAGAAGTCCTCGTCGTC
GCATCACAGCGAAATGTCCTTGGTCCTGCCACACGATACCTATCCTGGAT
TTAGCATCAAGAAGTTCAAAACCCATCCTGTGAAGATAAACGGTAGCTCC
CACTCTGGCGCAGCTGCCTATCACATGCTGGACACTGACTACTCCAAGTA
CTTCACCGTACTGGAAGATGGTGTGGTGATGACCACGGCGGATATTTCCC
CCCTTGTCAATCGTCCGGTTCAGTTGGTGGTTGTTGAACAAACGCCCAAT
GCCACCAATACCCACAATCTGCAGCTGTTTGTGATGCACCGCAACGATAT
GCTGCGATTTTCGGGCTCCCTACTCGATGCCAGTGGTGAAGTCAGGGAGA
ATCAACCGGCGGGCACCAGGGTGAGAGGAGTGCCCCTGATGCAGGCCTTC
AGCGGTTCCATCCTGGACGAAGAACTGGCCACACCCAAGAAGGTTCGGTA
CACCATTATCGACGGGAACGAGGATGATGCATTCGCTCTGCAGGAACGTA
AGGCCAACAAGAACATACAAATAAGTGCCAAGTCCTTGGTAATTAATGGC
GATGACGAATCCGGCGTTTGGTTGGTCACCAATCGTCCTCTGGATCGAGA
GGAACGGGCGCACTATGATCTCTCCGTGGAAGCTTCAGATGTCGATGGCT
TGGACAAGACAGTTTCCAAAATACAAATCTCCGTGCTGGATGAGAACGAC
AATAGGCCGATTTTCAAGTCGCTGGACTACAAATTCGCCATTGCTGGTCA
GAAATCTGCAAATATGGAGAGCAATAGTAGTGTGACATATCAGCGATTTG
CCATCATGGGAAAAGTTGAGGCCACCGATGCGGATGGTGACAAGATTGCC
TATCGGCTGAAGTCGCCCAGTAATGTTGTTATCATTGTACCTCAAACTGG
CGAAATAATGCTGGCTGGAGAACCCACTTCAAATGAGCTTCTTATCGAGG
TGATAGCCCACGATCTGAGGTATCCCAGTTTGCTGAGCGCAAAACCCGCA
AAGGTTCTATTGGAATTTTTGGCCGCCGAACCAGTTTCGTTTATAATGCA
ACACCTGGAGCACGATGAGGTCAACAATCACTCACATCACCGGGAGAAAA
GACGAGTTACACGAGCGGTGCGACCCACCAAGCGAATTGAGTTCACCGAA
GCTGATGGAGACACTGAGGGAAAATCGGTGTTCCAGTTAGAAAAGGAAAC
CGATAAGGAAACATTCAAGATCCGCGATGATAATCCCTGGGTGACGGTGG
AAACAAACGGTGCAGTGCGAGTTAAGAAGAAGTGGGACTACGAGGAACTG
GGACCAGAGAAGACTATCGATTTCTGGGTCATCATCACCAACATGGGACA
CAATGCTGGCATCAAGTACACGGACAACCAGCGTGTGATAATCCTGGTGA
AGGATGTGAACGATGAGCCCCCCTACTTCATCAACCGTCCACTGCCCATG
CAGGCGGTGGTTCAGCTGAATGCACCACCCAATACTCCAGTGTTTACGCT
TCAGGCCCGAGATCCCGATACGGATCACAATATCCACTACTTCATCGTTC
GCGATCGGACCGGCGGACGTTTTGAGGTGGACGAGCGTTCTGGTGTTGTG
CGGACAAGGGGCACGGATCTCTTCCAACTGGACATGGAGTACGTGCTGTA
CGTGAAGGCCGAGGATCAGAATGGAAAGGTCGATGATCGCAGGTTCCAGA
GTACTCCCGAGGAGCGACTTTCAATCGTGGGCGGCAAACGAGCCCCCCAG
TTCTACATGCCCAGCTATGAAGCCGAGATCCCAGAGAACCAGAAAAAGGA
CTCAGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGCGAAATTC
GCTATACTTTGAAGGCCCAGGGCCAGGGAGCCGGCACCTTCAACATCGGA
CCCACGTCGGGCATTGTCAAGTTGGCCAAGGAGTTGGACTTTGAGGATCT
GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGACTCCG
GAGGATTTTCCACTTCGGTCGATCTCACCATTCGCGTTACGGATGTGAAC
GATAATGCGCCGAAGTTCGAGCTGCCGGACTATCAAGCTCACAATGTGGA
CGAGGACATTCCGCTGGGAACAAGCATACTTCGCGTTAAAGCCATGGACT
CCGATTCCGGTTCAAATGCCGAAATCGAATATTTAGTATCCGATGATCAC
TTCGCCGTGGATTCCAACGGAATCATCGTGAACAACAAGCAACTGGATGC
GGATAACAACAATGCCTATTATGAGTTCATAGTCACTGCCAAGGACAAAG
GTGAACCACCGAAGTCGGGAGTGGCTACAGTTCGAGTTTACACCAAAAAC
AAGAACGACGAGGAGCCCAAGTTCTCCCAACAAGTGTATACCCCCAATGT
GGATGAGAATGCGGGGCCCAACACTTTAGTTACCACTGTGGTAGCCTCCG
ACAAGGACGGTGACAACGTGCGGTTCGGGTTCGTGGGCGGCGGCACTTCA
TCAGGTCAGTTTGTCATCGAAGACATAACCGGTGTGATCCGACTGCACAA
TAAGGCCATATCCCTGGACAAGGACAAATACGAGTTGAACGTCACCGCCA
TGGACGATGGATCCTGTTGCGTAAATGGAGACCAAACTATCCACACCTCA
ACGGCCGTGGTCGTGGTATTCATCACCGATGTCAATGATAATAAGCCAGT
GTTCAAGGACTGCAGTACCTATTATCCGAAGGTCGAGGAAGGAGCTCCTA
ATGGAAGTCCTGTCATTAAGGTTGTGGCCACCGATGAGGATAAGGGTGTG
AATGGACAGGTGAAATACTCAATAGTTCAGCAGCCAAATCAGAAGGGTAC
AAAGTTCACGGTGGACGAGGAGACCGGAGAGGTGTCCACCAATAAGGTTT
TCGATCGCGAGGGCGATGACGGCAAGTTTGTATCCGTCACAGTCAAGGCC
ACCGATCAGGGTGATCCCAGTCTGGAGGGTGTGTGCTCCTTCACCGTGGA
AATCACTGATGTGAACGATAATCCTCCACTGTTCGATCGACAGAAATACG
TGGAGAACGTAAAGCAGGATGCCAGCATTGGCACGAATATCCTCCGCGTC
TCTGCCTCCGATGAAGATGCCGATAATAATGGAGCTATAGTATACAGCCT
GACTGCCCCCTTTAATCCCAACGATCTGGAATACTTTGAGATTCAGGCTG
AGTCCGGTTGGATTGTGCTCAAGAAACCGCTTGACCGTGACCGATATCGA
TTGAGGGTTAGTGCCTCCGATAAGGGCACTCCCGCCTCGGCAGCCGATGT
CGACGTCGAGTTAGATGTCGTCGATCGGAATAATAAGCCACCCATTTGGG
ATAAGAGTATATACGGGCCGATTCACATACGCGAGAATGTCACTGTGGGT
ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGTATTGAAGGCAATCCCAC
AGTTTTTTACCGACTGATGCCCGGGTCAACGGCCCAAACAAACAAGTTTC
ACACGTTTTACTTGCAACAAAGACCGGACAATGGCGATACTTGGGCTGAC
ATAAAAGTAAATCATCCGCTGGACTACGAGAGTATCAAGGAGTACAATTT
AACCATACGTGTTGAGAACAACGGGGCCCAACAATTGGCTTCGGAAGCGA
CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
GAACGCGAACAGGAAACGGTGCTCGAGGGCGAGCCGATTGGCACCAAAGT
GACACAAGTGAACGCCATCGACAAGGACGGCACATTCCCAAATAATCAGG
TCTACTACTACATTGTGGATTCCCCGCGAAACGAGGGCAAGGAGTTCTTC
GAAATCAACCTGCAAAGTGGCGAGATCTTCACGAAGACCGTATTCGACAG
GGAGAAGAAGGGCGCCTATGCCCTCGAAGTGGAGGCTCGGGATGGAGCCC
CCTCGGCTCGACCCAACAGCAATGGACCCAATTCAGTCACCAAATTCATA
CGCATTGGCATCGCCGATAAAAACGATAACCCGCCCTATTTCGACAAATC
GCTGTACGAGGCCGAAGTGGACGAGAACGAGGACATTCAACACACAGTGC
TCACTGTAACGGCCAAGGATCACGACGAGTCCTCACGTATCCGCTATGAA
ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
AACTGAAATTGGTTGCCTCGGACAGTTTGAATGAAAATCAAACAACAATC
GTCATAAATGTGCGCGACGTCAACGATCTTCCACCGCAATTCCCGCAGAC
ATCCTATGAGCGAACTCTCGACGAGGGAATGACCAACACGCCCTTTACCA
TTATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
GTGTACTTCCTCACGGGCCAGGGCATTGATCCGGATAATCCAGCCAATAG
CAAATTCGACATCAACCGCACCACCGGCGAAATATTCGTACTAAAGCCTC
TGGATCGCGATCAACCCAATGGACGCCCCCAGTGGCGCTTCACTGTATTC
GCCCAGGACGAGGGCGGCGAAGGACTCGTGGGATATGCGGATGTCCAGGT
CAATCTGAAGGACATCAACGATAATGCCCCCATTTTCCCACAGGGCGTAT
ACTTTGGCAACGTGACTGAGAACGGAACCGCCGGCATGGTTGTGATGACC
ATGACAGCCGTGGACTACGACGATCCCAATGAGGGCTCCAATGCCCGGCT
GGTGTACTCCATTGAAAAGAACGTGATTGAGGAGGAGACGGGGTCCCCAA
TTTTTGAAATCGAGCCCGATACGGGTGTGATAAAGACCGCCGTTTGCTGT
TTGGATCGCGAAAGGACTCCGGACTATTCGATACAAGTCGTGGCGATGGA
TGGCGGGGGGTTAAAGGGGACGGGGACGGCCTCTATACGGGTTAAGGATA
TTAACGATATGCCGCCGCAGTTCACGAAAGACGAATGGTTTACGGAAGTG
GACGAAACGGATGGTACAGCCCTGCCGGAAATGCCCATTTTAACCGTGAC
CGTACACGATGAAGACGAGACGAACAAGTTCCAGTACAAAGTTATCGACA
ACAGCGGCTATGGCGCCGATAAGTTCACCATGGTGCGGAATAACGATGGC
ACTGGTTCACTGAAAATCGTACAGCCCTTGGACTACGAGGATCAGCTGCA
GAGCAATGGCTTCCGCTTCCGCATCCAAGTGAACGATAAGGGCGAGGACA
ATGACAATGACAAATACCACGTGGCCTACTCGTGGGTTGTGGTTAAATTG
AGGGACATCAACGACAATAAGCCGCACTTCGAACGGGCCAATGTGGAGGT
GTCTGTATTCGAGGACACGAAAGTTGGCACCGAACTCGAGAAGTTCAAGG
CAACCGATCCGGATCAGGGTGGAAAGAGTAAGGTGTCCTACTCCATCGAT
CGTTCTTCGGACCGTCAGCGCCAGTTTGCCATTAACCAGAATGGCTCCGT
TACCATTCAACGTTCCCTGGACCGCGAAGTTGTTCCACGTCATCAAGTTA
AGATCCTGGCCATCGACGATGGTTCTCCACCGAAAACCGCCACTGCTACA
CTTACAGTCATCGTCCAGGATATCAACGATAATGCACCTAAGTTCCTCAA
GGATTACAGGCCGGTTCTGCCCGAGCATGTCCCTCCACGTAAAGTGGTTG
AGATTCTGGCCACCGATGATGACGATCGCTCCAAGAGCAATGGCCCACCA
TTCCAGTTCCGTTTGGACCCCAGTGCGGATGACATCATCCGTGCTTCATT
TAAGGTGGAACAAGATCAGAAGGGTGCAAATGGTGATGGAATGGCTGTCA
TTTCCTCCCTGAGATCCTTCGATCGGGAGCAGCAAAAGGAGTACATGATC
CCAATTGTGATCAAGGATCATGGCTCACCAGCGATGACTGGAACCAGTAC
TTTGACCGTCATAATTGGCGATGTGAATGACAACAAAATGCAGCCTGGAT
CCAAGGACATCTTCGTATACAACTACCAAGGACAATCGCCAGACACTCCG
ATTGGGCGGGTCTATGTCTACGATTTGGATGATTGGGATCTGCCCGACAA
GAAGTTCTACTGGGAGGCCATGGAGCATCCTCGGTTCAAGTTGGATGAGG
ATTCCGGCATGGTAACGATGCGAGCAGGAACTCGCGAAGGACGATATCAT
CTCAGGTTCAAGGTCTATGATCGGAAGCACACTCAAACCGATATACCAGC
CAATGTTACGGTTACAGTGAGAGAAATTCCCCATGAAGCTGTTGTAAACT
CGGGATCCGTACGTCTATCGGGCATTTCTGATGAGGACTTTATTCGAGTC
TGGAACTACAGAACACAAAGCATGAGCCGCTCGAAGATGGATCGGTTTAG
GGATAAGCTGGCTGACTTGCTAAACACTGAAAGGGAAAATGTGGACATAT
TCAGTGTGCAGTTGAAGAGGAAACATCCGCCTCTAACGGACGTCAGGTTT
TCCGCACATGGATCTCCTTACTATAAGCCAGTTAGGCTAAATGGAATTGT
ACTGATGCACCGCGAGGAGATCGAAAAGGATGTGGGTATCAATATCACCA
TGGTGGGCATCGATGAGTGTCTGTATGAGAACCAAATGTGCGAGGGCAGC
TGCACGAACTCCCTGGAAATCAGTCCACTGCCCTACATGGTAAACGCCAA
CAAAACTGCCCTGGTCGGTGTTCGTGTGGACACCATTGCTGACTGTACTT
GTGGCGCTCGCAACTTCACCAAACCCGAGTCCTGCCGAACCACACCCTGT
CACAATGGTGGGCGTTGTGTGGACACCAGATTTGGTCCTCACTGCTCATG
TCCCGTGGGATACACGGGACCCAGGTGCCAGCAAACCACTCGCAGTTTCC
GTGGAAACGGTTGGGCCTGGTATCCTCCCCTGGAAATGTGCGACGAATCG
CATTTAAGTCTGGAGTTTATTACCCGAAAGCCCGACGGCTTAATCATCTA
CAACGGTCCAATTGTTCCTCCAGAACGGGATGAGACGCTCATCTCCGATT
TTATTGCCCTGGAATTGGAACGAGGTTATCCTAGACTGCTTATCGATTTT
GGCTCGGGAACTTTGGAGCTGAGAGTAAAGACGAAGAAGACTTTGGACGA
TGGTGAATGGCATAGAATCGATCTGTTTTGGGATACCGAAAGCATTCGCA
TGGTTGTCGACTTTTGCAAATCAGCAGAAATTGCAGAAATGGAGGATGGC
ACTCCGCCAGAATTCGATGACATGTCCTGCCAGGCGAGAGGACAAATCCC
GCCATTTAACGAGTACCTCAATGTAAATGCTCCTCTACAAGTGGGTGGCC
TATATCGGGAACAATTTGATCAGAGTCTGTACTTCTGGCACTATATGCCC
ACGGCGAAGGGATTCGATGGGTGCATCAGAAATTTGGTGCATAACTCAAA
GCTCTATGATCTGGCCCATCCTGGTCTTTCGAGAAATAGCGTCGCGGGTT
GTCCGCAAACCGAGGAAGTTTGTGCCCAAACGGAAACCACAGCTCGGTGC
TGGGAACACGGAAATTGTGTTGGGTCCTTGTCCGAAGCGCGTTGCCATTG
TCGACCGGGATGGACAGGTCCTGCCTGTAATATTCCTACAATACCCACTA
CCTTCAAGGCCCAGAGCTATGTGAAATATGCTCTGAGTTTCGAGCCCGAT
CGATTCAGCACGCAAGTCCAGCTGAGATTCCGGACAAGAGAGGAGTACGG
CGAACTTTTCCGGGTAAGCGATCAGCACAATCGGGAATATGGAATCCTGG
AGATCAAGGATGGGCATCTGCACTTCCGTTACAATCTTAACTCACTGCGC
ACTGAGGAAAAGGATCTCTGGCTAAATGCCATAGTCGTAAACGATGGCCA
ATGGCATGTGGTGAAGGTCAATCGATATGGCTCAGCTGCTACCCTGGAAT
TGGATGGTGGAGAGGGTCGTCGTTACAACGAGACCTTTGAGTTCGTGGGA
CATCAGTGGCTGTTGGTGGACAAGCAAGAGGGTGTCTATGCGGGCGGAAA
AGCTGAATATACTGGAGTGAGAACTTTTGAAGTATACGCTGACTACCAGA
AGAGCTGCCTCGATGATATACGTCTGGAGGGCAAACACCTACCGTTGCCA
CCGGCGATGAATGGTACTCAGTGGGGACAGGCCACCATGGCCAGGAATCT
GGAGAAGGGTTGTCCCTCGAATAAACCCTGCTCCAACGTGATCTGCCCCG
ATCCGTTCGAGTGTGTGGATCTGTGGAATGTCTACGAGTGCACCTGTCCA
GCGGGCTACAAAAGCTCGGGCAGCACCTGTGTCAACGACAACGAGTGCCT
ACTGTTTCCCTGTCGCAACGGGGGTCGCTGTCGCGATCATCATCCGCCAA
AGAAGTACGAGTGCCACTGCCCCATGGGCTTCACTGGCATGCACTGCGAA
CTGGAGTTATTGGCCTCCGGCGTATTGACGCCATCCCGTGATTTTATTGT
CGCCCTGGCGCTCTGCCTGGGCACTCTGATACTACTCGTCTTGGTGTTCG
TCGTATACAATCGTCGCCGTGAAGCGCATATCAAATATCCGGGTCCCGAT
GACGATGTGCGCGAGAATATCATCAACTATGACGACGAGGGAGGCGGCGA
GGATGATATGACGGCCTTTGATATCACACCTCTGCAGATACCAATTGGAG
GGCCAATGCCACCCGAGCTTGCGCCCATGAAAATGCCAATTATGTATCCC
GTCATGACCTTAATGCCAGGTCAGGAGCCCAATGTGGGCATGTTCATCGA
GGAGCATAAAAAGCGAGCCGATGGTGATCCAAATGCGCCACCTTTCGACG
ACTTGAGGAACTACGCGTACGAGGGCGGCGGCAGCACAGCTGGTTCGCTC
AGCTCGTTGGCTTCAGGAACTGATGACGAGCAGCAGGAGTACGACTACCT
CGGGGCCTGGGGGCCACGCTTCGACAAGCTGGCCAACATGTACGGACCCG
AGGCGCCCAATCCCCACAATACCGAACTAGAATTG---
>C4
ATGGCGGCACGACGTTGCCTGAATGAGCTCAGGCAACGGTATATAACCAA
TCGACTCAACATATACACCTGCGCGATATTTTTGATATCCCTCCCCTTAA
TTTTGGCCACCGAAGAGACCACATTTGCTGGCCTCTCGGCGGAAAATGCG
GCTCGCATGCTAGCCGGCAGTCCAGGCGAAGTGGAGAAGTCGCCGTCG--
-CATCACAGCGAAATGTCCTTGGTGCTGCCCCACGACACCTATCCTGGAT
TCAGCATCAAGAAGTTCAAAACCCATCCCGTCAGGATAAACGGCAGCTCG
CATGCCGGCGGTGCCGCCTATCACATGCTCGATAGCGACTACTCCAAGTA
CTTCACGGTACTGGAGGATGGTGTGGTGATGACCACGGCGGACATATCGC
CGCTCGTCAATCGTCCAGTTCAACTGGTGGTCGTTGAACAGACCCCCAAT
GTCACCAACACCCACAACCTCCAGTTGTTCGTGATGCATCGCAACGATAT
GCTGCGTTTTTCCGGGTCGCTACTCGATGCCAGCGGTGAGGTGAGGGAGA
ACCAGCCGGCGGGCACCCGGGTGAGAGGAGTGCCCCTGATGCAGGCCTTC
AGTGGTTCCATCCTGGACGAAGAGCTGGCCACCCCGAAGAAGGTGCGCTA
CACCATCATCGATGGCAACGTGGACGACGCGTTTGCCCTGCAGGAGCGGA
AGGCCAATAGGAATGTTCAGATCAGTGCCAAGTCCCTGGTGATAAATGGA
GATGACGAGTCCGGCGTTTGGTTGGTCACCAATCGTCCGTTGGATCGGGA
GGAGCGCGCCCACTATGATCTCTCCGTGGAAGCCTCGGATGTAGATGGTT
TGGATAAGACAGTGTCCAAGATACAGATCTCTGTGCTGGATGAAAACGAC
AACAGGCCGATCTTCAAGTCGTTGGACTACAAGTTCGCCATTGCCGGTCA
AAAATCAGTCAATATGGAAAGCAACAGTAGTGTGACCTACCAGCGATTCG
CGATCATGGGAAAGGTCGAGGCCACCGATGCTGATGGCGATAAGATTGCC
TATCGGCTCAAGTCGCCCAGCAATGTGGTGATCATTGTCCCCCAAACCGG
CGAAATAATGCTGGCCGGTGAGCCCACGTCAAATGAACTGCTTATCGAGG
TTATAGCCCACGATCTGAGATATCCCAGCCTGTTGAGTGCGAAGCCCGCA
AAGGTTCTGTTAGAATTTCTGGCTGCCGAACCAGTTTCGTTTATAATGCA
ACACCTGGAACACGATGAGGTGAATAATCACTCACATCACAGGGAGAAGA
GGAGAGTTACCCGAGCTGTGCGACCCACCAAGCGGATTGAATTCACCGAG
GCTGATGGCGATACCGAGGGAAAGTCGGTGTTCCAGTTGGAGAAGGAAAC
CGATAAGGAGACCTTCAAGATCCGGGATGATAATCCCTGGGTGACGGTGG
AAACAAATGGAGCTGTGCGAGTCAAGAAGAAGTGGGACTACGAGGAGTTG
GGTCCGGAGAAGACCATCGATTTCTGGGTCATCATCACTAATATGGGACA
CAATGCTGGCATCAAGTATACGGACAACCAGCGTGTGATAATCCTGGTGA
AGGATGTGAACGACGAGCCACCGTACTTCATCAACCGCCCACTGCCCATG
CAGGCGGTGGTTCAGCTAAATGCACCACCCAACACGCCGGTTTTCACGCT
CCAGGCCCGAGATCCCGATACCGATCATAATATCCACTACTTCATCGTTC
GCGATCGAACTGGCGGACGCTTTGAGGTGGACGAGCGATCTGGAGTGGTG
AGGACCAGGGGCACGGATCTCTTTCAGCTAGATATGGAATATGTGCTGTA
CGTGAAGGCCGAGGATCAGAACGGAAAGGTGGATGATCGCAGGTTCCAGA
GCACTCCAGAGGAGCGGCTCTCGATTGTGGGTGGCAAACGAGCCCCTCAA
TTCTACATGCCCAGCTATGAAGCCGAGATACCAGAGAACCAGAAAAAGGA
CTCAGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGTGAGATTC
GGTACACTCTGAAGGCCCAGGGCCAGGGAGCCGGCACTTTCAACATCGGA
CCCACGTCGGGCATTGTCAAGTTGGCCAAGGAGTTGGACTTTGAGGATCT
GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGACTCCG
GAGGATTTTCCACCTCCGTCGATCTCACAATACGCGTTACGGACGTGAAC
GACAATGCCCCGAAATTCGAGCTGCCCGATTATCAGGCCCACAACGTGGA
CGAGGATATTCCACTGGGCACCAGCATCCTTCGGGTTAAGGCCATGGATT
CGGATTCAGGATCGAATGCTGAAATCGAATACCTAGTATCCGATGACCAC
TTCGCCGTGGACTCCAACGGAATCATCGTGAACAACAAACAACTGGATGC
GGACAATAATAATGCCTACTACGAGTTCATAGTCACTGCCAAGGACAAGG
GTGAACCGCCGAAGTCTGGAGTGGCTACGGTTCGTGTTTACACCAAGAAC
AAGAACGACGAGGAGCCCAAGTTCTCACAGCAAGTGTATACGCCCAATGT
GGACGAGAACGCGGGGCCGAATACTTTGGTTACCACTGTGGTGGCCTCTG
ATAAGGATGGCGACAACGTGAGGTTTGGATTCGTGGGCGGCGGCACATCG
TCTGGTCAGTTCGTCATCGAGGATATAACCGGTGTGATCCGACTGCATAA
CAAAGCCATATCCCTGGACAGGGACAAGTACGAGTTGAACGTCACCGCCA
TGGACGATGGATCCTGTTGTGTGAACGGCGATCAGACCATCCACACATCG
ACCGCCGTGGTCGTCGTTTTCATCACCGATGTCAACGACAATAAGCCGGT
GTTCAAGGACTGCAGCACCTATTATCCGAAGGTCGAGGAAGGAGCCCCCA
ACGGAAGTCCCGTCATCAAAGTCGTGGCTACCGACGAGGATAAGGGTGTG
AATGGACAGGTGAAATACTCGATAGTTCAGCAGCCCAATCAGAAGGGGAC
TAAGTTCACAGTCGACGAGGAAACCGGAGAGGTGTCCACCAACAAGGTGT
TTGATCGTGAGGGAGACGATGGAAAATTCGTATCGGTCACAGTGAAGGCC
ACAGATCAGGGTGATCCGAGTCTGGAGGGAGTCTGCTCCTTCACCGTGGA
GATCACAGATGTCAACGATAATCCCCCGCTCTTTGATCGGCAGAAATACG
TTGAGAACGTTAAACAGGACGCCAGTATTGGCACAAATATCCTGCGCGTT
TCCGCCTCCGATGAGGATGCCGATAACAATGGTGCCATAGTGTACAGCCT
GACTGCCCCGTTCAATCCCAACGACCTGGAATACTTTGAGATTCAGGCCG
AATCGGGCTGGATTGTGCTCAAGAAACCGCTTGACCGTGACCGTTATCGC
TTGAGGGTTAGCGCCTCCGATAAGGGTACTCCCGCCTCGGCAGCCGATGT
CGACGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCTCCCATTTGGG
ATAAGAGCATTTACGGGCCGATTCACATACGCGAGAATGTCACTGTGGGT
ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGTATTGAAGGCAATCCCAC
AGTTTTTTATCGACTGATGCCCGGGTCGACGGCTCAAACGAACAAATTTC
ACACGTTCTACTTGCAACAAAGACCGGACAACGGCGATACTTGGGCCGAT
ATAAAAGTAAATCATCCGCTGGACTACGAAAGCATCAAGGAATACAATCT
AACCATACGTGTTGAGAACAACGGGGCCCAGCAATTGGCATCGGAAGCGA
CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
GAACGCGAACAGGAAACGGTGCTCGAGGGCGAACCGATTGGCACCAAAGT
GACACAAGTGAACGCCATCGACAAGGATGGCACATTCCCAAATAATCAGG
TCTACTACTACATTGTCGATTCGCCGCGAAACGAGGGCAAAGAATTCTTC
GAAATCAACCTGCAAAGCGGAGAGATATTCACGAAAACCGTTTTCGACAG
GGAGAAGAAGGGCGCCTATGCCCTCGAAGTGGAGGCACGAGATGGAGCTC
CCTCAGCTCGACCCAATAGCAATGGACCCAATTCAGTCACCAAGTTCATA
CGCATTGGCATCGCCGATAAAAACGATAATCCGCCCTATTTCGACAAATC
GCTGTACGAGGCCGAAGTGGACGAGAACGAGGACATTCAGCACACAGTAC
TCACTGTAACGGCCAAGGATCACGACGAATCCTCACGTATCCGATATGAA
ATTACAAGCGGCAACATCGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
AACTGAAATTGGTTGCGTCGGACAGTTTGAATGAAAATCAAACAACAATC
GTCATAAATGTGCGCGACGTCAACGATCTGCCGCCGCAATTCCCGCATAC
ATCCTATGAGCGGACTCTCGACGAGGGAATGACCGACACGCCCTTTACCA
TTATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
GTGTACTTCCTCACGGGCCAAGGCATTGATCCGGATAATCCAGCCAATAG
CAAATTCGACATCAACCGCACCACCGGCGAAATATTCGTTTTAAAGCCGC
TGGATCGCGATCAACCGAACGGACGACCCCAGTGGCGCTTCACTGTATTC
GCCCAGGACGAGGGTGGCGAGGGACTCGTGGGCTATGCGGATGTCCAGGT
CAATCTGAAGGACATCAACGATAACGCCCCCATTTTCCCGCAGGGCGTTT
ACTTTGGCAACGTGACGGAGAACGGAACCGCCGGCATGGTTGTGATGACC
ATGACGGCCGTGGACTACGACGACCCCAACGAGGGCTCCAACGCCCGGCT
GGTGTACTCCATCGAGAAGAACGTGATTGAGGAGGAGACGGGGTCGCCCA
TTTTCGAAATCGAACCCGACACGGGTGTGATAAAGACCGCCGTCTGTTGC
CTGGATCGCGAGAGAACCCCGGATTATTCGATACAGGTCGTTGCGATGGA
TGGCGGGGGGTTAAAGGGGACGGGGACGGCCTCTATACGGGTTAAGGATA
TCAACGACATGCCGCCGCAGTTCACGAAGGACGAATGGTTTACGGAAGTG
GACGAAACGGATGGCACGGCTCTGCCGGAAATGCCCATTTTAACCGTGAC
CGTGCACGACGAAGACGAAACGAACAAGTTCCAGTACAAAGTTATCGACA
ACAGTGGCTATGGGGCCGATAAATTCACCATGGTGCGGAATAACGATGGA
ACCGGATCCCTGAAAATCGTACAGCCCCTGGACTACGAGGATCAACTGCA
GAGCAATGGCTTCCGTTTCCGCATTCAGGTGAACGACAAGGGCGAGGACA
ACGACAACGATAAATACCATGTGGCCTACTCGTGGGTGGTGGTCAAACTG
AGGGACATCAACGACAATAAGCCGCACTTCGATCGGGCCAATGTGGAGGT
CTCCGTGTTCGAGGACACCAAGGTGGGCACTGAGCTCGAGAAGTTCAAGG
CCACCGATCCGGATCAGGGCGGCAAGAGCAAGGTCTCCTATTCCATCGAT
CGTTCTTCGGATCGCCAGCGCCAGTTTGCCATCAACCAGAATGGTTCGGT
CACCATTCAGCGCTCCCTGGATCGCGAAGTTGTGCCCCGTCATCAGGTCA
AGATCCTGGCCATTGACGATGGCTCTCCACCGAAAACAGCCACGGCCACA
CTCACGGTTATCGTTCAGGATATCAACGACAATGCTCCCAAGTTCCTCAA
GGACTACAGACCAGTGCTGCCTGAGCATGTGCCGCCGCGTAAGGTGGTCG
AAATCCTGGCCACCGATGACGACGATCGCTCCAAGAGCAACGGCCCTCCA
TTCCAGTTCCGATTGGACCCCAGTGCCGACGATATAATCCGTGCTTCCTT
CAAGGTCGAACAGGATCAAAAGGGTGCCAATGGTGATGGCATGGCCGTGA
TTTCCTCTCTACGATCCTTCGATCGTGAACAGCAAAAGGAGTACATGATC
CCCATCGTGATCAAGGACCATGGCTCACCAGCAATGACGGGAACCAGTAC
TCTGACTGTCATAATTGGCGATGTGAATGACAACAAAATGCAGCCCGGCT
CCAAGGAGATCTTCGTATACAACTACCAAGGACAATCGCCAGACACTCCG
ATCGGTCGGGTCTATGTCTACGACCTGGACGACTGGGATCTGCCCGACAA
GAAGTTCTACTGGGAGGCCATGGAGCATCCGCGCTTCAAGTTGGACGAGG
ACTCCGGCATGGTCACCATGAGGGCAGGAACCCGCGAAGGACGCTATCAT
CTCAGGTTCAAGGTCTACGACCGCAAGCACACGCAAACCGACATACCAGC
CAATGTCACGGTTACGGTGAGGGAAATTCCCCATGAAGCCGTCATCAACT
CGGGATCCGTACGCCTGTCTGGAATTTCGGATGAGGACTTTATTCGCGTG
TGGAACTACAGAACCCAAAGCATGAGTCGCTCGAAGATGGATCGTTTCCG
GGACAAGCTGGCGGATTTACTGAACACCGAACGGGAGAACGTGGATATAT
TTAGTGTGCAGCTGAAGAGGAAGCATCCGGCATTAACCGATGTTAGGTTC
TCGGCCCACGGATCGCCGTACTACAAGCCGGTTAGGCTGAATGGCATTGT
TCTCATGCACCGCGAGGAGATCGAAAAGGACGTGGGCATCAATATCACCA
TGGTGGGCATCGACGAGTGCCTGTATGAGAATCAGATGTGCGAGGGTAGC
TGCACGAATGCGCTGGAAATCAGTCCCCTGCCCTATATGGTGAATGCCAA
CAAGACTGCCCTGGTCGGCGTGCGAGTGGACACCATTGCCGACTGTACTT
GCGGAGCTCGCAACTTCACCAAGCCCGAATCCTGCCGGACGACTCCCTGC
CACAATGGAGGCCGATGTGTGGACACCAGATTCGGTCCGCATTGCTCGTG
TCCCGTGGGCTATGCCGGTCCCAGGTGTCAGCAGACCACTCGCAGCTTCC
GTGGAAACGGCTGGGCCTGGTATCCTCCGCTGGAGATGTGTGACGAGTCG
CATTTGAGCCTGGAGTTTATCACTCGAAAGCCCGATGGCCTGATCATCTA
CAATGGACCGATTGTTCCGCCCGAACGCGATGAGACGCTGATATCCGACT
TCATTGCCCTGGAACTGGAGCGAGGCTATCCCAGACTCCTCATCGACTTC
GGTTCGGGCACCTTGGAACTGAGGGTGAAGACCAAAAAGACTCTGGACGA
CGGTGAGTGGCACAGGATCGATCTGTTTTGGGACACCGAGAGCATTCGCA
TGGTGGTGGACTTCTGCAAGTCGGCGGAAATAGCCGAAATGGAGGACGGC
ACTCCGCCGGAGTTCGATGACATGACCTGCCAGGCGAGGGGTCAAATCCC
GCCGTTCAATGAGTATCTCAATGTGAATGCTCCCCTGCAGGTGGGCGGCT
TGTACCGGGAACAGTTCGATCAGAGCCTCTACAACTGGCACTACATGCCC
ACGGCCAAGGGTTTCGATGGCTGCATCAGAAACTTGGTGCACAACTCCAA
GCTCTACGATCTGGCTCATCCGGGACTGTCGAGGAATAGCGTGGCGGGCT
GTCCGCAAACCGAGGAGGTTTGCGCCCAAACGGAGACCACAGCCCGGTGC
TGGGAGCATGGAAACTGTGTTGGTTCCCTGTCCGAAGCTCGCTGCCATTG
CCGGCCAGGTTGGACTGGTCCTGCCTGTAATATTCCCACCATACCCACCA
CCTTCAAGGCCCAGAGTTATGTGAAGTACGCTCTGAGCTTCGAACCCGAT
CGGTTCAGCACTCAGGTGCAGCTGAGGTTCCGCACGAGGGAGGAGTACGG
AGAACTGTTCCGTGTTAGCGATCAGCACAATCGGGAGTATGGAATCCTGG
AGATCAAGGATGGTCATCTGCACTTCCGCTACAATCTGAACTCGCTTCGT
ACCGAGGAAAAGGATCTCTGGCTGAACGCCATAGTGGTCAACGATGGCCA
GTGGCACGTGGTGAAGGTCAATCGGTATGGCTCCGCTGCTACCCTGGAAT
TGGATGGCGGTGAGGGTCGTCGCTACAACGAAACCTTTGAGTTCGTGGGA
CATCAGTGGTTGCTGGTGGACAAACAGGAGGGTGTCTATGCAGGCGGAAA
GGCTGAGTACACTGGCGTTAGAACCTTTGAGGTGTACGCAGATTACCAGA
AGAGCTGTCTCGACGATATACGTCTTGAAGGCAAACATCTTCCTCTGCCG
CCGGCCATGAACGGCACCCAATGGGGTCAGGCCACAATGGCAAGGAATCT
GGAGAAGGGCTGTCCCTCCAATAAACCCTGCTCGAATGTGATCTGCCCCG
ATCCCTTCGAGTGCGTGGATCTGTGGAATGTCTACGAGTGCACCTGTCCG
GCGGGCTACAAAAGCTCCGGCAGCACCTGTGTTAACGACAACGAGTGCCT
ACTGTTCCCGTGCCGCAACGGGGGTCGCTGTCGCGATCATCATCCTCCAA
AGAAGTACGAGTGCCACTGCCCCATGGGCTTCACTGGCATGCACTGCGAA
CTGGAGTTATTGGCCTCCGGCGTATTGACGCCGTCCCGAGATTTTATTGT
CGCCCTGGCGCTCTGCCTGGGCACTCTGATGCTACTCGTCCTGGTGTTCG
TCGTATACAATCGTCGCCGTGAGGCGCATATCAAATATCCGGGTCCCGAT
GATGATGTGCGCGAGAATATAATCAACTACGACGATGAGGGAGGCGGCGA
GGATGACATGACCGCCTTTGATATCACACCCCTGCAAATACCAATTGGAG
GGCCAATGCCACCTGAGCTGGCGCCCATGAAAATGCCAATTATGTATCCC
GTTATGACCTTAATGCCTGGTCAGGAGCCCAATGTGGGCATGTTCATTGA
GGAGCATAAAAAGCGCGCCGATGGTGATCCCAATGCGCCGCCTTTCGATG
ACTTGAGGAATTATGCGTACGAGGGTGGCGGCAGCACAGCTGGATCGCTC
AGCTCGTTGGCTTCAGGAACTGATGACGAGCAGCAGGAGTATGACTACCT
CGGGGCCTGGGGGCCACGCTTCGACAAGCTGGCCAACATGTACGGACCCG
AGGCGCCCAATCCCCACAATACCGAACTAGAATTG---
>C5
ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGGTATATAAGCAA
CCGACTAAATATATACACCTGCGCGATATTTTTGATATCCCTCCCCTTGA
TTTTGGCCATCGAGGAGACCACATTTGCTGGCCTGTCTGCGGAGAATGCG
GCTCGCATGCTGGCCGGCAGTCCTGGCGACGTGGAAAAGGCCCCCTCG--
-CATCACAGCGAAATGTCCCTGGTCCTGCCACACGACACCTACCCTGGAT
TCAGCATCAAGAAGTTCAAAACCCATCCTGTGAAGATAAATGGCAGCTCC
CATGCCGGCGGAGCCGCCTACCACATGCTGGACAGTGACTACTCAAAGTA
CTTTACGGTGCTCGAGGATGGTGTGGTGATGACCACGGCGGACATATCGC
CGCTCGTCAACCGACCGGTTCAGTTGGTGGTCGTGGAGCAGACCCCCAAT
GTCACCAACACCCACAACCTGCAGTTGTTCGTGATGCATCGCAACGACAT
GCTGCGATTCTCGGGATCCCTGCTCGACGCCAGTGGCGAGGTGAGGGAGA
ACCAGCCAGCGGGCACCAGAGTCAGAGGAGTGCCCCTAATGCAGGCCTTC
AGTGGTTCCATCCTAGACGAAGAGCTGGCCACGCCCAAGAAGGTCAGGTA
CACCATCATCGATGGCAACGTGGACGACGCCTTCGCCCTGCAGGAACGCA
AGGCGAACAAGAACATTCAAATAAGTGCCAAGTCCTTGGTGATAAATGGC
GACGACGAGTCCGGCGTCTGGTTGGTCACCAATCGTCCTTTGGATCGCGA
GGAGCGCGCCCACTACGATCTCTCCGTGGAGGCATCGGATGTCGATGGCC
TGGACAAAACCGTTTCCAAAATACAAATCACTATTTTGGACGAGAACGAC
AACCGACCCATCTTTAAGTCCATGGACTATAAGTTCGCCATTGCCGGTCA
AAAGTCTGCAAATATGGAGAGCAACAGTAGCGTGACTTACAAGCGATTCG
CGATCATGGGCAAAGTGGAGGCCACCGATGCGGATGGCGATAAGATTGCC
TATCGCCTCAAGGCGCCCAGCAACGTTGTGATCATTGTTCCCCAAACTGG
CGAAATTATGCTGGCCGGCGAGCCCACCTCTAACGAACTTCTTATCGAGG
TGACAGCCCACGACTTGAGGTATCCCAGTTTATTGAGTGCGAAGCCCGCC
AAGGTCCTCTTGGAATTTCTGGCTGCCGAGCCAGTTTCCTTCATAATGCA
GCATCTGGAGCACGATGAGGTGAACAATCACTCACATCACCGGGAGAAGA
GACGAGTTACCCGAGCAGTGCGACCCACCAAGCGGATTGAGTTCACCGAG
GCAGACGGCGATACCGAGGGAAAGTCGGTGTTCCAGTTGGAAAAGGAAAC
CGACAAGGAGACGTTCAAGATCAGGGACGATAATCCCTGGGTGACGGTGG
AAACAAACGGAGCTGTGCGAGTCAAGAAGAAGTGGGACTACGAGGAGCTG
GGTCCAGAGAAGACCATCGATTTCTGGGTCATTATCACCAACATGGGACA
CAACGCTGGCATCAAGTATACGGACAACCAGCGTGTGATAATCCTGGTGA
AGGATGTGAACGATGAGCCGCCGTACTTCATCAACCGCCCGCTGCCCATG
CAGGCGGTGGTTCAGCTGAATGCACCACCCAACACTCCGGTTTTCACGCT
CCAGGCCCGAGATCCCGATACCGACCACAATATCCACTACTTCATCGTGC
GCGATCGAACTGGCGGACGCTTTGAGGTGGACGAGCGATCCGGAGTGGTG
AGGACCAGGGGCACGGACCTGTTTCAACTGGATATGGAGTATGTGCTGTA
CGTGAAGGCCGAGGATCAGAATGGAAAGGTCGACGATCGCAGGTTCCAGA
GCACCCCCGAGGAGCGCCTCTCGATTGTGGGTGGCAAGCGCGCTCCCCAG
TTCTACATGCCCAGCTATGAGGCCGAGATCCCAGAAAACCAGAAAAAGGA
CTCCGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGCGAGATTC
GCTATACCTTGAAGGCCCAGGGCCAGGGCGCCGGCACCTTCAACATCGGA
CCCACGTCGGGCATTGTCAAGTTGGCCAAGGAGTTGGACTTTGAGGATCT
GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGACTCGG
GAGGATTCTCCACCTCCGTTGATCTCACCATTCGCGTTACGGACGTAAAC
GACAATGCCCCGAAATTCGAGCTGCCCGATTACCAGGCGCACAATGTGGA
CGAGGATATTCCACTGGGCACCAGCATCCTTCGGGTTAAGGCTATGGATT
CAGATTCAGGATCGAATGCCGAAATCGAATACCTGGTATCCGATGACCAT
TTCGCCGTGGACTCCAATGGAATCATCGTGAACAACAAGCAACTGGATGC
GGACAACAACAATGCCTACTACGAGTTCATAGTCACTGCCAAGGACAAGG
GCGAACCGCCAAAGTCTGGAGTGGCCACGGTCCGTGTTTACACCAAAAAC
AAGAACGACGAGGAGCCCAAGTTCTCGCAGCAAGTGTACACCCCCAATGT
GGATGAGAACGCAGGTCCGAATACTCTGGTTACCACTGTGGTGGCTTCCG
ACAAGGATGGCGACAACGTCAGGTTCGGATTCGTGGGCGGCGGCACTTCG
TCGGGTCAGTTTGTGATCGAGGACATAACCGGTGTGATCCGGCTGCACAA
CAAAGCCATTTCCCTGGACAGGGACAAGTACGAGTTGAACGTTACCGCCA
TGGACGATGGATCCTGTTGCGTGAATGGCGATCAAACTATCCACACTTCC
ACCGCCGTGGTTGTGGTCTTCATCACCGACGTCAACGACAACAAGCCGGT
GTTCAAGGACTGCAGTACCTACTATCCGAAGGTCGAGGAAGGTGCTCCCA
ACGGAAGCCCCGTCATTAAAGTGGTGGCCACCGACGAGGACAAGGGTGTC
AATGGACAGGTGAAATACTCGATTGTTCAGCAGCCGAACCAGAAGGGAAC
AAAGTTCACAGTGGACGAGGAAACGGGAGAGGTGTCCACCAACAAGGTGT
TCGATCGCGAGGGCGATGATGGAAAATTTGTATCCGTCACTGTAAAGGCC
ACAGATCAGGGCGACCCAAGTCTGGAAGGCGTTTGCTCCTTCACCGTGGA
GATCACAGATGTCAACGACAATCCCCCACTTTTTGATCGTCAGAAATACG
TCGAAAATGTAAAACAGGATGCCAGTATTGGCACGAACATCCTCCGAGTC
TCCGCCTCCGACGAAGATGCCGACAACAACGGAGCTATAGTATATAGCCT
GACCGCCCCCTTCAATCCCAACGATCTGGAATACTTTGAAATTCAGGCCG
AATCCGGTTGGATTGTGCTGAAGAAACCGCTTGACCGTGACCGATATCGC
TTGAGGGTTAGCGCCTCCGATAAGGGCACTCCCGCCTCGGCCGCCGATGT
CGACGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCTCCCATTTGGG
ATAAGAGCATTTACGGGCCGATTCACATCCGCGAGAATGTCACTGTGGGT
ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGTATCGAAGGCAATCCCAC
GGTTTTCTATCGACTGATGCCCGGGTCAACGGCCCAAACGAACAAGTTTC
ACACGTTCTACTTGCAACAAAGACCGGACAATGGCGACACTTGGGCAGAC
ATAAAAGTAAATCATCCGCTGGACTACGAGAGCATCAAGGAGTACAACTT
AACCATACGTGTTGAGAACAACGGGGCCCAGCAATTGGCATCGGAAGCGA
CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACG
GAACGCGAGCAGGAAACGGTGCTCGAGGGCGAACCGATTGGCACCAAAGT
GACACAGGTGAACGCCATCGACAAGGACGGCACATTCCCGAATAATCAGG
TCTACTACTACATTGTCGATTCGCCGCGAAACGAGGGCAAGGAGTTCTTC
GAAATCAACCTGCAAAGTGGCGAGATATTCACGAAGACCGTTTTCGACAG
GGAGAAGAAGGGCGCCTACGCCCTCGAAGTGGAGGCCCGGGATGGAGCTC
CCTCGGCCAGGCCCAATAGCAATGGACCCAATTCAGTCACCAAATTCATA
CGCATTGGCATCGCCGATAAAAACGATAATCCGCCCTATTTCGACAAGTC
GCTGTACGAGGCCGAAGTGGATGAGAACGAGGACATCCAGCACACAGTGC
TCACTGTAACGGCCAAGGACCACGACGAGTCCTCACGTATCCGCTATGAA
ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
AACTGAAATTGGTTGCGTCGGACAGTTTGAATGAAAATCAAACAACAATC
GTCATAAATGTGCGCGACGTCAACGATCTGCCACCGCGGTTCCCGCAGAC
ATCCTACGAGCGAACTCTCGACGAGGGAATGACCAACACGCCCTTTACCA
TCATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
GTGTACTTCCTCACGGGCCAAGGCATTGATCCGGATAATCCAGCCAATAG
CAAATTCGACATCAACCGCACCACCGGCGAAATATTCGTGTTAAAGCCCC
TGGATCGCGATCAACCAAACGGACGACCCCAGTGGCGCTTCACTGTATTC
GCCCAGGACGAGGGTGGCGAGGGACTCGTGGGATACGCGGATGTCCAGGT
CAATCTGAAGGACATCAACGATAACGCCCCCATTTTCCCACAGGGCGTAT
ACTTCGGCAACGTGACGGAGAACGGCACCGCCGGCATGGTGGTGATGACC
ATGACGGCCGTGGACTACGACGATCCCAACGAGGGCTCCAACGCCCGGCT
GGTGTACTCCATCGAGAAGAACGTGATTGAGGAGGAGACGGGGTCGCCCA
TTTTCGAAATCGAGCCCGACACGGGTGTGATAAAGACCGCCGTCTGCTGC
CTGGATCGCGAGAGAACCCCTGATTACTCGATACAGGTCGTTGCGATGGA
TGGCGGGGGGCTAAAGGGGACGGGGACGGCCTCCATACGGGTCAAGGATA
TCAACGATATGCCGCCGCAGTTTACGAAGGACGAATGGTTTACGGAAGTG
GACGAAACGGATGGCACGGCCCTGCCGGAAATGCCCATTTTAACAGTGAC
CGTGCACGACGAGGACGAAACGAACAAGTTCCAGTACAAGGTTATCGACA
ACAGTGGCTACGGTGCCGACAAGTTCACCATGGTGCGGAACAACGATGGC
ACCGGATCCCTGAAAATCGTACAGCCCCTGGACTACGAGGATCAGCTGCA
GAGCAATGGCTTCCGCTTCCGCATCCAGGTGAACGACAAGGGCGAGGACA
ATGACAACGATAAGTACCATGTGGCCTACTCGTGGGTGGTGGTCAAACTG
AGGGACATCAACGACAACAAGCCGCACTTCGACCGGGCCAATGTGGAGGT
CTCCGTGTTCGAGGACACCAAGGTGGGCACCGAGCTCGAGAAGTTCAAGG
CAACCGATCCGGATCAGGGTGGCAAGAGCAAGGTCTCCTACTCCATCGAT
CGTTCCTCGGATCGTCAGCGGCAGTTTGCCATCAACCAGAATGGTTCGGT
TACCATTCAACGCTCCCTGGATCGCGAAGTGGTGCCCCGTCATCAGGTTA
AGATCCTGGCGATAGATGATGGCTCTCCACCGAAAACCGCGACTGCTACC
CTTACAGTCATCGTTCAGGACATCAACGATAATGCTCCCAAGTTCCTGAA
GGACTACAGACCAGTACTGCCAGAGCATGTGCCTCCTCGTAAGGTGGTGG
AGATCCTGGCCACCGATGACGATGATCGCTCCAAGAGCAACGGCCCTCCT
TTCCAGTTCCGCCTGGACCCCAGTGCCGATGATATTATTCGTGCCTCCTT
CAAGGTGGAACAGGATCAAAAGGGTGCCAATGGCGATGGCATGGCCGTGA
TTTCTTCCCTGCGATCCTTCGATCGCGAACAGCAGAAGGAGTACATGATC
CCCATTGTGATCAAGGATCACGGCTCTCCAGCGATGACGGGAACCAGTAC
TCTGACCGTCATAATCGGTGATGTGAATGACAACAAAATGCAGCCTGGCT
CCAAGGACATCTTCGTTTACAACTACCAGGGACAATCGCCAGATACGCCA
ATTGGTCGAGTCTATGTCTACGATCTGGATGACTGGGATCTGCCCGACAA
GAAGTTCTACTGGGAGGCCATGGAGCATCCGCGATTCAAGCTGGACGAGG
ACTCCGGCATGGTCACCATGCGGGCAGGAACCCGCGAAGGACGTTACCAC
CTTAGGTTCAAGGTCTACGATCGTAAGCACACCCAGACCGACATACCCGC
CAATGTCACGGTTACGGTGAGGGAAATTCCTCACGAAGCTGTTATAAACT
CGGGCTCCGTACGCCTGTCTGGCATCTCGGACGAAGACTTCATCCGTGTG
TGGAACTACAGGACCCAGAGCATGAGTCGCTCCAAAATGGATCGTTTCCG
GGATAAACTGGCTGACTTACTGAACACCGAGCGGGACAATGTGGACATCT
TCAGTGTGCAGTTAAAGAGGAAACACCCTCCCCTAACAGATATCAGGTTC
TCGGCCCACGGATCCCCCTACTACAAGCCAGTTAGGCTAAACGGCATTGT
CCTGATGCACCGCGAGGAGATCGAAAAGGATGTGGGCATCAATATAACCA
TGGTGGGCATCGACGAGTGTCTGTACGAGAACCAAATGTGCGAGGGCAGC
TGCACGAATTCCCTGGAAATCAGCCCCCTGCCCTACATGGTCAACGCCAA
CAAAACTGCCTTGGTCGGTGTTCGAGTGGACACCATCGCGGACTGTACTT
GTGGTGCTCGTAACTTCAGCAAACCCGAATCCTGCCGCACAACTCCCTGC
CACAATGGTGGCCGTTGTGTGGACACCAGGTTTGGTCCCCATTGCTCGTG
TCCGGTGGGCTATGCAGGTCCCAGATGCCAGCAGACGACCCGTAGTTTCC
GTGGAAACGGTTGGGCCTGGTATCCTCCCCTGGAGATGTGTGACGAATCG
CATTTGAGTCTGGAGTTCATTACCCGCAAGCCCGATGGCCTGATCATCTA
CAATGGACCCATAGTTCCCCCCGAACGGGACGAGACGCTCATATCCGACT
TTATTGCCCTGGAACTGGAGCGAGGCTATCCTAGACTACTGATAGACTTT
GGCTCGGGAACTTTGGAACTGCGAGTGAAGACCAAAAAGACTTTGGACGA
TGGTGAGTGGCACAGGATCGACCTGTTCTGGGACACCGAAAGCATTCGCA
TGGTGGTGGACTTCTGTAAGTCGGCGGAAATCGCCGAAATGGAGGATGGC
ACTCCGCCGGAATTCGACGACATGTCCTGCCAGGCGAGGGGACAGATTCC
GCCGTTCGACGAGTATCTCAATGTCAATGCTCCCTTGCAAGTGGGCGGCT
TGTACCGGGAACAGTTCGATCAGAGTCTGTACAACTGGCACTATATGCCC
ACGGCCAAGGGCTTCGATGGCTGCATCAGAAACTTGGTGCACAACTCCGA
GCTCTACGATCTTGCTCATCCGGGACTGTCGAGGAACAGTGTGGCGGGTT
GTCCGCAAACCGAGGAAGTTTGCGCCCAAACGGAGACCACTGCCCGTTGC
TGGGAACACGGAAATTGCGTGGGTTCCCTGTCCGAAGCTCGTTGCCACTG
TCGACCTGGTTGGACGGGCCCTGCCTGTAATATTCCCACCATACCCACCA
CCTTCAAGGCCCAGAGTTATGTGAAGTACGCCCTGAGCTTCGAACCCGAT
CGGTTCAGCACTCAAGTCCAGTTGAGATTCCGCACGAGGGAGGAGTACGG
AGAGCTCTTCCGCGTGAGCGATCAGCACAATCGAGAGTATGGTATTCTGG
AGATCAAGGATGGTCACCTCCACTTCCGCTACAATCTGAACTCCCTTCGT
ACCGAGGAGAAGGATCTGTGGCTGAATGCCATAGTGGTCAATGATGGTCA
GTGGCACGTGGTGAAGGTTAATCGATACGGCTCTGCTGCTACCCTGGAGC
TGGATGGTGGAGAGGGTCGTCGCTACAACGAGACCTTTGAGTTCGTGGGC
CACCAGTGGCTGTTGGTGGACAAACAAGAGGGTGTCTATGCTGGCGGAAA
GGCAGAGTACACAGGCGTTAGAACCTTTGAGGTGTACGCTGATTACCAGA
AGAGCTGTCTTGATGATATACGTCTCGAAGGCAAACATCTTCCACTGCCA
CCGGCGATGAATGGCACCCAGTGGGGTCAGGCCACCATGGCCAGGAATCT
GGAGAAGGGTTGCCCCTCGAATAAACCCTGCTCAAATGTGATCTGCCCCG
ATCCCTTCGAGTGCGTGGATCTGTGGAATGTCTACGAGTGCACCTGTCCG
GCGGGCTACAGAAGCTCCGGCAGCACCTGTGTTAACGACAACGAGTGCCT
ACTGTTCCCGTGCCGCAACGGGGGTCGCTGTCGCGATCATCACCCCCCCA
AGAAGTACGAGTGCCACTGCCCCCTGGGATTCACCGGCATGCACTGCGAA
CTGGAGTTATTGGCCTCCGGCGTATTGACGCCATCCCGTGATTTTATTGT
CGCCCTGGCACTCTGCCTGGGCACTCTGATACTACTCGTCTTGGTCTTCG
TCGTATACAATCGTCGCCGTGAGGCGCATATCAAATATCCGGGCCCCGAC
GATGATGTGCGCGAGAATATCATCAACTACGACGATGAGGGAGGCGGCGA
GGACGACATGACCGCCTTCGACATCACACCTCTGCAGATACCAATTGGAG
GGCCAATGCCACCTGAGCTGGCGCCCATGAAAATGCCAATTATGTATCCC
GTGATGACCTTAATGCCAGGGCAGGAGCCCAACGTGGGCATGTTCATCGA
GGAGCATAAAAAGCGCGCCGATGGCGATCCAAATGCGCCGCCCTTCGATG
ACTTGAGGAACTATGCGTACGAGGGCGGCGGCAGCACAGCTGGATCACTC
AGCTCGCTGGCCTCAGGAACTGACGACGAGCAGCAGGAATACGACTACCT
CGGGGCCTGGGGGCCACGCTTTGACAAGCTGGCCAACATGTACGGACCCG
AGGCGCCCAATCCCCACAACACCGAACTAGAATTG---
>C6
ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGGTATATAACCAA
CCGACTAAATATATACACCTGCGCGATATTTTTGATATCCCTACCGTTAA
TTTTGGCCATCGAGGAGACCACATTTGCCGGTTTGTCTGCGGAAAATGCG
GCTCGCATGCTGGCCGGCAGTCCTGGAGATGTGGAAAAGTCCCCATCG--
-CATCACAGCGAAATGTCCTTGGTCCTGCCACACGACACCTATCCTGGCT
TCAGCATCAAGAAGTTCAAAACCCATCCTGTGAAGATAAATGGTAGCTCG
CATGCCGGCGGTGCTGCCTATCACATGTTGGACAGTGATTACTCCAAGTA
CTTTACGGTACTGGAAGATGGTGTGGTGATGACCACAGCGGATATATCGC
CGCTCGTCAATCGTCCAGTTCAGTTGGTGGTTGTCGAACAAACCCCCAAT
GTCACCAACACCCACAATCTCCAGTTGTTCGTGATGCATCGCAATGATAT
GCTGCGATTCTCAGGATCCCTACTCGATGCCAGTGGTGAGGTGAGGGAGA
ATCAACCGGCGGGCACCAGGGTAAGAGGAGTACCCCTAATGCAGGCCTTC
AGTGGCTCCATCCTAGATGAAGAACTGGCCACACCCAAGAAGGTTAGGTA
CACCATCATCGATGGCAACGTGGACGATGCCTTTGCCCTGCAGGAACGCA
AGGCCAACAAGAATATTCAGATAAGTGCCAAGTCCTTGGTGATAAATGGT
GACGACGAGTCTGGCGTTTGGTTGGTCACCAATCGTCCTTTGGATCGAGA
GGAACGTGCCCACTATGATCTCTCCGTAGAAGCTTCAGATGTCGATGGCT
TGGATAAGACGGTTTCCAAAATACAAATTACTGTATTGGATGAGAACGAT
AATAGACCGATCTTCAAGTCCCTAGACTATAAGTTTGCCATTGCCGGCCA
GAAATCTGCAAATATGGAGAGCAATAGTAGCGTGACTTATCGGCGATTTG
CAATTATGGGAAAAGTTGAGGCCACCGATGCTGATGGGGATAAAATTGCC
TATCGCCTCAAGTCGCCCAGCAATGTGGTGATCATAGTTCCTCAAACTGG
CGAAATAATGCTGGCCGGTGAGCCCACTTCAAACGAACTTCTTATCGAGG
TGATAGCCCACGATCTGAGGTATCCCAGTTTATTGAGTGCCAAGCCCGCC
AAGGTCCTCTTGGAGTTTCTGGCTGCCGAACCGGTTTCCTTTATAATGCA
ACATCTGGAACACGATGAGGTCAATAATCACTCACATCACCGAGAGAAAA
GACGAGTTACCCGAGCTGTGCGACCCACCAAGAGGATCGAATTCACCGAG
GCTGATGGAGATACCGAGGGAAAGTCGGTGTTCCAGTTGGAAAAGGAAAC
CGATAAGGAAACGTTCAAGATCAGGGATGATAATCCCTGGGTGACGGTGG
AAACAAATGGAGCAGTGCGAGTCAAGAAGAAGTGGGACTACGAGGAGTTG
GGACCCGAGAAGACCATCGATTTCTGGGTCATCATCACCAATATGGGACA
TAATGCTGGCATCAAGTATACGGACAACCAGCGTGTGATAATCCTGGTGA
AGGATGTGAACGATGAGCCCCCGTATTTCATCAACCGCCCCCTGCCCATG
CAGGCGGTGGTTCAGCTGAATGCACCACCCAACACTCCGGTTTTCACGCT
CCAGGCCCGAGATCCCGATACCGATCATAATATCCATTATTTCATCGTTC
GCGATCGAACTGGCGGACGTTTTGAGGTGGACGAGCGATCTGGAGTGGTG
AGGACCAGGGGCACGGACCTCTTCCAGCTGGATATGGAATATGTCCTGTA
CGTAAAGGCAGAGGATCAGAATGGAAAGGTCGATGATCGCAGGTTCCAGA
GCACCCCCGAGGAGCGACTCTCGATTGTGGGTGGCAAACGAGCTCCCCAG
TTCTACATGCCCAGCTATGAGGCCGAGATCCCAGAAAATCAGAAAAAGGA
CTCAGACATCATTTCGATTAAGGCCAAGTCGTTCGCGGACCGCGAGATTC
GCTATACCCTGAAGGCCCAGGGCCAGGGGGCCGGCACCTTTAACATCGGA
CCCACGTCGGGCATTGTCAAGTTGGCCAAGGAGCTGGACTTTGAGGATCT
GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGACTCCG
GGGGCTTTTCCACCTCCGTCGATCTCACCATTCGCGTTACGGATGTGAAC
GACAATGCCCCGAAATTCGAGCTGCCCGATTATCAGGCCCACAACGTTGA
TGAGGATATTCCACTGGGCACAAGCATACTTCGGGTTAAAGCTATGGATT
CCGATTCAGGATCGAATGCTGAAATAGAATACCTAGTATCCGATGACCAT
TTCGCCGTGGATTCCAACGGAATTATCGTGAACAACAAGCAACTGGATGC
GGACAATAATAATGCCTACTACGAGTTCATAGTCACGGCCAAGGACAAGG
GTGAACCGCCAAAGTCTGGAGTGGCTACAGTGCGTGTTTACACCAAAAAC
AAGAACGACGAGGAGCCCAAGTTCTCCCAGCAGGTGTATACCCCCAATGT
GGATGAGAATGCTGGTCCAAATACTTTGGTTACCACTGTTGTGGCCTCCG
ATAAGGATGGCGACAACGTTAGGTTTGGATTTGTGGGCGGTGGCACTTCG
TCGGGTCAGTTTGTCATAGAGGACATAACCGGTGTGATCCGACTGCACAA
TAAAGCCATATCCCTGGACAGGGACAAGTACGAGTTGAACGTTACGGCCA
TGGATGATGGATCTTGTTGTGTGAATGGCGATCAAACTATCCACACTTCG
ACCGCCGTGGTTGTGGTCTTTATCACCGATGTCAACGATAATAAGCCGGT
GTTCAAGGACTGCAGTACCTACTACCCGAAAGTCGAGGAGGGAGCTCCAA
ATGGAAGTCCCGTCATTAAAGTTGTGGCCACCGACGAGGATAAGGGTGTC
AATGGACAGGTGAAATACTCGATTGTTCAGCAGCCGAATCAGAAAGGTAC
AAAGTTCACAGTCGATGAGGAAACGGGAGAGGTGTCCACCAACAAGGTCT
TCGATCGAGAGGGAGATGATGGAAAATTTGTATCAGTCACAGTGAAGGCC
ACAGATCAGGGTGATCCAAGTCTGGAAGGCGTGTGCTCCTTTACCGTGGA
GATCACAGATGTCAACGATAATCCCCCACTGTTTGATCGTCAGAAATACG
TTGAGAATGTAAAGCAGGATGCCAGTATTGGCACCAATATCCTCCGTGTC
TCCGCCTCCGATGAAGATGCCGACAACAATGGAGCTATAGTATACAGCCT
GACTGCACCCTTTAATCCCAACGATCTGGAATACTTTGAAATCCAGGCCG
AATCCGGTTGGATTGTGCTCAAGAAACCGCTTGACCGTGACCGATATCGC
TTGAGGGTTAGCGCCTCCGATAAGGGCACTCCCGCCTCGGCCGCCGATGT
CGACGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCACCCATTTGGG
ATAAGAGCATTTACGGGCCGATTCACATACGCGAGAATGTCACTGTGGGT
ACGGTTGTAACATCGGTTAAGGCAAGTTCTGGTATTGAAGGCAATCCCAC
AGTTTTTTATCGATTGATGCCCGGGTCAACGGCCCAAACGAACAAATTTC
ACACGTTCTACTTGCAACAAAGACCGGACAACGGCGATACTTGGGCAGAT
ATAAAAGTCAATCATCCGCTGGACTACGAAAGCATCAAGGAATACAATTT
AACCATACGTGTTGAGAACAACGGGGCCCAACAACTGGCATCGGAAGCGA
CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
GAACGCGAACAGGAAACGGTGCTCGAGGGCGAACCGATTGGCACCAAAGT
GACACAAGTGAACGCCATCGACAAGGACGGCACATTCCCAAATAATCAGG
TGTACTACTACATTGTCGATTCGCCGCGAAACGAGGGCAAGGAATTCTTC
GAAATCAACCTGCAGAGTGGAGAGATATTCACGAAAACCGTTTTCGACAG
GGAGAAGAAGGGCGCCTATGCCCTCGAAGTGGAGGCCCGCGATGGAGCGC
CCTCGGCGAGACCCAATAGCAACGGACCCAATTCAGTCACCAAATTCATA
CGCATTGGCATCGCCGATAAAAACGATAATCCGCCCTATTTCGACAAATC
GCTGTACGAGGCCGAAGTGGATGAGAACGAGGACATTCAGCACACAGTGC
TCACTGTAACCGCCAAGGATCACGACGAGTCCTCACGTATCCGCTATGAA
ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
AACTGAAATTGGTTGCGTCGGACAGTTTGAATGAAAATCAAACAACAATC
GTCATAAATGTGCGCGACGTCAACGATCTGCCACCGCGATTCCCGCAGAC
ATCCTATGAGCGAACTCTCGACGAGGGAATGACCGACACGCCCTTTACCA
TCATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
GTGTACTTCCTCACGGGCCAAGGCATTGATCCGGATAATCCGGCCAATAG
CAAATTCGACATCAACCGCACCACCGGCGAAATATTCGTTTTAAAGCCCC
TGGATCGCGATCAACCGAACGGACGACCCCAGTGGCGCTTCACTGTATTC
GCCCAGGACGAGGGTGGCGAGGGACTCGTGGGATACGCGGATGTCCAGGT
CAATCTGAAGGACATCAACGATAATGCCCCCATTTTCCCACAGGGCGTTT
ACTTTGGCAACGTGACGGAGAACGGCACCGCCGGCATGGTGGTGATGACC
ATGACGGCCGTGGACTACGACGATCCCAACGAGGGTTCCAATGCCCGGCT
GGTGTACTCCATCGAGAAGAACGTGATTGAGGAGGAGACGGGGTCACCCA
TTTTCGAAATCGAACCCGACACGGGTGTGATAAAGACCGCCGTTTGTTGT
CTGGATCGCGAGAGAACCCCTGATTACTCGATACAGGTCGTTGCGATGGA
TGGCGGGGGGTTAAAGGGGACGGGGACGGCCTCCATACGGGTTAAGGATA
TCAACGATATGCCGCCGCAGTTTACGAAAGACGAATGGTTTACGGAAGTG
GACGAAACGGATGGCACTGCTCTGCCGGAAATGCCCATTTTAACCGTGAC
CGTACACGATGAAGACGAAACTAACAAGTTCCAGTACAAGGTTATCGATA
ACAGTGGCTATGGTGCCGATAAGTTCACCATGGTGCGGAATAACGATGGA
ACTGGTTCCCTGAAAATCGTACAGCCCCTGGACTACGAGGATCAACTGCA
GAGCAATGGCTTCCGTTTCCGCATTCAGGTGAACGACAAGGGCGAGGACA
ACGACAATGATAAGTACCATGTGGCCTATTCGTGGGTTGTGGTCAAACTG
AGGGACATTAACGATAATAAGCCGCACTTCGATCGGGCCAATGTGGAGGT
CTCCGTTTTCGAGGACACCAAGGTGGGCACTGAGCTCGAGAAGTTCAAGG
CAACCGATCCGGATCAGGGTGGCAAGAGCAAGGTCTCCTATTCCATCGAT
CGTTCTTCGGATCGTCAGCGGCAGTTTGCCATCAACCAGAATGGTTCGGT
GACCATTCAACGCTCCCTGGATCGCGAAGTGGTGCCCCGTCATCAGGTCA
AAATTCTGGCGATAGATGATGGTTCCCCACCAAAAACCGCCACGGCTACA
CTTACAGTCATCGTTCAGGATATCAACGATAATGCTCCCAAGTTCCTAAA
AGACTACAGACCAGTACTGCCTGAGCATGTGCCTCCTCGTAAAGTGGTGG
AGATCCTGGCCACCGATGACGATGATCGCTCTAAGAGTAATGGTCCACCT
TTCCAGTTCCGATTGGACCCCAGTGCCGATGATATTATCCGTGCTTCTTT
CAAGGTGGAACAGGATCAAAAGGGTGCCAATGGTGATGGTATGGCCGTGA
TTTCCTCCCTGCGATCCTTCGATCGCGAACAGCAAAAGGAGTATATGATC
CCGATTGTGATCAAGGATCACGGTTCTCCGGCAATGACTGGTACCAGTAC
TTTGACCGTCATAATCGGTGATGTGAATGACAACAAAATGCAGCCTGGCT
CCAAGGACATCTTCGTCTACAACTACCAAGGACAATCGCCAGACACTCCA
ATTGGTAGGGTCTATGTCTACGATCTGGATGATTGGGATCTGCCCGACAA
GAAGTTTTACTGGGAGGCCATGGAACATCCGCGCTTCAAGTTGGACGAGG
ACTCCGGCATGGTCACCATGAGGGCAGGAACCCGCGAAGGACGTTACCAT
CTCAGGTTTAAGGTCTACGATCGTAAGCACACCCAAACCGATATACCAGC
CAATGTCACGGTTACGGTGAGGGAGATTCCCCATGAAGCTGTTATAAACT
CGGGATCCGTACGACTATCTGGCATTTCGGATGAAGACTTCATCCGAGTG
TGGAACTATAGGACCCAGAGCATGAGTCGCTCAAAAATGGATCGCTTCAG
AGATAAACTGGCTGATTTACTGAATACCGAGAGGGATAATGTTGACATAT
TCAGTGTGCAGCTGAAGAGAAAACACCCTCCTCTAACTGACATCAGGTTC
TCGGCTCATGGGTCTCCCTACTACAAACCAGTTAGGCTAAATGGCATTGT
CTTGATGCATCGCGAGGAGATCGAAAAGGATGTGGGCATCAATATCACCA
TGGTGGGCATTGATGAGTGTCTGTATGAAAACCAAATGTGCGAGGGTAGC
TGCACGAATGCCCTGGAAATCAGTCCCCTGCCCTATATGGTTAATGCCAA
CAAAACTGCCTTGGTCGGTGTTCGAGTGGACACCATTGCAGACTGTACTT
GTGGGGCCCGTAACTTCAGTAAACCCGAGTCCTGCCGAACAACTCCCTGT
CACAATGGTGGACGTTGTGTAGACACCAGATTTGGACCCCATTGCTCGTG
TCCGGTGGGCTATGCAGGTCCCAGATGTCAGCAGACCACTCGAAGTTTCC
GTGGAAACGGTTGGGCCTGGTATCCTCCCCTGGAGATGTGTGACGAATCG
CATTTGAGTCTGGAATTCATCACCCGCAAGCCTGATGGCCTGATCATTTA
CAATGGACCCATAGTTCCGCCAGAACGGGATGAGACGCTCATATCCGACT
TTATTGCCCTGGAACTGGAGCGAGGTTATCCCAGACTACTGATAGACTTT
GGTTCGGGCACCTTGGAGCTGCGAGTGAAGACCAAAAAGACTTTGGACGA
TGGTGAATGGCACAGGATCGATCTGTTCTGGGATACCGAAAGCATTCGCA
TGGTGGTGGACTTCTGTAAGTCGGCGGAAATTGCCGAAATGGAGGATGGC
ACTCCTCCAGAATTCGATGACATGTCCTGCCAGGCGAGAGGACAGATTCC
GCCATTCGATGAGTATCTCAATGTTAATGCTCCTCTGCAAGTGGGTGGTT
TGTACCGCGAGCAGTTCGATCAGAGTCTGTACAACTGGCACTATATGCCC
ACGGCCAAGGGCTTCGATGGTTGTATCAGAAACTTGGTGCATAACTCCAA
GCTCTATGATCTTGCTCATCCGGGACTGTCGAGGAATAGTGTGGCTGGTT
GTCCGCAAACCGAGGAAGTGTGCGCCCAAACGGAAACCACAGCCCGTTGC
TGGGAACATGGAAATTGCGTGGGATCCCTGTCCGAAGCTCGCTGCCATTG
TCGACCTGGTTGGACGGGTCCTGCCTGTAACATTCCCACCATACCCACCA
CCTTCAAGGCCCAGAGTTATGTGAAGTACGCCCTGAGCTTCGAACCCGAT
CGGTTCAGCACTCAAGTCCAGCTGAGATTCCGCACGAGGGAGGAGTACGG
AGAACTTTTCCGCGTGAGCGATCAGCACAATCGAGAGTATGGAATTCTGG
AGATCAAGGATGGTCACCTCCATTTCCGTTACAACCTGAATTCCCTTCGT
ACCGAGGAGAAGGATCTGTGGCTAAATGCCATAGTGGTCAACGATGGTCA
GTGGCACGTGGTGAAGGTTAATCGATATGGCTCTGCTGCTACTCTAGAAT
TGGATGGTGGAGAAGGTCGTCGTTATAACGAGACCTTTGAGTTCGTGGGC
CACCAGTGGCTGTTGGTGGACAAACAAGAGGGTGTCTATGCTGGCGGAAA
GGCAGAATACACTGGCGTCAGAACCTTTGAGGTATACGCTGATTACCAGA
AGAGCTGTCTCGATGATATACGTCTTGAAGGTAAGCACCTTCCTCTGCCA
CCTGCGATGAATGGTACCCAATGGGGTCAGGCCACAATGGCCAGGAACCT
GGAGAAGGGTTGTCCCTCGAACAAACCCTGCTCGAATGTGATCTGCCCCG
ATCCCTTCGAGTGCGTGGATCTTTGGAATGTCTACGAGTGCACCTGTCCG
GCGGGCTACAGAAGCTCCGGCAGCACCTGTGTCAACGATAACGAGTGCCT
ACTGTTCCCATGCCGCAACGGGGGTCGCTGTCGCGATCATCATCCCCCCA
AGAAGTACGAGTGCCACTGCCCCATGGGCTTCACCGGCATGCACTGCGAA
CTGGAGTTATTGGCCTCGGGTGTATTGACGCCATCCCGTGATTTTATTGT
CGCCCTGGCGCTCTGCCTGGGCACTCTGATACTACTCGTCTTGGTCTTCG
TCGTATACAATCGTCGCCGTGAGGCGCATATCAAATATCCGGGTCCCGAC
GATGATGTGCGCGAGAATATCATCAACTATGACGATGAGGGAGGCGGCGA
GGATGATATGACCGCCTTTGATATCACACCTCTGCAGATACCAATTGGAG
GGCCAATGCCACCTGAGCTGGCGCCCATGAAAATGCCAATTATGTATCCT
GTAATGACCTTAATGCCAGGTCAGGAACCCAATGTGGGCATGTTCATTGA
GGAGCATAAAAAGCGTGCCGATGGTGATCCTAACGCGCCGCCTTTTGACG
ACTTGAGGAACTATGCGTACGAGGGCGGCGGCAGCACAGCTGGATCGCTC
AGCTCGTTGGCTTCAGGAACTGATGACGAGCAGCAGGAATACGACTACCT
CGGAGCCTGGGGGCCACGCTTTGACAAGCTGGCCAACATGTACGGACCCG
AGGCGCCCAATCCCCACAACACCGAACTAGAATTG---
>C7
ATGGCGGCACGACGTTGCCTGGATTTGCTCAGGCAACGTTATATAACCAA
CCGATTTAATATATACACCTGCGCGATATATTTGATAGCCCTCCCGTTAG
TTTTGGCCATAGAGGAGACCACATTTGCTGGTCTATCGGCGGAAAATGCA
GCCCGCATGTTGGCTGGCAGTCCAGGGGATGTGGAAAAGTCACCCTCGTC
ACATCACAGTGAAATGTCCCTGGTGCTGCCACACGATACCTATCCTGGAT
TTAGCATCAAGAAGTTCAAAACCCATCCCGCTAAGATAAATGGTAGCTCG
CATGCCGGCGGAGCTGCCTATCACATGTTGGATAGTGATTACTCAAAGTA
CTTTACCGTACTGGAAGATGGTGTGGTGATGACCACAGCGGATATATCTC
CGCTGGTCAATCGTCCAGTTCAATTGGTGGTCGTTGAACAAACTCCCAAT
GTCACCAATACCCACAATCTTCAGTTATTCGTAATGCATCGCAATGACAT
GCTGCGATTTTCGGGTTCCCTACTCGATGCCAGTGGTGAAGTAAGGGAGA
ATCAACCGGCGGGTACCCGGGTAAGAGGAGTGCCCCTAATGCAGGCCTTC
AGTGGTTCCATCCTGGATGAAGAACTGGCCACACCCAAGAAAGTTAGGTA
CACCATTATTGACGGCAACGTAGATGATGCATTCGCTCTGCAGGAACGCA
AGTCCAATAAAAATATTCAATTAAGTGCAAAGTCCTTGGTAATTAATGGT
GATGATGAATCCGGTGTTTGGCTGGTCACCAATCGTCCTTTGGATCGAGA
GGAAAGGGCTCACTATGATCTCTCCGTGGAAGCTTCAGATGTTGATGGCT
TGGATAAGACCATATCCAAAATACAAATCTCAGTGCTAGATGAAAACGAT
AATAGACCGATTTTCAAGTCATTGGATTATAAATTCGCCATTGCTGGTCA
AAAGTCTGCTAATATGGAGAGCAATAGTAGTGTGACTTATCAGCGATTTG
CGATCATGGGCAAAGTTGAAGCCACCGATGCTGATGGTGATAAAATTGCC
TACAGGCTGAAGTCACCAAGCAATGTTGTAATTATCGTACCACAAACTGG
TGAAATAATGCTGGCAGGTGAACCCACTTCAAACGAACTTCTTATCGAGG
TGATAGCCCATGACTTGAGGTATCCCAGTCTATTGAGTGCTAAACCAGCG
AAGGTTTTGTTGGAATTCTTGGCTGCTGAACCAGTTTCGTTTATCATGCA
ACATCTGGAACATGATGAGATAAATAATCACTCGCATCACCGAGAGAAAA
GACGAGTTACCCGAGCTGTTCGACCCACCAAGAGGATTGAATTCACTGAA
GCCGATGGCGATACCGAGGGAAAGTCGGTGTTCCAATTGGAAAAGGAAAC
CGATAAGGAAACATTTAAGATCCGAGACGATAACCCCTGGGTGACGGTGG
AAACAAATGGAGCAGTGCGAGTCAAGAAGAAGTGGGACTACGAGGAGCTG
GGTCCAGAGAAGACCATCGATTTCTGGGTCATTATCACAAACATGGGACA
TAATGCTGGCATCAAGTATACGGACAACCAGCGTGTGATAATTCTGGTGA
AGGATGTGAACGATGAGCCACCGTACTTCATCAACCGACCACTGCCCATG
CAGGCGGTGGTTCAGCTGAATGCACCACCCAACACTCCAGTTTTCACACT
ACAAGCTCGGGATCCCGATACGGATCATAATATTCATTATTTCATCGTTC
GTGATCGAACTGGTGGGCGTTTCGAGGTGGACGAACGATCTGGAGTAGTC
AGGACTAGGGGTACGGATCTCTTTCAACTGGATATGGAATACGTACTGTA
CGTAAAGGCTGAGGATCAAAATGGAAAGGTCGATGATCGCAGATTCCAGA
GCACTCCCGAGGAGCGACTTTCGATTGTGGGTGGCAAACGCGCCCCTCAA
TTCTATATGCCCAGCTATGAAGCCGAGATCCCAGAAAACCAGAAAAAGGA
CTCAGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGCGAAATAC
GTTATACTTTAAAGGCCCAGGGCCAGGGAGCCGGCACCTTTAACATTGGA
CCCACGTCGGGCATTGTCAAGTTGGCCAAAGAGTTGGACTTTGAGGATCT
GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCAACGGAGGACTCTG
GAGGATTTTCCACCTCCGTCGATCTCACTATTCGCGTTACGGATGTGAAT
GACAACGCTCCGAAATTCGAGCTGCCTGATTACCAAGCTCACAACGTGGA
TGAGGATATTCCGCTGGGCACGAGCATACTTCGAGTGAAAGCTATGGATT
CAGATTCGGGGTCAAATGCTGAAATCGAATACTTAGTATCCGATGACCAT
TTCGCCGTTGATTCAAATGGAATTATTGTGAACAACAAGCAACTGGATGC
GGATAATAATAATGCTTACTACGAGTTCATAGTCACTGCCAAGGATAAAG
GTGAACCGCCTAAGTCGGGAGTTGCCACAGTTCGTGTTTACACAAAAAAC
AAGAACGATGAAGAGCCAAAGTTCTCACAGCAAGTGTATACCCCAAATGT
GGATGAGAATGCAGGTCCTAACACGTTAGTTACCACTGTGGTTGCCTCTG
ATAAGGATGGTGATAACGTACGGTTTGGCTTCGTGGGCGGCGGCACTTCG
TCGGGTCAGTTTGTCATCGAGGACATAACCGGTGTTATCCGACTGCATAA
TAAAGCCATATCCCTGGACAGAGACAAGTACGAGCTGAATGTCACGGCCA
TGGACGATGGATCATGTTGTGTGAATGGCGATCAAACTATCCACACCTCA
ACCGCCGTGGTTGTGGTCTTCATCACTGATGTTAACGACAATAAGCCAGT
GTTCAAGGATTGCAGTACCTATTATCCGAAAGTTGAGGAAGGTGCTCCCA
ATGGTAGTCCAGTAATTAAAGTTGTGGCCACCGATGAGGATAAGGGAGTA
AATGGACAGGTGAAATACTCGATAGTTCAGCAGCCAAATCAGAAGGGAAC
TAAGTTCACGGTGGACGAGGAAACTGGCGAGGTGTCCACCAATAAGGTCT
TCGATCGTGAGGGAGATGATGGCAAGTTTGTATCCGTAACAGTAAAGGCC
ACGGATCAGGGTGATCCAAGTTTGGAGGGTGTTTGCTCCTTCACCGTAGA
GATCACAGATGTCAACGATAATCCTCCACTGTTCGATCGTCAGAAATATG
TAGAGAATGTGAAACAGGATGCCAGCATTGGCACAAATATCCTCCGTGTC
TCCGCCTCCGATGAAGATGCCGATAACAATGGAGCTATAGTATATAGTCT
CACAGCCCCCTTCAATCCCAACGATCTGGAATACTTCGAAATTCAGGCAG
AATCCGGTTGGATTGTTCTCAAAAAACCGCTTGACCGTGACCGTTATCGC
TTGAGGGTTAGCGCCTCCGATAAAGGCACTCCCGCCTCGGCAGCCGATGT
CGATGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCACCCATTTGGG
ATAAGAGCATTTACGGGCCGATACACATACGCGAGAATGTCACTGTGGGT
ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGTATTGAAGGAAATCCCAC
AGTTTTTTATCGACTGATGCCCGGGTCAACGGCCCAAACGAACAAATTTC
ACACGTTCTACTTGCAACAAAGACCGGACAATGGCGACACTTGGGCCGAT
ATAAAAGTAAATCATCCGCTGGATTACGAAAGTATCAAGGAATATAATCT
TACCATACGTGTGGAGAACAACGGGGCCCAACAATTGGCATCGGAAGCGA
CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
GAACGAGAACAGGAAACGGTGCTCGAGGGAGAACCGATTGGCACCAAAGT
GACACAAGTGAACGCCATCGACAAGGATGGCACATTCCCAAATAATCAGG
TCTACTACTACATTGTCGATTCGCCGCGAAACGAGGGCAAAGAATTCTTC
GAAATTAACCTGCAGAGTGGCGAAATATTCACGAAAACCGTATTCGATAG
GGAGAAGAAGGGCGCCTATGCCCTCGAGGTGGAGGCACGGGACGGAGCTC
CATCTGCTCGCCCCAATAGCAATGGACCAAATTCAGTCACCAAATTCATA
CGCATTGGCATCGCCGATAAAAACGATAATCCGCCCTATTTCGACAAATC
GCTGTACGAGGCCGAAGTGGATGAGAACGAGGACATTCAGCACACAGTTC
TCACTGTAACGGCCAAGGATCACGACGAATCCTCACGTATCCGCTATGAA
ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
AACTGAAATTGGTTGCCTCGGACAGTTTGAATGAAAATCAAACAACAATC
GTCATAAATGTGCGCGACGTCAACGATCTGCCGCCGCAATTCCCGCAGAC
ATCCTATGAGCGAACTCTCGACGAGGGAATGACCGACACGCCCTTTACCA
TCATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAATATC
GTGTACTTCCTCACGGGCCAAGGCATTGATCCGGATAATCCAGCCAATAG
CAAATTCGACATCAACCGCACCACTGGCGAAATATTCGTTTTAAAGCCCC
TGGATCGCGATCAACCGAACGGACGTCCCCAGTGGCGATTCACTGTATTC
GCCCAGGACGAGGGTGGCGAGGGACTCGTGGGCTATGCGGATGTCCAGGT
CAATCTGAAGGACATCAACGATAATGCCCCCATTTTCCCACAGGGCGTAT
ACTTTGGCAACGTGACCGAGAACGGCACCGCCGGCATGGTTGTGATGACC
ATGACAGCAGTGGATTACGACGATCCCAATGAGGGTTCCAATGCCCGGCT
TGTCTACTCTATTGAAAAGAACGTGATTGAGGAGGAAACTGGGTCCCCCA
TATTTGAAATTGAACCCGATACGGGTGTGATAAAGACTGCAGTATGTTGT
TTGGATCGCGAGAGAACTCCGGACTATTCGATACAGGTCGTTGCGATGGA
TGGCGGAGGGTTAAAGGGGACGGGGACGGCCTCTATACGTGTTAAAGATA
TCAACGATATGCCGCCGCAGTTTACGAAAGACGAATGGTTTACGGAAGTG
GACGAAACGGATGGTACGGCACTGCCGGAAATGCCCATTTTAACTGTAAC
CGTACACGATGAAGACGAAACCAATAAGTTTCAATATAAAGTTATCGATA
ACAGTGGTTATGGTGCCGATAAATTTACCATGGTGCGGAATAACGATGGA
ACTGGTTCCCTGAAAATCGTACAGCCCTTGGACTACGAAGATCAGCTGCA
GAGCAATGGCTTCCGTTTCCGCATTCAAGTCAATGACAAGGGCGAGGACA
ATGACAATGATAAATACCATGTGGCCTACTCGTGGGTTGTGGTTAAACTA
AGAGATATCAATGACAATAAACCGCATTTCGACCGTGCCAATGTGGAGGT
CTCCGTTTTCGAGGACACTAAAGTTGGCACCGAACTCGAGAAGTTCAAGG
CAACCGATCCGGATCAGGGTGGCAAGAGTAAGGTCTCCTATTCCATCGAT
CGTTCCTCGGATCGTCAGCGCCAGTTTGCCATTAACCAGAATGGTTCAGT
AACCATTCAACGTTCCCTGGATCGCGAGGTTGTGCCGCGTCACCAGGTTA
AAATTCTGGCCATCGATGATGGATCTCCACCAAAGACCGCCACTGCTACT
CTAACAGTTATCGTTCAGGATATCAACGATAATGCTCCCAAGTTCCTAAA
AGACTACAGACCAGTATTGCCAGAGCATGTGCCTCCACGTAAGGTGGTTG
AAATTCTGGCCACCGATGACGATGATCGCTCCAAGAGCAATGGCCCACCA
TTCCAGTTCCGTTTGGACCCCAGTGCCGATGATATTATCCGTGCTTCCTT
CAAGGTGGAACAAGATCAAAAGGGTGCCAATGGTGATGGTATGGCCGTCA
TTTCCTCACTGCGATCCTTTGATCGGGAACAGCAAAAGGAGTATATGATC
CCGATTGTGATCAAGGATCATGGTTCACCGGCAATGACTGGAACCAGCAC
ATTGACCGTCATTATTGGCGATGTAAATGACAATAAAATGCAGCCTGGCT
CCAAGGAAATCTTCGTGTACAACTACCAAGGACAATCGCCAGATACTCCA
ATTGGTCGGGTCTATGTCTACGATTTGGATGATTGGGATCTGCCCGATAA
GAAGTTCTACTGGGAGGCCATGGAGCATCCGAGATTCAAGTTGGATGAGG
ATTCCGGCATGGTCACCATGAGAGCTGGAACTCGCGAAGGACGCTATCAT
CTTAGGTTTAAAGTCTACGATCGTAAGCACACTCAAACCGATATTCCAGC
CAATGTCACAGTTACTGTGCGGGAAATACCTCACGAAGCTGTTATAAACT
CGGGATCAGTGCGTCTATCAGGCATTTCAGATGAGGATTTCATTCGAGTC
TGGAACTATAGAACCCAGAGCATGAGTCGCTCGAAAATGGATCGCTTCAG
GGATAAGCTGGCTGACTTACTGAACACCGAAAGGGAAAATGTCGATATAT
TCAGTGTGCAATTAAAGAGGAAATATCCGCCTCTAACCGATGTTAGATTC
TCGGCCCATGGATCTCCGTACTACAAACCTGTGAGGCTAAATGGCATTGT
TCTGATGCATCGCGAGGAGATCGAAAAGGATGTCGGCATCAATATCACCA
TGGTTGGCATCGATGAGTGTCTGTATGAGAATCAAATGTGCGAGGGTAGC
TGCACAAATGCCCTAGAAATCAGTCCTTTGCCTTATATGGTTAATGCCAA
CAAAACTGCCTTGGTGGGTGTTCGAGTGGATACCATTGCTGATTGTACTT
GTGGTGCCCGTAACTTCAGCAAGCCTGAGTCCTGCCGAACAACTCCGTGT
CACAATGGTGGACGTTGTGTAGATACCAGATTTGGTCCTCACTGCTCGTG
TCCTGTGGGCTATGCTGGTCCCAGATGTCAGCAAACCACTCGCAGTTTCC
GAGGAAACGGCTGGGCCTGGTACCCTCCTCTGGAAATGTGCGACGAATCT
CATTTAAGTTTGGAATTTATTACCAGAAAACCAGATGGTCTAATCATTTA
CAATGGACCTATTGTTCCACCAGAACGAGATGAGACGCTTATATCAGATT
TTATTGCTCTAGAATTGGAGCGAGGTTATCCTAGACTCCTTATCGACTTC
GGTTCGGGAACTTTGGAACTGAGAGTGAAGACCAAGAAGACCTTGGACGA
TGGTGAATGGCATAGGATCGATCTGTTCTGGGACACCGAATCCATTCGCA
TGGTCGTGGACTTCTGTAAATCAGCGGAGATTGCCGAAATGGAGGATGGT
ACTCCACCAGAATTCGATGACATGTCCTGCCAGGCGAGAGGACAAATTCC
GCCATTCAATGAGTACCTTAATGTTAATGCTCCCTTGCAAGTGGGTGGAT
TATATCGAGAGCAATTCGATCAGAGTCTGTATTTCTGGCACTACATGCCC
ACTGCCAAGGGTTTCGATGGCTGCATCCGAAATTTGGTCCACAATTCGAA
ACTTTATGATCTGGCTCATCCGGGACTCTCGAGGAATAGTCTTGCAGGTT
GTCCACAAACCGAGGAAGTTTGTGCCCAAACGGAAACCACATCTCGGTGC
TGGGAACATGGAAATTGTGTTGGATCGTTGTCCGAGGCTCGATGCCATTG
CCGACCGGGTTGGACAGGACCTGCCTGTAACATTCCTACAATACCCACAA
CCTTCAAAGCCCAGAGTTATGTAAAATACGCCTTGAGTTTCGAACCGGAT
CGTTTCAGCACTCAAGTCCAGTTGAGATTCCGAACAAGAGAGGAGTACGG
CGAACTTTTCCGGGTTAGCGATCAGCATAATCGAGAATATGGAATTCTGG
AGATCAAAGATGGTCATCTGCACTTCCGTTACAATCTCAACTCCCTTCGT
ACTGAAGAAAAGGATCTCTGGCTAAACGCCATAGTGGTTAACGATGGTCA
ATGGCATGTGGTGAAGGTAAATCGATATGGATCTGCTGCTACCTTGGAGT
TGGATGGAGGAGAGGGTCGTCGCTACAACGAAACCTTTGAATTCGTGGGG
CATCAGTGGTTGCTGGTGGACAAACAAGAGGGTGTCTATGCAGGCGGAAA
AGCTGAATACACTGGTGTTAGAACATTTGAGGTGTACGCCGATTACCAGA
AGAGCTGTCTCGATGATATACGACTTGAAGGCAAACATCTTCCTCTGCCA
CCGGCGATGAATGGCACCCAATGGGGACAGGCCACTATGGCCAGGAATCT
AGAGAAGGGTTGTCCATCAAATAAACCCTGCTCGAATGTGATCTGCCCCG
ATCCCTTCGAATGCGTAGACCTCTGGAATGTTTACGAGTGCACCTGTCCG
GCTGGCTACAAAAGCTCCGGCAGCTCTTGTATCAACGACAACGAGTGCCT
ACTGTTCCCGTGCCGCAACGGTGGTAGGTGTCGCGATCATCATCCTCCAA
AGAAGTACGAGTGCCACTGCCCCATGGGCTTCACCGGCATGCACTGCGAA
CTGGAGTTATTGGCCTCCGGCGTATTGACGCCATCCCGTGATTTTATTGT
CGCCCTGGCACTCTGTCTGGGCACTCTGATACTACTCGTCTTGGTATTCG
TCGTATACAATCGTCGCCGTGAGGCGCATATCAAATATCCTGGTCCCGAT
GACGATGTGCGCGAGAATATTATCAACTATGACGATGAGGGAGGCGGCGA
GGATGATATGACCGCCTTTGATATCACACCCCTGCAGATACCAATTGGAG
GGCCAATGCCACCTGAGCTGGCGCCTATGAAAATGCCAATTATGTATCCC
GTTATGACCTTAATGCCAGGTCAGGAACCCAATGTGGGCATGTTCATCGA
GGACCATAAAAAGCGCGCCGATGGTGATCCAAACGCGCCGCCTTTCGATG
ACTTGAGGAATTACGCGTACGAGGGTGGCGGCAGTACAGCTGGATCGCTT
AGCTCATTGGCTTCAGGAACTGATGACGAGCAGCAGGAGTATGATTACCT
TGGAGCCTGGGGACCACGCTTCGACAAGCTGGCCAATATGTATGGACCCG
AGGCGCCCAATCCCCATAATACCGAACTAGAATTG---
>C8
ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGTTATATAACCAC
AAAACTGAATCTCTACACCTGCGCGATACTTTTGATATGCCTCCCGTTCA
TTTTGGCCATAGAGGAGACCACATTCGCTGGTTTGTCGGCGGAGAATGCG
GCTCGCATGTTGGCTGGCAGTCCTGGCGATGTGGAAAAATCGCCATCG--
-CATCACAGTGAAATGTCCTTGGTCCTGCCACACGATACCTATCCCGGGT
TCAGCATCAAGAAGTTCAAAACCCATCCTCTCAAGATAAATGGCAGCTCG
CATTCCGGCGCAGCTGCCTACCACATGTTGGATAGCGACTACTCCAAGTA
CTTCACGGTACTTGAAGACGGTGTGGTGATGACCACGGCGGACATTTCTC
CGCTGGTAAATCGTCCAGTTCAACTGGTGGTGGTTGAACAAACGCCCAAT
GTCACCAACACCCACAATCTTCAGTTGTTCGTGATGCACCGCAACGATAT
GCTGAGGTTCTCGGGTTCACTACTTGATGCCAGTGGTGAAGTAAGGGAAA
ACCAGCCAGCGGGAACCAGAGTGAGAGGAGTTCCCCTAATGCAGGCCTTC
AGTGGATCCATCCTGGAAGAGGAGCTCGCCACGCCCAAGAAGGTCAGGTA
CACCATCATCGATGGCAACGTTGATGATGCCTTTGCCCTCCAGGAACGCA
AGGCCAATAAGAACATTCAAATAAGTGCCAAGTCATTGGTAATTAATGGT
GATGATGAGTCCGGTGTTTGGCTGGTCACCAATCGTCCTTTGGATCGCGA
GGAACGAGCTCACTATGATCTCTCCGTGGAAGCCTCCGATGTGGATGGTT
TGGACAAGACAGTTTCCAAAATCCAGATCACCGTTCTCGATGAAAACGAC
AACAGACCGATTTTCAAGTCCCTGGATTACAAATTCGCCATCGCTGGTCA
GAAGTCTGCGAATATCGAGAGCAATAGTAGTGTTACCTATCAGCGATTTG
CGATCATGGGAAAAGTGGAGGCCACCGATGCTGATGGGGATAAAATCGCC
TATCGCTTGAAGTCCCCCAGCAATGTTGTGATTATTGTCCCCCAAACTGG
GGAAATAATGCTGGCCGGTGAACCCACTTCGAATGAACTTCTTATCGAGG
TGATAGCTCATGACTTAAGGTATCCCAGTCTATTGAGCGCCAAGCCGGCA
AAGGTTTTATTGGAGTTTTTAGCTGCCGAACCAGTATCGTTTATAATGCA
ACACTTGGAACACGATGAGGTGAACAATCACTCACATCACCGAGAGAAAA
GAAGGGTCACACGAGCTGTTCGACCCACCAAGAGGATTGAATTCACCGAA
GCTGACGGCGATACTGAGGGAAAATCGGTGTTCCAATTGGAAAAGGAAAC
CGATAAGGAGACCTTCAAGATCCGGGATGACAATCCCTGGGTGACGGTGG
AAACCAATGGAGCTGTGCGCGTCAAGAAGAAGTGGGACTACGAGGAGTTG
GGTCCAGAGAAGACCATCGATTTCTGGGTCATCATCACCAATATGGGACA
TAATGCTGGCATCAAGTATACGGACAACCAGCGTGTAATAATCCTGGTGA
AGGACGTGAACGACGAGCCGCCGTACTTCATCAACCGTCCCCTGCCCATG
CAGGCGGTGGTGCAACTGAATGCACCGCCCAACACTCCGGTTTTCACCCT
CCAAGCCAGAGATCCCGACACGGATCACAATATCCATTACTTCATCGTTC
GCGATCGAACTGGTGGTCGTTTTGAGGTGGACGAGCGATCTGGAGTGGTG
CGAACCAGGGGAACGGATCTCTTCCAGCTCGACATGGAGTACGTCCTGTA
CGTGAAGGCGGAGGATCAGAACGGAAAGGTCGACGACCGCAGGTTCCAAA
GCACTCCGGAGGAGCGACTGTCAATCGTGGGAGGCAAACGAGCCCCGCAG
TTCTATATGCCCAGCTATGAAGCCGAGATTCCAGAAAACCAGAAGAAGGA
CTCAGACATCATTTCGATTAAGGCCAAGTCCTTCGCAGACCGCGAAATCC
GCTACACTTTGAAGGCCCAGGGCCAAGGAGCCGGCACCTTTAACATCGGA
CCCACGTCGGGCATTGTCAAGTTGGCCAAGGAGTTGGACTTTGAGGATCT
GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGACTCAG
GAGGATTTTCCACCTCCGTCGATCTCACCATTCGCGTTACTGATGTGAAT
GACAATGCACCGAAATTCGAGCTGCCCGATTACCAAGCTCATAATGTGGA
TGAAGATATTCCTCTTGGCACAAGCATACTCCGTGTAAAAGCAATGGATT
CAGATTCCGGATCGAACGCCGAAATCGAATACCTTGTATCCGACGACCAC
TTCGCCGTGGATTCAAATGGAATCATCGTAAACAACAAACAACTGGATGC
GGATAACAATAATGCGTACTACGAGTTCATAGTCACTGCCAAGGACAAAG
GAGAACCGCCAAAATCGGGAGTGGCGACCGTTCGTGTTTACACCAAAAAC
AAGAACGACGAGGAGCCCAAGTTCTCGCAGCAAGTGTACACACCGAATGT
GGATGAGAATGCCGGTCCGAATACTTTGGTTACCACTGTGGTGGCCTCCG
ATAAGGATGGAGATAATGTCAGGTTTGGATTCGTGGGCGGCGGCACTTCG
TCGGGTCAGTTCGTCATCGAGGACATAACCGGTGTGATCCGACTGCACAA
TAAGGCCATATCCTTGGACAGGGACAAGTACGAACTGAATGTGACGGCCA
TGGACGATGGATCCTGTTGCGTGAACGGCGATCAAACCATCCACACCTCA
ACCGCCGTGGTGGTGGTCTTCATCACCGATGTCAACGATAATAAGCCGGT
GTTTAAGGACTGCAGCACTTACTATCCGAAAGTGGAGGAAGGAGCTCCCA
ACGGAAGTCCTGTCATCAAAGTTGTGGCCACTGATGAGGACAAGGGTGTG
AATGGACAGGTGAAATACTCGATTGTTCAGCAGCCCAATCAGAAGGGTAC
AAAGTTCACCGTGGACGAGGAAACCGGCGAGGTGTCCACCAACAAGGTCT
TCGATCGAGAGGGAGATGATGGCAAGTTTGTCTCGGTCACAGTGAAGGCC
ACCGATCAGGGAGATCCAAGTCTGGAGGGTGTCTGCTCCTTCACCGTGGA
GATCACAGATGTCAACGATAATCCTCCTTTGTTCGATCGTCAGAAATACG
TGGAAAATGTTAAGCAGGATGCCAGCATTGGCACGAATATCCTCCGTGTC
TCCGCCTCCGATGAAGATGCTGACAACAATGGAGCTATAGTTTACAGCCT
GACTGCCCCCTTCAATCCCAACGATCTGGAATACTTCGAAATTCAGGCCG
AATCCGGTTGGATTGTGCTGAAGAAACCGCTTGACCGTGATCGATATCGC
TTGAGGGTTAGCGCCTCCGATAAGGGCACTCCCGCCTCGGCCGCCGATGT
CGACGTTGAATTAGATGTCGTCGATCGGAATAATAAGCCACCCATTTGGG
ATAAGAGCATTTACGGCCCGATTCACATACGCGAGAATGTCACTGTGGGT
ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGCATCGAGGGCAATCCGAC
AGTTTTCTACCGTCTGATGCCCGGGTCGACGGCTCAAACGAATAAATTTC
ACACGTTCTACTTGCAACAAAGACCGGACAATGGAGACACTTGGGCCGAT
ATAAAAGTGAATCATCCGCTGGACTACGAGAGCATCAAGGAATACAATCT
TACCATACGTGTTGAGAACAACGGGGCCCAACAATTGGCGTCGGAAGCGA
CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
GAACGCGAACAGGAAACGGTGCTCGAGGGCGAACCGATTGGCACCAAAGT
GACACAAGTGAACGCCATCGACAAGGATGGCACATTCCCAAATAATCAGG
TCTACTACTACATCGTCGATTCACCGCGAAACGAGGGCAAAGAATTCTTC
GAAATCAACCTGCAGAGCGGAGAGATTTTCACGAAGACCGTATTCGACAG
GGAGAAGAAGGGCGCCTATGCCCTCGAAGTGGAGGCTCGGGATGGAGCTC
CTTCGGCGCGACCCAACAGCAATGGACCCAATTCAGTCACCAAATTCATA
CGCATCGGCATCGCCGATAAAAACGATAATCCGCCCTATTTCGACAAATC
GCTGTACGAGGCCGAAGTGGACGAGAACGAGGACATCCAGCACACAGTGC
TCACTGTAACGGCCAAGGATCACGACGAGTCCTCACGTATCCGCTATGAA
ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
TGCCATTTATGTTGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
AACTGAAATTGGTTGCGTCGGACAGTTTGAATGAAAATCAAACAACAATC
GTCATAAATGTGCGCGATGTCAACGATCTGCCACCGCGATTCCCGCAGAC
ATCCTATGAGCGAACTCTCGACGAGGGAATGACCGACACGCCCTTTACAA
TCATGCAGGTCACCGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
GTGTACTTCCTCACGGGCCAGGGAATTGATCCGGATAATCCAGCCAATAG
CAAATTCGATATTAACCGCACCACCGGCGAAATATTCGTTTTAAAGCCAT
TGGATCGCGATCAACCGAACGGTCGACCCCAGTGGCGCTTCACTGTATTC
GCGCAGGACGAAGGCGGCGAGGGACTCGTGGGCTACGCGGATGTTCAAGT
CAATCTGAAGGACATCAACGATAATGCGCCCATTTTCCCACAGGGCGTGT
ACTTTGGCAATGTGACGGAGAACGGAACCGCCGGCATGGTTGTGATGACC
ATGACAGCCGTGGACTACGACGATCCCAATGAGGGTTCCAATGCCCGCCT
GGTTTACTCCATCGAAAAGAACGTGATTGAGGAGGAAACTGGGTCGCCAA
TTTTCGAAATCGAACCCGATACGGGTGTGATTAAGACCGCAGTTTGCTGT
CTGGATCGCGAGAGAACGCCGGATTACTCGATACAAGTCGTTGCGATGGA
TGGCGGGGGGTTAAAGGGGACGGGGACGGCCTCTATAAGGGTTAAAGATA
TCAACGATATGCCGCCGCAATTCACGAAAGACGAATGGTTTACGGAAGTG
GACGAAACGGATGGCACGGCCCTGCCGGAAATGCCCATTTTAACCGTAAC
CGTTCACGATGAAGACGAAACGAACAAATTTCAGTACAAAGTTATCGATA
ACAGCGGCTATGGAGCCGATAAATTCACCATGGTGCGAAATAACGATGGC
ACTGGTTCCCTGAAAATTGTGCAACCCTTGGACTACGAGGATCAACTGCA
GAGTAATGGCTTCCGCTTCCGGATTCAGGTGAACGACAAGGGCGAGGACA
ACGACAATGATAAGTACCACGTGGCCTACTCGTGGGTTGTGGTTAAACTG
AGGGATATCAACGATAACAAACCGCACTTCGAGCGGGCCAACGTGGAGGT
GTCCGTTTTTGAGGACACCAAAGTGGGCACGGAACTCGAGAAGTTCAAGG
CAACCGATCCGGATCAGGGTGGCAAGAGTAAGGTCTCCTATTCCATCGAC
CGTTCTTCGGATCGTCAGCGACAGTTTGCCATCAACCAAAATGGCTCGGT
AACCATTCAACGTACTTTGGATCGAGAAGTTGTTCCACGTCATCAGGTCA
AAATCCTGGCCATCGACGACGGCTCTCCACCAAAAACAGCCACTGCCACA
CTCACAGTTATCGTTCAGGATATCAACGACAATGCTCCCAAGTTCCTTAA
GGATTACAGACCAGTTTTGCCAGAGCATGTGCCACCACGTAAGGTGGTTG
AAATCCTGGCCACCGATGATGACGATCGCTCGAAGAGCAATGGTCCTCCA
TTCCAGTTCCGTTTGGATCCCAGCGCCGATGATATTATCCGAGCTTCTTT
CAAGGTGGAACAGGATCAGAAGGGTGCCAATGGTGATGGCATGGCCGTCA
TTTCATCTCTGCGATCCTTCGACCGCGAACAGCAAAAGGAGTACATGATT
CCTATTGTAATCAAGGATCATGGGTCGCCAGCGATGACGGGAACAAGCAC
TTTAACAGTGATCATTGGCGATGTGAATGACAACAAAATGCAGCCCGGCT
CCAAGGACATCTTCGTTTACAACTACCAAGGACAATCGCCAGATACGCCA
ATCGGTCGAGTTTATGTCTACGATTTGGACGATTGGGATCTGCCCGACAA
GAAGTTCTACTGGGAGGCCATGGAACATCCGCGATTCAAGTTGGACGAGG
ATTCTGGTATGGTAACAATGAGGGCCGGAACTCGCGAAGGAAGATATCAT
CTCAGGTTCAAGGTGTACGATCGGAAGCACACTCAGACCGATATCCCCGC
CAATGTCACAGTTACAGTGAGAGAAATTCCTCACGAAGCAGTCATAAATT
CGGGATCAGTTCGACTGTCTGGAATTTCCGATGAAGACTTCATTCGAGTG
TGGAACTACAGGACCCAGAGCATGAGCCGCTCGAAAATGGATCGTTTCAG
GGATAAACTGGCTGATTTACTGAATACCGAAAGGGAGAATGTGGATATAT
TCAGTGTTCAATTAAAGAGGAAGCATCCACCCCTAACTGATGTTAGGTTC
TCCGCCCATGGCTCTCCGTACTACAAACCTGTAAGACTAAATGGAATTGT
GCTGATGCACCGCGAGGAAATTGAAAAAGATGTGGGTATTAACATCACAA
TGGTGGGAATCGATGAGTGTTTCTACGAGAATCAAATGTGCGAGGGTAGC
TGCACCAATTCCCTGGAAATTAGTCCTCTTCCTTATATGGTAAATGCCAA
TAAGACAGCTTTAGTTGGAGTTCGAGTGGACACCATTGCTGATTGCACTT
GTGGAGCTCGTAACTTCACTAAACCGGAATCCTGCCGAACTACTCCGTGT
CACAATGGTGGTCGTTGTGTGGACACCAGATTTGGTCCCCATTGCTCGTG
TCCTGTGGGTTATGCAGGTCCTCGGTGTCAGCAAACCACTCGCAGTTTCC
GAGGGAACGGATGGGCCTGGTATCCTCCCCTCGAAATGTGCGACGAATCG
CATTTGAGTTTGGAGTTCATAACCCGGAAACCCGATGGTTTGATTATCTA
CAACGGACCTATTGTTCCGCCGGAAAGGGATGAAATGGTTATATCAGATT
TCATTGCCTTGGAATTGGAGAGAGGTTATCCCAGACTCCTTATTGATTTC
GGTTCGGGAACTTTGGAGTTGAGAGTGAAGACCAAGAAGACTTTGGATGA
TGGTGAATGGCACAGGATCGATCTGTTCTGGGATACCGAAAGCATTCGCA
TGGTTGTTGACTTTTGCAAGTCAGCTGAGATTGCCGAAATGGAGGATGGC
ACTCCGCCGGAGTTCGATGACATGTCCTGCCAGGCGAGAGGACAAATTCC
GCCATTCAATGAGTATCTGAATGTGAATGCTCCTTTGCAAGTGGGTGGTT
TGTACCGCGAACAATTTGATCAGAGCGTTTACTATTGGCACTATATGCCC
ACGGCCAAGGGATTCGATGGTTGCATCCGGAACTTGGTTCACAACTCAAA
GCTTTATGATTTAGCTCATCCGGGACTATCGAGGAATAGTGTGGCGGGTT
GTCCGCAAACCGAGGAGGTCTGTGCCCAAACGGAGACCACGGCTCGTTGC
TGGGAACATGGAAACTGTGTTGGATCCTTGTCTGAGGCTCGATGCCATTG
TCGACCGGGTTGGACAGGTCCTGCCTGCAATATCCCCACAATTCCCACCA
CCTTCAAGGCCCAAAGTTATGTGAAATATGCCCTGAGTTTCGAGCCAGAT
CGGTTTAGCACTCAAGTTCAGTTGAGATTCCGCACAAGAGAGGAGTACGG
TGAACTTTTCCGTGTTAGCGATCAGCACAATCGGGAGTACGGAATTCTGG
AGATCAAGGATGGTCATCTTCATTTCCGATACAATCTAAACTCCCTTCGC
ACCGAAGAAAGGGATCTCTGGCTGAATGCCATAGTGGTTAACGATGGCCA
ATGGCACGTGGTGAAGGTGAATCGGTATGGATCCGCTGCTACCCTGGAAT
TGGATGGCGGAGAAGGTCGTCGGTATAACGAGACCTTTGAGTTTGTGGGT
CATCAGTGGTTGTTGGTGGACAAACAGGAGGGTGTCTATGCAGGCGGAAA
AGCTGAATACACTGGCGTGAGAACTTTTGAGGTTTACGCTGATTACCAGA
AGAGCTGTCTCGATGATATACGTCTTGAAGGCAAACACCTTCCCCTTCCA
CCAGCGATGAATGGCACCCAATGGGGTCAGGCCACGATGGCCAGGAATCT
CGAGAAGGGTTGTCCCTCAAATAAACCCTGCTCAAATGTGATCTGCCCCG
ATCCCTTCGAATGCGTGGATCTGTGGAATGTCTACGAGTGCACCTGTCCG
GCGGGCTACAAGAGCTCCGGCAGCACTTGTGTTAACGACAACGAGTGCCT
ACTATTCCCGTGCCGCAACGGGGGTCGCTGTCGCGATCATCACCCGCCCA
AGAAGTACGAGTGCCACTGCCCCATGGGCTTCACCGGCATGCACTGCGAA
CTGGAGTTATTGGCCTCCGGCGTATTGACGCCATCCCGTGATTTTATTGT
CGCCCTGGCGCTCTGCCTCGGCACTCTGATACTACTCGTCCTGGTCTTCG
TCGTATACAATCGTCGCCGTGAGGCGCATATCAAATATCCGGGTCCCGAT
GACGATGTACGCGAGAATATCATTAACTACGATGATGAGGGAGGCGGCGA
GGATGATATGACTGCCTTTGATATCACCCCGCTCCAGATACCAATTGGTG
GGCCAATGCCACCTGAGCTGGCGCCCATGAAAATGCCAATTATGTACCCC
GTTATGACCTTAATGCCAGGTCAGGAACCCAATGTTGGCATGTTCATCGA
GGAGCATAAAAAGCGCGCCGATGGTGATCCAAATGCGCCACCTTTCGACG
ACTTGAGGAACTACGCGTACGAGGGTGGCGGCAGCACAGCTGGATCGCTC
AGCTCGTTGGCTTCAGGTACTGATGACGAGCAGCAGGAGTACGACTACCT
CGGAGCTTGGGGGCCACGCTTCGATAAGCTGGCCAACATGTATGGACCCG
AGGCGCCCAATCCCCACAATACCGAACTAGAATTG---
>C9
ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGTTATATAACCAA
CCGATTAAATCTATACACCTGCGCGATATTTTTGATATCTCTACCGTTAA
TTTTGGCCATAGAGGAGACCACATTTGCTGGTTTGTCGGCGGAAAATGCG
GCTCGCATGTTGGCCGGCAGTCCTGGCGATGTGGAAAAGTCACCGTCG--
-CATCACAGCGAAATGTCCTTGGTGCTGCCACACGATACCTATCCAGGAT
TTAGCATCAAGAAGTTCAAGACCCATCCCGTTAAGATAAATGGTAGCTCG
CATGCCGGCGGAGCTGCCTATCACATGTTGAATAGTGATTACTCCAAGTA
CTTTACGGTACTGGAAGATGGTGTGGTGATGACCACGGCGGATATATCCC
CGCTTGTCAATCGTCCAGTTCAATTGGTGGTCGTTGAACAAACGCCCAAT
GTCACCAACACCCACAATCTCCAGTTGTTCGTGATGCATCGCAATGATAT
GCTGCGGTTTTCGGGTTCCCTACTCGATGCCAGTGGTGAAGTTAGGGAGA
ATCAACCGGCAGGAACCAGGGTGCGTGGAGTACCCCTGATGCAGGCCTTC
AGCGGATCCATCCTGGACGAAGAACTGGCCACGCCCAAGAAAGTGAGGTA
CACCATCATCGATGGCAACGTGGATGATGCATTTGCTCTGCAGGAACGCA
AGGCCAATAAAAACATCCAAATCAGCGCCAAATCCTTGGTAATTAATGGC
GATGACGAGTCCGGTGTTTGGCTGGTCACCAATCGTCCCTTGGACCGTGA
AGAACGGGCTCACTACGATCTCTCCGTGGAAGCATCCGATGTAGATGGCT
TGGATAAGACAGTTTCCAAAATACAAATCACCGTGCTCGATGAAAACGAC
AATAGACCGATATTTAAGTCCCTGGATTATAAGTTCGCCATTGCCGGTCA
AAAATCGGTGAATATGGAGAGCAACAGTAGTGTGACCTATCAGCGATTTG
CGATCATGGGAAAAGTAGAGGCCACCGATGCTGATGGGGATAAAATTGCC
TATCGCCTCAAGTCGCCCAGCAATGTTGTGATTATAGTCCCTCAAACTGG
CGAAATAATGCTGGCGGGTGAGCCCACCTCAAATGAGCTTCTCATCGAGG
TGTTGGCTCATGATTTGAGGTATCCCAGTCTACTGAGTGCCAAGCCCGCA
AAGGTCCTGCTGGAATTTTTGGCTGCTGAACCAGTTTCGTTTATTATGCA
ACATCTGGAACACGATGAGGTGAATAATCACTCACATCACCGCGAGAAAA
GACGAGTTACCCGAGCTGTTCGACCCACCAAGAGGATTGAGTTCACCGAA
GCTGATGGAGATACTGAGGGAAAATCGGTATTTCAGTTGGAAAAGGAAAC
CGACAAGGAAACATTCAAGATCAGGGATGATAATCCCTGGGTGACGGTGG
AAACAAATGGCGCGGTGCGAGTCAAGAAGAAGTGGGACTACGAGGAGCTG
GGTCCGGAGAAGACCATCGATTTCTGGGTCATCATCACCAATATGGGGCA
TAATGCTGGCATCAAGTATACGGACAACCAGCGTGTGATAATCCTGGTGA
AGGATGTGAACGATGAGCCACCGTACTTCATCAACCGACCGCTGCCAATG
CAGGCGGTGGTCCAGCTAAATGCACCACCTAATACTCCTGTTTTTACGCT
CCAAGCCCGAGATCCCGATACCGATCACAATATCCATTACTTCATCGTTC
GAGATCGAACTGGCGGACGTTTCGAGGTGGATGAGCGATCTGGAGTGGTG
CGAACTAGGGGCACGGACCTCTTTCAACTGGATATGGAGTATGTCCTGTA
TGTGAAGGCCGAGGATCAGAATGGAAAGGTCGATGATCGCAGATTCCAGA
GTACTCCGGAGGAGCGACTGTCTATTGTTGGTGGCAAACGAGCTCCTCAG
TTCTATATGCCCAGCTATGAAGCCGAGATTCCAGAAAACCAGAAAAAGGA
CTCCGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGCGAAATCC
GCTACACTTTGAAGGCCCAGGGCCAGGGAGCCGGCACCTTTAATATCGGA
CCCACGTCGGGCATTGTCAAGTTGGCCAAGGAGTTGGACTTTGAGGATCT
GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGACTCCG
GGGGATTTTCCACCTCTGTCGATCTCACCATTCGCGTAACTGATGTGAAC
GATAATGCTCCTAAGTTCGAGCTGCCCGATTATCAGGCCCACAATGTGGA
TGAGGATATTCCGCTGGGCACAAGCATACTTCGTGTCAAAGCTATGGATT
CGGATTCTGGGTCGAATGCGGAAATCGAATACCTAGTGTCTGATGATCAT
TTCGCCGTGGATTCCAATGGAATCATCGTGAACAACAAGCAATTGGATGC
GGATAACAATAATGCCTACTATGAGTTCATAGTCACTGCCAAGGACAAAG
GTGAACCGCCAAAATCGGGAGTGGCTACAGTTCGTGTTTACACCAAAAAT
AAGAACGATGAGGAGCCAAAGTTCTCACAGCAAGTCTATACACCCAATGT
CGATGAGAATGCCGGTCCGAATACTTTGGTGACCACTGTGGTGGCCTCCG
ATAAGGATGGTGATAATGTACGATTTGGATTCGTGGGTGGCGGCACTTCG
TCGGGTCAGTTTGTCATCGAGGATATAACCGGTGTGATCCGACTGCACAA
TAAAGCCATTTCCCTGGACAGGGACAAGTACGAGTTGAACGTCACCGCCA
TGGACGATGGATCGTGTTGTGTGAATGGCGATCAAACTATCCACACCTCA
ACCGCCGTGGTTGTGGTCTTCATTACCGATGTCAACGATAATAAGCCGGT
GTTCAAGGACTGCAGTACCTACTACCCAAAAGTCGAGGAAGGAGCTCCCA
ACGGAAGTCCTGTCATCAAAGTTGTGGCCACCGATGAGGATAAGGGCGTG
AATGGACAGGTGAAATACTCGATTGTTCAGCAGCCGAATCAGAAGGGAAC
AAAGTTCACAGTGGACGAGGAAACTGGAGAGGTGTCCACCAACAAGGTGT
TCGATCGTGAAGGAGATGACGGCAAGTTTGTGTCGGTCACAGTTAAGGCC
ACCGATCAGGGTGATCCAAGTCTGGAGGGTGTCTGCTCTTTTACTGTGGA
AATCACAGACGTTAACGATAATCCCCCACTATTCGATCGTCAGAAATATG
TGGAGAATGTAAAACAGGATGCCAGCATTGGCACGAATATCCTCCGTGTC
TCCGCTTCTGATGAAGATGCCGATAACAATGGAGCTATAGTATACAGCCT
GACTGCCCCCTTCAATCCTAACGATCTGGAATATTTTGAAATTCAGGCCG
AATCCGGTTGGATTGTGCTGAAGAAACCGCTTGACCGTGATCGATATCGT
TTGAGGGTTAGCGCCTCCGATAAGGGCACTCCCGCCTCGGCAGCCGATGT
CGACGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCGCCCATTTGGG
ATAAGATCGTTTACGGGCCGATTTACATACGCGAGAATGTAACTGTGGGT
ACGGTTGTAACATCAGTTAAGGCAAGTTCGGGCATTGAAGGCAATCCCAC
AGTTTTCTATCGACTGATGCCCGGGTCAACGGCCCAAACGAACAAATTTC
ACACGTTCTACTTGCAACAAAGACCGGACAATGGCGACACTTGGGCCGAT
ATAAAAGTAAATCATCCGCTGGACTACGAGAGCATCAAGGAATACAATCT
AACCATACGTGTGGAGAACAACGGGGCCCAACAATTGGCATCGGAAGCGA
CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
GAACGCGAACAGGAAACGGTGCTCGAGGGCGAACCGATTGGCACCAAAGT
GACACAAGTGAACGCCATCGACAAGGATGGCACATTCCCAAATAATCAGG
TCTACTACTACATTGTCGATTCGCCGCGAAACGAGGGCAAAGAATTCTTT
GAAATCAACCTGCAGAGTGGAGAGATATTCACGAAAACCGTGTTCGACAG
GGAGAAGAAGGGCGCCTATGCCCTCGAAGTGGAGGCTCGGGATGGAGCTC
CTTCGGCGCGACCCAATAGCAATGGACCCAATTCAGTCACCAAATTCATA
CGCATTGGCATCGCCGATAAAAACGATAATCCGCCCTATTTCGACAAATC
GCTGTACGAGGCCGAAGTGGATGAGAACGAGGACATTCAGCACACAGTGC
TCACTGTAACGGCCAAGGATCACGACGAGTCCTCACGTATCCGCTATGAA
ATTACAAGCGGCAACATCGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
AACTGAAATTGGTTGCGTCGGACAGTTTGAATGAAAATCAAACAACAATC
GTCATAAATGTGCGCGACGTCAACGATCTGCCACCGCGATTCCCGCAGAC
ATCCTATGAGCGAACTCTCGACGAGGGAATGAACGACACGCCCTTTACCA
TCATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
GTGTACTTCCTCACGGGGCAAGGCATTGATCCGGATAATCCAGCCAATAG
CAAATTCGACATTAACCGCACCACTGGCGAAATATTCGTTTTAAAGCCCC
TGGATCGCGATCAACCGAACGGACGACCCCAGTGGCGCTTCACTGTATTC
GCCCAGGACGAGGGCGGCGAGGGGCTCGTGGGCTATGCGGATGTCCAGGT
CAATCTGAAGGACATCAACGATAATGCCCCCATTTTCCCGCAGGGCGTGT
ACTTTGGCAATGTCACGGAGAACGGCACCGCCGGCATGGTGGTGATGACC
ATGACGGCCGTGGATTACGACGACCCCAACGAGGGCTCCAACGCCCGACT
GGTCTACTCCATCGAGAAGAACGTGATTGAGGAGGAGACCGGGTCGCCCA
TTTTCGAAATCGAACCCGACACGGGTGTGATTAAGACCGCAGTGTGTTGT
CTGGATCGCGAGAGAACCCCGGACTATTCGATACAGGTCGTTGCAATGGA
CGGCGGGGGATTGAAGGGGACGGGGACGGCCTCCATACGGGTTAAGGATA
TCAACGATATGCCGCCGCAGTTCACGAAGGACGAATGGTTTACGGAAGTG
GACGAAACGGATGGCACGGCCCTGCCGGAAATGCCCATTTTAACCGTGAC
CGTGCACGATGAAGACGAAACGAATAAGTTCCAGTACAAAGTGATCGATA
ACAGCGGCTACGGCGCCGATAAATTCACCATGGTACGGAATAACGATGGC
ACTGGCTCCCTGAAAATCGTCCAGCCCCTGGACTACGAGGATCAACTGCA
AAGCAATGGCTTCCGCTTCCGCATCCAAGTGAACGACAAGGGCGAGGACA
ACGACAATGATAAATACCACGTGGCCTACTCGTGGGTTGTGGTCAAACTG
AGGGACATCAACGACAATAAGCCGCATTTCGAGCGAGCCAATGTGGAGGT
CTCCGTTTTCGAGGACACCAAAGTGGGCACCGAACTAGAGAAGTTCAAGG
CCACCGATCCGGATCAGGGTGGCAAGAGCAAGGTCTCCTATTCCATCGAT
CGTTCCTCGGATCGCCAGCGCCAGTTTGCCATCAACCAAAATGGATCGGT
TACCATTCAACGCTCCTTGGACCGCGAAGTTGTGCCCCGTCATCAGGTCA
AGATCCTGGCCATTGACGACGGCTCTCCACCGAAAACCGCCACTGCCACG
CTCACAGTTATCGTTCAGGACATCAATGACAATGCTCCCAAGTTCCTGAA
GGACTACCGACCCGTTCTGCCGGAGCATGTGCCTCCACGTAAGGTGGTCG
AGATCCTGGCCACCGACGATGACGATCGCTCCAAGAGCAATGGTCCACCT
TTCCAGTTCCGCTTGGACCCCAGTGCCGATGATATCATCCGTGCCTCCTT
CAAGGTGGAACAGGATCAGAAGGGTGCCAATGGTGATGGCATGGCTGTGA
TTTCCTCCCTGCGATCCTTCGATCGCGAGCAGCAAAAGGAGTATATGATC
CCGATTGTGATCAAGGATCACGGTTCGCCAGCGATGACGGGAACCAGTAC
ATTGACCGTCATAATCGGTGATGTGAATGACAACAAAATGCAGCCTGGCT
CCAAAGACATATTTGTTTACAACTACCAAGGACAATCACCGGACACGCCA
ATTGGTCGAGTTTATGTCTACGATTTGGATGATTGGGATCTGCCCGACAA
GAAGTTCTACTGGGAGGCCATGGAGCATCCGCGATTCAAGTTGGATGAGG
ATTCCGGCATGGTCACCATGCGGGCAGGCACTCGCGAGGGACGTTATCAT
CTCAGGTTCAAGGTCTACGATCGCAAACACACCCAAACCGACATTCCAGC
CAATGTCACGGTTACCGTGAGGGAAATCCCCCATGAAGCTGTCATAAATT
CGGGATCCGTACGCCTGTCTGGCATTTCAGACGAAGACTTCATTCGCGTG
TGGAATTACAGAACCCAGAGCATGAGTCGCTCGAAAATGGATCGTTTCAG
GGATAAGCTCGCCGACTTGCTGAATACTGAAAGGGAGAACGTGGATATAT
TCAGTGTGCAATTGAAGAGGAAAAATCCGGCTCTAACTGATATAAGGTTC
TCAGCCCATGGATCTCCGTACTACAAACCCGTGAGGCTAAATGGCATTGT
TTTGATGCACCGCGAGGAGATCGAAAAGGATGTGGGCATCAATATCACCA
TGGTGGGCATCGATGAATGTCTGTATGAGAATCAAATGTGCGAGGGTAGC
TGCACAAATGCCCTGGAAATAAGTCCGTTGCCATATATGGTAAATGCCAA
CAAAACTGCCTTGGTCGGAGTTCGAGTGGACACGATTGCCGACTGTACCT
GTGGTGCTCGCAACTTCTCCAAGCCCGAATCCTGTCGAACCACGCCCTGT
CACAACGGTGGACGTTGTGTGGACACCAGATTTGGACCCCACTGCTCTTG
TCCAGTGGGCTATGCCGGTCCCAGATGTCAGCAAACCACTCGCAGTTTCC
GTGGAAACGGCTGGGCCTGGTATCCACCTCTTGAAATGTGCGACGAGTCG
CATTTGAGTCTGGAGTTTATCACCCGAAAACCCGATGGTCTCATCATCTA
CAACGGACCCATTGTTCCACCCGAACGGGATGAGAAGCTTATATCCGACT
TTATTGCCCTGGAATTGGAGCGTGGTTATCCCAGGCTCCTCATCGACTTC
GGTTCGGGAACCTTGGAACTAAGAGTGAAGACCAAGAAGACATTGGACGA
CGGTGAGTGGCACAGAATCGATCTGTTTTGGAATACCGAAAGCATTCGCA
TGGTTGTGGACTTCTGCAAATCAGCGGAGATAGCCGAAATGGAGGATGGA
ACTCCGCCCGAATTCGATGATATGTCCTGCCAGGCGAGAGGACAAATTCC
GCCATTTGATGAGTACCTGAATGTAAATGCTCCTCTGCAAGTGGGTGGCT
TATACCGCGAGCAGTTCGATCAAAGTCTGTACTTCTGGCACTATATGCCC
ACGGCCAAGGGTTTCGATGGTTGCATCAGGAATTTGGTTCACAACTCCAA
GCTCTACGATCTGGCGCATCCGGGACTTTCGAGGAACAGTATGGCAGGTT
GTCCACAAACGGAGGAAGTTTGCGCCCAAACGGAGACCACAGCTCGTTGC
TGGGAACATGGAAATTGTGTGGGATCCCTGTCCGAAGCCCGATGCCATTG
TCGACCAGGGTGGACGGGTCCTGCCTGTAATATTCCCACAATACCCACCA
CTTTCAAGGCGCAGAGCTATGTGAAGTATGCCCTGAGCTTCGAACCAGAT
CGATTCAGCACTCAAGTCCAGCTGAGATTCCGTACCAGAGAGGAGTACGG
AGAACTTTTCCGTGTAAGCGATCAGCACAATCGGGAATACGGAATTCTGG
AGATCAAGGATGGCCACCTGCACTTCCGATACAATCTGAATTCCCTCCGC
ACCGAAGAAAAGGATCTCTGGCTAAATGCCATTGTGGTTAACGATGGCCA
GTGGCATGTGGTGAAGGTGAATCGTTATGGCTCTGCTGCTACCCTGGAAT
TGGATGGAGGCGAGGGTCGTCGCTACAACGAGACCTTTGAGTTCGTGGGA
CATCAGTGGTTGTTGGTGGACAAACAGGAGGGTGTCTATGCAGGCGGAAA
GGCCGAATACACTGGCGTCAGAACCTTTGAGGTATACGCCGATTACCAGA
AGAGCTGTCTCGATGATATACGTCTTGAAGGCAAACACCTTCCATTGCCA
CCGGCGATGAATGGCACCCAATGGGGACAGGCCACAATGGCCAGGAATCT
GGAGAAGGGTTGTCCTTCAAATAAACCCTGCTCGAATGTAATCTGCCCCG
ATCCTTTCGAGTGCGTGGACCTGTGGAATGTCTACGAGTGCACCTGTCCG
GCGGGGTACAAGAGCGCCGGCAGCACCTGTGTAAACGACAACGAGTGCCT
ATTGTTCCCGTGCCGCAATGGGGGTCGCTGTCGCGATCATCATCCGCCCA
AGAAGTACGAGTGCCACTGCCCCATGGGCTTCACCGGCATGCACTGCGAA
CTGGAGTTATTGGCCTCCGGCGTATTGACTCCGTCCCGTGATTTTATTGT
CGCCCTGGCTCTCTGCCTGGGCACTCTGATACTACTCGTCTTGGTGTTCG
TCGTATACAATCGTCGGCGTGAGGCGCATATCAAATATCCGGGTCCCGAT
GATGATGTGCGCGAGAATATAATCAACTATGACGATGAGGGAGGCGGCGA
GGACGATATGACCGCCTTTGATATCACGCCTCTGCAGATACCAATTGGTG
GGCCAATGCCACCTGAGCTGGCGCCCATGAAAATGCCAATTATGTATCCC
GTTATGACCTTAATGCCAGGTCAGGAACCCAATGTGGGCATGTTCATTGA
GGAGCATAAAAAGCGTGCCGATGGAGATCCAAATGCGCCGCCCTTCGATG
ACTTGAGGAATTACGCGTATGAAGGCGGCGGCAGCACTGCCGGATCGCTT
AGCTCGTTGGCTTCAGGAACTGATGACGAGCAGCAGGAGTATGACTACCT
CGGGGCCTGGGGGCCACGCTTCGACAAGCTGGCCAATATGTACGGACCCG
AGGCGCCCAATCCCCACAATACCGAACTAGAATTG---
>C10
ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGTTATATAACCAA
TCGATTAAATATGTACTCCTGCGCGATATTTTTAATATCACTTCCGTTCA
TTTTGGCCATAGAAGAGACCACATTTGCTGGTTTGTCGGCGGAAAATGCG
GCTCGCATGCTGGCCGGCAGTCCTGGAGATGTGGAAAAGTCTCCGCCG--
-CATCACAGCGAAATGTCCTTGGTGCTGCCACACGATACCTATCCGGGGT
TTAGCATCAAGAAGTTCAAGACCCATCCCGTCAAGATAAATGGTAGCTCG
CATGCCGGCGGAGCTGCCTATCACATGTTGGATAGTGATTACTCCAAGTA
CTTCACGGTGCTGGAAGACGGTGTGGTGATGACCACGGCGGATATATCCC
CGCTGGTCAATCGTCCAGTTCAATTGGTAGTGGTTGAACAAACGCCCAAT
GTCACCAATACCCACAATCTCCAGTTGTTTGTGATGCATCGCAATGATAT
GCTGCGGTTTTCGGGTTCCCTACTCGACGCCAGTGGTGAAGTCAAAGAGA
ATCAGCCAGCGGGTACCAGAGTGAGAGGAGTGCCCCTAATGCAGGCCTTC
AGCGGATCCATCCTCGACGAAGAGCTCGCCAAGCCAAAGAAAGTGAGGTA
CACCATAATCGACGGCAATGTGGATGACGCATTTGCCCTGCAGGAACGCA
AGGCCAATAAAAATATCCAAATAAGCGCCAAATCGTTGGTTATTAGTGGC
GATGACGAGTCTGGTGTTTGGCTGGTCACCAATCGTCCACTGGATCGCGA
GGAACGGGCTCACTACGATCTCTCTGTGGAAGCATCCGATGTGGATGGCT
TGGACAAGACGGTGTCCAAAATCCAGATCACCGTACTCGATGAAAACGAT
AATAGACCGATTTTTAAGGCCCTGGACTATAAGTTCGCCATTGCCGGTCA
AAAATCCGCAAGTATGGAGAGCAATAGTAGTGTTACTTATCGGCGCTTTG
CGATCATGGGTAAAGTTGAGGCCACCGATGCTGATGGGGATAAAATAGCC
TATCGCCTCAAGTCCCCCAGCAATGTTGTGATCATAGTCCCTCAAACTGG
CGAAATAATGCTGGCCGGCGAGCCCACCGCCAATGAGCTTCTTATCGAGG
TGATGGCGCATGATTTGCGATACCCCAGCCTGTTAAGTGCCCAGCCCGCA
AAGGTTCTGTTGGAATTTCTGGCTGCCGAACCAGTTTCGTTTATAATGCA
ACACCTGGAGCACGACGAGGTCAATAGTCACTCCCATCATCGCGAGAAAA
GACGAGTTACCCGAGCTGTTCGACCCACCAAGAGGATTGAGTTCACCGAA
GCCGATGGAGACACTGAGGGAAAATCGGTGTTTCAATTGGAAAAGGAAAC
CGACAAGGAGACATTCAAGATCAGGGATGATAATCCCTGGGTGACGGTGG
AAACAAATGGAGCTGTGCGAGTCAAAAAGAAGTGGGACTACGAGGAGTTG
GGTCCGGAGAAGACCATCGATTTCTGGGTCATCATCACCAATATGGGACA
CAACGCTGGCATCAAGTACACGGACAACCAGCGTGTGATAATCCTTGTGA
AGGATGTGAACGATGAGCCACCGTACTTCATCAACCGGCCACTGCCCATG
CAGGCGGTGGTTCAGCTAAATGCGCCACCCAACACACCGGTTTTCACGCT
CCAGGCCCGAGATCCCGATACAGATCATAATATCCATTACTTTATCGTTC
GCGATCGAACTGGCGGTCGTTTTGAGGTGGATGAGCGATCTGGCGTGGTG
AGGACCAGGGGCACCGATCTCTTCCAGCTGGACATGGAGTATGTGCTGTA
TGTGAAGGCCGAGGACCAGAACGGAAAGGTCGATGATCGCAGATTCCAGA
GCACCCCCGAGGAGCGACTTTCGATCGTGGGTGGCAAGAGAGCTCCTCAG
TTCTATATGCCCAGCTATGAAGCCGAGATTCCAGAAAACCAGAAAAAGGA
CTCCGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGCGAAATCC
GCTACACTTTGAAGGCCCAGGGCCAAGGAGCCGGCACCTTTAATATCGGA
CCCACGTCGGGCATTGTCAAGTTGGCCAAGGAGTTGGATTTCGAGGATCT
GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGACTCCG
GAGGATTCTCCACCTCTGTCGATCTCACCATTCGCGTAACTGATGTGAAC
GACAATGCTCCGAAGTTCGAGCTGCCCGATTACCAGGCCCACAATGTGGA
TGAGGATATTCCGCTGGGCACAAGCATACTTCGAGTCAAGGCCATGGATT
CGGATTCCGGATCAAATGCCGAAATCGAATACTTAGTATCCGATGACCAT
TTCGCCGTGGATTCCAACGGAATCATTGTGAACAACAAGCAACTGGATGC
GGATAACAATAATGCCTACTACGAGTTCATAGTCACGGCCAAGGATAAAG
GTGAGCCGCCAAAATCAGGAGTGGCTACAGTGCGTGTTTACACGAAGAAC
AAGAACGACGAGGAGCCCAAGTTCTCACAGCAAGTGTATACGCCCAATGT
CGATGAGAATGCCGGTCCGAATACTTTGGTCACCACTGTGGTGGCCTCCG
ACAAGGATGGTGATAATGTACGGTTTGGATTTGTTGGCGGCGGCACTTCG
TCTGGTCAGTTCGTCATTGAGGACATAACCGGTGTGATCCGACTGCACAA
TAAGGCCATATCGCTGGACAAGGACAAATACGAGTTGAACGTCACCGCCA
TGGACGATGGATCTTGCTGTGTGAATGGCGATCAAACTATCCATACCTCC
ACCGCCGTGGTTGTGGTTTTCATCACCGACGTTAACGACAATAAGCCGGT
GTTCAAGGACTGCAGTACCTACTATCCGAAAGTCGAGGAAGGGGCGCCCA
ACGGCAGTCCCGTCATCAAAGTGGTGGCCACCGATGAGGACAAGGGTGTC
AATGGACAGGTGAAATACTCGATTGTTCAGCAGCCGAATCAGAAGGGAAC
CAAGTTCACAGTGGACGAGGAAACTGGAGAGGTGTCCACCAATAAGGTCT
TCGATCGAGAGGGAGATGATGGAAAGTTCGTGTCGGTCACGGTTAAGGCC
ACCGATCAGGGTGATCCAAGTCTGGAGGGTGTCTGCTCGTTCACCGTGGA
GATCACTGATGTCAACGATAATCCTCCCCTGTTCGATCGTCAGAAATATG
TGGAGAATGTGAAACAGGATGCCAGCATTGGCACAAATATCCTCCGTGTC
TCCGCCTCCGATGAAGATGCCGACAACAATGGCGCTATAGTATACAGCCT
GACTGCGCCCTTCAATCCCAACGATCTGGAATACTTTGAAATTCAGGCCG
AATCTGGATGGATTGTGCTTAAGAAGCCGCTTGACCGTGATCGATATCGC
TTGAGGGTTAGCGCCTCCGATAAGGGCACTCCCGCCTCGGCAGCCGATGT
CGACGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCGCCCATTTGGG
ATAAGATCGTTTACGGGCCGATTTACATACGCGAGAATGTCACTGTGGGT
ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGTATTGAAGGCAATCCCAC
AGTTTTCTATCGACTGATGCCCGGGTCAACGGCTCAAACCAACAAATTTC
ACACGTTCTACTTGCAACAAAGACCGGACAATGGCGACACTTGGGCCGAT
ATAAAAGTAAATCATCCGCTGGACTACGAGAGCATCAAGGAATACAATCT
AACCATACGTGTTGAGAACAACGGGGCCCAGCAATTGGCATCGGAAGCGA
CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
GAACGCGAACAGGAAACGGTGCTCGAGGGCGAACCGATTGGCACCAAAGT
GACACAAGTGAACGCTATCGACAAGGATGGCACATTCCCAAATAATCAGG
TCTACTACTACATTGTCGATTCGCCGCGAAACGAGGGCAAAGAATTCTTC
GAAATCAACCTGCAGAGCGGAGAGATATTCACGAAAACCGTGTTCGACAG
GGAGAAGAAGGGCGCCTATGCCCTCGAAGTGGAGGCACGGGATGGAGCAC
CATCGGCGCGACCAAATAGCAATGGACCCAATTCAGTCACCAAATTCATA
CGCATTGGCATCGCCGATAAAAACGATAATCCGCCCTATTTCGACAAATC
GCTGTACGAGGCCGAAGTGGACGAGAACGAGGACATTCAGCACACAGTGC
TCACTGTAACGGCCAAGGATCACGACGAGTCCTCACGTATCCGCTATGAA
ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
AACTGAAATTGGTTGCGTCGGACAGTTTGAATGAAAATCAAACAACAATC
GTCATAAATGTACGCGACGTCAACGATCTGCCACCGCGATTCCCGCAGAC
ATCCTATGAGCGAACTCTCGACGAGGGAATGACCGACACGCCCTTTACCA
TCATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
GTGTACTTCCTCACGGGCCAAGGCATTGATCCGGATAATCCAGCCAATAG
CAAATTCGACATTAACCGCACCACTGGCGAAATATTCGTTTTAAAGCCGC
TGGATCGCGATCAACCCAATGGTCGGCCCCAGTGGCGCTTCACTGTATTC
GCCCAGGACGAAGGGGGCGAGGGACTCGTGGGCTATGCGGATGTCCAGGT
CAATCTGAAGGACATCAACGATAACGCGCCCATTTTCCCCCAGGGCGTAT
ACTTTGGCAATGTCACGGAGAACGGCACCGCCGGCATGGTTGTGATGACC
ATGACGGCCGTGGACTACGACGACCCCAACGAGGGCTCCAATGCCCGCCT
GGTGTACTCCATCGAGAAGAACGTGATTGAGGAGGAGACCGGGTCGCCCA
TTTTCGAGATCGAACCCGACACGGGTGTGATTAAGACGGCGGTGTGTTGT
CTGGATCGCGAGAGGACGCCGGACTATTCGATACAGGTCGTGGCAATGGA
TGGTGGGGGGTTAAAAGGGACGGGGACGGCCTCCATACGCGTTAAGGATA
TCAACGACATGCCGCCGCAGTTCACCAAGGACGAATGGTTCACGGAAGTG
GACGAAACGGATGGCACGGCGCTGCCGGAAATGCCCATTTTAACCGTGAC
CGTGCACGATGAGGACGAAACGAACAAGTTCCAATACAAGGTCATCGACA
ACAGCGGCTATGGGGCCGATAAATTCACCATGGTGCGGAACAACGACGGC
ACTGGCTCTCTGAAAATCGTCCAGCCCCTGGACTACGAGGATCAGCTGCA
GAGCAATGGCTTCCGTTTCCGCATTCAAGTGAACGACAAGGGCGAAGATA
ACGACAACGACAAGTACCACGTGGCCTACTCGTGGGTTGTGGTGAAACTG
AGGGACATCAACGACAATAAGCCGCACTTCGAGCGGGCCAATGTGGAGGT
CTCCGTGTTCGAGGACACCAAAGTGGGCACCGAACTCGAGAAGTTCAAGG
CAACCGATCCGGATCAGGGTGGCAAGAGCAAGGTCTCCTACTCCATCGAT
CGTTCCTCGGATCGCCAGCGCCAGTTTGCCATCAACCAAAACGGTTCGGT
GACCATTCAGCGCTCCTTGGACCGCGAGGTTGTGCCCCGTCATCAGGTCA
AAATCCTGGCCATCGATGATGGTTCTCCCCCGAAAACCGCCACCGCCACG
CTCACAGTCATCGTTCAGGATATCAACGATAATGCCCCCAAGTTCCTGAA
GGACTACAGACCAGTCCTGCCGGAGCATGTGCCACCACGCAAAGTGGTCG
AAATCCTGGCCACCGACGATGACGATCGCTCGAAGAGTAATGGTCCACCA
TTCCAGTTCCGTCTGGACCCCAGTGCCGACGATATTATCCGGGCTTCCTT
CAAGGTGGAGCAGGATCAAAAGGGTGCCAATGGTGACGGCATGGCTGTAA
TTTCCTCCCTACGATCCTTCGATCGCGAGCAGCAGAAGGAGTACATGATC
CCGATTGTGATTAAGGATCATGGTTCGCCAGCGATGACGGGAACCAGCAC
ACTGACCGTCATAATTGGCGATGTGAATGACAACAAGATGCAGCCCGGCT
CCAAAGACATCTTCGTCTACAACTACCAAGGACAGTCGCCAGACACGCCC
GTTGGTCGAGTCTACGTGTACGATTTGGACGACTGGGATCTGCCCGACAA
GAAGTTCTACTGGGAGGCCATGGAGCATCCGCGTTTCAAGTTGGACGAGG
ATTCCGGCATGGTCACCATGAGAGCGGGAACTCGCGAGGGGCGATACCAT
CTCAGGTTCAAGGTGTACGACCGCAAGCACACCCAAACTGATATTCCGGC
CAATGTCACGGTCACAGTAAGGGAAATCCCCCACGAGGCTGTCATCAATT
CGGGATCAGTGCGCCTGTCTGGCATCTCGGACGAAGACTTCATTCGAGTG
TGGAACTACAGGACGCAGAGCATGAGTCGCTCCAAAATGGATCGGTTTAG
GGACAAGCTTGCCGATCTGCTCAATACCGAAAGGGAGAATGTGGACATAT
TCAGTGTGCAATTGAAGAGGAAAAATCCGCCTTTGACCGATGTCCGGTTC
TCGGCCCACGGATCGCCGTACTACAAGCCCGTCAGGCTGAACGGCATTGT
CTTGATGCACCGCGAGGAGATCGAAAAGGATGTGGGCATCAATATCACCA
TGGTGGGCATCGACGAGTGTCTGTACGAGAACCAAATGTGCGAGGGCAGC
TGCACGAATTCCCTGGAAATCAGTCCCCTACCCTACATGGTGAATGCCAA
TAAAACTGCTTTGGTCGGTGTTCGAGTGGACACCATTGCGGACTGTACTT
GCGGTGCTCGCAACTTCACCAAACCGGAATCGTGTCGCACCACACCCTGT
CACAATGGCGGACGTTGTGTGGACACCAGATTTGGGCCCCACTGCTCGTG
TCCCGTGGGCTATGCCGGTCCCAGGTGTCAGCAAACCACGCGCAGTTTCC
GTGGCAACGGTTGGGCCTGGTATCCTCCCCTTGAAATGTGCGACGAGTCG
CATTTGAGTCTGGAGTTTATTACCCGAAAACCCGACGGTCTCATCATCTA
CAACGGACCCATTGTGCCGCCAGAGAGGGATGAGAAGCTCATATCGGATT
TCATTGCCCTGGAATTGGAGCGAGGCTACCCCAGACTCCTCATCGACTTC
GGTTCGGGAACCTTGGAGCTGAGAGTGAAGACCAAGAAGACATTGGACGA
CGGGGAGTGGCACAGGATCGACCTGTTCTGGAATACCGAAAGCATTCGCA
TGGTTGTGGACTTTTGCAAATCGGCAGAGATTGCCGAAATGGAGGATGGC
ACGCCGCCGGAGTTCGACGATATGTCGTGTCAGGCGAGGGGACAAATTCC
ACCCTTTGATGAGTATCTCAATGTGAATGCTCCTCTGCAAGTGGGTGGCC
TGTACCGGGAACAGTTTGACCAGAGCCTCTACTTCTGGCACTATATGCCC
ACGGCCAAGGGCTTCGATGGCTGCATCAGGAACTTGGTTCACAACTCCAA
GCTCTATGACCTTGCTCATCCGGGACTCTCGCGGAACAGTGTGGCGGGTT
GTCCGCAAACCGAGGAAGTTTGCGCCCAAACGGAGACCACGGCTCGTTGC
TGGGAACACGGAAATTGTGTGGGGTCCCTGTCCGAGGCCCGATGCCATTG
TCGACCGGGCTGGACAGGTCCTGCCTGCAATATTCCCACCATACCCACCA
CCTTCAAGGCGCAGAGCTACGTCAAGTATGCCCTGAGCTTCGAACCCGAT
CGGTTTAGCACCCAAGTCCAGTTGCGGTTCCGGACGAGGGAGGAGTACGG
CGAACTGTTCCGGGTCAGCGATCAGCACAATCGGGAGTACGGAATTCTGG
AGATCAAAGATGGTCATCTGCACTTCCGCTACAATCTGAACTCGCTTCGC
ACCGAGGAGAGGGATCTCTGGCTGAATGCCATTGTGGTCAACGATGGCCA
GTGGCATGTGGTGAAGGTAAATCGGTATGGCTCTGCTGCTACCCTGGAAT
TGGACGGCGGCGAGGGTCGACGCTACAACGAGACCTTTGAGTTTGTGGGG
CATCAGTGGCTGTTGGTGGACAAACAGGAGGGTGTCTATGCGGGAGGAAA
GGCCGAGTACACTGGCGTCAGAACATTTGAGGTATATGCTGATTACCAGA
AGAGCTGTCTCGATGATATACGTCTTGAAGGCAAACACCTTCCACTGCCA
CCGGCGATGAATGGCACCCAATGGGGTCAGGCCACCATGGCCAGGAATCT
GGAGAAGGGTTGTCCTTCGAACAAACCCTGCTCGAATGTTATCTGCCCCG
ATCCCTTCGAATGCGTGGACCTGTGGAATGTCTACGAGTGCACCTGTCCG
GCGGGCTACAAAAGCGCCGGCAGCACCTGTGTAAACGACAACGAGTGCCT
ATTGTTCCCGTGCCGCAATGGGGGCCGCTGTCGCGATCATCATCCGCCAA
AGAAGTACGAGTGCCACTGTCCCATGGGCTTCACCGGCATGCACTGCGAA
CTGGAGTTATTGGCCTCCGGCGTATTGACTCCGTCCCGTGATTTTATTGT
CGCCTTGGCTCTATGCCTGGGCACTCTGATACTACTCGTCTTGGTGTTCG
TCGTATACAATCGTCGCCGTGAGGCGCATATCAAATATCCGGGTCCCGAT
GATGATGTGCGCGAGAATATAATCAACTACGACGATGAGGGAGGCGGTGA
GGATGATATGACCGCTTTTGATATCACACCTCTGCAGATACCAATTGGAG
GGCCAATGCCACCAGAGCTGGCGCCCATGAAAATGCCAATTATGTATCCC
GTCATGACCCTGATGCCAGGTCAGGAACCCAATGTAGGCATGTTCATTGA
GGAGCATAAAAAGCGTGCCGATGGAGATCCAAATGCGCCGCCCTTCGATG
ACTTGAGGAATTATGCGTACGAGGGAGGCGGCAGCACTGCCGGATCGCTT
AGCTCGTTGGCTTCAGGAACTGACGACGAGCAGCAGGAGTATGACTACCT
CGGGGCCTGGGGGCCACGCTTCGACAAGCTGGCCAATATGTACGGACCCG
AGGCGCCCAATCCCCACAATACCGAACTAGAATTG---
>C1
MAARRCLNQLRQRYITNRFNICTCAIFLISLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSSLSHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HSGAAAYHMLDTDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
ATNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDRTVSKIQITVLDEND
NRPIFKSLDYKFAIAGQKSASMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLVSAKPA
KVLLEFLAAEPVSFIMQHLEHDDINNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVVNSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYTGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
>C2
MAARRCLNQLRQRYITNRFNICTCAIFLISLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSSSLHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HSGAAAYHMLDTDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
ATNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
NRPIFKSLDYKFAIAGQKSANMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEINNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVVNSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
>C3
MAARRCLNQLRQRYITSRFNICTCAIFLISLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSSSSHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HSGAAAYHMLDTDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
ATNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNEDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQISVLDEND
NRPIFKSLDYKFAIAGQKSANMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVVNSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYTGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
>C4
MAARRCLNELRQRYITNRLNIYTCAIFLISLPLILATEETTFAGLSAENA
ARMLAGSPGEVEKSPSoHHSEMSLVLPHDTYPGFSIKKFKTHPVRINGSS
HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANRNVQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQISVLDEND
NRPIFKSLDYKFAIAGQKSVNMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPHTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKEIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPALTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMTCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYNWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLMLLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
>C5
MAARRCLNQLRQRYISNRLNIYTCAIFLISLPLILAIEETTFAGLSAENA
ARMLAGSPGDVEKAPSoHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITILDEND
NRPIFKSMDYKFAIAGQKSANMESNSSVTYKRFAIMGKVEATDADGDKIA
YRLKAPSNVVIIVPQTGEIMLAGEPTSNELLIEVTAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPRFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERDNVDIFSVQLKRKHPPLTDIRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYNWHYMP
TAKGFDGCIRNLVHNSELYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYRSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPLGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
>C6
MAARRCLNQLRQRYITNRLNIYTCAIFLISLPLILAIEETTFAGLSAENA
ARMLAGSPGDVEKSPSoHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
NRPIFKSLDYKFAIAGQKSANMESNSSVTYRRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPRFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERDNVDIFSVQLKRKHPPLTDIRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYNWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYRSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
>C7
MAARRCLDLLRQRYITNRFNIYTCAIYLIALPLVLAIEETTFAGLSAENA
ARMLAGSPGDVEKSPSSHHSEMSLVLPHDTYPGFSIKKFKTHPAKINGSS
HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKSNKNIQLSAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTISKIQISVLDEND
NRPIFKSLDYKFAIAGQKSANMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEINNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKEIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKYPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSLAGCPQTEEVCAQTETTSRC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSSCINDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEDHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
>C8
MAARRCLNQLRQRYITTKLNLYTCAILLICLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSPSoHHSEMSLVLPHDTYPGFSIKKFKTHPLKINGSS
HSGAAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILEEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
NRPIFKSLDYKFAIAGQKSANIESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPRFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRTLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECFYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDEMVISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSVYYWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEERDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
>C9
MAARRCLNQLRQRYITNRLNLYTCAIFLISLPLILAIEETTFAGLSAENA
ARMLAGSPGDVEKSPSoHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HAGGAAYHMLNSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
NRPIFKSLDYKFAIAGQKSVNMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVLAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKIVYGPIYIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPRFPQTSYERTLDEGMNDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKNPALTDIRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDEKLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWNTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSMAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSAGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
>C10
MAARRCLNQLRQRYITNRLNMYSCAIFLISLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSPPoHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVKENQPAGTRVRGVPLMQAF
SGSILDEELAKPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVISG
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
NRPIFKALDYKFAIAGQKSASMESNSSVTYRRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTANELLIEVMAHDLRYPSLLSAQPA
KVLLEFLAAEPVSFIMQHLEHDEVNSHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKIVYGPIYIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPRFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
VGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKNPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDEKLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWNTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEERDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSAGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL


                            MrBayes v3.2.2 x64

                      (Bayesian Analysis of Phylogeny)

              Distributed under the GNU General Public License


               Type "help" or "help <command>" for information
                     on the commands that are available.

                   Type "about" for authorship and general
                       information about the program.



   Executing file "/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb"
   UNIX line termination
   Longest line length = 63
   Parsing file
   Expecting NEXUS formatted file
   Reading data block
      Allocated taxon set
      Allocated matrix
      Defining new matrix with 10 taxa and 9288 characters
      Missing data coded as ?
      Data matrix is interleaved
      Data is Dna
      Gaps coded as -
      Matching characters coded as .
      Taxon  1 -> C1
      Taxon  2 -> C2
      Taxon  3 -> C3
      Taxon  4 -> C4
      Taxon  5 -> C5
      Taxon  6 -> C6
      Taxon  7 -> C7
      Taxon  8 -> C8
      Taxon  9 -> C9
      Taxon 10 -> C10
      Successfully read matrix
      Setting default partition (does not divide up characters)
      Setting model defaults
      Seed (for generating default start values) = 1480028945
      Setting output file names to "/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run<i>.<p|t>"
   Exiting data block
   Reading mrbayes block
      Setting autoclose to yes
      Setting nowarnings to yes
      Defining charset called first_pos
      Defining charset called second_pos
      Defining charset called third_pos
      Defining partition called by_codon
      Setting by_codon as the partition, dividing characters into 3 parts.
      Setting model defaults
      Seed (for generating default start values) = 356117078
      Setting Nst to 6 for partition 1
      Setting Nst to 6 for partition 2
      Setting Nst to 6 for partition 3
      Setting Rates to Invgamma for partition 1
      Setting Rates to Invgamma for partition 2
      Setting Rates to Invgamma for partition 3
      Successfully set likelihood model parameters to all
         applicable data partitions 
      Unlinking
      Setting number of generations to 1000000
      Running Markov chain
      MCMC stamp = 2888357786
      Seed = 2086992074
      Swapseed = 1480028945
      Model settings:

         Settings for partition 1 --
            Datatype  = DNA
            Nucmodel  = 4by4
            Nst       = 6
                        Substitution rates, expressed as proportions
                        of the rate sum, have a Dirichlet prior
                        (1.00,1.00,1.00,1.00,1.00,1.00)
            Covarion  = No
            # States  = 4
                        State frequencies have a Dirichlet prior
                        (1.00,1.00,1.00,1.00)
            Rates     = Invgamma
                        Gamma shape parameter is exponentially
                        distributed with parameter (2.00).
                        Proportion of invariable sites is uniformly dist-
                        ributed on the interval (0.00,1.00).
                        Gamma distribution is approximated using 4 categories.
                        Likelihood summarized over all rate categories in each generation.

         Settings for partition 2 --
            Datatype  = DNA
            Nucmodel  = 4by4
            Nst       = 6
                        Substitution rates, expressed as proportions
                        of the rate sum, have a Dirichlet prior
                        (1.00,1.00,1.00,1.00,1.00,1.00)
            Covarion  = No
            # States  = 4
                        State frequencies have a Dirichlet prior
                        (1.00,1.00,1.00,1.00)
            Rates     = Invgamma
                        Gamma shape parameter is exponentially
                        distributed with parameter (2.00).
                        Proportion of invariable sites is uniformly dist-
                        ributed on the interval (0.00,1.00).
                        Gamma distribution is approximated using 4 categories.
                        Likelihood summarized over all rate categories in each generation.

         Settings for partition 3 --
            Datatype  = DNA
            Nucmodel  = 4by4
            Nst       = 6
                        Substitution rates, expressed as proportions
                        of the rate sum, have a Dirichlet prior
                        (1.00,1.00,1.00,1.00,1.00,1.00)
            Covarion  = No
            # States  = 4
                        State frequencies have a Dirichlet prior
                        (1.00,1.00,1.00,1.00)
            Rates     = Invgamma
                        Gamma shape parameter is exponentially
                        distributed with parameter (2.00).
                        Proportion of invariable sites is uniformly dist-
                        ributed on the interval (0.00,1.00).
                        Gamma distribution is approximated using 4 categories.
                        Likelihood summarized over all rate categories in each generation.

      Active parameters: 

                          Partition(s)
         Parameters       1  2  3
         ------------------------
         Revmat           1  1  1
         Statefreq        2  2  2
         Shape            3  3  4
         Pinvar           5  5  5
         Ratemultiplier   6  6  6
         Topology         7  7  7
         Brlens           8  8  8
         ------------------------

         Parameters can be linked or unlinked across partitions using 'link' and 'unlink'

         1 --  Parameter  = Revmat{all}
               Type       = Rates of reversible rate matrix
               Prior      = Dirichlet(1.00,1.00,1.00,1.00,1.00,1.00)
               Partitions = All

         2 --  Parameter  = Pi{all}
               Type       = Stationary state frequencies
               Prior      = Dirichlet
               Partitions = All

         3 --  Parameter  = Alpha{1,2}
               Type       = Shape of scaled gamma distribution of site rates
               Prior      = Exponential(2.00)
               Partitions = 1 and 2

         4 --  Parameter  = Alpha{3}
               Type       = Shape of scaled gamma distribution of site rates
               Prior      = Exponential(2.00)
               Partition  = 3

         5 --  Parameter  = Pinvar{all}
               Type       = Proportion of invariable sites
               Prior      = Uniform(0.00,1.00)
               Partitions = All

         6 --  Parameter  = Ratemultiplier{all}
               Type       = Partition-specific rate multiplier
               Prior      = Fixed(1.0)
               Partitions = All

         7 --  Parameter  = Tau{all}
               Type       = Topology
               Prior      = All topologies equally probable a priori
               Partitions = All
               Subparam.  = V{all}

         8 --  Parameter  = V{all}
               Type       = Branch lengths
               Prior      = Unconstrained:Exponential(10.0)
               Partitions = All



      The MCMC sampler will use the following moves:
         With prob.  Chain will use move
            1.06 %   Dirichlet(Revmat{all})
            1.06 %   Slider(Revmat{all})
            1.06 %   Dirichlet(Pi{all})
            1.06 %   Slider(Pi{all})
            2.13 %   Multiplier(Alpha{1,2})
            2.13 %   Multiplier(Alpha{3})
            2.13 %   Slider(Pinvar{all})
           10.64 %   ExtSPR(Tau{all},V{all})
           10.64 %   ExtTBR(Tau{all},V{all})
           10.64 %   NNI(Tau{all},V{all})
           10.64 %   ParsSPR(Tau{all},V{all})
           31.91 %   Multiplier(V{all})
           10.64 %   Nodeslider(V{all})
            4.26 %   TLMultiplier(V{all})

      Division 1 has 126 unique site patterns
      Division 2 has 39 unique site patterns
      Division 3 has 1049 unique site patterns
      Initializing conditional likelihoods
      Using standard SSE likelihood calculator for division 1 (single-precision)
      Using standard SSE likelihood calculator for division 2 (single-precision)
      Using standard SSE likelihood calculator for division 3 (single-precision)
      Initializing invariable-site conditional likelihoods

      Initial log likelihoods and log prior probs for run 1:
         Chain 1 -- -43479.503744 -- -24.412588
         Chain 2 -- -42870.179717 -- -24.412588
         Chain 3 -- -42538.006552 -- -24.412588
         Chain 4 -- -44068.312404 -- -24.412588

      Initial log likelihoods and log prior probs for run 2:
         Chain 1 -- -43195.445150 -- -24.412588
         Chain 2 -- -43371.243502 -- -24.412588
         Chain 3 -- -43995.520519 -- -24.412588
         Chain 4 -- -41634.069970 -- -24.412588


      Using a relative burnin of 25.0 % for diagnostics

      Chain results (1000000 generations requested):

          0 -- [-43479.504] (-42870.180) (-42538.007) (-44068.312) * [-43195.445] (-43371.244) (-43995.521) (-41634.070) 
        500 -- (-34133.209) [-34117.980] (-34299.262) (-34396.976) * (-34585.837) [-34067.267] (-34430.231) (-34160.349) -- 0:33:19
       1000 -- (-33336.755) (-33218.857) [-33139.020] (-33478.718) * (-33672.398) [-32768.141] (-33728.425) (-33299.983) -- 0:33:18
       1500 -- (-32777.950) (-32835.740) [-31875.934] (-32428.220) * (-32906.991) [-32158.472] (-32280.143) (-32634.920) -- 0:44:22
       2000 -- (-32221.865) (-32420.223) [-31495.581] (-31700.841) * (-31782.859) (-31528.615) [-31442.065] (-32079.736) -- 0:41:35
       2500 -- (-31587.997) (-32024.388) (-31397.902) [-31385.575] * (-31458.715) (-31396.416) [-31326.443] (-31373.580) -- 0:39:54
       3000 -- (-31348.575) [-31324.464] (-31314.743) (-31344.267) * (-31385.120) [-31253.951] (-31284.415) (-31315.564) -- 0:38:46
       3500 -- (-31246.003) [-31213.260] (-31285.305) (-31266.892) * (-31278.785) [-31182.572] (-31246.316) (-31253.827) -- 0:42:42
       4000 -- (-31194.105) [-31198.521] (-31221.285) (-31214.260) * (-31228.962) [-31182.463] (-31207.562) (-31195.177) -- 0:41:30
       4500 -- [-31182.689] (-31186.962) (-31186.103) (-31195.259) * (-31205.462) [-31181.023] (-31194.079) (-31183.539) -- 0:40:33
       5000 -- (-31183.017) (-31190.948) [-31177.109] (-31190.016) * (-31186.501) (-31170.972) [-31188.950] (-31188.024) -- 0:39:48

      Average standard deviation of split frequencies: 0.000000

       5500 -- [-31179.787] (-31195.841) (-31178.570) (-31180.221) * [-31192.855] (-31185.379) (-31174.265) (-31183.324) -- 0:42:11
       6000 -- (-31179.284) (-31192.693) [-31179.444] (-31184.327) * (-31178.945) (-31199.004) [-31182.696] (-31200.509) -- 0:41:25
       6500 -- (-31185.716) (-31192.891) [-31178.554] (-31178.771) * [-31177.039] (-31179.689) (-31185.683) (-31185.660) -- 0:40:45
       7000 -- (-31193.582) [-31182.090] (-31181.147) (-31176.524) * (-31180.063) [-31170.985] (-31186.228) (-31186.263) -- 0:42:33
       7500 -- (-31181.203) (-31191.109) (-31182.849) [-31176.329] * (-31180.647) (-31174.445) (-31178.085) [-31178.264] -- 0:41:54
       8000 -- (-31178.152) (-31188.567) (-31179.254) [-31176.294] * [-31174.302] (-31173.906) (-31182.304) (-31171.891) -- 0:41:20
       8500 -- (-31181.770) [-31176.211] (-31182.565) (-31177.283) * (-31171.549) (-31190.622) (-31179.253) [-31174.220] -- 0:42:46
       9000 -- (-31183.915) (-31179.621) (-31175.822) [-31181.753] * (-31176.578) (-31188.055) [-31174.846] (-31180.917) -- 0:42:12
       9500 -- [-31175.791] (-31179.454) (-31173.902) (-31185.686) * (-31178.402) (-31178.122) (-31187.989) [-31172.229] -- 0:41:42
      10000 -- [-31177.642] (-31178.870) (-31177.140) (-31189.023) * (-31183.859) (-31179.018) [-31185.729] (-31178.956) -- 0:41:15

      Average standard deviation of split frequencies: 0.000000

      10500 -- (-31179.609) (-31176.550) [-31178.104] (-31179.584) * (-31175.540) [-31178.439] (-31192.493) (-31182.071) -- 0:42:24
      11000 -- (-31183.207) (-31179.172) (-31181.657) [-31174.592] * (-31173.590) (-31187.340) (-31187.674) [-31174.741] -- 0:41:57
      11500 -- (-31178.850) (-31189.481) [-31187.069] (-31180.333) * (-31183.771) [-31175.503] (-31187.369) (-31176.876) -- 0:41:32
      12000 -- (-31182.574) (-31176.520) [-31180.837] (-31179.143) * [-31180.925] (-31175.523) (-31183.694) (-31183.439) -- 0:42:32
      12500 -- (-31182.526) (-31176.094) (-31181.280) [-31173.967] * (-31189.891) (-31182.586) [-31181.369] (-31179.967) -- 0:42:08
      13000 -- (-31174.258) [-31171.362] (-31179.448) (-31186.763) * [-31181.340] (-31182.931) (-31185.978) (-31172.999) -- 0:41:45
      13500 -- (-31181.408) [-31185.140] (-31175.532) (-31189.543) * [-31175.056] (-31184.728) (-31175.976) (-31180.509) -- 0:42:37
      14000 -- (-31193.378) (-31181.204) [-31178.639] (-31184.554) * (-31178.017) (-31187.365) (-31181.732) [-31174.871] -- 0:42:15
      14500 -- (-31188.788) (-31192.831) (-31180.108) [-31173.892] * [-31181.859] (-31183.516) (-31177.559) (-31169.962) -- 0:41:54
      15000 -- (-31193.748) (-31189.539) [-31169.969] (-31179.610) * [-31177.511] (-31178.684) (-31172.847) (-31178.054) -- 0:41:35

      Average standard deviation of split frequencies: 0.000000

      15500 -- (-31186.791) (-31180.309) (-31175.506) [-31176.432] * (-31180.249) (-31181.147) [-31177.366] (-31172.373) -- 0:42:20
      16000 -- (-31174.872) [-31174.105] (-31181.680) (-31178.941) * (-31186.693) (-31176.049) [-31184.272] (-31174.614) -- 0:42:01
      16500 -- (-31175.963) (-31173.188) (-31183.870) [-31187.215] * (-31179.291) (-31175.533) (-31181.874) [-31182.126] -- 0:41:43
      17000 -- [-31181.626] (-31178.143) (-31178.484) (-31180.367) * (-31185.140) [-31177.488] (-31181.176) (-31174.776) -- 0:42:24
      17500 -- (-31174.385) [-31190.958] (-31174.819) (-31179.483) * (-31180.010) (-31182.310) (-31186.733) [-31179.756] -- 0:42:06
      18000 -- [-31177.561] (-31179.381) (-31178.220) (-31181.177) * (-31182.348) [-31190.274] (-31176.425) (-31179.576) -- 0:42:44
      18500 -- (-31179.842) (-31179.594) [-31182.846] (-31181.392) * [-31178.289] (-31182.784) (-31188.487) (-31181.220) -- 0:42:26
      19000 -- (-31182.200) (-31180.429) (-31173.405) [-31182.907] * (-31178.941) (-31185.809) (-31183.270) [-31181.614] -- 0:43:01
      19500 -- (-31179.332) (-31176.263) [-31172.758] (-31183.276) * (-31178.257) (-31179.219) (-31188.259) [-31179.805] -- 0:42:44
      20000 -- (-31182.743) [-31180.450] (-31174.097) (-31188.551) * [-31175.554] (-31183.226) (-31193.101) (-31177.134) -- 0:42:28

      Average standard deviation of split frequencies: 0.000000

      20500 -- [-31175.772] (-31178.518) (-31174.140) (-31193.864) * [-31181.212] (-31177.652) (-31193.104) (-31172.273) -- 0:42:12
      21000 -- (-31178.403) (-31185.762) [-31183.903] (-31193.577) * (-31194.904) (-31171.419) (-31184.327) [-31182.166] -- 0:42:44
      21500 -- [-31184.907] (-31173.837) (-31178.374) (-31194.052) * (-31189.245) (-31178.260) (-31184.338) [-31198.174] -- 0:42:28
      22000 -- (-31185.084) [-31182.565] (-31181.394) (-31191.524) * (-31177.231) (-31175.679) [-31177.300] (-31178.495) -- 0:42:58
      22500 -- (-31179.416) (-31181.977) (-31175.231) [-31180.663] * [-31180.072] (-31175.710) (-31178.327) (-31177.577) -- 0:42:43
      23000 -- (-31177.921) (-31183.273) (-31183.577) [-31179.198] * (-31182.638) [-31180.330] (-31180.605) (-31185.594) -- 0:42:28
      23500 -- (-31179.351) (-31189.096) (-31176.801) [-31173.885] * (-31183.474) (-31172.521) (-31175.782) [-31173.795] -- 0:42:56
      24000 -- (-31186.151) (-31185.615) (-31179.269) [-31180.579] * (-31177.834) (-31171.380) [-31178.825] (-31184.645) -- 0:43:22
      24500 -- (-31176.975) (-31185.945) [-31180.013] (-31191.387) * [-31189.798] (-31180.583) (-31169.844) (-31181.494) -- 0:43:47
      25000 -- (-31181.090) (-31189.013) (-31180.530) [-31179.542] * (-31187.033) (-31179.378) [-31172.803] (-31177.277) -- 0:43:33

      Average standard deviation of split frequencies: 0.000000

      25500 -- [-31172.581] (-31187.084) (-31176.164) (-31173.622) * (-31186.974) (-31184.077) [-31174.789] (-31174.962) -- 0:43:18
      26000 -- (-31182.755) (-31186.030) (-31171.196) [-31188.676] * (-31186.425) [-31176.693] (-31176.249) (-31182.533) -- 0:43:04
      26500 -- [-31176.036] (-31183.136) (-31176.260) (-31183.706) * (-31181.732) [-31175.758] (-31171.883) (-31181.702) -- 0:43:28
      27000 -- (-31188.529) [-31178.044] (-31174.014) (-31186.504) * (-31178.538) [-31175.685] (-31176.766) (-31178.932) -- 0:43:50
      27500 -- (-31177.682) (-31184.622) (-31180.012) [-31183.789] * (-31183.339) [-31182.792] (-31169.503) (-31193.653) -- 0:43:36
      28000 -- (-31179.737) [-31175.951] (-31179.046) (-31178.126) * (-31181.207) (-31190.760) [-31178.150] (-31194.009) -- 0:43:23
      28500 -- [-31177.862] (-31180.017) (-31183.094) (-31177.073) * (-31179.764) (-31180.143) [-31182.259] (-31174.229) -- 0:43:10
      29000 -- (-31170.849) (-31177.250) [-31173.181] (-31176.194) * (-31178.679) [-31179.225] (-31176.611) (-31190.670) -- 0:43:31
      29500 -- (-31176.845) (-31180.313) [-31180.806] (-31179.191) * (-31182.274) (-31180.410) [-31171.432] (-31182.397) -- 0:43:18
      30000 -- (-31175.203) (-31174.349) (-31175.791) [-31174.658] * (-31179.590) [-31174.884] (-31179.157) (-31179.521) -- 0:43:06

      Average standard deviation of split frequencies: 0.000000

      30500 -- [-31172.500] (-31189.167) (-31183.881) (-31173.142) * (-31177.065) [-31179.124] (-31179.929) (-31176.377) -- 0:43:26
      31000 -- (-31173.835) [-31179.981] (-31182.753) (-31172.745) * [-31183.034] (-31177.252) (-31177.286) (-31184.038) -- 0:43:14
      31500 -- (-31180.726) (-31178.652) [-31173.241] (-31176.199) * (-31177.785) (-31174.932) (-31178.454) [-31177.531] -- 0:43:02
      32000 -- (-31178.943) (-31184.128) (-31179.229) [-31175.900] * (-31182.453) (-31179.984) (-31178.096) [-31170.107] -- 0:42:51
      32500 -- (-31173.242) (-31180.827) (-31173.319) [-31174.792] * (-31181.141) (-31179.083) (-31179.276) [-31173.235] -- 0:43:09
      33000 -- (-31185.796) [-31174.993] (-31183.134) (-31178.052) * (-31180.040) (-31179.407) (-31181.648) [-31175.720] -- 0:42:58
      33500 -- (-31183.946) (-31176.332) (-31177.655) [-31174.705] * (-31186.421) (-31171.811) (-31181.854) [-31174.222] -- 0:42:47
      34000 -- [-31174.182] (-31173.269) (-31184.773) (-31184.611) * [-31174.382] (-31180.864) (-31184.078) (-31176.296) -- 0:43:05
      34500 -- [-31184.407] (-31175.463) (-31171.096) (-31178.638) * (-31174.259) (-31178.074) [-31174.825] (-31182.825) -- 0:42:54
      35000 -- [-31181.960] (-31178.328) (-31182.418) (-31180.003) * (-31179.263) (-31173.075) (-31170.930) [-31185.613] -- 0:42:44

      Average standard deviation of split frequencies: 0.000000

      35500 -- (-31177.663) (-31179.680) (-31172.817) [-31173.068] * (-31174.598) (-31179.235) (-31176.864) [-31171.766] -- 0:42:33
      36000 -- (-31180.502) (-31184.383) (-31175.546) [-31172.391] * (-31177.190) (-31176.964) (-31178.503) [-31176.578] -- 0:42:50
      36500 -- (-31177.854) (-31180.268) [-31181.513] (-31190.846) * (-31184.925) (-31171.505) (-31181.501) [-31170.578] -- 0:42:40
      37000 -- (-31183.726) (-31179.943) [-31178.230] (-31180.136) * (-31186.390) (-31179.034) [-31181.295] (-31173.486) -- 0:42:30
      37500 -- [-31179.377] (-31180.067) (-31177.923) (-31177.216) * (-31178.227) [-31179.149] (-31194.771) (-31178.752) -- 0:42:46
      38000 -- (-31179.370) (-31181.910) [-31184.887] (-31181.770) * [-31182.155] (-31180.078) (-31178.533) (-31173.354) -- 0:42:36
      38500 -- [-31174.017] (-31180.918) (-31179.627) (-31176.724) * (-31180.783) (-31177.912) [-31180.301] (-31178.256) -- 0:42:52
      39000 -- (-31181.845) (-31177.095) [-31179.087] (-31177.031) * [-31174.917] (-31179.795) (-31181.162) (-31175.543) -- 0:42:42
      39500 -- [-31177.080] (-31177.531) (-31184.714) (-31179.823) * (-31176.212) [-31175.716] (-31190.159) (-31175.715) -- 0:42:33
      40000 -- [-31179.892] (-31171.320) (-31172.691) (-31183.921) * (-31181.167) (-31189.275) (-31178.267) [-31171.329] -- 0:42:48

      Average standard deviation of split frequencies: 0.000000

      40500 -- (-31175.327) (-31174.698) (-31175.966) [-31179.943] * (-31182.402) (-31174.281) (-31175.334) [-31171.448] -- 0:42:38
      41000 -- [-31181.791] (-31181.717) (-31181.647) (-31188.022) * [-31172.033] (-31176.197) (-31173.695) (-31179.938) -- 0:42:52
      41500 -- (-31184.225) [-31175.108] (-31192.375) (-31183.769) * (-31170.676) [-31178.882] (-31177.850) (-31174.498) -- 0:42:43
      42000 -- [-31178.539] (-31179.974) (-31190.390) (-31178.416) * (-31180.185) [-31177.547] (-31176.772) (-31179.211) -- 0:42:57
      42500 -- (-31182.781) (-31181.180) (-31181.397) [-31180.975] * [-31182.941] (-31174.812) (-31178.400) (-31183.650) -- 0:42:48
      43000 -- (-31177.046) (-31187.210) [-31177.348] (-31177.288) * [-31180.199] (-31181.829) (-31173.466) (-31174.279) -- 0:43:01
      43500 -- (-31178.224) (-31185.551) (-31183.034) [-31179.461] * [-31178.376] (-31176.615) (-31172.813) (-31172.646) -- 0:42:52
      44000 -- (-31183.519) [-31172.856] (-31185.911) (-31184.384) * [-31179.777] (-31173.817) (-31181.148) (-31175.777) -- 0:43:05
      44500 -- (-31179.610) [-31179.821] (-31186.217) (-31172.842) * (-31189.677) (-31174.734) (-31178.823) [-31171.911] -- 0:42:56
      45000 -- (-31177.919) (-31178.178) [-31176.204] (-31176.964) * (-31180.435) (-31184.094) (-31176.083) [-31176.058] -- 0:42:47

      Average standard deviation of split frequencies: 0.000000

      45500 -- (-31175.620) (-31178.646) (-31179.843) [-31182.753] * [-31187.946] (-31173.935) (-31185.786) (-31174.411) -- 0:43:00
      46000 -- (-31173.749) (-31178.213) [-31174.149] (-31174.444) * (-31182.392) (-31178.281) (-31183.876) [-31185.768] -- 0:42:51
      46500 -- (-31180.450) [-31178.143] (-31181.745) (-31179.448) * (-31177.360) (-31181.825) [-31177.044] (-31177.941) -- 0:42:43
      47000 -- (-31176.762) (-31176.830) (-31180.890) [-31179.267] * (-31183.771) (-31179.901) [-31179.814] (-31179.369) -- 0:42:55
      47500 -- (-31182.469) [-31175.983] (-31186.396) (-31186.760) * [-31185.194] (-31174.810) (-31184.351) (-31176.772) -- 0:42:46
      48000 -- (-31183.002) (-31183.749) [-31169.954] (-31179.019) * (-31188.840) (-31173.289) [-31185.602] (-31179.143) -- 0:42:58
      48500 -- (-31178.630) (-31179.639) (-31171.440) [-31175.856] * (-31186.754) (-31175.002) [-31178.559] (-31172.106) -- 0:42:50
      49000 -- (-31181.741) (-31182.401) [-31168.854] (-31188.200) * (-31185.611) [-31176.645] (-31182.208) (-31175.306) -- 0:42:41
      49500 -- (-31190.762) (-31184.419) (-31172.795) [-31176.854] * (-31179.944) [-31171.808] (-31179.372) (-31179.686) -- 0:42:53
      50000 -- (-31187.524) (-31189.084) (-31184.658) [-31174.243] * (-31181.232) [-31181.570] (-31180.371) (-31194.180) -- 0:42:45

      Average standard deviation of split frequencies: 0.000000

      50500 -- (-31182.506) (-31178.113) (-31176.719) [-31177.244] * (-31179.955) [-31182.309] (-31183.455) (-31184.540) -- 0:42:37
      51000 -- (-31180.962) (-31173.623) [-31179.395] (-31176.842) * (-31179.296) (-31172.248) [-31179.906] (-31178.964) -- 0:42:47
      51500 -- (-31177.006) (-31180.507) (-31185.754) [-31182.333] * (-31183.357) (-31173.697) [-31172.263] (-31178.780) -- 0:42:40
      52000 -- [-31177.818] (-31179.962) (-31178.687) (-31180.443) * (-31179.092) (-31182.508) [-31176.759] (-31185.182) -- 0:42:50
      52500 -- (-31176.995) (-31176.572) (-31177.674) [-31176.995] * (-31184.756) (-31181.419) [-31168.747] (-31188.505) -- 0:42:42
      53000 -- (-31177.586) (-31180.510) [-31174.689] (-31171.399) * (-31193.547) (-31184.272) [-31172.254] (-31172.465) -- 0:42:35
      53500 -- [-31178.242] (-31180.070) (-31183.469) (-31176.314) * (-31187.468) (-31185.631) [-31173.097] (-31188.788) -- 0:42:27
      54000 -- (-31183.051) (-31176.332) (-31179.461) [-31170.678] * (-31182.408) (-31176.436) [-31172.829] (-31181.970) -- 0:42:37
      54500 -- (-31188.843) (-31185.646) [-31178.472] (-31179.230) * (-31177.847) [-31179.263] (-31172.589) (-31179.610) -- 0:42:30
      55000 -- (-31184.859) [-31171.892] (-31184.053) (-31178.499) * (-31181.113) (-31178.592) [-31178.572] (-31182.689) -- 0:42:22

      Average standard deviation of split frequencies: 0.000000

      55500 -- (-31188.030) (-31180.738) [-31172.540] (-31174.432) * [-31182.666] (-31175.333) (-31178.705) (-31177.152) -- 0:42:32
      56000 -- (-31178.604) (-31182.204) (-31182.084) [-31179.402] * (-31182.883) (-31180.052) [-31174.309] (-31182.479) -- 0:42:25
      56500 -- (-31180.672) (-31193.675) (-31178.679) [-31175.988] * (-31177.991) (-31185.395) (-31179.664) [-31177.575] -- 0:42:18
      57000 -- (-31180.492) (-31182.469) (-31179.998) [-31192.739] * (-31175.447) [-31174.730] (-31185.200) (-31183.320) -- 0:42:27
      57500 -- (-31174.435) (-31173.322) [-31182.825] (-31182.463) * (-31178.553) (-31186.596) (-31182.541) [-31179.933] -- 0:42:20
      58000 -- [-31177.048] (-31182.274) (-31177.831) (-31182.488) * (-31176.370) (-31172.943) (-31177.651) [-31174.981] -- 0:42:13
      58500 -- (-31179.846) (-31177.586) (-31178.008) [-31184.906] * (-31172.840) (-31172.567) [-31177.428] (-31175.521) -- 0:42:06
      59000 -- (-31179.004) (-31181.720) [-31174.211] (-31181.219) * (-31181.517) (-31174.695) (-31183.561) [-31175.834] -- 0:42:15
      59500 -- [-31182.353] (-31183.798) (-31172.663) (-31181.889) * (-31172.614) (-31175.345) (-31187.668) [-31172.898] -- 0:42:09
      60000 -- [-31174.628] (-31169.745) (-31169.981) (-31185.365) * (-31181.932) (-31170.924) [-31182.962] (-31174.142) -- 0:42:02

      Average standard deviation of split frequencies: 0.000000

      60500 -- (-31180.217) (-31178.490) [-31180.665] (-31181.393) * (-31180.536) (-31177.377) (-31178.853) [-31177.412] -- 0:42:11
      61000 -- (-31190.945) [-31174.991] (-31184.953) (-31180.534) * [-31182.767] (-31185.128) (-31185.089) (-31188.321) -- 0:42:04
      61500 -- (-31170.529) (-31185.902) (-31175.407) [-31181.359] * (-31175.402) (-31178.549) (-31182.206) [-31180.253] -- 0:41:57
      62000 -- (-31180.966) [-31180.030] (-31176.663) (-31178.595) * (-31176.109) (-31171.367) (-31185.869) [-31179.460] -- 0:42:06
      62500 -- (-31176.857) [-31185.182] (-31176.044) (-31183.591) * (-31179.486) (-31176.158) (-31172.749) [-31171.941] -- 0:42:00
      63000 -- [-31180.010] (-31181.737) (-31185.361) (-31177.931) * [-31176.218] (-31176.982) (-31170.839) (-31177.967) -- 0:41:53
      63500 -- (-31183.565) (-31176.659) (-31184.324) [-31174.229] * [-31176.338] (-31178.966) (-31172.110) (-31180.119) -- 0:41:47
      64000 -- (-31176.748) (-31182.159) [-31176.306] (-31174.929) * [-31175.683] (-31171.801) (-31178.871) (-31175.319) -- 0:41:55
      64500 -- [-31171.100] (-31188.634) (-31177.423) (-31173.116) * (-31175.792) [-31182.480] (-31180.375) (-31170.582) -- 0:41:49
      65000 -- [-31177.065] (-31176.356) (-31179.294) (-31175.193) * [-31177.564] (-31186.558) (-31174.105) (-31179.732) -- 0:41:57

      Average standard deviation of split frequencies: 0.000000

      65500 -- (-31190.562) [-31181.344] (-31178.444) (-31184.117) * (-31170.134) (-31175.898) [-31174.792] (-31184.142) -- 0:41:51
      66000 -- (-31192.044) (-31176.844) (-31178.966) [-31177.619] * [-31169.314] (-31181.858) (-31173.745) (-31175.619) -- 0:41:58
      66500 -- (-31184.396) [-31178.076] (-31182.410) (-31192.440) * (-31178.965) (-31186.235) [-31174.894] (-31177.594) -- 0:41:52
      67000 -- (-31178.024) [-31175.626] (-31174.325) (-31186.321) * (-31175.182) (-31190.798) [-31172.494] (-31191.591) -- 0:42:00
      67500 -- [-31179.975] (-31179.820) (-31171.214) (-31194.969) * [-31171.156] (-31187.578) (-31188.086) (-31179.796) -- 0:41:54
      68000 -- (-31178.741) (-31184.138) [-31172.454] (-31187.019) * (-31177.437) (-31195.932) [-31184.081] (-31181.597) -- 0:42:01
      68500 -- (-31175.081) (-31173.246) (-31172.513) [-31187.248] * [-31182.288] (-31186.059) (-31186.108) (-31187.656) -- 0:41:55
      69000 -- [-31177.615] (-31183.046) (-31175.702) (-31188.677) * [-31178.940] (-31184.642) (-31182.853) (-31177.680) -- 0:42:03
      69500 -- (-31176.892) (-31176.269) [-31176.239] (-31196.247) * (-31188.294) (-31193.992) (-31184.429) [-31181.774] -- 0:41:57
      70000 -- [-31183.511] (-31180.612) (-31173.161) (-31191.460) * (-31177.184) (-31179.801) (-31185.333) [-31173.379] -- 0:42:04

      Average standard deviation of split frequencies: 0.000000

      70500 -- (-31170.122) (-31186.124) (-31187.398) [-31182.100] * (-31181.325) (-31190.248) (-31179.127) [-31174.197] -- 0:41:58
      71000 -- (-31171.689) (-31172.648) [-31173.473] (-31197.456) * (-31175.909) [-31184.852] (-31177.221) (-31180.349) -- 0:42:05
      71500 -- (-31179.174) (-31181.856) [-31173.994] (-31187.516) * (-31184.326) (-31184.818) [-31172.927] (-31177.080) -- 0:41:59
      72000 -- (-31190.451) [-31179.081] (-31173.702) (-31177.856) * [-31178.558] (-31172.791) (-31176.174) (-31181.652) -- 0:42:06
      72500 -- [-31177.256] (-31172.342) (-31180.099) (-31187.646) * (-31181.195) (-31181.163) [-31171.571] (-31173.927) -- 0:42:00
      73000 -- (-31179.146) (-31174.871) [-31178.219] (-31188.556) * [-31178.083] (-31179.163) (-31176.379) (-31182.353) -- 0:42:07
      73500 -- (-31186.439) (-31178.669) [-31183.568] (-31196.348) * [-31178.051] (-31176.324) (-31178.059) (-31176.503) -- 0:42:01
      74000 -- (-31188.563) [-31169.321] (-31182.624) (-31194.250) * (-31181.079) [-31185.911] (-31185.885) (-31182.048) -- 0:41:55
      74500 -- (-31178.812) [-31169.658] (-31182.476) (-31185.967) * [-31171.936] (-31178.892) (-31187.985) (-31178.443) -- 0:42:01
      75000 -- (-31177.487) [-31178.612] (-31181.866) (-31182.644) * [-31173.638] (-31183.902) (-31181.192) (-31185.806) -- 0:41:56

      Average standard deviation of split frequencies: 0.000000

      75500 -- [-31174.607] (-31183.344) (-31186.799) (-31183.048) * (-31177.493) (-31183.907) (-31190.708) [-31176.317] -- 0:41:50
      76000 -- (-31178.319) [-31179.057] (-31172.973) (-31177.139) * (-31182.989) [-31175.552] (-31176.087) (-31192.311) -- 0:41:56
      76500 -- (-31195.836) (-31174.475) (-31179.896) [-31177.192] * [-31180.103] (-31176.111) (-31178.092) (-31192.314) -- 0:41:50
      77000 -- (-31181.335) (-31172.856) [-31172.480] (-31185.714) * (-31186.296) (-31182.847) (-31185.852) [-31174.489] -- 0:41:57
      77500 -- (-31177.935) [-31169.720] (-31180.688) (-31174.779) * [-31180.760] (-31188.830) (-31177.211) (-31178.140) -- 0:41:51
      78000 -- (-31182.101) [-31165.229] (-31177.681) (-31188.602) * (-31182.795) [-31169.988] (-31182.150) (-31182.906) -- 0:41:45
      78500 -- (-31177.685) [-31172.080] (-31177.708) (-31206.614) * (-31174.287) (-31180.660) (-31170.800) [-31178.304] -- 0:41:52
      79000 -- (-31180.269) (-31184.236) [-31177.058] (-31182.860) * (-31180.010) (-31184.217) [-31172.391] (-31175.180) -- 0:41:46
      79500 -- (-31182.361) [-31178.359] (-31175.917) (-31179.852) * (-31178.653) (-31179.991) (-31178.247) [-31181.781] -- 0:41:40
      80000 -- (-31182.654) [-31181.298] (-31170.065) (-31179.085) * [-31184.779] (-31167.929) (-31180.226) (-31177.473) -- 0:41:47

      Average standard deviation of split frequencies: 0.000000

      80500 -- (-31179.987) (-31193.729) (-31177.520) [-31178.225] * (-31179.465) [-31180.090] (-31180.993) (-31181.093) -- 0:41:41
      81000 -- [-31173.642] (-31180.002) (-31189.649) (-31186.071) * (-31182.378) [-31166.402] (-31176.053) (-31195.053) -- 0:41:47
      81500 -- (-31179.841) (-31176.982) (-31180.850) [-31191.772] * (-31181.454) (-31177.220) [-31180.020] (-31188.165) -- 0:41:41
      82000 -- (-31184.249) (-31181.631) [-31172.049] (-31190.874) * (-31178.492) [-31170.959] (-31182.737) (-31178.596) -- 0:41:36
      82500 -- (-31185.992) [-31176.587] (-31177.896) (-31186.663) * (-31181.429) [-31168.531] (-31180.583) (-31196.206) -- 0:41:42
      83000 -- (-31178.246) (-31180.897) (-31190.359) [-31181.237] * (-31179.066) [-31173.714] (-31181.812) (-31174.012) -- 0:41:36
      83500 -- (-31175.140) (-31180.410) [-31175.746] (-31183.458) * (-31178.074) (-31177.865) [-31175.238] (-31174.773) -- 0:41:42
      84000 -- (-31193.940) (-31184.729) (-31179.016) [-31184.352] * (-31175.407) (-31177.364) (-31178.051) [-31176.375] -- 0:41:37
      84500 -- [-31182.694] (-31187.124) (-31182.210) (-31181.219) * (-31176.579) (-31176.399) (-31185.082) [-31175.117] -- 0:41:31
      85000 -- [-31179.035] (-31183.846) (-31176.391) (-31191.866) * (-31181.459) (-31179.677) [-31186.562] (-31182.739) -- 0:41:37

      Average standard deviation of split frequencies: 0.000000

      85500 -- (-31175.466) (-31184.826) [-31181.057] (-31175.664) * (-31177.665) (-31184.542) [-31175.176] (-31173.476) -- 0:41:32
      86000 -- (-31183.185) (-31176.152) [-31180.728] (-31178.495) * (-31184.336) [-31176.247] (-31179.132) (-31171.544) -- 0:41:26
      86500 -- [-31173.602] (-31180.102) (-31184.289) (-31182.869) * (-31179.877) (-31182.754) (-31184.466) [-31175.929] -- 0:41:32
      87000 -- (-31179.251) (-31184.766) [-31174.001] (-31183.093) * (-31192.460) (-31179.590) (-31184.626) [-31173.488] -- 0:41:27
      87500 -- (-31174.647) (-31178.259) [-31177.822] (-31178.787) * (-31178.999) [-31183.877] (-31180.073) (-31183.571) -- 0:41:22
      88000 -- (-31176.635) (-31187.676) [-31178.040] (-31186.588) * (-31182.495) (-31184.797) (-31176.683) [-31172.748] -- 0:41:27
      88500 -- [-31174.694] (-31184.301) (-31186.279) (-31178.189) * (-31173.498) (-31181.947) (-31174.340) [-31178.127] -- 0:41:22
      89000 -- [-31178.640] (-31169.755) (-31182.511) (-31176.197) * [-31172.836] (-31175.704) (-31175.029) (-31185.635) -- 0:41:27
      89500 -- (-31175.856) (-31176.071) (-31197.111) [-31180.969] * (-31170.008) [-31174.751] (-31171.108) (-31184.616) -- 0:41:22
      90000 -- [-31176.060] (-31174.873) (-31179.460) (-31179.258) * (-31178.986) (-31180.858) (-31174.913) [-31173.741] -- 0:41:17

      Average standard deviation of split frequencies: 0.000000

      90500 -- [-31173.758] (-31176.881) (-31184.364) (-31181.671) * (-31177.043) [-31183.309] (-31178.316) (-31184.452) -- 0:41:22
      91000 -- (-31174.559) (-31178.748) (-31196.348) [-31177.586] * (-31179.998) (-31179.057) (-31176.359) [-31180.150] -- 0:41:17
      91500 -- [-31173.144] (-31175.242) (-31176.813) (-31183.085) * (-31176.751) (-31179.438) [-31176.517] (-31184.813) -- 0:41:12
      92000 -- (-31175.171) [-31174.750] (-31184.538) (-31178.368) * (-31183.458) [-31179.615] (-31180.603) (-31174.405) -- 0:41:07
      92500 -- (-31175.948) (-31176.038) (-31186.432) [-31176.580] * (-31182.638) (-31187.923) (-31191.460) [-31175.913] -- 0:41:12
      93000 -- (-31176.143) (-31179.310) (-31178.998) [-31177.843] * [-31175.768] (-31181.360) (-31185.243) (-31189.024) -- 0:41:07
      93500 -- [-31177.374] (-31182.031) (-31177.737) (-31176.884) * [-31177.197] (-31181.364) (-31189.663) (-31178.346) -- 0:41:02
      94000 -- [-31175.344] (-31181.683) (-31180.295) (-31174.858) * (-31180.371) (-31180.385) [-31183.151] (-31182.016) -- 0:41:07
      94500 -- (-31185.941) [-31182.620] (-31179.895) (-31180.714) * (-31173.817) (-31183.403) (-31183.699) [-31173.189] -- 0:41:02
      95000 -- (-31185.573) [-31180.842] (-31171.638) (-31179.818) * (-31169.813) (-31190.677) (-31179.926) [-31182.338] -- 0:40:57

      Average standard deviation of split frequencies: 0.000000

      95500 -- (-31176.552) (-31191.092) [-31177.343] (-31185.171) * (-31175.912) [-31177.301] (-31181.290) (-31186.540) -- 0:41:02
      96000 -- [-31180.441] (-31182.780) (-31178.645) (-31175.966) * [-31177.476] (-31176.115) (-31182.080) (-31199.565) -- 0:40:57
      96500 -- (-31182.539) (-31182.509) (-31180.079) [-31176.426] * (-31170.738) (-31182.817) [-31175.841] (-31187.106) -- 0:41:02
      97000 -- (-31180.461) [-31178.429] (-31180.346) (-31174.920) * (-31180.241) [-31175.965] (-31180.860) (-31179.414) -- 0:40:57
      97500 -- [-31173.466] (-31175.688) (-31183.045) (-31175.590) * (-31174.654) (-31181.725) (-31183.596) [-31179.394] -- 0:40:52
      98000 -- (-31171.780) (-31181.085) [-31180.430] (-31177.983) * (-31179.602) (-31185.635) [-31181.232] (-31176.026) -- 0:40:57
      98500 -- [-31172.885] (-31180.590) (-31176.965) (-31174.680) * (-31176.282) (-31185.169) (-31180.760) [-31177.417] -- 0:40:52
      99000 -- (-31185.257) [-31176.208] (-31178.855) (-31178.280) * (-31183.103) (-31174.943) (-31183.825) [-31186.602] -- 0:40:48
      99500 -- (-31183.620) (-31182.779) [-31187.232] (-31179.971) * (-31178.959) [-31183.239] (-31181.377) (-31180.607) -- 0:40:52
      100000 -- (-31186.634) (-31182.131) [-31176.762] (-31180.369) * [-31183.728] (-31178.015) (-31189.674) (-31178.288) -- 0:40:48

      Average standard deviation of split frequencies: 0.000000

      100500 -- (-31191.167) (-31179.191) (-31182.648) [-31175.001] * [-31180.183] (-31182.527) (-31184.894) (-31185.348) -- 0:40:43
      101000 -- (-31188.798) [-31176.989] (-31176.652) (-31183.646) * (-31183.748) (-31184.669) [-31180.047] (-31177.885) -- 0:40:38
      101500 -- (-31183.321) (-31178.764) (-31176.858) [-31174.535] * (-31188.457) [-31181.370] (-31183.233) (-31198.275) -- 0:40:43
      102000 -- (-31182.419) (-31185.874) [-31180.853] (-31188.646) * (-31181.855) (-31185.201) (-31181.788) [-31175.746] -- 0:40:38
      102500 -- (-31187.663) [-31174.516] (-31199.466) (-31172.774) * (-31188.107) [-31182.263] (-31184.892) (-31188.618) -- 0:40:34
      103000 -- (-31178.026) (-31177.444) (-31180.406) [-31185.318] * (-31183.500) (-31177.872) (-31192.935) [-31180.538] -- 0:40:38
      103500 -- [-31180.300] (-31191.070) (-31177.822) (-31184.818) * (-31185.094) (-31180.411) [-31192.792] (-31170.319) -- 0:40:33
      104000 -- (-31176.220) (-31182.300) (-31177.591) [-31179.478] * (-31186.016) (-31176.914) [-31182.918] (-31179.482) -- 0:40:29
      104500 -- [-31179.355] (-31178.068) (-31170.960) (-31174.754) * (-31180.368) [-31172.872] (-31190.032) (-31175.928) -- 0:40:25
      105000 -- (-31183.569) (-31175.686) (-31171.472) [-31177.101] * [-31186.605] (-31178.960) (-31182.115) (-31177.248) -- 0:40:29

      Average standard deviation of split frequencies: 0.000000

      105500 -- (-31187.716) [-31172.824] (-31179.713) (-31182.676) * [-31175.711] (-31175.626) (-31185.309) (-31181.467) -- 0:40:24
      106000 -- (-31186.799) (-31179.695) (-31177.034) [-31174.836] * [-31176.743] (-31179.275) (-31178.367) (-31177.837) -- 0:40:20
      106500 -- (-31171.760) (-31177.252) (-31184.449) [-31175.815] * [-31175.691] (-31180.444) (-31178.660) (-31181.384) -- 0:40:16
      107000 -- (-31177.311) (-31172.609) [-31186.237] (-31179.986) * (-31178.505) (-31188.119) [-31175.748] (-31180.709) -- 0:40:20
      107500 -- (-31187.269) (-31178.553) (-31179.158) [-31184.720] * [-31174.346] (-31186.855) (-31177.863) (-31175.574) -- 0:40:15
      108000 -- (-31185.934) (-31178.867) [-31172.359] (-31182.873) * (-31172.392) [-31181.797] (-31183.069) (-31188.176) -- 0:40:11
      108500 -- (-31186.460) [-31170.620] (-31174.824) (-31183.779) * (-31185.687) (-31178.606) [-31171.453] (-31181.429) -- 0:40:15
      109000 -- (-31185.035) (-31177.526) (-31188.639) [-31173.183] * (-31183.873) [-31177.993] (-31171.142) (-31180.779) -- 0:40:11
      109500 -- [-31176.285] (-31171.988) (-31178.014) (-31176.101) * (-31181.035) [-31176.312] (-31171.614) (-31180.451) -- 0:40:07
      110000 -- (-31176.259) [-31176.654] (-31181.048) (-31173.915) * (-31193.935) (-31178.200) [-31174.931] (-31181.407) -- 0:40:11

      Average standard deviation of split frequencies: 0.000000

      110500 -- (-31172.417) (-31179.938) [-31172.317] (-31187.184) * (-31183.966) (-31178.715) [-31171.156] (-31189.880) -- 0:40:06
      111000 -- (-31185.783) (-31172.751) (-31176.547) [-31177.781] * (-31183.184) (-31181.180) [-31177.768] (-31181.459) -- 0:40:02
      111500 -- (-31186.336) [-31172.896] (-31186.402) (-31173.339) * (-31181.699) (-31179.137) [-31176.471] (-31170.895) -- 0:39:58
      112000 -- (-31183.905) (-31176.929) (-31195.903) [-31177.057] * (-31194.642) (-31166.751) [-31175.819] (-31173.328) -- 0:40:02
      112500 -- (-31177.993) (-31175.327) (-31181.003) [-31171.587] * [-31181.366] (-31179.706) (-31176.332) (-31178.531) -- 0:39:58
      113000 -- (-31179.353) (-31185.264) (-31181.659) [-31171.589] * [-31176.929] (-31177.963) (-31175.304) (-31195.496) -- 0:39:54
      113500 -- (-31193.458) (-31186.398) (-31185.014) [-31177.076] * [-31175.507] (-31179.289) (-31182.172) (-31188.750) -- 0:39:50
      114000 -- [-31176.711] (-31179.336) (-31182.489) (-31173.526) * (-31191.296) (-31190.761) [-31190.126] (-31176.319) -- 0:39:53
      114500 -- (-31183.244) (-31180.015) (-31190.931) [-31180.294] * (-31175.502) (-31184.077) (-31180.444) [-31179.279] -- 0:39:49
      115000 -- (-31179.783) [-31175.606] (-31180.242) (-31178.942) * [-31175.027] (-31177.895) (-31182.652) (-31183.667) -- 0:39:45

      Average standard deviation of split frequencies: 0.000000

      115500 -- [-31175.170] (-31176.321) (-31192.960) (-31170.580) * (-31179.301) (-31187.548) (-31173.927) [-31179.789] -- 0:39:49
      116000 -- (-31182.679) (-31173.706) [-31181.611] (-31170.761) * (-31178.551) (-31184.985) (-31187.554) [-31178.526] -- 0:39:45
      116500 -- (-31174.091) (-31176.856) (-31183.200) [-31179.992] * (-31181.839) (-31182.169) (-31183.302) [-31179.692] -- 0:39:41
      117000 -- (-31176.288) (-31183.753) (-31177.215) [-31179.398] * (-31172.036) (-31193.902) [-31185.783] (-31187.414) -- 0:39:37
      117500 -- (-31179.102) (-31194.193) [-31180.311] (-31184.547) * (-31179.506) (-31187.371) (-31189.799) [-31171.530] -- 0:39:40
      118000 -- (-31178.270) [-31182.418] (-31182.024) (-31182.315) * [-31175.586] (-31182.805) (-31182.855) (-31175.506) -- 0:39:36
      118500 -- (-31178.004) (-31175.445) (-31182.549) [-31169.457] * [-31175.277] (-31176.212) (-31179.337) (-31180.300) -- 0:39:32
      119000 -- (-31184.916) (-31177.359) (-31178.710) [-31174.894] * (-31194.857) (-31184.895) (-31185.785) [-31180.110] -- 0:39:36
      119500 -- (-31176.412) (-31172.243) (-31184.162) [-31173.224] * [-31171.578] (-31180.156) (-31186.450) (-31177.166) -- 0:39:32
      120000 -- (-31185.983) (-31182.535) (-31188.140) [-31175.513] * (-31181.417) (-31191.638) [-31183.938] (-31178.510) -- 0:39:28

      Average standard deviation of split frequencies: 0.000000

      120500 -- (-31178.764) (-31174.264) [-31176.906] (-31171.246) * [-31168.349] (-31182.450) (-31182.180) (-31180.608) -- 0:39:32
      121000 -- (-31189.234) (-31187.565) [-31172.387] (-31179.280) * (-31174.977) (-31183.285) (-31176.957) [-31176.233] -- 0:39:28
      121500 -- (-31182.223) (-31180.034) (-31178.093) [-31175.422] * (-31174.276) (-31182.602) (-31185.682) [-31178.790] -- 0:39:24
      122000 -- (-31179.506) (-31180.647) [-31177.757] (-31183.427) * (-31173.474) [-31186.347] (-31181.773) (-31177.530) -- 0:39:20
      122500 -- (-31178.958) [-31178.011] (-31187.986) (-31176.959) * (-31177.240) (-31178.966) (-31189.231) [-31178.865] -- 0:39:23
      123000 -- [-31180.743] (-31177.649) (-31174.390) (-31175.356) * (-31177.573) [-31183.855] (-31187.737) (-31179.742) -- 0:39:20
      123500 -- (-31172.759) [-31171.616] (-31184.254) (-31185.379) * (-31172.214) [-31176.134] (-31174.978) (-31181.597) -- 0:39:16
      124000 -- (-31171.577) (-31174.303) (-31184.771) [-31170.505] * (-31179.683) (-31193.722) (-31176.286) [-31186.098] -- 0:39:19
      124500 -- (-31181.582) (-31183.762) (-31181.750) [-31173.371] * (-31186.611) (-31180.581) [-31173.477] (-31177.226) -- 0:39:15
      125000 -- (-31173.288) (-31186.423) (-31182.753) [-31178.026] * (-31185.891) [-31177.780] (-31177.983) (-31181.784) -- 0:39:12

      Average standard deviation of split frequencies: 0.000000

      125500 -- (-31174.224) [-31184.634] (-31180.110) (-31176.593) * (-31182.816) [-31176.797] (-31189.387) (-31175.414) -- 0:39:08
      126000 -- (-31176.423) (-31177.326) (-31181.309) [-31174.521] * [-31179.326] (-31172.648) (-31178.585) (-31186.013) -- 0:39:11
      126500 -- (-31181.693) (-31176.437) (-31187.061) [-31183.485] * (-31186.393) (-31172.835) [-31185.608] (-31181.618) -- 0:39:07
      127000 -- (-31185.579) (-31175.525) (-31178.731) [-31177.582] * (-31173.922) (-31176.902) (-31187.872) [-31189.300] -- 0:39:04
      127500 -- (-31180.289) (-31179.467) [-31177.144] (-31185.380) * (-31181.832) (-31173.289) (-31186.621) [-31184.966] -- 0:39:00
      128000 -- (-31176.627) (-31181.213) (-31172.276) [-31178.023] * (-31187.363) [-31174.156] (-31187.221) (-31177.618) -- 0:39:03
      128500 -- [-31178.467] (-31183.358) (-31178.708) (-31179.280) * (-31180.546) (-31175.836) [-31177.581] (-31176.377) -- 0:38:59
      129000 -- (-31183.993) (-31175.736) [-31185.414] (-31181.187) * (-31175.590) (-31186.207) [-31179.970] (-31183.483) -- 0:38:56
      129500 -- (-31178.791) (-31174.860) [-31176.383] (-31178.970) * (-31184.134) (-31181.662) [-31175.752] (-31181.108) -- 0:38:59
      130000 -- (-31182.980) (-31174.588) [-31171.243] (-31186.075) * (-31178.375) [-31175.761] (-31184.965) (-31179.588) -- 0:38:55

      Average standard deviation of split frequencies: 0.000000

      130500 -- (-31176.895) [-31169.655] (-31180.074) (-31175.978) * (-31181.829) (-31172.268) (-31188.206) [-31175.604] -- 0:38:51
      131000 -- (-31182.421) (-31181.282) [-31179.106] (-31181.117) * (-31179.868) [-31178.396] (-31185.710) (-31179.095) -- 0:38:48
      131500 -- (-31191.652) [-31175.806] (-31188.085) (-31174.913) * (-31180.541) (-31180.234) [-31176.783] (-31177.758) -- 0:38:51
      132000 -- (-31187.395) (-31172.845) (-31181.977) [-31175.606] * (-31183.702) (-31184.875) [-31184.499] (-31185.916) -- 0:38:47
      132500 -- (-31182.482) (-31175.621) [-31181.949] (-31174.504) * (-31183.638) (-31180.600) (-31183.912) [-31188.871] -- 0:38:44
      133000 -- (-31183.529) (-31177.190) (-31182.027) [-31178.097] * (-31177.666) (-31177.386) [-31180.854] (-31179.791) -- 0:38:47
      133500 -- (-31192.557) (-31176.546) (-31176.645) [-31182.005] * (-31177.637) (-31175.685) [-31184.639] (-31183.059) -- 0:38:43
      134000 -- [-31176.803] (-31179.732) (-31180.989) (-31176.257) * (-31180.636) (-31183.334) [-31174.706] (-31182.286) -- 0:38:40
      134500 -- (-31182.991) (-31172.928) (-31178.884) [-31174.859] * (-31182.007) [-31180.941] (-31179.949) (-31180.400) -- 0:38:36
      135000 -- (-31182.952) (-31173.590) [-31173.202] (-31176.504) * [-31174.998] (-31179.559) (-31189.471) (-31187.707) -- 0:38:39

      Average standard deviation of split frequencies: 0.000000

      135500 -- (-31188.101) (-31177.911) [-31167.113] (-31182.585) * (-31171.423) (-31181.921) [-31175.128] (-31177.216) -- 0:38:35
      136000 -- (-31185.236) (-31172.009) [-31171.241] (-31188.324) * (-31178.709) (-31173.233) [-31181.892] (-31183.287) -- 0:38:32
      136500 -- [-31179.919] (-31171.681) (-31180.279) (-31182.073) * (-31174.246) (-31184.001) [-31178.091] (-31199.822) -- 0:38:35
      137000 -- [-31173.641] (-31178.909) (-31182.239) (-31178.241) * [-31178.767] (-31178.580) (-31177.692) (-31181.278) -- 0:38:31
      137500 -- (-31172.371) [-31185.274] (-31180.512) (-31184.562) * [-31188.071] (-31183.228) (-31176.980) (-31186.450) -- 0:38:28
      138000 -- [-31174.964] (-31173.161) (-31178.650) (-31178.541) * (-31177.774) (-31179.135) [-31176.141] (-31179.623) -- 0:38:24
      138500 -- (-31178.375) (-31177.534) [-31175.140] (-31177.161) * (-31173.500) (-31177.112) (-31181.154) [-31178.564] -- 0:38:27
      139000 -- (-31181.123) (-31179.966) (-31170.370) [-31174.666] * (-31175.207) (-31181.021) (-31185.744) [-31187.231] -- 0:38:24
      139500 -- (-31187.452) (-31183.330) [-31171.849] (-31178.615) * (-31185.348) [-31178.011] (-31181.486) (-31183.124) -- 0:38:20
      140000 -- (-31181.594) [-31184.105] (-31176.825) (-31187.317) * [-31178.007] (-31174.067) (-31183.202) (-31182.370) -- 0:38:23

      Average standard deviation of split frequencies: 0.000000

      140500 -- (-31186.427) (-31180.089) [-31178.040] (-31187.512) * (-31178.269) (-31180.979) [-31181.448] (-31181.898) -- 0:38:20
      141000 -- (-31174.887) (-31174.628) (-31181.439) [-31174.486] * [-31171.112] (-31176.398) (-31181.974) (-31174.037) -- 0:38:16
      141500 -- (-31172.929) [-31177.866] (-31171.429) (-31180.581) * (-31179.270) [-31174.416] (-31178.388) (-31174.611) -- 0:38:13
      142000 -- [-31170.269] (-31175.368) (-31174.081) (-31177.848) * (-31177.617) (-31185.309) [-31179.422] (-31181.577) -- 0:38:16
      142500 -- (-31187.592) (-31184.623) (-31181.425) [-31178.685] * [-31179.295] (-31189.816) (-31175.941) (-31174.859) -- 0:38:12
      143000 -- (-31184.641) (-31177.655) (-31177.162) [-31173.725] * [-31171.128] (-31180.334) (-31179.709) (-31176.774) -- 0:38:09
      143500 -- (-31183.033) (-31188.349) [-31178.724] (-31178.229) * [-31173.997] (-31183.198) (-31177.894) (-31173.425) -- 0:38:11
      144000 -- (-31175.874) (-31187.175) (-31172.299) [-31175.150] * (-31170.973) [-31176.017] (-31174.920) (-31170.214) -- 0:38:08
      144500 -- (-31189.893) (-31184.550) [-31181.815] (-31174.994) * (-31179.274) (-31190.141) (-31184.841) [-31175.292] -- 0:38:05
      145000 -- (-31180.695) (-31182.153) [-31179.246] (-31181.718) * [-31176.666] (-31177.657) (-31183.207) (-31179.277) -- 0:38:01

      Average standard deviation of split frequencies: 0.000000

      145500 -- (-31193.991) [-31182.695] (-31176.228) (-31183.416) * [-31173.361] (-31174.279) (-31179.443) (-31177.883) -- 0:38:04
      146000 -- (-31189.640) [-31177.073] (-31176.228) (-31175.922) * (-31176.104) (-31178.805) [-31175.179] (-31176.863) -- 0:38:01
      146500 -- (-31177.503) (-31185.170) (-31180.654) [-31172.724] * [-31182.199] (-31185.248) (-31177.825) (-31186.612) -- 0:37:57
      147000 -- (-31183.579) (-31181.294) (-31184.102) [-31179.913] * (-31182.650) (-31182.254) [-31175.213] (-31180.564) -- 0:38:00
      147500 -- (-31179.834) [-31183.022] (-31177.833) (-31183.628) * (-31175.628) (-31177.358) [-31178.471] (-31183.760) -- 0:37:57
      148000 -- (-31177.032) (-31181.266) (-31174.010) [-31181.956] * (-31171.114) (-31182.087) [-31171.941] (-31181.776) -- 0:37:53
      148500 -- (-31176.265) (-31185.624) (-31181.014) [-31177.300] * (-31171.647) (-31182.258) [-31176.858] (-31188.673) -- 0:37:50
      149000 -- (-31169.922) (-31183.207) [-31183.105] (-31176.951) * (-31179.259) (-31177.693) (-31190.495) [-31177.562] -- 0:37:53
      149500 -- (-31175.694) [-31179.815] (-31179.776) (-31184.651) * [-31175.404] (-31179.554) (-31182.042) (-31180.511) -- 0:37:49
      150000 -- [-31176.294] (-31176.269) (-31180.212) (-31174.667) * [-31178.786] (-31181.905) (-31174.613) (-31176.546) -- 0:37:46

      Average standard deviation of split frequencies: 0.000000

      150500 -- [-31174.371] (-31179.144) (-31176.549) (-31181.914) * [-31179.680] (-31183.792) (-31176.343) (-31169.781) -- 0:37:49
      151000 -- (-31183.198) [-31181.190] (-31178.601) (-31179.481) * (-31176.162) (-31182.405) [-31176.271] (-31178.170) -- 0:37:45
      151500 -- [-31176.298] (-31179.573) (-31177.196) (-31179.761) * [-31187.014] (-31186.846) (-31179.259) (-31180.315) -- 0:37:42
      152000 -- (-31174.958) (-31187.288) [-31171.117] (-31189.716) * (-31177.349) [-31175.875] (-31179.331) (-31179.917) -- 0:37:39
      152500 -- (-31175.557) (-31188.508) (-31176.952) [-31177.939] * (-31182.940) [-31170.167] (-31177.496) (-31181.035) -- 0:37:41
      153000 -- (-31180.904) [-31181.859] (-31174.449) (-31178.402) * (-31179.224) (-31176.075) (-31178.095) [-31180.356] -- 0:37:38
      153500 -- (-31184.137) (-31190.508) [-31174.475] (-31176.661) * (-31179.866) [-31173.081] (-31185.381) (-31176.079) -- 0:37:35
      154000 -- (-31183.975) (-31181.604) (-31172.612) [-31173.254] * (-31184.596) [-31175.019] (-31180.324) (-31186.275) -- 0:37:37
      154500 -- [-31179.486] (-31178.552) (-31175.691) (-31183.421) * (-31183.132) [-31175.847] (-31178.114) (-31186.432) -- 0:37:34
      155000 -- (-31182.096) (-31171.626) [-31181.358] (-31188.565) * (-31185.862) [-31178.188] (-31188.902) (-31182.666) -- 0:37:31

      Average standard deviation of split frequencies: 0.000000

      155500 -- (-31175.796) [-31179.604] (-31177.436) (-31184.255) * (-31192.627) [-31181.693] (-31177.808) (-31182.233) -- 0:37:28
      156000 -- (-31180.188) [-31182.050] (-31177.758) (-31181.144) * (-31176.229) (-31172.119) (-31174.354) [-31177.940] -- 0:37:30
      156500 -- (-31178.645) (-31187.044) (-31187.552) [-31176.843] * (-31180.965) (-31177.243) [-31179.860] (-31175.586) -- 0:37:27
      157000 -- [-31169.164] (-31183.336) (-31189.728) (-31170.538) * (-31182.162) [-31175.992] (-31186.268) (-31180.714) -- 0:37:24
      157500 -- [-31175.028] (-31180.955) (-31179.662) (-31180.088) * (-31183.768) [-31176.826] (-31188.395) (-31178.801) -- 0:37:26
      158000 -- [-31175.402] (-31187.997) (-31181.537) (-31182.818) * [-31182.518] (-31184.490) (-31181.392) (-31180.387) -- 0:37:23
      158500 -- (-31170.234) (-31173.360) (-31184.637) [-31176.483] * (-31175.372) (-31183.023) (-31194.326) [-31178.374] -- 0:37:20
      159000 -- (-31177.774) [-31178.121] (-31178.781) (-31191.852) * (-31181.893) (-31168.694) (-31179.763) [-31172.477] -- 0:37:17
      159500 -- (-31182.504) [-31169.278] (-31177.158) (-31177.148) * (-31179.329) (-31177.136) (-31177.554) [-31178.999] -- 0:37:19
      160000 -- (-31190.317) (-31172.231) (-31180.714) [-31181.367] * [-31175.497] (-31179.309) (-31185.777) (-31174.173) -- 0:37:16

      Average standard deviation of split frequencies: 0.000000

      160500 -- (-31189.235) [-31176.006] (-31175.105) (-31178.611) * [-31183.722] (-31176.293) (-31190.208) (-31174.527) -- 0:37:13
      161000 -- (-31184.942) (-31172.634) (-31178.789) [-31181.121] * [-31171.831] (-31178.064) (-31178.982) (-31181.055) -- 0:37:15
      161500 -- (-31191.137) [-31180.406] (-31176.766) (-31180.434) * [-31175.566] (-31187.502) (-31176.765) (-31179.454) -- 0:37:12
      162000 -- (-31183.672) [-31178.767] (-31184.824) (-31178.369) * (-31180.894) (-31185.359) (-31183.446) [-31181.190] -- 0:37:09
      162500 -- (-31183.793) [-31171.723] (-31183.558) (-31182.639) * (-31183.830) (-31183.796) (-31182.621) [-31185.181] -- 0:37:06
      163000 -- (-31177.860) (-31181.470) [-31175.267] (-31192.578) * [-31178.446] (-31194.794) (-31179.082) (-31180.483) -- 0:37:08
      163500 -- (-31181.230) [-31176.372] (-31176.147) (-31182.565) * [-31180.275] (-31185.445) (-31176.015) (-31180.018) -- 0:37:05
      164000 -- (-31188.868) (-31176.032) (-31172.481) [-31171.375] * [-31175.569] (-31197.202) (-31171.986) (-31177.109) -- 0:37:02
      164500 -- (-31175.385) (-31184.504) (-31183.907) [-31175.985] * [-31174.200] (-31189.506) (-31178.454) (-31183.823) -- 0:37:04
      165000 -- (-31182.772) (-31183.505) [-31180.218] (-31183.531) * (-31181.276) (-31188.259) [-31173.674] (-31178.244) -- 0:37:01

      Average standard deviation of split frequencies: 0.000000

      165500 -- (-31185.735) (-31186.129) [-31177.977] (-31174.858) * [-31177.071] (-31182.503) (-31174.761) (-31178.585) -- 0:36:58
      166000 -- (-31198.018) (-31178.124) (-31177.930) [-31172.296] * (-31188.574) [-31179.444] (-31180.723) (-31184.514) -- 0:36:55
      166500 -- (-31178.707) [-31182.241] (-31176.045) (-31179.459) * [-31179.487] (-31180.079) (-31171.382) (-31189.698) -- 0:36:57
      167000 -- (-31179.783) (-31180.974) (-31187.812) [-31183.671] * (-31183.601) [-31174.071] (-31177.540) (-31188.794) -- 0:36:54
      167500 -- (-31171.032) (-31185.202) [-31179.405] (-31182.041) * (-31173.273) (-31174.694) (-31182.026) [-31180.291] -- 0:36:51
      168000 -- (-31180.082) (-31194.218) (-31171.067) [-31178.589] * (-31175.536) [-31177.503] (-31177.921) (-31184.318) -- 0:36:48
      168500 -- [-31178.544] (-31176.296) (-31172.332) (-31177.068) * (-31173.132) (-31176.718) (-31173.689) [-31181.364] -- 0:36:50
      169000 -- (-31179.746) (-31178.829) [-31180.655] (-31179.092) * (-31176.645) (-31181.581) (-31170.860) [-31175.663] -- 0:36:47
      169500 -- (-31176.335) [-31181.219] (-31177.002) (-31182.329) * [-31174.506] (-31195.185) (-31179.749) (-31179.143) -- 0:36:44
      170000 -- (-31189.333) (-31178.757) (-31183.948) [-31181.963] * (-31174.230) (-31172.685) (-31172.460) [-31180.893] -- 0:36:46

      Average standard deviation of split frequencies: 0.000000

      170500 -- (-31175.857) (-31180.636) [-31178.494] (-31183.022) * [-31180.836] (-31175.636) (-31176.584) (-31182.472) -- 0:36:43
      171000 -- (-31180.596) [-31171.525] (-31184.309) (-31182.185) * [-31177.015] (-31181.230) (-31181.878) (-31180.585) -- 0:36:40
      171500 -- (-31183.473) (-31179.636) (-31177.608) [-31174.408] * [-31183.202] (-31183.253) (-31178.292) (-31188.883) -- 0:36:38
      172000 -- (-31173.235) (-31175.317) (-31185.921) [-31187.638] * [-31182.556] (-31188.998) (-31175.664) (-31175.468) -- 0:36:39
      172500 -- (-31173.655) (-31176.335) (-31172.764) [-31175.298] * [-31185.593] (-31198.936) (-31171.361) (-31174.452) -- 0:36:37
      173000 -- (-31181.154) (-31180.617) (-31204.370) [-31187.548] * (-31173.339) (-31180.330) [-31175.481] (-31181.901) -- 0:36:34
      173500 -- [-31179.361] (-31182.866) (-31174.401) (-31170.854) * [-31172.670] (-31185.613) (-31175.457) (-31180.749) -- 0:36:36
      174000 -- (-31170.533) (-31188.401) (-31178.425) [-31171.379] * (-31172.288) (-31193.387) (-31176.252) [-31175.505] -- 0:36:33
      174500 -- (-31179.313) (-31182.744) [-31169.745] (-31178.372) * (-31174.100) (-31191.793) (-31191.962) [-31177.871] -- 0:36:30
      175000 -- (-31187.923) (-31174.572) (-31178.926) [-31173.588] * (-31184.624) (-31178.746) (-31182.429) [-31171.910] -- 0:36:27

      Average standard deviation of split frequencies: 0.000000

      175500 -- (-31184.875) (-31182.378) (-31182.000) [-31176.300] * [-31182.454] (-31190.038) (-31184.757) (-31173.872) -- 0:36:29
      176000 -- (-31182.150) (-31178.208) [-31177.391] (-31178.242) * (-31176.360) [-31179.193] (-31175.076) (-31179.169) -- 0:36:26
      176500 -- (-31173.832) (-31172.241) (-31178.675) [-31175.188] * (-31178.920) (-31183.823) (-31184.395) [-31177.818] -- 0:36:23
      177000 -- (-31174.294) (-31193.174) [-31177.368] (-31171.654) * (-31185.303) (-31185.608) [-31178.084] (-31179.772) -- 0:36:25
      177500 -- [-31166.216] (-31183.591) (-31180.653) (-31185.153) * (-31185.384) (-31179.691) (-31182.923) [-31173.558] -- 0:36:22
      178000 -- [-31174.033] (-31175.736) (-31180.565) (-31176.806) * (-31182.567) (-31182.092) [-31171.599] (-31183.650) -- 0:36:19
      178500 -- (-31191.199) [-31179.354] (-31179.238) (-31168.959) * (-31181.394) [-31173.779] (-31175.112) (-31170.074) -- 0:36:16
      179000 -- (-31177.685) (-31181.248) (-31177.497) [-31169.179] * (-31173.694) (-31172.159) (-31184.995) [-31175.337] -- 0:36:18
      179500 -- (-31183.297) (-31190.516) [-31178.296] (-31183.574) * (-31186.084) (-31180.350) [-31186.668] (-31186.105) -- 0:36:15
      180000 -- (-31188.681) (-31188.452) [-31176.492] (-31177.739) * (-31181.094) [-31177.543] (-31178.962) (-31182.416) -- 0:36:13

      Average standard deviation of split frequencies: 0.000000

      180500 -- (-31174.294) (-31173.258) (-31183.303) [-31170.352] * [-31175.206] (-31178.580) (-31185.187) (-31175.871) -- 0:36:14
      181000 -- (-31188.066) (-31173.590) [-31177.013] (-31181.187) * (-31178.020) (-31175.475) (-31188.277) [-31175.465] -- 0:36:11
      181500 -- (-31180.432) (-31179.039) (-31170.458) [-31176.255] * [-31175.912] (-31170.008) (-31177.330) (-31175.112) -- 0:36:09
      182000 -- (-31179.403) [-31173.679] (-31175.040) (-31176.916) * [-31169.693] (-31177.675) (-31180.132) (-31180.127) -- 0:36:06
      182500 -- (-31187.033) (-31180.800) [-31169.689] (-31178.939) * (-31171.813) (-31185.798) [-31176.329] (-31184.757) -- 0:36:08
      183000 -- [-31176.416] (-31181.401) (-31178.856) (-31179.856) * (-31174.211) (-31180.254) (-31182.243) [-31186.839] -- 0:36:05
      183500 -- (-31181.408) (-31178.319) (-31179.363) [-31177.813] * [-31178.174] (-31178.887) (-31175.561) (-31186.806) -- 0:36:02
      184000 -- [-31174.256] (-31178.927) (-31173.373) (-31176.408) * (-31183.180) (-31177.801) (-31184.369) [-31180.805] -- 0:36:04
      184500 -- [-31179.297] (-31180.767) (-31175.175) (-31178.346) * (-31186.552) (-31193.650) (-31176.938) [-31176.512] -- 0:36:01
      185000 -- (-31193.107) [-31179.999] (-31175.994) (-31181.262) * (-31189.567) (-31177.387) [-31176.459] (-31181.353) -- 0:35:58

      Average standard deviation of split frequencies: 0.000000

      185500 -- (-31193.972) [-31180.088] (-31177.328) (-31174.770) * (-31184.021) [-31177.140] (-31184.995) (-31183.370) -- 0:35:55
      186000 -- (-31182.929) (-31178.220) (-31173.678) [-31173.055] * (-31175.419) (-31172.365) (-31175.674) [-31173.237] -- 0:35:57
      186500 -- (-31191.029) (-31177.475) (-31181.880) [-31180.415] * (-31178.104) [-31170.580] (-31176.849) (-31174.301) -- 0:35:54
      187000 -- (-31185.901) [-31177.001] (-31178.779) (-31180.273) * (-31184.730) [-31181.363] (-31175.169) (-31176.242) -- 0:35:52
      187500 -- (-31177.964) (-31178.960) (-31180.990) [-31178.202] * (-31181.171) [-31183.122] (-31191.003) (-31181.824) -- 0:35:53
      188000 -- (-31181.656) (-31180.821) [-31172.845] (-31180.882) * (-31200.470) [-31176.341] (-31177.980) (-31180.532) -- 0:35:50
      188500 -- (-31184.918) (-31185.236) [-31178.805] (-31182.414) * (-31192.728) [-31176.967] (-31179.931) (-31175.921) -- 0:35:48
      189000 -- (-31179.169) (-31182.337) [-31172.804] (-31186.051) * (-31191.301) [-31179.572] (-31182.556) (-31175.339) -- 0:35:45
      189500 -- (-31185.965) (-31182.417) [-31172.836] (-31175.350) * (-31175.854) (-31180.661) [-31176.025] (-31185.846) -- 0:35:47
      190000 -- [-31184.111] (-31182.996) (-31178.135) (-31182.080) * (-31182.085) (-31189.269) (-31179.414) [-31183.633] -- 0:35:44

      Average standard deviation of split frequencies: 0.000000

      190500 -- (-31180.091) (-31181.025) [-31182.518] (-31195.117) * (-31185.817) (-31181.090) [-31175.143] (-31179.407) -- 0:35:41
      191000 -- (-31180.546) [-31179.404] (-31177.828) (-31173.798) * (-31175.799) (-31174.760) [-31171.993] (-31171.423) -- 0:35:43
      191500 -- (-31177.141) (-31178.620) [-31175.319] (-31169.586) * (-31175.973) (-31178.053) (-31169.395) [-31173.184] -- 0:35:40
      192000 -- (-31184.483) [-31174.829] (-31175.721) (-31176.094) * (-31198.296) (-31183.123) (-31176.990) [-31175.845] -- 0:35:37
      192500 -- (-31178.071) (-31178.593) (-31182.933) [-31174.471] * (-31179.503) (-31176.736) (-31186.988) [-31176.067] -- 0:35:35
      193000 -- (-31181.868) [-31172.263] (-31179.190) (-31181.893) * [-31183.853] (-31176.486) (-31184.009) (-31176.784) -- 0:35:36
      193500 -- [-31178.072] (-31181.181) (-31180.704) (-31186.195) * [-31179.815] (-31179.375) (-31175.872) (-31182.317) -- 0:35:33
      194000 -- (-31178.255) (-31175.026) [-31187.084] (-31179.218) * (-31183.883) [-31177.737] (-31186.018) (-31174.057) -- 0:35:31
      194500 -- (-31179.162) (-31182.189) (-31182.900) [-31182.395] * (-31183.948) (-31180.383) (-31176.266) [-31175.589] -- 0:35:32
      195000 -- (-31180.458) (-31183.138) (-31181.621) [-31176.099] * [-31176.666] (-31173.176) (-31179.360) (-31176.781) -- 0:35:30

      Average standard deviation of split frequencies: 0.000000

      195500 -- (-31195.235) (-31177.803) [-31176.948] (-31177.554) * (-31182.962) [-31182.164] (-31185.697) (-31176.433) -- 0:35:27
      196000 -- (-31180.419) (-31183.773) [-31175.004] (-31185.633) * (-31176.843) (-31177.017) (-31172.341) [-31176.018] -- 0:35:24
      196500 -- (-31177.889) (-31185.240) [-31177.692] (-31174.463) * (-31182.176) (-31192.411) [-31173.505] (-31174.067) -- 0:35:26
      197000 -- (-31181.836) [-31179.074] (-31182.867) (-31184.054) * (-31177.703) [-31190.245] (-31173.897) (-31176.210) -- 0:35:23
      197500 -- (-31184.007) (-31187.196) [-31178.768] (-31188.506) * (-31173.136) (-31179.184) [-31171.750] (-31179.381) -- 0:35:21
      198000 -- (-31171.359) [-31173.429] (-31174.653) (-31188.101) * (-31182.902) [-31183.275] (-31185.129) (-31178.172) -- 0:35:22
      198500 -- [-31167.438] (-31182.544) (-31177.727) (-31180.652) * (-31177.654) (-31179.435) [-31184.874] (-31183.202) -- 0:35:19
      199000 -- (-31172.772) [-31176.288] (-31183.010) (-31176.386) * (-31179.446) [-31177.670] (-31173.684) (-31181.612) -- 0:35:17
      199500 -- (-31173.245) [-31173.432] (-31179.645) (-31180.800) * (-31175.913) [-31177.492] (-31175.506) (-31181.827) -- 0:35:14
      200000 -- (-31171.795) (-31175.321) (-31175.241) [-31175.974] * [-31174.469] (-31183.811) (-31181.041) (-31179.467) -- 0:35:16

      Average standard deviation of split frequencies: 0.000000

      200500 -- (-31183.875) [-31173.818] (-31173.695) (-31183.757) * (-31181.035) [-31178.661] (-31177.675) (-31181.668) -- 0:35:13
      201000 -- (-31180.206) [-31172.816] (-31185.587) (-31179.461) * (-31176.821) [-31178.557] (-31175.526) (-31181.725) -- 0:35:10
      201500 -- [-31168.926] (-31168.257) (-31183.676) (-31178.326) * (-31175.637) (-31183.433) (-31178.201) [-31173.966] -- 0:35:12
      202000 -- (-31166.389) (-31173.831) (-31183.568) [-31172.347] * (-31177.434) (-31173.738) [-31179.119] (-31183.236) -- 0:35:09
      202500 -- [-31174.290] (-31169.713) (-31191.883) (-31180.545) * (-31182.137) (-31174.638) (-31187.956) [-31172.221] -- 0:35:10
      203000 -- (-31179.433) (-31174.059) (-31179.278) [-31174.152] * (-31181.458) (-31178.401) (-31175.298) [-31185.254] -- 0:35:08
      203500 -- (-31178.762) (-31173.755) [-31186.345] (-31190.347) * (-31181.085) (-31176.290) (-31182.006) [-31176.133] -- 0:35:05
      204000 -- (-31185.341) [-31173.212] (-31176.034) (-31188.995) * (-31178.353) [-31178.380] (-31174.865) (-31184.086) -- 0:35:07
      204500 -- (-31190.213) (-31170.902) (-31183.261) [-31174.362] * (-31185.309) (-31178.078) (-31174.931) [-31176.159] -- 0:35:04
      205000 -- (-31183.082) (-31173.801) (-31169.784) [-31175.786] * (-31189.394) (-31183.199) (-31177.734) [-31175.786] -- 0:35:05

      Average standard deviation of split frequencies: 0.000000

      205500 -- (-31184.718) (-31182.269) [-31181.079] (-31179.382) * (-31183.275) [-31184.464] (-31174.907) (-31177.131) -- 0:35:03
      206000 -- [-31175.512] (-31185.334) (-31184.847) (-31173.578) * (-31175.084) [-31182.803] (-31176.391) (-31182.724) -- 0:35:00
      206500 -- (-31179.695) (-31188.984) (-31179.191) [-31176.388] * (-31182.671) [-31178.853] (-31190.410) (-31177.388) -- 0:35:01
      207000 -- [-31180.954] (-31179.178) (-31185.390) (-31182.552) * [-31181.006] (-31188.533) (-31177.030) (-31180.117) -- 0:34:59
      207500 -- (-31181.698) [-31179.232] (-31175.279) (-31177.773) * [-31178.792] (-31179.980) (-31175.124) (-31181.670) -- 0:34:56
      208000 -- (-31181.808) [-31179.831] (-31175.174) (-31175.014) * [-31179.509] (-31182.337) (-31185.245) (-31176.374) -- 0:34:58
      208500 -- (-31180.152) (-31194.314) (-31190.445) [-31176.839] * (-31176.864) (-31181.237) (-31175.599) [-31174.164] -- 0:34:55
      209000 -- (-31186.690) (-31189.740) (-31183.842) [-31190.982] * [-31175.457] (-31183.823) (-31178.501) (-31183.923) -- 0:34:52
      209500 -- (-31183.349) (-31176.425) (-31179.228) [-31177.632] * (-31175.867) [-31175.484] (-31175.760) (-31172.857) -- 0:34:50
      210000 -- (-31180.059) [-31168.996] (-31178.910) (-31176.180) * (-31182.125) (-31180.841) [-31192.944] (-31184.855) -- 0:34:51

      Average standard deviation of split frequencies: 0.000000

      210500 -- [-31173.184] (-31183.711) (-31171.646) (-31179.791) * [-31169.884] (-31175.234) (-31189.209) (-31172.937) -- 0:34:49
      211000 -- (-31179.209) (-31182.779) [-31176.577] (-31174.012) * (-31178.050) [-31176.107] (-31192.356) (-31176.359) -- 0:34:46
      211500 -- (-31183.980) (-31174.610) (-31172.766) [-31172.488] * (-31175.476) [-31177.536] (-31185.343) (-31178.475) -- 0:34:47
      212000 -- (-31177.303) (-31185.618) (-31175.951) [-31185.984] * [-31181.753] (-31182.163) (-31193.611) (-31177.458) -- 0:34:45
      212500 -- (-31176.166) (-31180.490) (-31180.555) [-31174.912] * [-31174.992] (-31178.229) (-31188.089) (-31175.559) -- 0:34:42
      213000 -- [-31174.650] (-31181.331) (-31183.229) (-31182.764) * (-31180.249) (-31177.185) (-31181.483) [-31177.543] -- 0:34:43
      213500 -- (-31183.771) (-31187.329) (-31176.971) [-31177.645] * (-31194.466) [-31181.148] (-31184.628) (-31173.152) -- 0:34:41
      214000 -- (-31183.874) (-31184.895) (-31186.734) [-31177.707] * (-31189.528) (-31179.284) (-31179.286) [-31176.631] -- 0:34:46
      214500 -- (-31177.829) (-31178.027) [-31185.539] (-31177.532) * (-31182.374) (-31183.047) [-31173.292] (-31176.022) -- 0:34:43
      215000 -- [-31181.782] (-31182.102) (-31181.597) (-31177.513) * (-31178.839) (-31175.086) [-31174.956] (-31177.737) -- 0:34:44

      Average standard deviation of split frequencies: 0.000000

      215500 -- (-31178.351) [-31177.202] (-31177.380) (-31181.965) * [-31174.560] (-31180.616) (-31173.745) (-31186.042) -- 0:34:42
      216000 -- (-31170.563) (-31182.462) (-31174.128) [-31173.632] * (-31173.357) (-31177.172) [-31177.408] (-31183.244) -- 0:34:43
      216500 -- (-31176.324) (-31171.751) (-31183.541) [-31177.720] * (-31178.454) [-31171.129] (-31182.534) (-31181.538) -- 0:34:40
      217000 -- (-31177.255) (-31175.221) (-31180.343) [-31176.115] * (-31179.766) [-31180.794] (-31172.801) (-31173.577) -- 0:34:41
      217500 -- (-31174.857) (-31175.636) (-31178.059) [-31172.863] * (-31176.814) (-31184.833) [-31170.162] (-31173.996) -- 0:34:39
      218000 -- (-31177.730) (-31176.157) (-31180.996) [-31181.917] * [-31176.720] (-31180.499) (-31179.346) (-31175.633) -- 0:34:36
      218500 -- (-31180.072) (-31183.773) (-31177.987) [-31173.293] * (-31173.102) [-31179.556] (-31184.547) (-31179.720) -- 0:34:38
      219000 -- [-31178.183] (-31175.959) (-31183.657) (-31167.501) * (-31175.461) (-31175.160) [-31179.503] (-31186.909) -- 0:34:35
      219500 -- [-31186.734] (-31174.231) (-31176.215) (-31176.637) * (-31180.099) [-31176.234] (-31173.371) (-31182.457) -- 0:34:33
      220000 -- [-31180.579] (-31181.315) (-31187.608) (-31180.975) * (-31174.380) (-31188.475) [-31174.223] (-31192.235) -- 0:34:34

      Average standard deviation of split frequencies: 0.000000

      220500 -- (-31179.618) (-31182.866) (-31180.763) [-31177.426] * (-31175.392) [-31181.357] (-31172.278) (-31181.725) -- 0:34:31
      221000 -- [-31176.203] (-31179.086) (-31181.228) (-31185.879) * [-31177.144] (-31184.569) (-31186.826) (-31177.910) -- 0:34:29
      221500 -- (-31181.772) (-31176.042) (-31176.080) [-31178.950] * [-31183.295] (-31181.706) (-31185.125) (-31180.894) -- 0:34:30
      222000 -- [-31177.656] (-31179.438) (-31176.472) (-31174.897) * [-31171.433] (-31174.263) (-31184.415) (-31177.282) -- 0:34:27
      222500 -- [-31173.877] (-31175.347) (-31176.487) (-31178.864) * (-31176.729) (-31174.330) [-31179.720] (-31173.541) -- 0:34:25
      223000 -- (-31182.692) [-31171.909] (-31175.546) (-31179.678) * (-31175.693) [-31186.834] (-31177.807) (-31187.391) -- 0:34:26
      223500 -- (-31185.200) [-31172.149] (-31183.433) (-31180.666) * [-31176.420] (-31179.944) (-31185.662) (-31175.833) -- 0:34:23
      224000 -- (-31179.523) (-31191.260) (-31180.260) [-31173.701] * (-31178.541) [-31178.830] (-31177.120) (-31185.260) -- 0:34:21
      224500 -- (-31185.641) (-31173.069) (-31186.998) [-31184.079] * (-31181.778) (-31191.816) (-31174.793) [-31178.234] -- 0:34:18
      225000 -- (-31190.669) [-31174.019] (-31181.853) (-31184.624) * (-31182.144) (-31173.921) [-31178.209] (-31182.037) -- 0:34:19

      Average standard deviation of split frequencies: 0.000000

      225500 -- (-31185.326) (-31179.655) [-31180.559] (-31172.239) * (-31190.961) [-31176.610] (-31182.023) (-31177.543) -- 0:34:17
      226000 -- (-31196.066) [-31176.495] (-31182.313) (-31175.952) * (-31171.361) [-31178.140] (-31183.489) (-31180.322) -- 0:34:14
      226500 -- (-31190.148) (-31184.012) (-31174.537) [-31170.870] * (-31176.458) (-31174.972) (-31173.571) [-31175.482] -- 0:34:15
      227000 -- (-31184.765) [-31170.246] (-31180.697) (-31176.885) * (-31180.105) [-31183.150] (-31186.267) (-31179.442) -- 0:34:13
      227500 -- [-31176.866] (-31176.682) (-31185.081) (-31175.762) * (-31188.073) (-31177.913) (-31180.873) [-31181.407] -- 0:34:10
      228000 -- (-31179.754) (-31173.796) (-31183.215) [-31175.234] * (-31175.206) (-31175.535) (-31181.252) [-31178.544] -- 0:34:11
      228500 -- [-31178.044] (-31175.382) (-31186.827) (-31191.995) * (-31179.736) [-31180.810] (-31175.871) (-31182.481) -- 0:34:09
      229000 -- (-31177.002) [-31174.118] (-31190.758) (-31174.568) * (-31179.631) (-31182.097) [-31174.826] (-31184.108) -- 0:34:07
      229500 -- (-31175.763) [-31173.030] (-31181.954) (-31179.776) * [-31177.515] (-31190.331) (-31178.353) (-31185.599) -- 0:34:04
      230000 -- (-31185.970) (-31178.920) (-31176.571) [-31177.839] * (-31178.307) [-31176.749] (-31178.625) (-31188.421) -- 0:34:05

      Average standard deviation of split frequencies: 0.000000

      230500 -- (-31176.491) (-31180.521) (-31180.214) [-31180.056] * (-31180.828) [-31174.613] (-31181.195) (-31189.111) -- 0:34:03
      231000 -- (-31181.688) (-31175.161) (-31182.485) [-31174.873] * (-31175.330) (-31178.379) [-31174.652] (-31194.467) -- 0:34:00
      231500 -- (-31194.016) [-31172.023] (-31178.754) (-31184.932) * (-31175.439) (-31181.300) [-31183.775] (-31175.355) -- 0:34:01
      232000 -- (-31182.026) (-31175.347) (-31182.741) [-31179.443] * (-31179.201) (-31180.103) [-31177.245] (-31178.713) -- 0:33:59
      232500 -- (-31176.198) (-31182.865) [-31174.078] (-31183.931) * (-31177.946) [-31170.574] (-31176.125) (-31185.709) -- 0:33:56
      233000 -- (-31179.664) (-31183.317) [-31173.707] (-31168.822) * (-31181.456) (-31192.619) [-31174.819] (-31177.318) -- 0:33:57
      233500 -- (-31176.222) [-31176.944] (-31182.831) (-31183.872) * (-31177.799) (-31187.673) [-31178.015] (-31172.677) -- 0:33:55
      234000 -- [-31178.471] (-31178.266) (-31175.399) (-31186.027) * [-31179.550] (-31175.175) (-31174.174) (-31180.537) -- 0:33:52
      234500 -- (-31187.067) [-31176.785] (-31177.754) (-31185.710) * [-31177.472] (-31175.979) (-31174.259) (-31176.445) -- 0:33:50
      235000 -- (-31180.550) (-31193.457) [-31177.240] (-31194.199) * (-31175.800) (-31179.127) (-31171.129) [-31173.460] -- 0:33:51

      Average standard deviation of split frequencies: 0.000000

      235500 -- (-31191.672) (-31190.226) (-31183.535) [-31179.853] * (-31179.489) (-31184.191) [-31180.856] (-31178.829) -- 0:33:48
      236000 -- (-31180.465) (-31188.596) (-31183.541) [-31178.074] * [-31180.386] (-31179.979) (-31174.675) (-31177.644) -- 0:33:46
      236500 -- (-31178.906) (-31179.640) (-31185.720) [-31182.517] * (-31177.708) (-31172.962) [-31174.923] (-31183.831) -- 0:33:47
      237000 -- (-31177.391) (-31181.729) [-31176.667] (-31180.834) * (-31176.923) [-31180.819] (-31180.024) (-31186.072) -- 0:33:45
      237500 -- [-31186.641] (-31180.103) (-31174.402) (-31186.106) * (-31181.565) (-31183.674) (-31185.237) [-31179.751] -- 0:33:42
      238000 -- (-31190.390) (-31178.064) (-31179.654) [-31176.179] * (-31173.623) (-31177.886) [-31191.920] (-31181.210) -- 0:33:43
      238500 -- (-31174.598) (-31174.638) (-31183.521) [-31174.756] * [-31179.658] (-31190.485) (-31179.486) (-31184.897) -- 0:33:41
      239000 -- [-31172.461] (-31174.356) (-31180.851) (-31171.765) * (-31189.961) (-31184.356) [-31182.004] (-31175.513) -- 0:33:38
      239500 -- [-31172.915] (-31172.765) (-31178.261) (-31184.112) * (-31190.775) (-31184.678) (-31182.695) [-31188.112] -- 0:33:36
      240000 -- (-31181.169) (-31171.199) [-31178.126] (-31182.809) * [-31176.420] (-31179.645) (-31179.459) (-31183.569) -- 0:33:37

      Average standard deviation of split frequencies: 0.000000

      240500 -- (-31180.476) (-31176.891) [-31177.030] (-31182.224) * (-31175.822) (-31187.194) (-31187.079) [-31180.413] -- 0:33:34
      241000 -- (-31179.745) [-31182.285] (-31186.844) (-31178.221) * (-31178.743) [-31189.130] (-31180.191) (-31182.129) -- 0:33:32
      241500 -- (-31181.986) [-31181.323] (-31185.277) (-31179.325) * [-31176.011] (-31177.522) (-31172.760) (-31177.770) -- 0:33:33
      242000 -- (-31182.488) (-31176.062) [-31176.025] (-31180.696) * [-31172.509] (-31180.714) (-31177.151) (-31176.426) -- 0:33:30
      242500 -- (-31177.045) (-31178.820) [-31175.372] (-31172.790) * (-31175.762) (-31180.138) [-31176.037] (-31173.579) -- 0:33:28
      243000 -- (-31169.214) (-31179.657) (-31176.799) [-31183.798] * (-31172.910) (-31189.662) [-31168.925] (-31186.642) -- 0:33:29
      243500 -- (-31178.793) (-31188.210) [-31178.841] (-31185.526) * [-31175.950] (-31181.022) (-31178.066) (-31172.663) -- 0:33:26
      244000 -- (-31174.942) (-31178.524) (-31187.242) [-31171.703] * (-31171.902) (-31189.031) [-31173.134] (-31183.425) -- 0:33:24
      244500 -- (-31178.447) (-31190.612) [-31183.962] (-31184.895) * (-31182.909) (-31188.022) (-31175.614) [-31180.166] -- 0:33:22
      245000 -- [-31179.242] (-31185.631) (-31176.464) (-31181.426) * (-31173.613) (-31185.000) [-31174.850] (-31178.099) -- 0:33:23

      Average standard deviation of split frequencies: 0.000000

      245500 -- [-31174.367] (-31177.105) (-31179.654) (-31175.635) * (-31173.132) (-31194.666) (-31171.431) [-31173.251] -- 0:33:20
      246000 -- (-31176.328) [-31173.359] (-31184.700) (-31186.653) * [-31176.826] (-31188.953) (-31188.481) (-31180.438) -- 0:33:18
      246500 -- (-31185.302) (-31182.383) [-31174.115] (-31183.335) * [-31172.506] (-31187.246) (-31180.229) (-31177.439) -- 0:33:19
      247000 -- (-31187.182) (-31178.108) (-31177.097) [-31170.116] * (-31176.307) (-31180.670) [-31175.900] (-31182.511) -- 0:33:16
      247500 -- (-31182.943) (-31179.740) [-31182.144] (-31183.958) * (-31174.445) (-31193.530) (-31176.143) [-31169.163] -- 0:33:14
      248000 -- (-31172.729) (-31186.183) (-31176.372) [-31180.553] * (-31184.567) (-31178.784) (-31179.360) [-31172.294] -- 0:33:15
      248500 -- (-31180.066) [-31185.772] (-31176.864) (-31186.615) * (-31171.145) (-31183.705) (-31188.022) [-31172.201] -- 0:33:12
      249000 -- (-31182.740) (-31186.973) [-31178.050] (-31180.947) * [-31181.501] (-31186.290) (-31179.980) (-31179.730) -- 0:33:10
      249500 -- (-31192.698) (-31182.752) [-31172.245] (-31183.246) * (-31182.538) [-31180.875] (-31182.508) (-31176.012) -- 0:33:08
      250000 -- (-31185.035) (-31189.726) [-31183.393] (-31182.398) * (-31189.145) (-31180.856) [-31182.017] (-31181.305) -- 0:33:08

      Average standard deviation of split frequencies: 0.000000

      250500 -- [-31174.757] (-31179.652) (-31178.976) (-31173.906) * [-31176.550] (-31176.090) (-31174.982) (-31174.847) -- 0:33:06
      251000 -- [-31173.685] (-31179.454) (-31172.023) (-31181.703) * (-31179.659) [-31171.696] (-31182.380) (-31173.253) -- 0:33:04
      251500 -- [-31176.071] (-31179.756) (-31170.712) (-31175.431) * (-31181.894) [-31175.979] (-31181.833) (-31171.241) -- 0:33:05
      252000 -- (-31179.575) (-31184.894) [-31169.781] (-31174.878) * (-31186.839) (-31172.568) [-31175.884] (-31173.686) -- 0:33:02
      252500 -- [-31175.199] (-31185.773) (-31177.396) (-31186.077) * (-31188.533) [-31168.292] (-31174.946) (-31181.882) -- 0:33:00
      253000 -- (-31182.179) (-31183.066) [-31186.130] (-31175.962) * [-31175.056] (-31182.585) (-31191.230) (-31180.392) -- 0:33:01
      253500 -- (-31181.751) (-31175.604) (-31182.526) [-31177.275] * (-31173.344) [-31176.151] (-31187.151) (-31174.853) -- 0:32:58
      254000 -- (-31178.862) (-31179.294) (-31179.763) [-31184.801] * (-31174.648) [-31179.917] (-31174.195) (-31178.844) -- 0:32:56
      254500 -- (-31178.758) [-31179.761] (-31180.420) (-31184.174) * [-31177.141] (-31179.706) (-31184.398) (-31177.467) -- 0:32:54
      255000 -- [-31175.023] (-31173.656) (-31187.023) (-31183.945) * (-31180.743) [-31174.168] (-31183.128) (-31174.774) -- 0:32:54

      Average standard deviation of split frequencies: 0.000000

      255500 -- [-31175.610] (-31177.294) (-31188.022) (-31187.748) * (-31187.594) [-31181.784] (-31185.928) (-31174.215) -- 0:32:52
      256000 -- (-31189.147) (-31173.800) [-31188.973] (-31177.001) * (-31190.307) (-31188.471) (-31179.586) [-31171.245] -- 0:32:50
      256500 -- (-31178.292) [-31178.209] (-31177.372) (-31183.500) * (-31175.739) (-31178.694) (-31179.801) [-31167.764] -- 0:32:51
      257000 -- (-31184.175) (-31177.385) [-31179.530] (-31192.264) * (-31181.135) (-31183.141) [-31176.889] (-31168.302) -- 0:32:48
      257500 -- (-31177.581) [-31173.473] (-31187.933) (-31188.681) * (-31176.242) [-31181.420] (-31174.708) (-31178.440) -- 0:32:46
      258000 -- (-31172.668) (-31174.975) (-31181.678) [-31181.242] * (-31182.523) [-31177.366] (-31179.357) (-31183.581) -- 0:32:47
      258500 -- (-31176.819) [-31180.645] (-31182.342) (-31179.816) * (-31176.008) (-31180.531) (-31186.024) [-31176.114] -- 0:32:44
      259000 -- (-31184.212) [-31179.175] (-31198.969) (-31173.212) * (-31183.547) [-31171.537] (-31179.066) (-31185.405) -- 0:32:42
      259500 -- (-31181.552) (-31173.269) [-31179.815] (-31174.284) * (-31180.423) [-31182.991] (-31180.298) (-31168.408) -- 0:32:40
      260000 -- [-31180.915] (-31179.715) (-31177.673) (-31177.628) * (-31171.265) [-31180.824] (-31187.484) (-31183.288) -- 0:32:41

      Average standard deviation of split frequencies: 0.000000

      260500 -- (-31175.967) (-31179.942) (-31177.721) [-31177.766] * (-31175.026) (-31181.501) [-31179.915] (-31181.217) -- 0:32:38
      261000 -- (-31185.531) (-31179.200) [-31171.899] (-31175.751) * (-31173.248) (-31186.590) (-31174.196) [-31183.418] -- 0:32:36
      261500 -- [-31176.562] (-31181.201) (-31175.438) (-31187.597) * [-31176.347] (-31177.077) (-31184.513) (-31178.418) -- 0:32:37
      262000 -- (-31180.295) (-31175.855) (-31179.901) [-31179.591] * [-31179.943] (-31189.905) (-31180.979) (-31180.283) -- 0:32:34
      262500 -- (-31190.080) (-31179.485) (-31175.378) [-31178.306] * (-31176.372) (-31177.307) [-31178.601] (-31177.881) -- 0:32:32
      263000 -- (-31178.540) [-31174.005] (-31174.011) (-31172.403) * (-31175.070) (-31184.750) (-31185.456) [-31178.722] -- 0:32:33
      263500 -- [-31183.453] (-31184.694) (-31181.182) (-31170.924) * [-31171.860] (-31182.577) (-31179.823) (-31181.349) -- 0:32:30
      264000 -- [-31183.506] (-31178.239) (-31175.382) (-31183.497) * (-31190.250) (-31188.836) [-31173.853] (-31171.810) -- 0:32:28
      264500 -- (-31175.421) [-31183.097] (-31174.781) (-31175.666) * [-31184.726] (-31191.496) (-31169.777) (-31173.446) -- 0:32:26
      265000 -- (-31178.523) (-31176.797) (-31183.512) [-31175.917] * (-31172.827) [-31180.723] (-31185.993) (-31182.205) -- 0:32:27

      Average standard deviation of split frequencies: 0.000000

      265500 -- [-31175.907] (-31178.745) (-31176.345) (-31175.461) * (-31174.191) (-31180.839) (-31182.219) [-31183.551] -- 0:32:24
      266000 -- [-31176.503] (-31190.835) (-31178.423) (-31180.648) * (-31184.402) (-31177.771) (-31178.740) [-31175.963] -- 0:32:22
      266500 -- (-31187.932) (-31178.534) (-31178.578) [-31182.901] * (-31184.590) (-31185.322) (-31179.097) [-31175.111] -- 0:32:23
      267000 -- [-31186.709] (-31179.506) (-31180.499) (-31180.205) * (-31182.782) (-31183.460) [-31180.120] (-31172.135) -- 0:32:20
      267500 -- [-31183.056] (-31192.424) (-31177.608) (-31176.854) * (-31191.243) (-31191.887) [-31173.817] (-31175.016) -- 0:32:18
      268000 -- [-31170.007] (-31182.388) (-31178.873) (-31179.369) * (-31199.377) (-31180.414) (-31178.137) [-31183.268] -- 0:32:16
      268500 -- (-31170.152) (-31182.040) (-31175.211) [-31179.022] * (-31180.979) (-31175.672) (-31181.739) [-31174.600] -- 0:32:17
      269000 -- [-31183.700] (-31171.892) (-31176.588) (-31177.062) * (-31183.325) (-31181.678) (-31183.668) [-31173.235] -- 0:32:14
      269500 -- (-31186.818) (-31182.502) (-31180.942) [-31188.641] * (-31182.875) [-31179.445] (-31182.754) (-31175.534) -- 0:32:12
      270000 -- [-31181.376] (-31177.980) (-31185.170) (-31183.898) * (-31183.484) [-31178.135] (-31176.904) (-31171.911) -- 0:32:13

      Average standard deviation of split frequencies: 0.000000

      270500 -- (-31179.925) (-31182.117) (-31185.606) [-31175.888] * (-31181.968) (-31177.676) (-31181.766) [-31175.966] -- 0:32:10
      271000 -- [-31173.434] (-31177.862) (-31176.240) (-31183.849) * (-31185.240) [-31180.124] (-31183.024) (-31179.168) -- 0:32:08
      271500 -- [-31175.845] (-31181.408) (-31180.883) (-31185.522) * (-31176.526) [-31183.165] (-31179.029) (-31184.014) -- 0:32:09
      272000 -- [-31178.675] (-31178.139) (-31181.923) (-31181.709) * [-31177.552] (-31187.694) (-31182.773) (-31184.322) -- 0:32:07
      272500 -- (-31187.411) (-31177.978) [-31182.940] (-31189.413) * (-31183.348) (-31182.400) [-31174.544] (-31177.750) -- 0:32:04
      273000 -- (-31183.610) (-31183.648) [-31177.404] (-31185.477) * (-31171.625) (-31176.203) [-31180.186] (-31181.116) -- 0:32:05
      273500 -- (-31177.820) (-31181.303) [-31180.754] (-31190.562) * (-31175.643) (-31169.708) (-31181.419) [-31174.610] -- 0:32:03
      274000 -- [-31182.118] (-31176.660) (-31182.848) (-31182.916) * [-31189.492] (-31174.698) (-31184.458) (-31179.470) -- 0:32:00
      274500 -- (-31184.795) [-31171.673] (-31188.407) (-31174.652) * (-31170.902) (-31176.695) (-31179.896) [-31177.491] -- 0:32:01
      275000 -- [-31175.338] (-31184.790) (-31176.156) (-31180.132) * (-31173.795) [-31187.038] (-31185.683) (-31172.694) -- 0:31:59

      Average standard deviation of split frequencies: 0.000000

      275500 -- (-31187.222) (-31188.904) (-31179.339) [-31180.617] * (-31185.847) (-31175.258) (-31181.218) [-31178.305] -- 0:31:57
      276000 -- (-31195.463) (-31182.081) (-31178.226) [-31170.922] * (-31192.419) (-31183.512) [-31175.611] (-31181.425) -- 0:31:57
      276500 -- (-31191.143) (-31183.237) [-31176.163] (-31182.206) * (-31180.186) (-31173.837) [-31181.484] (-31182.994) -- 0:31:55
      277000 -- (-31186.096) [-31175.787] (-31175.342) (-31193.269) * (-31175.818) (-31176.479) [-31178.497] (-31186.143) -- 0:31:55
      277500 -- (-31179.866) (-31179.526) (-31175.245) [-31187.733] * [-31170.402] (-31171.916) (-31184.926) (-31173.565) -- 0:31:53
      278000 -- [-31182.576] (-31183.468) (-31179.207) (-31189.359) * (-31180.118) (-31168.533) [-31171.434] (-31192.685) -- 0:31:51
      278500 -- (-31180.674) (-31185.530) (-31192.765) [-31180.859] * (-31177.167) (-31174.841) (-31175.287) [-31189.992] -- 0:31:49
      279000 -- [-31174.461] (-31187.247) (-31179.334) (-31175.373) * (-31177.689) (-31178.287) (-31181.737) [-31185.588] -- 0:31:49
      279500 -- [-31171.380] (-31179.643) (-31176.942) (-31175.442) * (-31170.805) [-31173.398] (-31176.783) (-31178.053) -- 0:31:47
      280000 -- (-31169.846) [-31178.147] (-31177.994) (-31179.183) * (-31176.748) [-31176.847] (-31184.037) (-31185.845) -- 0:31:48

      Average standard deviation of split frequencies: 0.000000

      280500 -- (-31172.539) (-31192.154) (-31172.569) [-31177.245] * (-31169.181) (-31171.361) [-31184.575] (-31181.198) -- 0:31:45
      281000 -- (-31171.134) [-31174.611] (-31174.537) (-31178.470) * [-31183.895] (-31175.652) (-31184.602) (-31184.562) -- 0:31:43
      281500 -- (-31176.241) (-31175.602) [-31174.427] (-31179.760) * (-31181.545) (-31174.090) (-31178.326) [-31176.593] -- 0:31:44
      282000 -- (-31175.328) [-31172.906] (-31184.718) (-31189.333) * (-31176.931) (-31173.203) (-31184.506) [-31176.986] -- 0:31:41
      282500 -- (-31183.979) (-31181.923) (-31179.881) [-31180.691] * [-31182.171] (-31179.016) (-31184.650) (-31188.069) -- 0:31:39
      283000 -- [-31180.413] (-31170.208) (-31194.940) (-31183.910) * (-31177.780) [-31175.960] (-31184.850) (-31187.280) -- 0:31:40
      283500 -- [-31177.531] (-31181.403) (-31190.210) (-31184.850) * (-31178.556) (-31182.842) [-31174.333] (-31178.406) -- 0:31:38
      284000 -- (-31183.680) (-31180.016) (-31195.339) [-31186.111] * (-31178.898) [-31175.673] (-31180.418) (-31176.973) -- 0:31:35
      284500 -- (-31171.474) [-31176.817] (-31193.649) (-31176.981) * [-31171.091] (-31185.111) (-31173.328) (-31171.697) -- 0:31:36
      285000 -- [-31176.782] (-31191.708) (-31198.627) (-31171.565) * (-31184.754) (-31186.023) [-31180.637] (-31175.232) -- 0:31:34

      Average standard deviation of split frequencies: 0.000000

      285500 -- (-31176.663) (-31170.310) (-31188.274) [-31173.956] * (-31173.909) (-31181.737) (-31181.024) [-31172.674] -- 0:31:31
      286000 -- (-31180.306) [-31176.508] (-31186.979) (-31175.164) * (-31169.468) (-31180.979) [-31179.014] (-31176.819) -- 0:31:32
      286500 -- (-31174.397) [-31171.083] (-31183.270) (-31186.699) * (-31179.869) [-31179.265] (-31177.317) (-31193.257) -- 0:31:30
      287000 -- (-31179.588) (-31173.387) [-31174.333] (-31180.505) * [-31175.345] (-31172.327) (-31182.204) (-31184.601) -- 0:31:28
      287500 -- (-31177.511) [-31169.392] (-31182.996) (-31180.783) * [-31174.974] (-31181.666) (-31181.405) (-31181.633) -- 0:31:28
      288000 -- (-31186.830) (-31181.473) (-31182.879) [-31175.406] * (-31169.632) (-31184.022) [-31178.279] (-31183.565) -- 0:31:26
      288500 -- (-31177.687) [-31184.877] (-31180.654) (-31179.238) * (-31171.375) (-31178.109) [-31177.455] (-31177.953) -- 0:31:24
      289000 -- (-31184.187) (-31178.857) (-31179.980) [-31178.637] * (-31177.173) (-31180.142) [-31177.670] (-31182.032) -- 0:31:24
      289500 -- (-31179.000) (-31174.206) (-31184.719) [-31174.603] * (-31174.308) [-31178.893] (-31182.577) (-31177.324) -- 0:31:22
      290000 -- (-31181.947) (-31181.280) [-31174.691] (-31172.461) * (-31175.945) [-31182.740] (-31190.074) (-31170.498) -- 0:31:20

      Average standard deviation of split frequencies: 0.000232

      290500 -- (-31176.886) (-31183.369) [-31180.629] (-31174.572) * (-31169.196) (-31185.715) (-31180.838) [-31180.162] -- 0:31:20
      291000 -- (-31180.802) (-31179.403) (-31183.912) [-31169.709] * [-31177.073] (-31176.775) (-31178.662) (-31171.338) -- 0:31:18
      291500 -- (-31178.126) [-31171.369] (-31179.781) (-31185.870) * [-31170.881] (-31174.243) (-31187.791) (-31171.413) -- 0:31:16
      292000 -- (-31179.887) (-31176.114) (-31183.553) [-31182.995] * (-31181.427) (-31177.914) (-31176.603) [-31179.349] -- 0:31:14
      292500 -- (-31180.532) [-31172.698] (-31181.854) (-31183.136) * (-31182.099) (-31187.586) [-31182.372] (-31173.814) -- 0:31:14
      293000 -- (-31174.860) [-31177.348] (-31186.374) (-31178.581) * (-31181.319) (-31177.559) (-31176.556) [-31187.302] -- 0:31:12
      293500 -- (-31182.686) (-31179.431) (-31183.862) [-31175.427] * (-31178.469) (-31183.500) [-31182.297] (-31177.986) -- 0:31:10
      294000 -- (-31179.065) (-31174.492) [-31179.558] (-31184.838) * (-31176.182) (-31181.980) [-31179.178] (-31182.144) -- 0:31:10
      294500 -- [-31171.705] (-31181.400) (-31182.442) (-31174.909) * (-31184.071) (-31181.507) [-31180.057] (-31173.783) -- 0:31:08
      295000 -- [-31181.294] (-31179.372) (-31169.559) (-31181.161) * [-31180.220] (-31183.440) (-31178.691) (-31177.735) -- 0:31:06

      Average standard deviation of split frequencies: 0.000228

      295500 -- (-31175.374) (-31180.578) (-31172.838) [-31171.653] * (-31184.248) [-31185.937] (-31181.942) (-31173.142) -- 0:31:04
      296000 -- [-31175.421] (-31177.086) (-31182.860) (-31175.632) * (-31176.022) (-31177.501) (-31192.996) [-31174.574] -- 0:31:04
      296500 -- (-31174.274) (-31179.002) [-31170.037] (-31183.151) * (-31179.763) [-31184.602] (-31185.145) (-31178.270) -- 0:31:02
      297000 -- (-31173.324) [-31177.495] (-31169.327) (-31168.545) * (-31186.386) (-31180.820) (-31183.928) [-31176.268] -- 0:31:00
      297500 -- (-31182.460) (-31175.518) [-31173.332] (-31180.346) * (-31177.099) (-31189.836) (-31174.172) [-31175.524] -- 0:31:00
      298000 -- (-31171.221) (-31184.345) (-31183.252) [-31173.662] * [-31174.183] (-31177.969) (-31185.979) (-31185.354) -- 0:30:58
      298500 -- (-31186.326) (-31174.782) [-31174.335] (-31179.238) * (-31175.816) [-31182.165] (-31177.230) (-31181.457) -- 0:30:56
      299000 -- (-31178.944) (-31184.732) [-31173.837] (-31179.397) * (-31175.281) [-31174.385] (-31174.330) (-31193.517) -- 0:30:56
      299500 -- (-31174.172) (-31186.926) [-31172.650] (-31185.038) * [-31173.143] (-31175.809) (-31173.247) (-31181.021) -- 0:30:54
      300000 -- (-31184.106) (-31181.703) (-31179.338) [-31174.175] * [-31183.496] (-31172.774) (-31179.572) (-31172.887) -- 0:30:52

      Average standard deviation of split frequencies: 0.000224

      300500 -- (-31184.855) (-31182.013) (-31184.655) [-31183.265] * (-31197.172) (-31187.889) (-31177.800) [-31172.970] -- 0:30:50
      301000 -- (-31199.426) (-31178.294) [-31178.147] (-31182.591) * (-31185.057) (-31182.778) (-31176.063) [-31176.996] -- 0:30:50
      301500 -- (-31182.815) [-31172.639] (-31174.283) (-31181.580) * (-31179.105) (-31181.358) [-31174.914] (-31185.264) -- 0:30:48
      302000 -- (-31180.550) (-31181.807) (-31174.966) [-31188.377] * (-31175.904) (-31177.892) [-31173.696] (-31182.086) -- 0:30:46
      302500 -- (-31178.055) (-31176.909) [-31173.812] (-31185.387) * (-31175.337) [-31176.646] (-31179.590) (-31172.639) -- 0:30:46
      303000 -- (-31177.837) (-31176.575) (-31178.164) [-31181.624] * (-31181.023) (-31182.698) (-31177.195) [-31177.655] -- 0:30:44
      303500 -- (-31183.062) (-31169.930) [-31177.848] (-31190.275) * (-31177.719) (-31174.682) (-31176.888) [-31180.744] -- 0:30:42
      304000 -- (-31190.359) [-31180.355] (-31184.841) (-31181.997) * [-31177.959] (-31174.304) (-31176.939) (-31181.599) -- 0:30:43
      304500 -- (-31180.107) (-31174.622) [-31177.541] (-31183.684) * (-31186.745) [-31177.218] (-31190.172) (-31173.496) -- 0:30:40
      305000 -- [-31186.778] (-31178.183) (-31183.399) (-31186.627) * (-31190.521) (-31179.133) [-31175.961] (-31172.964) -- 0:30:38

      Average standard deviation of split frequencies: 0.000220

      305500 -- (-31199.708) (-31175.967) [-31183.639] (-31176.270) * (-31169.964) [-31174.500] (-31176.255) (-31174.971) -- 0:30:36
      306000 -- [-31181.914] (-31177.924) (-31182.735) (-31182.546) * (-31177.464) [-31176.598] (-31176.834) (-31176.897) -- 0:30:37
      306500 -- (-31182.999) [-31178.356] (-31177.000) (-31178.031) * (-31174.137) (-31179.659) [-31176.942] (-31190.747) -- 0:30:35
      307000 -- (-31182.815) (-31177.147) [-31173.817] (-31183.809) * (-31172.575) [-31176.055] (-31179.320) (-31180.081) -- 0:30:32
      307500 -- (-31188.046) (-31184.450) [-31176.182] (-31178.921) * (-31186.641) [-31177.164] (-31177.599) (-31174.010) -- 0:30:33
      308000 -- (-31195.431) (-31174.319) [-31186.079] (-31184.642) * (-31182.624) (-31180.142) (-31177.977) [-31176.302] -- 0:30:31
      308500 -- [-31187.088] (-31179.177) (-31179.271) (-31184.553) * [-31179.832] (-31173.805) (-31181.908) (-31183.872) -- 0:30:29
      309000 -- (-31174.706) [-31186.878] (-31182.576) (-31172.630) * (-31178.342) (-31178.925) [-31183.040] (-31174.854) -- 0:30:29
      309500 -- (-31183.482) (-31180.423) [-31173.732] (-31178.641) * (-31185.701) (-31189.062) [-31178.637] (-31175.004) -- 0:30:27
      310000 -- (-31181.018) [-31174.878] (-31180.858) (-31170.522) * (-31183.785) (-31173.550) (-31182.914) [-31173.308] -- 0:30:25

      Average standard deviation of split frequencies: 0.000217

      310500 -- (-31177.635) (-31175.686) [-31176.665] (-31176.902) * (-31185.279) (-31187.028) (-31173.999) [-31178.101] -- 0:30:23
      311000 -- [-31181.244] (-31180.331) (-31178.088) (-31181.249) * (-31173.408) (-31179.007) [-31176.711] (-31183.393) -- 0:30:23
      311500 -- (-31176.880) [-31179.102] (-31183.857) (-31187.805) * (-31179.468) [-31180.931] (-31174.459) (-31181.198) -- 0:30:21
      312000 -- (-31181.044) [-31174.331] (-31174.719) (-31173.197) * [-31172.343] (-31194.470) (-31170.078) (-31179.072) -- 0:30:19
      312500 -- (-31187.690) [-31179.437] (-31177.365) (-31179.440) * (-31181.980) (-31186.698) (-31184.857) [-31178.275] -- 0:30:17
      313000 -- (-31187.260) (-31188.893) (-31181.311) [-31171.803] * [-31178.048] (-31192.678) (-31180.449) (-31176.723) -- 0:30:17
      313500 -- (-31182.511) [-31178.626] (-31183.678) (-31179.555) * (-31180.234) (-31194.005) (-31176.129) [-31180.915] -- 0:30:15
      314000 -- (-31177.785) (-31184.351) [-31171.954] (-31176.518) * (-31191.317) (-31191.538) (-31181.229) [-31178.779] -- 0:30:13
      314500 -- (-31175.759) (-31180.979) [-31176.574] (-31171.754) * (-31181.531) (-31187.415) [-31182.053] (-31180.691) -- 0:30:13
      315000 -- (-31180.048) (-31179.417) (-31180.281) [-31176.907] * [-31172.554] (-31175.480) (-31189.517) (-31176.090) -- 0:30:11

      Average standard deviation of split frequencies: 0.000213

      315500 -- [-31170.173] (-31192.243) (-31173.974) (-31180.612) * [-31183.936] (-31180.959) (-31183.387) (-31191.950) -- 0:30:09
      316000 -- (-31180.317) (-31180.991) (-31178.118) [-31178.815] * (-31172.967) [-31177.122] (-31178.973) (-31180.382) -- 0:30:09
      316500 -- [-31176.352] (-31175.375) (-31189.992) (-31180.021) * (-31172.200) (-31181.189) (-31179.933) [-31173.716] -- 0:30:07
      317000 -- (-31181.386) (-31187.553) (-31178.664) [-31190.129] * (-31177.073) [-31176.110] (-31178.626) (-31173.649) -- 0:30:05
      317500 -- [-31176.285] (-31183.106) (-31179.794) (-31176.698) * (-31180.056) (-31181.581) [-31176.909] (-31175.464) -- 0:30:03
      318000 -- (-31185.743) [-31176.376] (-31178.515) (-31168.819) * (-31176.802) (-31193.379) (-31177.629) [-31171.084] -- 0:30:03
      318500 -- (-31192.293) (-31179.341) (-31179.093) [-31175.322] * (-31182.497) (-31181.579) (-31189.634) [-31181.055] -- 0:30:01
      319000 -- (-31179.991) [-31175.221] (-31179.917) (-31176.808) * (-31181.243) (-31181.770) (-31181.911) [-31170.702] -- 0:29:59
      319500 -- (-31176.818) [-31172.667] (-31186.494) (-31182.533) * [-31180.664] (-31173.852) (-31182.771) (-31174.949) -- 0:29:57
      320000 -- (-31172.203) [-31173.505] (-31176.971) (-31177.983) * (-31174.672) (-31190.308) (-31184.643) [-31176.886] -- 0:29:57

      Average standard deviation of split frequencies: 0.000210

      320500 -- (-31177.777) (-31179.280) [-31179.923] (-31184.286) * (-31188.911) (-31178.044) [-31177.991] (-31177.592) -- 0:29:55
      321000 -- (-31173.475) [-31181.301] (-31179.080) (-31186.102) * (-31187.520) (-31185.351) [-31169.865] (-31173.351) -- 0:29:53
      321500 -- (-31176.851) (-31176.939) [-31178.736] (-31185.719) * (-31183.292) (-31176.612) [-31176.531] (-31180.645) -- 0:29:53
      322000 -- (-31188.328) (-31187.004) [-31168.663] (-31174.372) * [-31175.131] (-31186.416) (-31169.919) (-31183.176) -- 0:29:51
      322500 -- (-31185.327) (-31174.721) (-31174.741) [-31177.976] * [-31178.735] (-31175.691) (-31182.851) (-31176.335) -- 0:29:49
      323000 -- (-31189.044) (-31183.533) [-31171.037] (-31177.865) * (-31180.284) (-31172.047) (-31178.231) [-31179.585] -- 0:29:49
      323500 -- (-31186.768) (-31178.644) [-31176.187] (-31188.355) * (-31185.913) (-31180.917) [-31186.963] (-31179.299) -- 0:29:47
      324000 -- (-31177.538) [-31178.523] (-31172.319) (-31176.844) * [-31188.396] (-31185.683) (-31180.740) (-31173.145) -- 0:29:45
      324500 -- (-31189.875) (-31181.338) (-31179.957) [-31177.382] * [-31181.638] (-31176.022) (-31192.695) (-31178.008) -- 0:29:43
      325000 -- (-31195.409) (-31190.243) (-31173.745) [-31175.106] * [-31179.358] (-31186.631) (-31180.189) (-31186.727) -- 0:29:44

      Average standard deviation of split frequencies: 0.000207

      325500 -- (-31183.311) (-31183.299) [-31184.008] (-31180.831) * [-31177.811] (-31181.694) (-31180.078) (-31191.108) -- 0:29:42
      326000 -- (-31184.404) (-31182.692) (-31172.570) [-31177.370] * (-31169.540) (-31172.283) [-31178.607] (-31183.390) -- 0:29:40
      326500 -- [-31178.946] (-31179.398) (-31195.698) (-31176.061) * [-31173.417] (-31181.553) (-31177.323) (-31182.928) -- 0:29:40
      327000 -- (-31179.642) (-31176.149) [-31182.046] (-31178.693) * [-31173.639] (-31175.763) (-31191.290) (-31173.411) -- 0:29:38
      327500 -- (-31174.726) (-31175.833) [-31179.634] (-31179.158) * [-31172.695] (-31175.548) (-31174.723) (-31176.134) -- 0:29:36
      328000 -- (-31179.869) (-31181.741) (-31178.205) [-31173.875] * [-31178.613] (-31183.924) (-31173.074) (-31190.260) -- 0:29:34
      328500 -- (-31185.430) (-31182.059) (-31180.707) [-31174.249] * (-31189.958) [-31175.841] (-31175.978) (-31180.151) -- 0:29:34
      329000 -- (-31180.068) (-31185.792) (-31184.191) [-31175.991] * [-31178.505] (-31176.915) (-31194.134) (-31174.322) -- 0:29:32
      329500 -- (-31179.336) (-31189.063) (-31179.317) [-31173.758] * (-31174.156) [-31179.393] (-31186.199) (-31173.929) -- 0:29:30
      330000 -- (-31173.946) (-31184.235) (-31173.077) [-31181.745] * (-31179.914) [-31180.737] (-31178.602) (-31188.337) -- 0:29:30

      Average standard deviation of split frequencies: 0.000204

      330500 -- [-31175.274] (-31181.317) (-31174.316) (-31180.077) * (-31186.127) (-31180.697) [-31182.939] (-31185.192) -- 0:29:28
      331000 -- (-31174.618) [-31182.599] (-31192.668) (-31171.790) * (-31186.029) (-31178.991) (-31188.936) [-31178.208] -- 0:29:26
      331500 -- (-31183.717) (-31179.533) (-31189.125) [-31175.726] * (-31177.539) [-31178.652] (-31183.081) (-31184.915) -- 0:29:24
      332000 -- (-31178.797) [-31185.387] (-31190.182) (-31181.288) * (-31187.208) (-31183.104) (-31192.318) [-31177.919] -- 0:29:24
      332500 -- (-31176.047) (-31177.849) (-31183.734) [-31180.591] * (-31186.747) (-31179.747) [-31179.433] (-31178.866) -- 0:29:22
      333000 -- [-31181.450] (-31187.200) (-31184.827) (-31182.924) * (-31185.881) [-31178.761] (-31191.059) (-31180.971) -- 0:29:20
      333500 -- (-31176.519) (-31187.110) [-31188.023] (-31174.951) * (-31177.749) (-31181.852) (-31186.613) [-31183.420] -- 0:29:20
      334000 -- (-31178.765) (-31187.041) [-31178.730] (-31179.249) * (-31189.798) (-31182.638) [-31175.801] (-31178.006) -- 0:29:18
      334500 -- (-31168.282) (-31183.308) (-31185.517) [-31174.825] * (-31180.584) (-31177.613) (-31190.881) [-31175.686] -- 0:29:16
      335000 -- [-31178.470] (-31186.709) (-31185.325) (-31175.942) * (-31196.946) (-31188.403) (-31189.483) [-31176.686] -- 0:29:14

      Average standard deviation of split frequencies: 0.000200

      335500 -- (-31185.544) [-31180.317] (-31178.115) (-31177.648) * (-31190.185) [-31179.931] (-31187.207) (-31175.327) -- 0:29:14
      336000 -- (-31178.301) (-31180.497) [-31180.375] (-31193.678) * (-31184.327) (-31188.583) (-31186.903) [-31173.334] -- 0:29:12
      336500 -- [-31172.280] (-31179.317) (-31178.934) (-31175.587) * (-31184.952) (-31183.760) (-31196.828) [-31185.396] -- 0:29:10
      337000 -- (-31173.267) (-31180.249) [-31179.518] (-31177.952) * (-31185.476) (-31182.537) (-31187.161) [-31174.453] -- 0:29:10
      337500 -- [-31173.012] (-31172.734) (-31187.492) (-31179.040) * (-31191.082) (-31190.738) [-31185.667] (-31172.889) -- 0:29:09
      338000 -- (-31179.528) [-31176.671] (-31178.853) (-31181.190) * (-31182.806) [-31179.593] (-31189.169) (-31183.055) -- 0:29:07
      338500 -- (-31180.611) (-31177.927) (-31181.693) [-31187.846] * (-31186.375) (-31181.421) [-31185.231] (-31181.561) -- 0:29:07
      339000 -- [-31180.276] (-31176.294) (-31187.437) (-31182.825) * [-31180.768] (-31180.175) (-31176.802) (-31189.161) -- 0:29:05
      339500 -- (-31177.608) [-31174.816] (-31179.184) (-31186.729) * [-31180.275] (-31180.340) (-31182.225) (-31177.611) -- 0:29:03
      340000 -- (-31182.805) (-31174.408) [-31183.492] (-31185.930) * (-31182.569) [-31175.050] (-31187.768) (-31178.687) -- 0:29:01

      Average standard deviation of split frequencies: 0.000198

      340500 -- [-31181.471] (-31170.830) (-31182.807) (-31182.514) * (-31181.377) (-31183.711) (-31183.850) [-31177.984] -- 0:29:01
      341000 -- (-31183.083) [-31180.819] (-31177.349) (-31175.413) * (-31177.646) (-31172.202) (-31183.480) [-31178.348] -- 0:28:59
      341500 -- (-31183.968) (-31179.889) [-31177.205] (-31183.025) * (-31177.599) [-31173.068] (-31174.446) (-31174.163) -- 0:28:57
      342000 -- (-31176.343) (-31175.867) [-31174.320] (-31181.373) * (-31186.344) (-31178.462) [-31176.329] (-31181.835) -- 0:28:57
      342500 -- (-31176.722) (-31178.468) (-31184.620) [-31174.083] * [-31182.278] (-31175.657) (-31184.031) (-31183.564) -- 0:28:55
      343000 -- (-31186.262) (-31181.899) (-31178.921) [-31178.521] * (-31186.439) [-31175.833] (-31180.883) (-31180.520) -- 0:28:53
      343500 -- (-31175.224) (-31177.504) [-31185.545] (-31173.767) * (-31176.709) (-31191.318) [-31182.043] (-31176.793) -- 0:28:51
      344000 -- (-31186.524) (-31178.014) [-31177.192] (-31172.033) * (-31172.583) [-31175.662] (-31182.416) (-31185.587) -- 0:28:51
      344500 -- (-31187.183) (-31178.268) [-31190.639] (-31178.592) * (-31182.325) (-31184.287) [-31174.658] (-31192.359) -- 0:28:49
      345000 -- (-31185.621) (-31182.765) (-31176.804) [-31177.886] * (-31187.003) (-31183.593) [-31175.720] (-31175.767) -- 0:28:47

      Average standard deviation of split frequencies: 0.000195

      345500 -- [-31184.349] (-31184.825) (-31181.232) (-31180.294) * (-31173.720) (-31183.383) [-31179.342] (-31174.813) -- 0:28:45
      346000 -- (-31179.333) (-31177.941) (-31181.964) [-31173.194] * (-31185.715) (-31179.720) [-31179.841] (-31181.154) -- 0:28:45
      346500 -- (-31184.675) (-31184.790) (-31180.613) [-31176.122] * (-31183.417) (-31172.836) [-31171.169] (-31179.614) -- 0:28:43
      347000 -- (-31183.480) (-31183.823) (-31173.919) [-31180.410] * (-31186.775) [-31175.258] (-31172.612) (-31180.326) -- 0:28:41
      347500 -- (-31187.628) (-31186.341) (-31179.508) [-31174.795] * (-31175.553) [-31177.567] (-31177.402) (-31175.457) -- 0:28:41
      348000 -- (-31184.599) (-31174.901) (-31175.920) [-31177.231] * (-31184.274) (-31176.841) (-31183.844) [-31180.514] -- 0:28:39
      348500 -- (-31182.513) [-31184.218] (-31177.864) (-31177.904) * (-31175.173) (-31180.379) [-31184.235] (-31178.472) -- 0:28:38
      349000 -- [-31178.345] (-31182.445) (-31178.576) (-31178.630) * (-31182.236) (-31185.462) [-31178.969] (-31178.204) -- 0:28:36
      349500 -- (-31187.937) [-31180.044] (-31178.160) (-31177.850) * [-31183.010] (-31179.714) (-31179.326) (-31178.098) -- 0:28:36
      350000 -- [-31180.158] (-31186.419) (-31190.269) (-31184.534) * (-31180.347) [-31170.392] (-31184.556) (-31176.025) -- 0:28:34

      Average standard deviation of split frequencies: 0.000192

      350500 -- (-31174.798) [-31173.643] (-31183.416) (-31184.088) * (-31184.401) [-31170.684] (-31176.504) (-31183.999) -- 0:28:32
      351000 -- (-31180.991) [-31177.337] (-31178.684) (-31185.483) * (-31182.014) [-31172.786] (-31186.778) (-31178.605) -- 0:28:32
      351500 -- (-31187.478) (-31183.384) [-31169.932] (-31180.629) * (-31179.001) [-31175.781] (-31182.913) (-31176.778) -- 0:28:30
      352000 -- (-31183.920) (-31182.528) [-31176.884] (-31176.982) * (-31175.436) [-31173.386] (-31176.262) (-31181.376) -- 0:28:28
      352500 -- (-31187.104) [-31190.913] (-31177.690) (-31182.624) * (-31182.339) (-31177.025) [-31173.402] (-31191.104) -- 0:28:26
      353000 -- (-31174.107) (-31176.404) (-31178.187) [-31182.636] * (-31173.384) (-31176.179) [-31173.570] (-31184.508) -- 0:28:26
      353500 -- (-31177.333) [-31178.257] (-31177.181) (-31182.455) * [-31176.037] (-31181.387) (-31188.906) (-31187.927) -- 0:28:24
      354000 -- (-31178.655) (-31176.824) (-31191.496) [-31190.495] * [-31178.509] (-31182.262) (-31178.209) (-31180.365) -- 0:28:22
      354500 -- [-31175.418] (-31175.615) (-31196.062) (-31195.183) * [-31175.529] (-31182.408) (-31171.891) (-31174.277) -- 0:28:22
      355000 -- [-31173.882] (-31176.494) (-31180.161) (-31181.531) * (-31179.948) (-31184.890) [-31172.285] (-31180.390) -- 0:28:20

      Average standard deviation of split frequencies: 0.000189

      355500 -- (-31191.382) (-31185.200) (-31180.259) [-31176.159] * [-31177.946] (-31177.640) (-31170.160) (-31177.192) -- 0:28:18
      356000 -- (-31190.107) (-31175.675) (-31178.724) [-31172.168] * (-31168.959) (-31183.521) (-31183.623) [-31176.404] -- 0:28:16
      356500 -- (-31181.073) [-31180.659] (-31175.716) (-31179.452) * (-31176.906) (-31184.380) (-31177.440) [-31180.664] -- 0:28:16
      357000 -- (-31176.678) [-31177.741] (-31184.339) (-31180.847) * (-31175.821) [-31171.020] (-31177.120) (-31178.909) -- 0:28:14
      357500 -- (-31180.191) (-31179.094) (-31177.622) [-31177.381] * (-31177.828) [-31179.546] (-31184.077) (-31190.781) -- 0:28:12
      358000 -- (-31180.019) [-31177.201] (-31182.097) (-31168.916) * [-31173.675] (-31175.667) (-31177.503) (-31183.151) -- 0:28:11
      358500 -- (-31186.540) [-31179.035] (-31182.158) (-31180.297) * [-31180.614] (-31180.752) (-31195.074) (-31178.098) -- 0:28:10
      359000 -- [-31172.547] (-31180.859) (-31184.452) (-31181.653) * (-31188.500) (-31180.664) [-31175.154] (-31172.353) -- 0:28:09
      359500 -- (-31174.060) (-31184.587) [-31184.143] (-31188.209) * (-31181.136) [-31176.144] (-31178.826) (-31182.554) -- 0:28:07
      360000 -- (-31172.534) (-31189.019) [-31180.113] (-31187.551) * (-31178.979) (-31188.987) (-31182.068) [-31180.335] -- 0:28:07

      Average standard deviation of split frequencies: 0.000187

      360500 -- (-31171.352) [-31183.608] (-31185.510) (-31177.374) * (-31174.339) [-31177.875] (-31182.142) (-31184.868) -- 0:28:05
      361000 -- (-31178.118) (-31179.606) (-31189.248) [-31176.726] * (-31174.400) (-31172.572) (-31174.913) [-31189.195] -- 0:28:03
      361500 -- (-31183.996) (-31177.115) [-31171.903] (-31176.303) * (-31188.345) [-31170.204] (-31183.014) (-31179.206) -- 0:28:01
      362000 -- (-31181.619) (-31174.453) (-31180.276) [-31172.346] * (-31179.943) [-31170.202] (-31180.771) (-31175.142) -- 0:28:01
      362500 -- (-31177.736) (-31182.121) (-31179.498) [-31175.597] * [-31181.446] (-31175.416) (-31178.371) (-31196.786) -- 0:27:59
      363000 -- [-31176.335] (-31175.755) (-31193.070) (-31170.968) * [-31175.180] (-31175.263) (-31181.569) (-31177.491) -- 0:27:57
      363500 -- [-31173.069] (-31179.828) (-31180.693) (-31174.439) * (-31182.412) [-31180.226] (-31180.005) (-31179.482) -- 0:27:55
      364000 -- (-31173.044) (-31187.862) [-31185.170] (-31180.964) * (-31180.328) (-31180.504) (-31178.892) [-31182.219] -- 0:27:55
      364500 -- (-31179.947) (-31176.828) [-31175.795] (-31179.228) * [-31176.731] (-31167.534) (-31182.039) (-31183.352) -- 0:27:53
      365000 -- (-31180.845) [-31185.878] (-31185.022) (-31181.359) * (-31185.052) [-31175.168] (-31183.619) (-31186.861) -- 0:27:51

      Average standard deviation of split frequencies: 0.000184

      365500 -- (-31174.164) [-31179.430] (-31173.980) (-31180.406) * [-31172.409] (-31174.316) (-31179.114) (-31181.944) -- 0:27:51
      366000 -- [-31177.088] (-31177.722) (-31177.261) (-31177.571) * [-31175.135] (-31174.274) (-31181.280) (-31185.028) -- 0:27:49
      366500 -- (-31173.955) (-31183.035) [-31176.793] (-31179.841) * (-31177.749) [-31180.715] (-31184.718) (-31181.534) -- 0:27:48
      367000 -- (-31176.582) [-31171.533] (-31180.365) (-31180.072) * [-31174.160] (-31176.770) (-31179.479) (-31185.553) -- 0:27:46
      367500 -- [-31177.263] (-31174.736) (-31176.072) (-31183.869) * [-31180.778] (-31177.258) (-31175.926) (-31174.794) -- 0:27:46
      368000 -- (-31181.801) [-31178.677] (-31177.945) (-31186.050) * (-31171.475) (-31174.303) (-31185.783) [-31172.112] -- 0:27:44
      368500 -- [-31186.099] (-31174.461) (-31192.986) (-31184.818) * [-31177.710] (-31172.741) (-31184.437) (-31185.002) -- 0:27:42
      369000 -- (-31181.050) (-31180.458) (-31186.224) [-31174.999] * [-31171.698] (-31175.693) (-31173.403) (-31184.624) -- 0:27:42
      369500 -- [-31178.904] (-31188.971) (-31175.090) (-31178.617) * (-31172.194) (-31176.577) [-31184.317] (-31190.622) -- 0:27:40
      370000 -- (-31193.091) [-31180.837] (-31182.985) (-31180.201) * [-31175.423] (-31181.168) (-31187.143) (-31184.028) -- 0:27:38

      Average standard deviation of split frequencies: 0.000182

      370500 -- (-31187.167) (-31178.442) [-31177.253] (-31179.571) * (-31178.385) (-31182.820) (-31178.531) [-31176.469] -- 0:27:36
      371000 -- (-31182.969) [-31167.982] (-31180.162) (-31180.530) * (-31183.475) [-31179.265] (-31180.648) (-31174.660) -- 0:27:36
      371500 -- (-31178.760) [-31183.067] (-31182.444) (-31181.672) * (-31195.406) [-31175.308] (-31174.233) (-31187.801) -- 0:27:34
      372000 -- [-31176.471] (-31179.634) (-31181.066) (-31185.277) * (-31190.571) (-31176.296) [-31175.542] (-31185.276) -- 0:27:32
      372500 -- (-31182.641) (-31179.020) (-31172.472) [-31178.194] * (-31184.651) [-31180.266] (-31177.433) (-31181.126) -- 0:27:30
      373000 -- (-31178.720) [-31166.143] (-31177.510) (-31177.519) * (-31174.339) (-31175.972) [-31172.019] (-31180.137) -- 0:27:30
      373500 -- (-31179.406) (-31185.223) (-31180.436) [-31173.280] * (-31176.448) (-31181.777) [-31178.615] (-31179.663) -- 0:27:28
      374000 -- (-31181.978) (-31178.347) (-31177.123) [-31176.611] * (-31181.606) (-31174.097) (-31174.150) [-31181.743] -- 0:27:27
      374500 -- (-31172.761) [-31173.251] (-31180.583) (-31174.018) * (-31183.894) (-31185.377) (-31185.475) [-31173.047] -- 0:27:26
      375000 -- (-31179.223) (-31180.318) (-31185.614) [-31174.559] * (-31178.311) [-31177.230] (-31181.132) (-31174.816) -- 0:27:24

      Average standard deviation of split frequencies: 0.000179

      375500 -- (-31187.251) (-31171.296) (-31193.150) [-31173.925] * (-31173.977) [-31173.525] (-31179.102) (-31186.011) -- 0:27:23
      376000 -- [-31181.005] (-31173.172) (-31181.339) (-31172.768) * [-31182.941] (-31177.989) (-31173.360) (-31192.214) -- 0:27:21
      376500 -- (-31176.334) (-31175.110) (-31177.998) [-31174.474] * (-31180.533) (-31188.125) [-31174.843] (-31183.743) -- 0:27:21
      377000 -- (-31174.833) (-31171.703) (-31178.412) [-31178.540] * [-31177.937] (-31180.918) (-31174.225) (-31184.006) -- 0:27:19
      377500 -- (-31173.392) (-31183.152) (-31185.216) [-31184.174] * [-31178.926] (-31174.539) (-31181.498) (-31171.736) -- 0:27:17
      378000 -- [-31179.468] (-31182.691) (-31177.722) (-31178.359) * (-31176.629) [-31177.400] (-31184.260) (-31184.653) -- 0:27:17
      378500 -- (-31175.722) [-31186.753] (-31177.788) (-31177.000) * (-31176.278) (-31176.957) [-31181.606] (-31185.202) -- 0:27:15
      379000 -- (-31174.826) (-31179.352) (-31182.039) [-31189.760] * [-31183.768] (-31179.466) (-31175.094) (-31192.447) -- 0:27:13
      379500 -- (-31176.886) (-31169.609) (-31177.694) [-31179.355] * (-31188.133) [-31174.859] (-31177.708) (-31182.476) -- 0:27:11
      380000 -- (-31177.111) (-31173.013) (-31176.292) [-31174.805] * [-31171.881] (-31177.112) (-31182.927) (-31175.973) -- 0:27:11

      Average standard deviation of split frequencies: 0.000177

      380500 -- (-31180.237) (-31172.080) (-31176.985) [-31175.292] * [-31170.821] (-31180.357) (-31177.261) (-31178.354) -- 0:27:09
      381000 -- [-31177.934] (-31177.500) (-31174.098) (-31175.460) * (-31184.499) (-31188.057) [-31179.557] (-31181.177) -- 0:27:07
      381500 -- (-31179.693) (-31173.094) (-31175.180) [-31173.269] * (-31177.409) [-31184.349] (-31176.747) (-31182.911) -- 0:27:06
      382000 -- (-31183.273) (-31172.699) [-31175.527] (-31168.700) * (-31187.600) (-31182.124) [-31179.594] (-31183.047) -- 0:27:05
      382500 -- (-31181.038) (-31170.616) (-31180.469) [-31181.785] * (-31185.779) [-31184.483] (-31190.532) (-31181.000) -- 0:27:04
      383000 -- (-31176.964) (-31186.886) [-31176.662] (-31179.639) * [-31178.788] (-31178.617) (-31184.221) (-31173.168) -- 0:27:02
      383500 -- (-31169.596) (-31176.227) [-31178.755] (-31189.873) * (-31184.847) [-31174.991] (-31175.790) (-31179.339) -- 0:27:00
      384000 -- [-31178.661] (-31185.718) (-31183.746) (-31182.164) * (-31179.759) [-31173.408] (-31172.543) (-31177.165) -- 0:27:00
      384500 -- [-31176.908] (-31187.385) (-31176.320) (-31181.990) * [-31178.973] (-31194.817) (-31181.843) (-31174.856) -- 0:26:58
      385000 -- (-31182.279) [-31180.247] (-31177.444) (-31178.032) * (-31181.804) (-31180.320) [-31177.582] (-31176.011) -- 0:26:56

      Average standard deviation of split frequencies: 0.000174

      385500 -- (-31180.333) (-31176.009) (-31178.932) [-31178.438] * (-31178.401) (-31188.281) [-31177.171] (-31188.019) -- 0:26:56
      386000 -- (-31178.233) [-31173.715] (-31176.076) (-31183.058) * (-31186.747) (-31179.132) (-31184.400) [-31177.896] -- 0:26:54
      386500 -- (-31182.283) (-31176.305) (-31174.920) [-31174.869] * (-31190.995) (-31184.898) (-31168.876) [-31169.554] -- 0:26:52
      387000 -- (-31175.263) (-31188.292) [-31171.687] (-31187.325) * (-31189.939) [-31179.822] (-31183.854) (-31182.974) -- 0:26:50
      387500 -- (-31179.104) (-31190.376) (-31192.331) [-31183.586] * (-31188.439) (-31187.501) [-31172.371] (-31181.838) -- 0:26:50
      388000 -- (-31175.773) (-31185.013) (-31171.542) [-31177.894] * (-31182.433) (-31180.000) [-31177.294] (-31176.555) -- 0:26:48
      388500 -- [-31179.912] (-31181.489) (-31180.960) (-31176.735) * (-31173.424) (-31183.277) [-31171.006] (-31180.530) -- 0:26:47
      389000 -- (-31172.191) [-31179.444] (-31179.061) (-31176.659) * (-31178.959) (-31183.848) (-31178.735) [-31175.722] -- 0:26:45
      389500 -- (-31172.384) (-31176.527) (-31174.043) [-31173.251] * [-31182.436] (-31182.801) (-31178.905) (-31180.458) -- 0:26:45
      390000 -- (-31184.642) (-31186.192) [-31177.185] (-31178.738) * (-31181.967) (-31184.812) [-31177.572] (-31175.879) -- 0:26:43

      Average standard deviation of split frequencies: 0.000172

      390500 -- (-31175.883) (-31183.021) [-31184.435] (-31181.880) * (-31179.176) (-31183.272) (-31178.929) [-31169.937] -- 0:26:41
      391000 -- (-31175.471) [-31175.809] (-31175.130) (-31175.743) * (-31183.019) [-31174.203] (-31182.103) (-31175.888) -- 0:26:39
      391500 -- (-31181.333) (-31186.161) (-31177.528) [-31177.350] * (-31181.142) (-31169.588) (-31178.559) [-31176.953] -- 0:26:39
      392000 -- (-31179.580) (-31183.603) (-31176.425) [-31172.993] * [-31172.776] (-31190.429) (-31177.550) (-31180.678) -- 0:26:37
      392500 -- (-31175.388) (-31172.540) (-31185.788) [-31174.073] * (-31183.139) (-31184.438) (-31178.947) [-31178.336] -- 0:26:35
      393000 -- [-31175.733] (-31186.075) (-31175.025) (-31180.508) * (-31179.878) (-31196.554) [-31177.417] (-31183.362) -- 0:26:35
      393500 -- (-31184.379) (-31181.675) (-31184.032) [-31175.703] * [-31180.113] (-31181.838) (-31179.437) (-31190.189) -- 0:26:33
      394000 -- (-31184.715) (-31185.320) [-31168.824] (-31171.549) * (-31186.019) (-31177.987) (-31177.129) [-31186.178] -- 0:26:31
      394500 -- (-31171.909) (-31177.291) [-31179.730] (-31181.404) * (-31179.878) (-31181.485) [-31175.937] (-31176.269) -- 0:26:30
      395000 -- [-31166.655] (-31181.642) (-31178.254) (-31172.219) * [-31181.223] (-31183.277) (-31171.974) (-31174.545) -- 0:26:29

      Average standard deviation of split frequencies: 0.000170

      395500 -- (-31176.039) [-31177.349] (-31184.649) (-31177.636) * [-31183.006] (-31183.639) (-31172.288) (-31178.086) -- 0:26:28
      396000 -- (-31178.473) (-31179.690) (-31176.960) [-31177.966] * [-31173.245] (-31185.296) (-31173.742) (-31180.295) -- 0:26:26
      396500 -- (-31177.813) [-31175.533] (-31181.038) (-31185.967) * (-31174.945) [-31181.371] (-31172.920) (-31186.417) -- 0:26:25
      397000 -- [-31178.609] (-31180.094) (-31185.474) (-31183.278) * (-31184.596) (-31190.803) (-31180.734) [-31177.495] -- 0:26:24
      397500 -- (-31178.953) (-31178.561) (-31190.680) [-31176.061] * [-31182.236] (-31181.547) (-31172.853) (-31175.433) -- 0:26:22
      398000 -- [-31176.649] (-31175.987) (-31191.870) (-31189.054) * [-31179.624] (-31176.897) (-31179.143) (-31181.090) -- 0:26:20
      398500 -- (-31192.156) (-31170.580) [-31184.219] (-31182.654) * [-31180.794] (-31179.736) (-31188.189) (-31168.711) -- 0:26:20
      399000 -- (-31181.428) (-31175.358) (-31176.808) [-31177.446] * (-31168.580) [-31178.365] (-31194.248) (-31178.296) -- 0:26:18
      399500 -- (-31185.824) (-31173.956) [-31180.927] (-31181.441) * [-31172.965] (-31180.407) (-31192.710) (-31178.274) -- 0:26:16
      400000 -- [-31186.780] (-31180.442) (-31181.841) (-31172.946) * (-31182.493) (-31183.070) (-31189.627) [-31175.643] -- 0:26:16

      Average standard deviation of split frequencies: 0.000168

      400500 -- [-31176.085] (-31173.549) (-31180.897) (-31179.890) * (-31186.573) (-31180.191) (-31196.851) [-31177.692] -- 0:26:14
      401000 -- [-31181.621] (-31176.508) (-31175.581) (-31176.108) * (-31181.890) [-31175.790] (-31185.600) (-31182.380) -- 0:26:12
      401500 -- (-31184.041) (-31176.579) (-31173.027) [-31169.128] * [-31171.358] (-31178.981) (-31188.002) (-31180.109) -- 0:26:11
      402000 -- (-31181.441) (-31178.989) (-31177.738) [-31178.613] * (-31170.668) [-31180.606] (-31185.595) (-31183.337) -- 0:26:10
      402500 -- (-31178.875) (-31181.565) [-31176.236] (-31182.942) * [-31174.109] (-31175.076) (-31180.383) (-31178.031) -- 0:26:09
      403000 -- (-31188.033) (-31186.618) (-31178.606) [-31177.863] * [-31175.506] (-31173.144) (-31184.144) (-31181.082) -- 0:26:07
      403500 -- [-31175.179] (-31172.617) (-31176.447) (-31175.655) * [-31177.382] (-31178.956) (-31179.364) (-31179.317) -- 0:26:05
      404000 -- [-31177.595] (-31177.021) (-31178.887) (-31173.960) * (-31176.356) (-31176.396) (-31177.829) [-31184.313] -- 0:26:05
      404500 -- (-31181.501) (-31180.076) (-31181.712) [-31175.641] * (-31181.624) (-31170.868) [-31181.138] (-31174.482) -- 0:26:03
      405000 -- [-31181.727] (-31177.260) (-31179.352) (-31186.290) * (-31187.443) [-31177.408] (-31182.920) (-31184.041) -- 0:26:01

      Average standard deviation of split frequencies: 0.000166

      405500 -- (-31185.859) (-31178.169) [-31186.230] (-31184.197) * (-31177.443) [-31184.243] (-31184.155) (-31169.567) -- 0:26:01
      406000 -- (-31182.655) (-31180.570) [-31178.611] (-31182.326) * (-31181.303) [-31178.410] (-31177.198) (-31180.916) -- 0:25:59
      406500 -- (-31181.049) [-31177.869] (-31176.410) (-31177.053) * [-31178.104] (-31182.610) (-31179.835) (-31177.943) -- 0:25:57
      407000 -- (-31173.399) [-31169.774] (-31182.112) (-31182.992) * (-31178.570) [-31177.669] (-31174.449) (-31179.528) -- 0:25:57
      407500 -- [-31180.791] (-31181.306) (-31180.694) (-31177.326) * (-31186.703) (-31184.011) (-31178.851) [-31178.072] -- 0:25:55
      408000 -- (-31175.282) (-31176.024) (-31178.724) [-31181.356] * (-31178.029) (-31178.776) [-31177.962] (-31181.387) -- 0:25:54
      408500 -- (-31183.836) (-31177.922) (-31174.834) [-31174.816] * [-31181.641] (-31182.752) (-31178.687) (-31174.265) -- 0:25:52
      409000 -- (-31182.489) (-31179.971) [-31179.288] (-31181.209) * (-31182.014) (-31173.097) (-31181.324) [-31173.856] -- 0:25:51
      409500 -- (-31181.967) (-31182.637) [-31181.990] (-31183.166) * (-31179.294) (-31169.312) (-31185.169) [-31167.710] -- 0:25:50
      410000 -- (-31183.665) [-31170.663] (-31177.802) (-31183.435) * (-31175.880) (-31187.373) (-31178.570) [-31173.578] -- 0:25:48

      Average standard deviation of split frequencies: 0.000164

      410500 -- (-31180.166) [-31177.743] (-31177.520) (-31189.551) * (-31178.793) [-31186.556] (-31178.333) (-31172.592) -- 0:25:48
      411000 -- (-31186.642) (-31177.548) (-31183.051) [-31174.911] * (-31183.047) (-31181.830) [-31171.829] (-31174.753) -- 0:25:46
      411500 -- (-31182.608) (-31171.089) (-31180.787) [-31175.316] * [-31176.527] (-31174.118) (-31179.474) (-31188.498) -- 0:25:44
      412000 -- (-31173.820) (-31175.409) [-31179.942] (-31187.958) * (-31176.298) (-31176.748) (-31178.029) [-31184.522] -- 0:25:42
      412500 -- (-31183.269) (-31171.691) [-31174.659] (-31177.175) * (-31186.378) (-31184.321) [-31180.656] (-31184.098) -- 0:25:42
      413000 -- (-31183.376) [-31172.356] (-31172.387) (-31178.331) * (-31174.512) (-31176.251) (-31184.978) [-31170.335] -- 0:25:40
      413500 -- (-31173.809) (-31170.643) [-31181.261] (-31179.242) * (-31188.655) (-31180.715) (-31177.172) [-31173.466] -- 0:25:38
      414000 -- (-31179.451) (-31176.448) (-31182.217) [-31179.874] * (-31175.993) [-31176.344] (-31175.242) (-31175.690) -- 0:25:38
      414500 -- (-31180.431) (-31171.000) (-31179.214) [-31183.814] * (-31192.858) [-31174.158] (-31185.773) (-31180.961) -- 0:25:36
      415000 -- (-31179.523) (-31175.689) [-31179.467] (-31180.562) * [-31181.444] (-31175.329) (-31190.338) (-31170.011) -- 0:25:35

      Average standard deviation of split frequencies: 0.000162

      415500 -- (-31173.592) [-31180.332] (-31173.566) (-31176.011) * [-31183.091] (-31181.469) (-31185.707) (-31176.805) -- 0:25:33
      416000 -- (-31184.103) [-31175.109] (-31185.155) (-31179.415) * [-31175.923] (-31174.896) (-31176.971) (-31178.499) -- 0:25:33
      416500 -- [-31183.386] (-31180.181) (-31184.151) (-31183.697) * (-31180.419) (-31184.726) (-31179.901) [-31186.879] -- 0:25:31
      417000 -- (-31177.692) [-31182.135] (-31180.666) (-31177.066) * (-31176.262) (-31179.073) (-31189.495) [-31178.011] -- 0:25:29
      417500 -- (-31177.851) (-31180.576) [-31175.116] (-31179.693) * [-31176.849] (-31178.663) (-31180.955) (-31185.706) -- 0:25:27
      418000 -- (-31172.827) (-31182.920) [-31182.803] (-31189.327) * [-31176.165] (-31175.616) (-31174.553) (-31182.060) -- 0:25:27
      418500 -- [-31179.796] (-31185.505) (-31173.342) (-31180.255) * (-31179.706) [-31184.760] (-31176.137) (-31186.877) -- 0:25:25
      419000 -- (-31177.100) (-31181.152) (-31173.162) [-31175.775] * (-31177.397) [-31189.969] (-31179.215) (-31172.016) -- 0:25:25
      419500 -- (-31171.396) [-31181.905] (-31178.866) (-31186.662) * (-31180.016) (-31182.126) (-31173.738) [-31177.518] -- 0:25:23
      420000 -- (-31166.481) (-31179.067) (-31178.774) [-31182.477] * (-31178.015) (-31186.234) [-31172.989] (-31182.653) -- 0:25:21

      Average standard deviation of split frequencies: 0.000160

      420500 -- (-31169.831) [-31175.951] (-31179.048) (-31179.749) * (-31182.313) [-31180.988] (-31176.100) (-31171.100) -- 0:25:21
      421000 -- (-31171.517) (-31173.226) [-31184.094] (-31177.693) * [-31174.815] (-31190.754) (-31183.357) (-31171.617) -- 0:25:19
      421500 -- (-31178.649) (-31178.237) [-31176.703] (-31175.527) * (-31180.051) (-31180.537) [-31172.804] (-31177.176) -- 0:25:19
      422000 -- [-31169.601] (-31175.172) (-31176.242) (-31172.647) * (-31182.543) (-31178.590) (-31172.965) [-31176.422] -- 0:25:17
      422500 -- (-31180.099) (-31180.772) (-31180.568) [-31178.753] * (-31181.992) (-31177.462) [-31172.643] (-31171.686) -- 0:25:15
      423000 -- (-31182.908) (-31178.802) [-31172.609] (-31185.082) * (-31183.077) (-31180.924) (-31167.873) [-31175.051] -- 0:25:15
      423500 -- (-31183.015) [-31181.187] (-31172.668) (-31178.489) * (-31176.297) (-31177.491) [-31174.396] (-31188.688) -- 0:25:13
      424000 -- (-31180.841) [-31179.987] (-31177.276) (-31179.753) * (-31186.603) (-31175.918) (-31176.653) [-31182.518] -- 0:25:13
      424500 -- [-31177.186] (-31182.629) (-31181.593) (-31176.261) * (-31190.824) (-31182.927) [-31180.780] (-31175.617) -- 0:25:11
      425000 -- [-31177.851] (-31175.626) (-31182.262) (-31168.147) * (-31182.019) (-31179.122) (-31175.668) [-31172.455] -- 0:25:09

      Average standard deviation of split frequencies: 0.000158

      425500 -- (-31177.591) [-31181.667] (-31174.696) (-31175.636) * [-31182.470] (-31179.560) (-31186.781) (-31180.887) -- 0:25:09
      426000 -- (-31175.523) (-31179.116) [-31174.883] (-31172.692) * (-31183.598) [-31178.517] (-31180.577) (-31179.536) -- 0:25:07
      426500 -- [-31169.000] (-31191.650) (-31178.418) (-31181.375) * (-31179.849) [-31184.679] (-31180.311) (-31172.472) -- 0:25:07
      427000 -- (-31177.315) (-31178.551) (-31184.219) [-31172.247] * (-31182.334) (-31179.489) [-31180.157] (-31182.907) -- 0:25:05
      427500 -- (-31176.345) (-31184.080) [-31181.041] (-31183.830) * [-31187.178] (-31174.986) (-31177.865) (-31182.748) -- 0:25:03
      428000 -- (-31176.122) (-31178.961) [-31180.155] (-31173.944) * [-31180.286] (-31178.719) (-31182.835) (-31180.555) -- 0:25:03
      428500 -- (-31171.318) [-31177.201] (-31177.003) (-31174.957) * [-31179.345] (-31191.522) (-31182.676) (-31178.126) -- 0:25:01
      429000 -- (-31175.079) [-31178.766] (-31173.349) (-31183.897) * (-31190.166) (-31176.254) [-31183.520] (-31181.668) -- 0:25:00
      429500 -- (-31182.219) (-31177.846) (-31179.795) [-31179.553] * [-31172.320] (-31175.354) (-31174.472) (-31174.191) -- 0:24:59
      430000 -- (-31173.909) (-31184.612) [-31170.833] (-31178.597) * (-31188.350) (-31170.850) (-31175.729) [-31177.430] -- 0:24:57

      Average standard deviation of split frequencies: 0.000156

      430500 -- [-31175.714] (-31182.009) (-31178.555) (-31181.500) * (-31177.285) (-31183.921) (-31182.186) [-31176.020] -- 0:24:56
      431000 -- [-31172.139] (-31174.463) (-31172.706) (-31174.924) * (-31185.248) (-31184.182) (-31171.774) [-31180.310] -- 0:24:55
      431500 -- (-31180.458) [-31177.566] (-31182.838) (-31181.118) * [-31177.271] (-31179.049) (-31173.624) (-31175.169) -- 0:24:54
      432000 -- (-31174.228) [-31178.612] (-31181.392) (-31183.109) * (-31175.520) (-31186.846) (-31170.860) [-31179.591] -- 0:24:52
      432500 -- (-31190.770) (-31186.723) (-31178.744) [-31177.691] * (-31177.407) (-31180.970) [-31175.716] (-31177.523) -- 0:24:50
      433000 -- [-31185.189] (-31178.115) (-31177.378) (-31174.298) * (-31174.257) (-31175.013) [-31176.834] (-31187.056) -- 0:24:50
      433500 -- (-31184.772) (-31177.891) (-31178.580) [-31178.634] * [-31184.411] (-31169.719) (-31176.584) (-31178.137) -- 0:24:48
      434000 -- (-31184.151) (-31178.816) (-31172.699) [-31175.553] * [-31178.995] (-31199.412) (-31176.179) (-31179.071) -- 0:24:46
      434500 -- (-31187.702) (-31178.689) (-31185.700) [-31175.143] * [-31173.812] (-31179.286) (-31172.532) (-31184.836) -- 0:24:46
      435000 -- [-31176.347] (-31180.790) (-31190.438) (-31187.746) * (-31182.265) (-31175.261) (-31178.709) [-31183.529] -- 0:24:44

      Average standard deviation of split frequencies: 0.000154

      435500 -- [-31176.787] (-31173.963) (-31188.041) (-31179.911) * (-31188.318) (-31176.709) (-31181.961) [-31177.818] -- 0:24:42
      436000 -- (-31179.332) (-31177.187) [-31186.929] (-31176.618) * (-31179.327) [-31180.371] (-31182.440) (-31181.067) -- 0:24:42
      436500 -- (-31181.327) [-31175.604] (-31185.717) (-31177.319) * (-31175.756) [-31176.659] (-31178.454) (-31182.943) -- 0:24:40
      437000 -- (-31180.852) (-31181.093) (-31177.109) [-31173.666] * (-31181.146) [-31170.011] (-31182.548) (-31177.670) -- 0:24:39
      437500 -- (-31176.511) (-31186.169) (-31181.218) [-31181.004] * (-31180.175) (-31174.188) (-31176.886) [-31175.426] -- 0:24:37
      438000 -- [-31177.794] (-31189.381) (-31184.282) (-31179.502) * (-31183.241) (-31180.189) (-31193.964) [-31178.711] -- 0:24:36
      438500 -- (-31186.741) (-31175.532) (-31180.773) [-31176.158] * (-31172.349) [-31180.356] (-31184.056) (-31180.010) -- 0:24:35
      439000 -- (-31192.822) [-31182.257] (-31179.839) (-31181.650) * [-31173.374] (-31175.487) (-31183.357) (-31170.803) -- 0:24:33
      439500 -- (-31187.351) (-31181.913) [-31177.507] (-31177.672) * [-31169.330] (-31174.472) (-31184.088) (-31182.448) -- 0:24:32
      440000 -- (-31194.022) (-31179.703) [-31183.478] (-31174.808) * (-31175.828) (-31184.633) (-31180.205) [-31181.952] -- 0:24:31

      Average standard deviation of split frequencies: 0.000153

      440500 -- (-31182.205) [-31176.454] (-31180.927) (-31174.470) * (-31178.709) (-31176.498) [-31173.339] (-31178.163) -- 0:24:29
      441000 -- (-31180.537) [-31177.387] (-31181.309) (-31186.759) * (-31173.645) (-31181.275) (-31178.264) [-31181.976] -- 0:24:29
      441500 -- (-31176.678) (-31174.731) [-31180.886] (-31186.486) * (-31175.321) (-31182.638) (-31175.586) [-31178.579] -- 0:24:27
      442000 -- [-31181.861] (-31174.777) (-31185.307) (-31198.521) * (-31189.103) (-31183.100) [-31173.973] (-31182.917) -- 0:24:25
      442500 -- (-31181.382) (-31189.023) [-31187.559] (-31190.024) * (-31178.531) (-31193.557) [-31180.958] (-31183.533) -- 0:24:23
      443000 -- (-31180.538) (-31185.470) [-31183.770] (-31199.471) * (-31179.074) (-31189.218) (-31172.363) [-31177.940] -- 0:24:23
      443500 -- (-31178.034) (-31193.253) (-31177.462) [-31179.141] * (-31185.967) (-31187.581) [-31185.774] (-31181.581) -- 0:24:21
      444000 -- (-31179.528) (-31185.892) [-31170.419] (-31179.512) * [-31179.145] (-31188.470) (-31179.270) (-31180.288) -- 0:24:20
      444500 -- [-31176.496] (-31175.665) (-31175.078) (-31172.955) * (-31179.775) (-31180.054) [-31179.684] (-31186.337) -- 0:24:19
      445000 -- (-31179.053) (-31178.687) [-31176.542] (-31179.507) * [-31180.184] (-31177.872) (-31181.604) (-31176.746) -- 0:24:17

      Average standard deviation of split frequencies: 0.000151

      445500 -- [-31168.562] (-31181.280) (-31178.815) (-31179.363) * [-31177.992] (-31173.978) (-31180.592) (-31184.403) -- 0:24:16
      446000 -- (-31181.544) (-31175.156) [-31171.115] (-31174.776) * [-31176.029] (-31181.881) (-31183.112) (-31168.286) -- 0:24:14
      446500 -- (-31182.650) [-31175.251] (-31188.145) (-31173.990) * (-31180.001) (-31182.182) [-31184.540] (-31181.123) -- 0:24:14
      447000 -- [-31176.487] (-31178.941) (-31173.399) (-31174.598) * (-31182.124) (-31182.242) (-31177.701) [-31173.151] -- 0:24:12
      447500 -- (-31170.637) (-31186.856) (-31185.218) [-31173.317] * (-31177.788) (-31179.177) (-31177.049) [-31175.501] -- 0:24:10
      448000 -- (-31178.748) (-31180.293) [-31180.677] (-31173.279) * [-31183.097] (-31178.428) (-31178.164) (-31175.986) -- 0:24:10
      448500 -- (-31180.614) (-31178.215) (-31185.893) [-31179.464] * [-31187.154] (-31174.554) (-31175.345) (-31179.271) -- 0:24:08
      449000 -- (-31181.998) (-31174.377) [-31175.770] (-31183.951) * [-31191.645] (-31179.631) (-31174.564) (-31182.642) -- 0:24:06
      449500 -- (-31171.057) [-31186.209] (-31180.783) (-31179.259) * [-31172.502] (-31184.970) (-31173.182) (-31184.442) -- 0:24:05
      450000 -- (-31194.388) [-31187.538] (-31175.674) (-31172.704) * [-31192.887] (-31182.259) (-31175.648) (-31177.573) -- 0:24:04

      Average standard deviation of split frequencies: 0.000149

      450500 -- (-31177.811) (-31175.258) (-31186.253) [-31175.395] * [-31187.248] (-31174.437) (-31177.906) (-31181.461) -- 0:24:02
      451000 -- (-31170.809) (-31184.265) (-31179.860) [-31176.511] * (-31180.104) (-31178.560) [-31183.882] (-31184.720) -- 0:24:01
      451500 -- [-31175.779] (-31176.905) (-31175.154) (-31175.600) * [-31176.530] (-31182.102) (-31178.066) (-31177.313) -- 0:24:00
      452000 -- (-31184.713) (-31173.090) (-31189.897) [-31181.610] * (-31183.976) (-31173.163) [-31178.610] (-31173.796) -- 0:23:59
      452500 -- (-31173.684) (-31178.281) (-31187.480) [-31172.177] * (-31184.505) (-31179.473) [-31175.979] (-31178.787) -- 0:23:57
      453000 -- (-31179.051) (-31181.610) [-31179.658] (-31180.694) * (-31180.069) (-31182.380) (-31178.076) [-31178.190] -- 0:23:55
      453500 -- [-31176.010] (-31184.582) (-31181.169) (-31180.800) * (-31179.010) (-31176.657) [-31179.240] (-31184.178) -- 0:23:55
      454000 -- (-31172.327) [-31173.211] (-31180.170) (-31177.944) * (-31178.917) [-31179.970] (-31176.548) (-31176.283) -- 0:23:53
      454500 -- (-31172.572) [-31177.658] (-31181.775) (-31177.627) * (-31174.956) (-31181.029) (-31177.952) [-31181.616] -- 0:23:51
      455000 -- [-31175.324] (-31177.838) (-31180.452) (-31180.593) * (-31178.178) [-31171.964] (-31176.056) (-31178.532) -- 0:23:51

      Average standard deviation of split frequencies: 0.000148

      455500 -- (-31175.066) [-31180.660] (-31182.245) (-31177.770) * [-31180.286] (-31181.241) (-31185.008) (-31183.317) -- 0:23:49
      456000 -- (-31177.639) [-31178.835] (-31178.734) (-31186.893) * (-31184.534) (-31176.175) (-31194.493) [-31182.426] -- 0:23:48
      456500 -- (-31177.237) [-31177.651] (-31174.634) (-31189.084) * (-31183.662) (-31174.479) (-31175.779) [-31177.956] -- 0:23:46
      457000 -- (-31174.246) (-31178.565) [-31178.430] (-31170.799) * (-31185.238) (-31186.561) (-31188.528) [-31173.528] -- 0:23:45
      457500 -- [-31169.381] (-31190.845) (-31179.637) (-31184.326) * (-31187.991) [-31180.081] (-31176.068) (-31186.936) -- 0:23:44
      458000 -- (-31176.827) (-31183.934) [-31177.528] (-31185.627) * (-31180.621) [-31187.732] (-31182.776) (-31178.650) -- 0:23:42
      458500 -- [-31175.705] (-31183.107) (-31175.184) (-31187.998) * (-31186.068) (-31192.385) [-31177.954] (-31174.607) -- 0:23:41
      459000 -- (-31174.300) [-31176.332] (-31182.089) (-31188.068) * (-31175.921) (-31172.241) (-31183.582) [-31173.093] -- 0:23:40
      459500 -- (-31182.995) (-31176.427) (-31180.915) [-31171.609] * (-31181.587) (-31177.692) (-31185.981) [-31176.230] -- 0:23:38
      460000 -- (-31179.411) [-31170.848] (-31183.140) (-31174.532) * (-31184.707) (-31178.573) [-31188.683] (-31181.930) -- 0:23:38

      Average standard deviation of split frequencies: 0.000146

      460500 -- (-31175.773) (-31171.935) [-31176.792] (-31183.031) * (-31177.899) (-31182.630) [-31173.465] (-31180.210) -- 0:23:36
      461000 -- (-31177.303) [-31175.019] (-31182.889) (-31187.518) * (-31181.119) (-31180.761) (-31180.323) [-31188.214] -- 0:23:34
      461500 -- (-31182.229) [-31174.352] (-31180.565) (-31183.179) * (-31172.661) (-31186.570) [-31177.579] (-31196.419) -- 0:23:33
      462000 -- (-31182.658) (-31180.632) (-31175.613) [-31174.263] * [-31173.861] (-31177.564) (-31182.912) (-31181.635) -- 0:23:32
      462500 -- [-31182.243] (-31173.644) (-31180.416) (-31183.204) * [-31172.986] (-31181.486) (-31186.477) (-31177.236) -- 0:23:30
      463000 -- (-31182.648) [-31176.800] (-31173.527) (-31172.166) * [-31176.840] (-31179.106) (-31184.656) (-31180.091) -- 0:23:29
      463500 -- (-31182.661) (-31177.475) (-31171.924) [-31184.993] * (-31181.748) [-31178.071] (-31184.683) (-31188.058) -- 0:23:28
      464000 -- [-31171.922] (-31176.248) (-31184.493) (-31174.445) * (-31184.563) (-31181.952) [-31186.839] (-31174.121) -- 0:23:27
      464500 -- (-31178.359) (-31172.525) (-31176.382) [-31179.605] * (-31178.762) (-31186.250) (-31171.517) [-31182.999] -- 0:23:25
      465000 -- (-31180.066) (-31174.759) [-31174.080] (-31181.595) * (-31179.947) (-31186.317) [-31173.708] (-31176.659) -- 0:23:23

      Average standard deviation of split frequencies: 0.000145

      465500 -- (-31188.148) (-31184.204) (-31172.026) [-31175.267] * (-31178.452) (-31184.097) [-31177.637] (-31191.591) -- 0:23:23
      466000 -- (-31180.987) (-31179.968) [-31175.424] (-31176.544) * (-31192.427) (-31178.641) [-31175.243] (-31180.920) -- 0:23:21
      466500 -- (-31183.736) (-31176.160) [-31177.453] (-31177.994) * (-31180.725) (-31179.429) [-31180.656] (-31178.258) -- 0:23:19
      467000 -- (-31179.950) [-31176.886] (-31176.725) (-31178.410) * [-31182.473] (-31172.814) (-31180.145) (-31171.705) -- 0:23:19
      467500 -- (-31181.951) (-31176.747) (-31180.449) [-31175.753] * (-31181.964) (-31195.508) (-31189.389) [-31178.730] -- 0:23:17
      468000 -- (-31174.906) [-31178.544] (-31183.455) (-31188.073) * (-31175.906) (-31180.828) (-31188.278) [-31175.146] -- 0:23:15
      468500 -- (-31177.295) (-31170.070) [-31180.189] (-31190.132) * (-31175.813) (-31178.315) [-31174.233] (-31176.377) -- 0:23:14
      469000 -- (-31177.375) (-31168.268) [-31177.199] (-31178.195) * (-31183.203) [-31177.128] (-31170.893) (-31179.776) -- 0:23:13
      469500 -- (-31184.535) (-31186.997) [-31173.225] (-31173.351) * (-31175.365) [-31175.422] (-31179.723) (-31175.958) -- 0:23:12
      470000 -- (-31177.855) (-31182.898) [-31175.137] (-31181.504) * (-31176.367) (-31181.075) (-31172.645) [-31177.905] -- 0:23:10

      Average standard deviation of split frequencies: 0.000143

      470500 -- (-31178.164) (-31178.393) [-31182.242] (-31178.303) * (-31180.219) [-31173.215] (-31175.707) (-31179.760) -- 0:23:09
      471000 -- (-31172.547) [-31171.138] (-31182.078) (-31185.260) * (-31174.199) [-31175.730] (-31180.427) (-31176.175) -- 0:23:08
      471500 -- (-31176.722) (-31177.453) (-31178.314) [-31181.319] * [-31181.179] (-31175.288) (-31179.429) (-31177.044) -- 0:23:06
      472000 -- (-31186.825) [-31172.964] (-31175.270) (-31176.189) * [-31178.775] (-31176.415) (-31182.958) (-31182.127) -- 0:23:04
      472500 -- (-31183.068) (-31179.316) [-31185.003] (-31183.657) * [-31174.190] (-31180.390) (-31184.662) (-31174.291) -- 0:23:04
      473000 -- (-31176.436) [-31179.871] (-31186.822) (-31173.635) * (-31176.857) (-31187.644) (-31177.667) [-31177.254] -- 0:23:02
      473500 -- (-31183.864) (-31181.296) [-31186.475] (-31176.782) * (-31199.145) (-31186.161) (-31180.174) [-31174.652] -- 0:23:01
      474000 -- (-31183.758) [-31171.542] (-31179.287) (-31184.686) * (-31174.737) [-31179.220] (-31188.056) (-31181.970) -- 0:23:00
      474500 -- (-31181.584) [-31173.946] (-31178.006) (-31179.394) * (-31180.261) (-31175.862) (-31180.290) [-31179.400] -- 0:22:58
      475000 -- (-31179.039) [-31174.980] (-31175.881) (-31194.217) * [-31179.487] (-31180.417) (-31181.895) (-31179.504) -- 0:22:57

      Average standard deviation of split frequencies: 0.000141

      475500 -- (-31189.394) (-31180.376) [-31172.325] (-31193.395) * (-31185.417) (-31175.591) (-31174.857) [-31175.296] -- 0:22:55
      476000 -- (-31180.434) (-31183.768) [-31176.306] (-31175.110) * [-31171.125] (-31176.213) (-31183.310) (-31183.271) -- 0:22:54
      476500 -- (-31177.915) (-31179.640) [-31174.801] (-31172.739) * (-31173.879) [-31174.810] (-31175.533) (-31184.220) -- 0:22:53
      477000 -- (-31178.889) (-31180.645) (-31176.523) [-31179.552] * (-31177.919) (-31175.842) (-31174.943) [-31180.488] -- 0:22:51
      477500 -- (-31178.771) [-31177.520] (-31171.461) (-31176.272) * (-31183.527) (-31179.996) [-31173.029] (-31181.600) -- 0:22:49
      478000 -- (-31185.146) (-31184.369) (-31185.829) [-31173.676] * (-31172.228) (-31172.726) [-31174.543] (-31177.121) -- 0:22:49
      478500 -- (-31173.783) (-31188.757) (-31175.105) [-31174.551] * (-31175.866) (-31174.454) [-31179.293] (-31174.806) -- 0:22:47
      479000 -- (-31177.365) [-31177.635] (-31181.397) (-31178.910) * (-31180.855) [-31176.582] (-31174.336) (-31172.857) -- 0:22:46
      479500 -- [-31178.140] (-31174.861) (-31179.697) (-31181.436) * [-31178.118] (-31176.929) (-31180.756) (-31178.734) -- 0:22:45
      480000 -- [-31179.250] (-31182.380) (-31174.056) (-31182.222) * (-31179.729) [-31177.976] (-31173.665) (-31180.621) -- 0:22:43

      Average standard deviation of split frequencies: 0.000140

      480500 -- (-31184.421) [-31180.976] (-31175.560) (-31187.673) * [-31175.611] (-31178.493) (-31179.982) (-31179.493) -- 0:22:42
      481000 -- (-31179.892) (-31177.285) [-31177.844] (-31184.165) * [-31183.624] (-31185.259) (-31181.967) (-31184.499) -- 0:22:40
      481500 -- (-31192.407) [-31176.272] (-31177.529) (-31181.558) * [-31180.607] (-31175.842) (-31181.354) (-31179.152) -- 0:22:40
      482000 -- (-31193.102) (-31180.260) (-31177.390) [-31179.559] * (-31176.978) [-31174.953] (-31179.354) (-31182.177) -- 0:22:38
      482500 -- (-31186.206) (-31179.123) [-31179.198] (-31181.011) * (-31180.495) [-31179.637] (-31176.944) (-31175.535) -- 0:22:36
      483000 -- (-31176.473) [-31174.904] (-31182.530) (-31173.455) * (-31188.729) (-31178.822) [-31174.821] (-31179.386) -- 0:22:36
      483500 -- (-31176.073) (-31189.299) (-31182.701) [-31177.327] * [-31180.358] (-31187.344) (-31180.832) (-31176.134) -- 0:22:34
      484000 -- [-31174.952] (-31190.475) (-31187.897) (-31174.893) * (-31178.618) (-31180.023) (-31185.103) [-31180.727] -- 0:22:32
      484500 -- (-31178.589) [-31174.733] (-31192.222) (-31173.518) * (-31188.200) (-31179.767) (-31177.972) [-31181.660] -- 0:22:32
      485000 -- (-31177.481) (-31177.703) (-31190.992) [-31176.471] * (-31176.419) (-31179.762) (-31180.257) [-31174.646] -- 0:22:30

      Average standard deviation of split frequencies: 0.000139

      485500 -- (-31176.568) [-31175.770] (-31176.901) (-31181.886) * (-31175.460) (-31178.237) (-31181.966) [-31172.349] -- 0:22:29
      486000 -- [-31175.268] (-31175.875) (-31174.910) (-31177.569) * [-31184.158] (-31177.401) (-31183.875) (-31179.317) -- 0:22:27
      486500 -- (-31179.949) (-31177.021) (-31179.231) [-31172.184] * (-31180.783) [-31174.599] (-31182.975) (-31182.514) -- 0:22:26
      487000 -- (-31182.789) (-31179.606) (-31177.539) [-31182.618] * (-31177.988) (-31182.819) [-31178.176] (-31169.789) -- 0:22:25
      487500 -- [-31174.118] (-31184.268) (-31182.971) (-31175.801) * (-31171.593) [-31178.744] (-31181.451) (-31178.407) -- 0:22:23
      488000 -- (-31176.774) (-31180.738) [-31176.751] (-31178.738) * (-31182.108) (-31172.929) (-31178.163) [-31179.140] -- 0:22:22
      488500 -- [-31170.700] (-31179.795) (-31174.390) (-31188.136) * [-31171.274] (-31180.399) (-31176.165) (-31180.490) -- 0:22:21
      489000 -- [-31173.057] (-31168.995) (-31183.126) (-31179.327) * (-31180.087) (-31175.717) [-31177.827] (-31182.054) -- 0:22:19
      489500 -- (-31174.941) (-31178.688) (-31190.626) [-31177.303] * (-31181.498) [-31180.907] (-31181.996) (-31182.601) -- 0:22:18
      490000 -- (-31176.144) (-31180.190) [-31186.923] (-31175.094) * (-31186.086) [-31183.222] (-31181.972) (-31173.689) -- 0:22:17

      Average standard deviation of split frequencies: 0.000137

      490500 -- [-31186.863] (-31174.567) (-31188.839) (-31178.316) * [-31186.198] (-31177.581) (-31180.919) (-31181.209) -- 0:22:15
      491000 -- (-31181.483) [-31182.303] (-31178.971) (-31186.156) * (-31178.938) (-31176.614) [-31172.823] (-31177.449) -- 0:22:14
      491500 -- [-31190.905] (-31182.321) (-31179.670) (-31181.254) * (-31185.401) (-31184.552) (-31182.931) [-31176.310] -- 0:22:13
      492000 -- (-31179.049) (-31177.551) [-31177.865] (-31179.822) * (-31185.125) (-31179.474) [-31175.027] (-31175.927) -- 0:22:11
      492500 -- (-31184.730) [-31176.460] (-31183.282) (-31180.839) * (-31180.051) (-31178.078) [-31181.337] (-31174.411) -- 0:22:10
      493000 -- (-31180.704) [-31187.514] (-31174.009) (-31185.536) * [-31181.782] (-31176.702) (-31180.285) (-31179.024) -- 0:22:09
      493500 -- [-31173.153] (-31174.389) (-31176.341) (-31184.947) * (-31182.739) (-31177.881) [-31180.737] (-31175.799) -- 0:22:08
      494000 -- (-31181.824) (-31180.757) (-31182.447) [-31180.392] * [-31179.418] (-31186.132) (-31184.765) (-31173.278) -- 0:22:06
      494500 -- (-31172.384) [-31170.356] (-31173.488) (-31176.652) * (-31172.806) (-31178.522) (-31185.643) [-31180.312] -- 0:22:04
      495000 -- (-31177.381) [-31176.968] (-31178.904) (-31176.335) * [-31172.183] (-31176.961) (-31180.551) (-31180.028) -- 0:22:04

      Average standard deviation of split frequencies: 0.000136

      495500 -- (-31183.660) [-31177.701] (-31188.283) (-31181.438) * [-31168.666] (-31176.930) (-31177.300) (-31180.694) -- 0:22:02
      496000 -- (-31178.105) [-31177.616] (-31189.793) (-31176.249) * [-31181.856] (-31181.507) (-31182.318) (-31183.223) -- 0:22:00
      496500 -- (-31182.594) (-31187.743) (-31193.853) [-31179.678] * (-31177.991) (-31177.888) (-31185.769) [-31189.092] -- 0:22:00
      497000 -- (-31183.225) (-31183.651) (-31183.011) [-31177.653] * (-31177.364) (-31178.777) [-31177.014] (-31192.004) -- 0:21:58
      497500 -- (-31193.733) (-31184.422) [-31181.341] (-31184.239) * [-31170.826] (-31182.625) (-31178.927) (-31175.498) -- 0:21:57
      498000 -- (-31174.961) (-31182.249) [-31185.148] (-31184.062) * (-31178.528) (-31180.036) [-31172.063] (-31180.874) -- 0:21:55
      498500 -- (-31175.239) (-31185.031) [-31173.079] (-31183.778) * (-31176.341) (-31181.100) [-31183.578] (-31184.353) -- 0:21:54
      499000 -- [-31177.220] (-31188.108) (-31181.024) (-31185.444) * (-31175.288) (-31176.956) (-31189.555) [-31172.771] -- 0:21:53
      499500 -- (-31177.023) (-31177.093) [-31186.260] (-31172.713) * [-31182.258] (-31183.127) (-31175.944) (-31184.593) -- 0:21:51
      500000 -- [-31183.898] (-31177.811) (-31178.437) (-31179.286) * (-31175.779) (-31189.373) [-31178.681] (-31180.448) -- 0:21:51

      Average standard deviation of split frequencies: 0.000135

      500500 -- (-31185.773) [-31179.498] (-31175.331) (-31181.620) * (-31185.327) (-31178.385) [-31182.020] (-31175.527) -- 0:21:49
      501000 -- (-31188.456) (-31184.824) [-31176.396] (-31178.709) * [-31176.332] (-31176.759) (-31178.714) (-31188.681) -- 0:21:47
      501500 -- [-31189.030] (-31179.333) (-31179.907) (-31172.883) * (-31188.662) [-31171.690] (-31183.564) (-31192.452) -- 0:21:47
      502000 -- (-31188.047) (-31178.609) (-31182.168) [-31184.645] * (-31184.315) (-31174.054) [-31175.225] (-31178.591) -- 0:21:45
      502500 -- (-31185.696) (-31170.351) [-31174.614] (-31176.451) * (-31175.934) [-31178.151] (-31179.061) (-31177.826) -- 0:21:43
      503000 -- (-31175.650) (-31181.869) (-31178.243) [-31182.738] * (-31183.127) (-31182.167) (-31187.635) [-31181.096] -- 0:21:42
      503500 -- (-31171.468) [-31177.632] (-31181.404) (-31183.206) * (-31186.201) (-31185.731) [-31176.794] (-31184.053) -- 0:21:41
      504000 -- (-31172.804) [-31183.521] (-31182.740) (-31174.297) * (-31187.179) [-31183.867] (-31190.995) (-31174.931) -- 0:21:40
      504500 -- (-31180.961) [-31173.820] (-31173.150) (-31173.035) * (-31193.476) (-31184.753) (-31188.708) [-31176.033] -- 0:21:38
      505000 -- (-31189.835) (-31175.890) [-31173.675] (-31170.230) * (-31194.147) (-31192.228) [-31185.494] (-31179.326) -- 0:21:37

      Average standard deviation of split frequencies: 0.000133

      505500 -- [-31188.220] (-31181.883) (-31181.953) (-31176.525) * (-31186.310) [-31174.189] (-31186.278) (-31186.321) -- 0:21:36
      506000 -- (-31189.873) (-31175.408) [-31182.774] (-31179.633) * (-31176.939) [-31171.297] (-31185.328) (-31182.906) -- 0:21:34
      506500 -- (-31178.819) (-31188.915) (-31182.321) [-31176.615] * (-31181.192) (-31181.145) (-31185.747) [-31175.358] -- 0:21:32
      507000 -- (-31176.956) (-31176.126) [-31177.477] (-31186.202) * (-31189.071) (-31190.116) [-31181.563] (-31182.783) -- 0:21:32
      507500 -- (-31177.447) (-31177.215) [-31176.928] (-31184.128) * (-31178.049) (-31175.161) [-31185.463] (-31176.509) -- 0:21:30
      508000 -- [-31174.300] (-31180.014) (-31181.687) (-31178.605) * (-31178.359) (-31176.860) (-31186.013) [-31174.020] -- 0:21:29
      508500 -- [-31176.926] (-31183.519) (-31180.266) (-31181.099) * [-31172.619] (-31187.487) (-31180.436) (-31185.151) -- 0:21:28
      509000 -- (-31174.121) (-31174.805) (-31179.633) [-31175.244] * [-31177.987] (-31185.689) (-31176.482) (-31185.500) -- 0:21:26
      509500 -- [-31182.496] (-31176.809) (-31185.343) (-31174.259) * (-31170.354) (-31184.643) (-31187.781) [-31183.194] -- 0:21:25
      510000 -- (-31182.535) [-31175.029] (-31185.476) (-31173.798) * (-31174.002) (-31183.045) [-31182.757] (-31179.681) -- 0:21:23

      Average standard deviation of split frequencies: 0.000132

      510500 -- [-31184.756] (-31180.176) (-31181.224) (-31173.556) * (-31187.112) [-31173.542] (-31181.522) (-31177.667) -- 0:21:22
      511000 -- (-31175.685) (-31180.225) (-31190.663) [-31176.366] * (-31176.754) [-31176.251] (-31189.744) (-31183.201) -- 0:21:21
      511500 -- (-31176.546) (-31184.391) (-31181.732) [-31179.132] * [-31171.687] (-31174.352) (-31192.039) (-31180.708) -- 0:21:19
      512000 -- (-31173.261) (-31185.740) [-31176.964] (-31192.462) * (-31188.801) [-31169.766] (-31176.322) (-31186.305) -- 0:21:19
      512500 -- [-31185.560] (-31185.217) (-31180.251) (-31181.117) * (-31173.489) (-31176.687) [-31170.170] (-31176.734) -- 0:21:17
      513000 -- (-31184.384) [-31183.489] (-31180.231) (-31186.957) * (-31182.570) [-31175.332] (-31172.815) (-31180.308) -- 0:21:15
      513500 -- (-31173.850) (-31180.922) [-31179.956] (-31177.513) * (-31180.116) [-31179.152] (-31175.205) (-31191.912) -- 0:21:15
      514000 -- [-31176.625] (-31179.534) (-31182.160) (-31174.588) * (-31175.917) (-31182.704) [-31175.154] (-31186.114) -- 0:21:13
      514500 -- (-31176.230) (-31174.317) (-31189.967) [-31181.429] * (-31188.075) (-31193.472) [-31181.028] (-31172.276) -- 0:21:12
      515000 -- (-31174.860) [-31181.240] (-31189.620) (-31172.488) * (-31177.668) (-31186.543) [-31175.166] (-31182.532) -- 0:21:10

      Average standard deviation of split frequencies: 0.000131

      515500 -- (-31176.534) (-31176.732) [-31176.966] (-31171.161) * (-31178.569) (-31186.665) (-31175.797) [-31181.382] -- 0:21:09
      516000 -- (-31178.532) [-31171.321] (-31175.296) (-31187.193) * (-31182.559) (-31179.544) (-31184.527) [-31170.914] -- 0:21:08
      516500 -- [-31173.946] (-31174.558) (-31184.350) (-31185.647) * (-31187.456) (-31178.651) [-31180.216] (-31175.469) -- 0:21:06
      517000 -- (-31185.978) (-31183.767) (-31184.767) [-31192.824] * [-31172.454] (-31184.682) (-31179.959) (-31187.543) -- 0:21:05
      517500 -- [-31179.464] (-31173.814) (-31178.450) (-31172.667) * [-31174.817] (-31177.578) (-31185.889) (-31181.309) -- 0:21:04
      518000 -- (-31180.840) [-31178.937] (-31183.217) (-31183.157) * (-31171.930) (-31188.574) (-31182.617) [-31181.309] -- 0:21:02
      518500 -- (-31186.194) (-31178.521) (-31179.568) [-31182.514] * (-31195.530) (-31179.728) [-31173.416] (-31177.462) -- 0:21:02
      519000 -- (-31180.740) (-31188.106) [-31188.592] (-31184.152) * [-31174.856] (-31178.787) (-31185.942) (-31175.749) -- 0:21:00
      519500 -- [-31176.523] (-31181.285) (-31181.226) (-31179.601) * [-31174.686] (-31178.185) (-31177.914) (-31175.197) -- 0:20:58
      520000 -- (-31176.317) (-31184.677) (-31178.216) [-31174.134] * (-31180.605) (-31180.276) (-31178.271) [-31183.725] -- 0:20:57

      Average standard deviation of split frequencies: 0.000129

      520500 -- (-31174.005) (-31178.535) (-31183.957) [-31179.855] * [-31184.105] (-31187.204) (-31186.989) (-31177.103) -- 0:20:56
      521000 -- (-31178.298) (-31176.026) (-31186.402) [-31187.375] * (-31179.490) (-31188.199) (-31174.616) [-31175.514] -- 0:20:54
      521500 -- (-31177.877) [-31172.258] (-31180.484) (-31178.293) * (-31169.400) (-31181.575) [-31177.039] (-31183.495) -- 0:20:53
      522000 -- [-31174.372] (-31172.101) (-31183.261) (-31175.598) * (-31181.222) (-31185.535) [-31174.536] (-31193.454) -- 0:20:52
      522500 -- (-31173.744) [-31179.153] (-31180.627) (-31176.663) * [-31170.442] (-31177.161) (-31175.165) (-31190.669) -- 0:20:51
      523000 -- [-31177.873] (-31178.009) (-31169.652) (-31175.992) * (-31179.863) (-31176.696) [-31177.907] (-31181.230) -- 0:20:49
      523500 -- [-31175.816] (-31182.071) (-31180.705) (-31190.109) * (-31178.820) [-31174.333] (-31177.424) (-31185.806) -- 0:20:48
      524000 -- (-31177.676) (-31185.468) (-31174.925) [-31175.103] * (-31180.519) [-31172.264] (-31182.703) (-31175.255) -- 0:20:47
      524500 -- (-31195.048) (-31177.590) [-31172.247] (-31177.210) * (-31178.774) [-31175.732] (-31180.504) (-31178.345) -- 0:20:45
      525000 -- (-31178.037) (-31182.621) (-31176.446) [-31179.634] * [-31186.495] (-31176.923) (-31179.369) (-31177.754) -- 0:20:44

      Average standard deviation of split frequencies: 0.000128

      525500 -- (-31181.925) (-31185.080) (-31181.129) [-31183.846] * (-31175.909) (-31180.252) [-31179.057] (-31190.186) -- 0:20:43
      526000 -- [-31181.978] (-31186.142) (-31184.365) (-31180.482) * [-31187.010] (-31174.963) (-31174.113) (-31178.849) -- 0:20:41
      526500 -- (-31178.353) (-31181.584) (-31184.370) [-31178.384] * (-31184.001) (-31179.528) (-31177.731) [-31173.658] -- 0:20:40
      527000 -- (-31179.395) (-31184.228) [-31170.776] (-31183.088) * (-31183.283) [-31171.811] (-31177.424) (-31178.925) -- 0:20:39
      527500 -- (-31180.681) (-31177.619) [-31175.438] (-31190.591) * (-31183.084) (-31185.395) (-31181.044) [-31172.897] -- 0:20:37
      528000 -- (-31181.878) (-31177.339) [-31177.115] (-31187.520) * (-31186.519) [-31179.751] (-31177.647) (-31176.969) -- 0:20:36
      528500 -- (-31181.907) (-31178.587) [-31175.769] (-31176.227) * (-31178.698) (-31184.301) [-31168.317] (-31171.093) -- 0:20:35
      529000 -- (-31180.577) [-31183.428] (-31171.879) (-31180.007) * (-31186.212) [-31176.469] (-31174.030) (-31171.295) -- 0:20:34
      529500 -- (-31176.746) [-31180.158] (-31178.793) (-31180.133) * (-31176.927) (-31169.352) (-31184.070) [-31178.677] -- 0:20:32
      530000 -- (-31180.617) [-31182.614] (-31183.343) (-31180.227) * [-31177.948] (-31173.401) (-31185.246) (-31178.297) -- 0:20:30

      Average standard deviation of split frequencies: 0.000127

      530500 -- (-31185.035) [-31187.814] (-31185.074) (-31176.137) * (-31177.698) [-31174.014] (-31176.550) (-31185.171) -- 0:20:30
      531000 -- (-31186.236) [-31180.563] (-31176.439) (-31179.218) * (-31177.915) (-31175.895) (-31174.470) [-31183.812] -- 0:20:28
      531500 -- [-31178.068] (-31192.630) (-31181.983) (-31181.048) * (-31182.296) [-31180.944] (-31177.369) (-31181.998) -- 0:20:27
      532000 -- (-31181.805) (-31179.374) (-31187.909) [-31171.637] * (-31175.140) (-31170.460) (-31174.501) [-31173.213] -- 0:20:26
      532500 -- (-31187.667) [-31177.319] (-31185.469) (-31189.439) * (-31174.742) (-31179.729) (-31179.044) [-31175.557] -- 0:20:24
      533000 -- (-31179.662) [-31176.812] (-31177.510) (-31180.287) * (-31168.945) [-31175.452] (-31177.391) (-31180.950) -- 0:20:23
      533500 -- [-31186.640] (-31172.888) (-31188.795) (-31195.139) * [-31174.946] (-31182.800) (-31177.073) (-31179.482) -- 0:20:22
      534000 -- (-31177.174) (-31177.762) (-31181.891) [-31180.512] * [-31177.045] (-31176.545) (-31182.292) (-31187.857) -- 0:20:20
      534500 -- (-31188.216) (-31177.972) (-31181.507) [-31175.572] * (-31174.516) [-31176.575] (-31174.925) (-31175.532) -- 0:20:19
      535000 -- (-31190.868) (-31183.188) [-31180.427] (-31181.938) * (-31177.691) (-31181.783) [-31170.875] (-31189.449) -- 0:20:17

      Average standard deviation of split frequencies: 0.000126

      535500 -- (-31188.477) (-31172.401) (-31181.934) [-31180.875] * (-31180.192) [-31174.251] (-31178.181) (-31178.133) -- 0:20:16
      536000 -- [-31178.656] (-31173.920) (-31174.042) (-31177.147) * (-31186.306) [-31181.470] (-31178.176) (-31171.774) -- 0:20:15
      536500 -- (-31184.462) [-31175.757] (-31170.202) (-31180.840) * (-31173.784) (-31181.274) [-31180.694] (-31174.038) -- 0:20:13
      537000 -- [-31180.740] (-31178.431) (-31180.944) (-31180.759) * (-31182.873) [-31180.770] (-31173.366) (-31173.700) -- 0:20:13
      537500 -- (-31179.893) (-31180.840) (-31177.952) [-31179.769] * (-31180.153) [-31188.386] (-31181.177) (-31184.256) -- 0:20:11
      538000 -- (-31191.711) (-31187.129) [-31172.636] (-31171.380) * (-31179.363) [-31177.742] (-31181.847) (-31193.400) -- 0:20:09
      538500 -- (-31179.512) [-31182.100] (-31171.716) (-31174.050) * (-31179.618) [-31176.705] (-31185.021) (-31171.895) -- 0:20:09
      539000 -- (-31181.957) (-31182.413) (-31171.775) [-31182.818] * (-31185.255) (-31182.267) [-31182.835] (-31181.355) -- 0:20:07
      539500 -- (-31174.189) [-31184.147] (-31181.085) (-31183.597) * (-31178.469) [-31178.178] (-31178.898) (-31183.526) -- 0:20:06
      540000 -- (-31181.146) [-31172.825] (-31177.710) (-31192.476) * (-31175.251) (-31187.984) (-31181.258) [-31181.015] -- 0:20:04

      Average standard deviation of split frequencies: 0.000125

      540500 -- (-31186.778) (-31182.926) [-31172.655] (-31179.716) * (-31177.701) [-31178.925] (-31183.985) (-31184.898) -- 0:20:03
      541000 -- [-31184.054] (-31178.460) (-31181.338) (-31179.949) * [-31181.867] (-31180.034) (-31185.701) (-31178.193) -- 0:20:02
      541500 -- (-31187.037) (-31179.351) (-31179.541) [-31181.263] * (-31178.244) (-31175.214) [-31179.517] (-31174.582) -- 0:20:00
      542000 -- (-31181.608) [-31187.925] (-31186.800) (-31176.759) * (-31180.875) (-31188.564) [-31176.697] (-31175.704) -- 0:19:59
      542500 -- (-31175.632) (-31177.537) (-31179.731) [-31180.327] * (-31174.340) (-31180.820) [-31178.651] (-31173.556) -- 0:19:58
      543000 -- [-31176.207] (-31179.604) (-31188.237) (-31176.631) * (-31174.045) (-31180.578) [-31171.244] (-31184.010) -- 0:19:56
      543500 -- [-31182.165] (-31183.708) (-31188.195) (-31176.416) * (-31181.947) (-31182.714) [-31177.835] (-31180.811) -- 0:19:55
      544000 -- (-31177.185) [-31181.170] (-31181.487) (-31184.689) * (-31180.836) [-31171.435] (-31178.314) (-31177.159) -- 0:19:54
      544500 -- (-31184.729) (-31187.066) [-31175.072] (-31180.010) * (-31186.481) (-31173.342) [-31176.553] (-31176.173) -- 0:19:52
      545000 -- (-31188.539) (-31180.420) (-31172.121) [-31185.145] * [-31186.291] (-31173.963) (-31174.184) (-31180.851) -- 0:19:51

      Average standard deviation of split frequencies: 0.000123

      545500 -- [-31186.053] (-31188.229) (-31184.127) (-31187.276) * [-31174.258] (-31181.245) (-31183.117) (-31175.124) -- 0:19:50
      546000 -- [-31180.739] (-31185.172) (-31181.157) (-31180.663) * [-31173.039] (-31183.021) (-31180.386) (-31172.653) -- 0:19:49
      546500 -- (-31183.993) (-31181.542) [-31176.971] (-31178.712) * (-31181.502) (-31185.241) [-31174.831] (-31175.187) -- 0:19:47
      547000 -- (-31180.558) (-31181.453) [-31184.843] (-31179.182) * (-31182.262) (-31188.177) (-31178.661) [-31174.949] -- 0:19:46
      547500 -- (-31185.296) [-31176.520] (-31185.997) (-31178.441) * [-31176.807] (-31187.135) (-31179.635) (-31176.461) -- 0:19:45
      548000 -- (-31175.958) (-31175.383) (-31181.937) [-31178.328] * [-31178.125] (-31190.817) (-31180.968) (-31186.651) -- 0:19:43
      548500 -- (-31173.367) (-31173.028) (-31193.439) [-31176.057] * [-31185.959] (-31180.699) (-31182.803) (-31187.613) -- 0:19:42
      549000 -- [-31174.811] (-31185.720) (-31188.966) (-31181.050) * (-31179.876) (-31181.093) (-31182.058) [-31172.020] -- 0:19:41
      549500 -- (-31177.594) (-31186.338) [-31184.918] (-31176.816) * [-31180.138] (-31185.762) (-31185.612) (-31182.424) -- 0:19:39
      550000 -- [-31177.229] (-31182.358) (-31184.878) (-31177.749) * [-31172.737] (-31179.326) (-31177.448) (-31177.586) -- 0:19:38

      Average standard deviation of split frequencies: 0.000122

      550500 -- (-31179.209) (-31184.131) (-31179.482) [-31178.985] * [-31177.391] (-31178.881) (-31186.115) (-31182.225) -- 0:19:37
      551000 -- [-31179.371] (-31177.393) (-31179.883) (-31176.953) * [-31178.405] (-31179.853) (-31181.915) (-31181.882) -- 0:19:35
      551500 -- [-31180.967] (-31185.548) (-31182.086) (-31180.456) * (-31175.592) [-31174.288] (-31185.044) (-31180.462) -- 0:19:34
      552000 -- [-31175.552] (-31184.254) (-31185.563) (-31189.879) * (-31178.269) (-31181.165) (-31172.752) [-31172.843] -- 0:19:33
      552500 -- [-31173.735] (-31186.441) (-31183.561) (-31184.385) * [-31181.293] (-31180.341) (-31170.763) (-31178.331) -- 0:19:32
      553000 -- [-31177.670] (-31178.326) (-31186.440) (-31179.992) * (-31181.961) (-31176.236) (-31175.731) [-31171.600] -- 0:19:30
      553500 -- (-31186.243) (-31178.231) [-31171.303] (-31185.341) * (-31169.674) (-31188.101) [-31183.236] (-31181.930) -- 0:19:28
      554000 -- (-31172.921) (-31180.859) (-31173.572) [-31181.087] * (-31183.130) (-31169.400) [-31178.283] (-31186.295) -- 0:19:28
      554500 -- (-31182.594) (-31177.136) [-31178.057] (-31184.760) * (-31178.963) [-31171.713] (-31186.853) (-31186.223) -- 0:19:26
      555000 -- (-31199.663) (-31177.647) (-31181.833) [-31179.194] * (-31184.280) (-31176.193) [-31185.925] (-31182.956) -- 0:19:25

      Average standard deviation of split frequencies: 0.000121

      555500 -- (-31178.635) (-31181.206) [-31176.840] (-31179.929) * (-31176.213) (-31174.840) [-31174.321] (-31176.261) -- 0:19:24
      556000 -- (-31183.958) (-31178.720) (-31171.048) [-31175.069] * [-31179.321] (-31174.445) (-31175.727) (-31194.495) -- 0:19:22
      556500 -- (-31184.762) (-31177.871) (-31174.919) [-31180.719] * (-31178.097) (-31174.884) (-31177.683) [-31182.660] -- 0:19:21
      557000 -- (-31194.022) [-31180.220] (-31178.706) (-31173.423) * (-31173.141) [-31178.475] (-31174.672) (-31176.499) -- 0:19:19
      557500 -- (-31179.702) (-31179.307) [-31175.553] (-31178.319) * [-31171.485] (-31176.998) (-31180.803) (-31180.715) -- 0:19:18
      558000 -- (-31186.667) (-31177.073) (-31181.834) [-31178.323] * [-31182.288] (-31178.319) (-31176.564) (-31180.638) -- 0:19:17
      558500 -- (-31182.489) (-31179.242) (-31178.779) [-31172.936] * (-31179.399) [-31179.986] (-31199.196) (-31177.031) -- 0:19:15
      559000 -- (-31184.002) (-31189.251) (-31170.250) [-31174.456] * (-31182.486) (-31179.793) [-31179.758] (-31176.469) -- 0:19:14
      559500 -- (-31176.187) (-31181.269) [-31178.660] (-31184.668) * (-31188.446) (-31183.285) (-31182.606) [-31177.620] -- 0:19:13
      560000 -- (-31178.402) (-31175.871) [-31177.705] (-31179.765) * (-31183.086) [-31178.307] (-31188.492) (-31171.646) -- 0:19:11

      Average standard deviation of split frequencies: 0.000120

      560500 -- (-31185.892) (-31174.790) (-31171.950) [-31186.279] * (-31174.773) [-31179.949] (-31190.510) (-31182.040) -- 0:19:11
      561000 -- (-31181.421) (-31178.400) (-31180.457) [-31179.818] * [-31172.796] (-31174.392) (-31185.336) (-31183.107) -- 0:19:09
      561500 -- (-31180.850) (-31174.383) [-31177.084] (-31188.553) * (-31187.806) [-31176.298] (-31180.714) (-31180.099) -- 0:19:07
      562000 -- (-31170.524) [-31176.585] (-31178.516) (-31183.599) * (-31179.237) (-31179.102) [-31178.533] (-31172.036) -- 0:19:06
      562500 -- (-31184.344) (-31178.002) (-31182.271) [-31172.427] * (-31179.981) (-31179.917) [-31176.893] (-31184.955) -- 0:19:05
      563000 -- (-31179.363) [-31175.554] (-31178.112) (-31173.835) * (-31176.742) (-31182.065) (-31180.676) [-31177.779] -- 0:19:04
      563500 -- (-31178.683) [-31184.769] (-31175.366) (-31179.879) * (-31174.613) (-31184.774) (-31180.333) [-31177.075] -- 0:19:02
      564000 -- (-31181.110) (-31185.350) (-31177.072) [-31180.513] * (-31172.091) (-31175.640) (-31179.602) [-31175.197] -- 0:19:01
      564500 -- (-31181.662) [-31174.610] (-31187.171) (-31185.974) * (-31178.501) (-31174.047) (-31172.842) [-31174.656] -- 0:19:00
      565000 -- (-31174.961) [-31175.260] (-31179.635) (-31179.893) * (-31178.560) (-31192.165) (-31174.617) [-31175.292] -- 0:18:58

      Average standard deviation of split frequencies: 0.000119

      565500 -- (-31178.160) (-31173.791) [-31178.253] (-31182.157) * [-31178.711] (-31188.848) (-31200.123) (-31178.117) -- 0:18:57
      566000 -- (-31177.408) [-31183.993] (-31174.217) (-31173.884) * (-31185.547) (-31174.676) (-31191.872) [-31180.994] -- 0:18:56
      566500 -- (-31187.098) [-31181.009] (-31179.079) (-31176.716) * [-31178.065] (-31183.348) (-31176.151) (-31178.496) -- 0:18:54
      567000 -- (-31180.620) (-31196.830) [-31177.665] (-31191.009) * (-31176.355) [-31176.410] (-31179.693) (-31175.850) -- 0:18:53
      567500 -- [-31181.194] (-31186.908) (-31186.483) (-31183.568) * (-31174.000) (-31183.049) (-31174.855) [-31178.056] -- 0:18:52
      568000 -- (-31177.770) [-31191.180] (-31185.828) (-31188.519) * (-31182.305) (-31175.377) [-31174.556] (-31174.305) -- 0:18:50
      568500 -- (-31193.012) (-31176.740) [-31177.103] (-31181.213) * (-31181.832) (-31182.389) [-31175.202] (-31175.573) -- 0:18:50
      569000 -- (-31178.833) (-31189.257) [-31179.222] (-31176.138) * (-31186.648) (-31182.708) (-31185.243) [-31179.567] -- 0:18:48
      569500 -- [-31178.086] (-31177.087) (-31181.399) (-31180.621) * (-31177.678) (-31180.859) (-31182.364) [-31171.117] -- 0:18:47
      570000 -- (-31184.159) [-31177.120] (-31172.486) (-31186.231) * [-31175.574] (-31174.953) (-31179.761) (-31180.998) -- 0:18:46

      Average standard deviation of split frequencies: 0.000118

      570500 -- [-31184.935] (-31188.232) (-31174.710) (-31186.711) * (-31169.784) [-31175.518] (-31171.788) (-31188.003) -- 0:18:44
      571000 -- (-31175.121) (-31186.387) (-31177.115) [-31171.669] * [-31174.961] (-31172.912) (-31179.883) (-31183.143) -- 0:18:43
      571500 -- (-31180.832) (-31180.374) (-31176.177) [-31169.161] * (-31176.204) (-31183.084) [-31176.215] (-31184.447) -- 0:18:41
      572000 -- [-31171.737] (-31177.448) (-31179.847) (-31184.980) * (-31179.182) [-31180.337] (-31183.603) (-31180.640) -- 0:18:40
      572500 -- (-31179.577) (-31186.210) [-31172.609] (-31180.391) * (-31178.585) [-31180.276] (-31172.832) (-31189.883) -- 0:18:39
      573000 -- (-31175.024) [-31173.269] (-31182.778) (-31185.643) * (-31176.710) (-31181.003) [-31176.455] (-31173.835) -- 0:18:37
      573500 -- [-31173.201] (-31186.420) (-31177.322) (-31185.058) * [-31175.421] (-31186.439) (-31176.918) (-31171.882) -- 0:18:37
      574000 -- [-31167.367] (-31175.267) (-31174.755) (-31189.816) * (-31184.247) [-31179.126] (-31188.268) (-31180.402) -- 0:18:35
      574500 -- [-31174.206] (-31172.796) (-31181.794) (-31188.280) * (-31180.163) [-31173.059] (-31190.876) (-31176.150) -- 0:18:33
      575000 -- [-31180.106] (-31177.568) (-31175.365) (-31185.673) * (-31182.719) (-31186.764) [-31191.108] (-31176.213) -- 0:18:33

      Average standard deviation of split frequencies: 0.000117

      575500 -- (-31177.306) (-31193.115) (-31178.572) [-31180.399] * (-31179.955) [-31179.373] (-31181.329) (-31185.916) -- 0:18:31
      576000 -- (-31182.025) (-31183.531) (-31176.667) [-31174.698] * (-31179.696) (-31178.329) [-31178.623] (-31183.347) -- 0:18:30
      576500 -- (-31185.278) (-31178.105) (-31177.544) [-31179.162] * (-31185.910) (-31181.408) [-31176.785] (-31180.857) -- 0:18:28
      577000 -- (-31179.149) (-31178.171) (-31180.049) [-31172.712] * (-31181.292) (-31184.170) [-31176.123] (-31179.876) -- 0:18:27
      577500 -- [-31174.333] (-31183.252) (-31176.268) (-31179.328) * (-31175.655) (-31189.502) [-31172.033] (-31171.157) -- 0:18:26
      578000 -- (-31173.114) (-31189.844) (-31194.053) [-31173.143] * (-31179.387) (-31173.097) [-31175.819] (-31173.506) -- 0:18:24
      578500 -- (-31173.346) [-31181.096] (-31183.418) (-31176.316) * (-31181.769) (-31175.892) (-31173.469) [-31168.990] -- 0:18:23
      579000 -- (-31183.914) (-31178.734) (-31183.825) [-31177.484] * [-31172.399] (-31170.839) (-31174.828) (-31178.291) -- 0:18:22
      579500 -- [-31173.284] (-31176.008) (-31184.096) (-31176.047) * (-31181.185) [-31177.801] (-31179.798) (-31179.613) -- 0:18:20
      580000 -- [-31180.774] (-31179.751) (-31172.230) (-31169.852) * [-31174.649] (-31187.037) (-31174.839) (-31178.475) -- 0:18:19

      Average standard deviation of split frequencies: 0.000116

      580500 -- (-31184.233) (-31181.865) (-31175.711) [-31174.260] * (-31178.272) [-31175.533] (-31174.183) (-31179.668) -- 0:18:18
      581000 -- (-31179.184) (-31181.080) (-31175.328) [-31180.425] * [-31179.706] (-31173.582) (-31178.901) (-31188.201) -- 0:18:16
      581500 -- (-31176.156) (-31181.140) [-31172.580] (-31174.775) * [-31181.429] (-31181.824) (-31186.498) (-31186.208) -- 0:18:16
      582000 -- [-31179.031] (-31179.542) (-31182.258) (-31182.771) * [-31173.103] (-31181.981) (-31187.129) (-31189.986) -- 0:18:14
      582500 -- (-31183.772) (-31175.300) [-31180.652] (-31176.303) * (-31174.634) (-31182.693) (-31180.750) [-31177.792] -- 0:18:13
      583000 -- (-31177.565) [-31183.808] (-31179.034) (-31182.610) * (-31174.705) [-31180.597] (-31191.825) (-31179.701) -- 0:18:12
      583500 -- (-31179.860) (-31184.317) [-31174.502] (-31186.977) * (-31179.860) [-31178.731] (-31195.439) (-31177.965) -- 0:18:10
      584000 -- (-31177.323) [-31182.558] (-31171.388) (-31180.378) * (-31189.526) (-31172.218) [-31181.591] (-31181.384) -- 0:18:09
      584500 -- (-31180.640) (-31186.631) (-31175.459) [-31182.784] * (-31178.274) [-31179.123] (-31188.989) (-31182.552) -- 0:18:08
      585000 -- (-31178.908) (-31174.154) [-31176.853] (-31177.236) * (-31189.781) (-31182.575) (-31191.571) [-31179.531] -- 0:18:06

      Average standard deviation of split frequencies: 0.000115

      585500 -- (-31182.425) [-31180.787] (-31176.764) (-31179.140) * [-31180.104] (-31171.954) (-31183.815) (-31184.118) -- 0:18:05
      586000 -- (-31188.222) [-31176.511] (-31173.658) (-31180.202) * (-31188.286) [-31178.919] (-31188.034) (-31173.149) -- 0:18:04
      586500 -- (-31188.298) (-31183.731) (-31176.546) [-31173.545] * (-31184.981) (-31181.391) [-31177.098] (-31176.775) -- 0:18:02
      587000 -- (-31178.078) (-31181.715) [-31171.286] (-31187.892) * [-31177.169] (-31180.509) (-31179.099) (-31180.669) -- 0:18:01
      587500 -- (-31175.575) (-31184.357) [-31176.643] (-31180.604) * [-31180.460] (-31185.026) (-31186.574) (-31184.021) -- 0:18:00
      588000 -- (-31185.939) [-31179.333] (-31174.179) (-31184.409) * (-31201.522) [-31180.353] (-31172.447) (-31181.433) -- 0:17:59
      588500 -- (-31181.992) [-31178.261] (-31185.290) (-31177.856) * (-31186.464) (-31183.518) [-31177.907] (-31176.787) -- 0:17:57
      589000 -- (-31184.748) [-31179.526] (-31184.944) (-31188.802) * (-31184.172) [-31176.784] (-31175.077) (-31175.464) -- 0:17:56
      589500 -- (-31183.611) (-31177.043) [-31191.682] (-31182.163) * (-31181.891) (-31182.062) [-31178.697] (-31177.854) -- 0:17:55
      590000 -- (-31176.842) (-31177.019) [-31178.384] (-31180.526) * (-31182.411) (-31177.139) (-31178.752) [-31175.331] -- 0:17:53

      Average standard deviation of split frequencies: 0.000114

      590500 -- [-31184.504] (-31178.065) (-31171.052) (-31180.604) * (-31177.999) (-31170.956) [-31169.698] (-31185.358) -- 0:17:52
      591000 -- (-31185.351) [-31175.880] (-31187.851) (-31180.481) * (-31174.620) (-31174.825) [-31172.855] (-31182.808) -- 0:17:51
      591500 -- (-31176.697) [-31174.123] (-31177.910) (-31184.892) * (-31177.581) [-31178.131] (-31183.781) (-31188.783) -- 0:17:49
      592000 -- (-31176.169) (-31174.545) [-31180.729] (-31181.532) * (-31185.700) [-31168.072] (-31186.705) (-31182.206) -- 0:17:48
      592500 -- [-31171.853] (-31182.211) (-31178.617) (-31180.210) * (-31186.991) [-31168.057] (-31170.896) (-31181.699) -- 0:17:47
      593000 -- [-31174.219] (-31177.611) (-31180.043) (-31181.948) * (-31189.413) [-31178.259] (-31187.101) (-31187.752) -- 0:17:45
      593500 -- [-31172.871] (-31194.886) (-31186.730) (-31178.795) * (-31180.970) (-31186.998) (-31183.713) [-31175.572] -- 0:17:44
      594000 -- [-31174.727] (-31183.082) (-31180.155) (-31176.167) * (-31181.431) (-31174.150) (-31176.124) [-31171.534] -- 0:17:43
      594500 -- (-31183.042) (-31186.799) [-31176.838] (-31179.914) * (-31187.404) (-31187.063) (-31183.890) [-31176.369] -- 0:17:42
      595000 -- (-31184.414) (-31182.186) (-31175.163) [-31173.561] * [-31180.172] (-31191.810) (-31174.839) (-31176.124) -- 0:17:40

      Average standard deviation of split frequencies: 0.000113

      595500 -- (-31175.533) (-31186.878) [-31178.801] (-31180.028) * [-31178.056] (-31183.214) (-31186.823) (-31178.232) -- 0:17:38
      596000 -- [-31174.291] (-31181.210) (-31181.973) (-31174.262) * [-31182.741] (-31177.083) (-31182.685) (-31185.944) -- 0:17:38
      596500 -- (-31184.141) [-31175.382] (-31181.331) (-31178.447) * (-31180.535) (-31179.235) (-31189.755) [-31176.100] -- 0:17:36
      597000 -- (-31179.244) (-31176.980) (-31188.069) [-31180.594] * [-31179.634] (-31173.307) (-31183.338) (-31183.015) -- 0:17:35
      597500 -- (-31178.343) (-31176.621) [-31177.677] (-31184.204) * (-31175.826) (-31178.442) (-31184.251) [-31184.627] -- 0:17:34
      598000 -- [-31178.034] (-31176.021) (-31186.572) (-31181.682) * (-31180.414) (-31176.736) (-31177.120) [-31177.800] -- 0:17:32
      598500 -- (-31176.055) [-31183.787] (-31190.561) (-31177.261) * [-31179.712] (-31186.120) (-31183.435) (-31176.025) -- 0:17:31
      599000 -- [-31179.723] (-31193.409) (-31189.878) (-31187.848) * (-31173.632) (-31179.304) [-31178.008] (-31183.738) -- 0:17:29
      599500 -- [-31178.297] (-31193.799) (-31192.228) (-31195.059) * [-31174.254] (-31183.156) (-31181.953) (-31179.640) -- 0:17:28
      600000 -- (-31185.844) [-31181.847] (-31181.071) (-31189.437) * [-31179.881] (-31180.966) (-31178.555) (-31187.680) -- 0:17:27

      Average standard deviation of split frequencies: 0.000112

      600500 -- [-31181.430] (-31181.263) (-31178.414) (-31186.178) * (-31177.750) (-31178.601) [-31176.904] (-31184.861) -- 0:17:25
      601000 -- (-31190.151) (-31183.130) [-31184.839] (-31179.761) * [-31179.041] (-31181.460) (-31177.428) (-31191.678) -- 0:17:24
      601500 -- (-31175.380) (-31184.541) [-31182.510] (-31181.661) * (-31178.056) (-31171.090) [-31184.624] (-31185.665) -- 0:17:23
      602000 -- (-31188.398) (-31176.738) (-31179.257) [-31178.292] * (-31177.467) (-31180.473) [-31175.147] (-31182.571) -- 0:17:21
      602500 -- (-31185.461) (-31180.896) [-31174.055] (-31179.362) * (-31177.891) [-31180.906] (-31175.673) (-31180.370) -- 0:17:20
      603000 -- (-31178.240) (-31186.690) [-31181.916] (-31177.992) * (-31184.643) [-31185.404] (-31182.016) (-31174.987) -- 0:17:19
      603500 -- (-31187.598) [-31181.171] (-31176.805) (-31174.044) * [-31171.360] (-31189.401) (-31189.201) (-31184.490) -- 0:17:18
      604000 -- (-31178.266) (-31186.310) (-31173.989) [-31181.234] * (-31176.210) (-31177.102) [-31179.939] (-31191.444) -- 0:17:16
      604500 -- (-31184.435) (-31181.849) [-31180.262] (-31180.426) * (-31179.078) (-31176.081) (-31188.959) [-31178.349] -- 0:17:15
      605000 -- (-31177.020) (-31191.196) [-31177.670] (-31181.222) * (-31178.833) (-31183.989) (-31178.135) [-31179.152] -- 0:17:14

      Average standard deviation of split frequencies: 0.000111

      605500 -- (-31180.768) (-31176.077) [-31177.134] (-31180.222) * (-31179.722) (-31175.741) [-31184.347] (-31183.408) -- 0:17:12
      606000 -- (-31176.460) [-31177.961] (-31177.766) (-31180.792) * (-31188.385) (-31179.849) (-31183.131) [-31175.915] -- 0:17:11
      606500 -- [-31168.668] (-31176.715) (-31182.827) (-31172.584) * (-31173.635) (-31182.529) [-31176.436] (-31183.381) -- 0:17:10
      607000 -- [-31171.358] (-31172.030) (-31178.312) (-31189.029) * (-31177.826) (-31184.951) [-31185.537] (-31173.806) -- 0:17:08
      607500 -- (-31170.805) (-31177.859) (-31181.544) [-31174.581] * (-31177.313) [-31181.149] (-31182.942) (-31175.852) -- 0:17:07
      608000 -- (-31181.394) [-31177.498] (-31181.837) (-31187.597) * (-31173.715) [-31184.172] (-31178.198) (-31187.020) -- 0:17:06
      608500 -- (-31175.971) (-31179.948) [-31177.371] (-31182.584) * (-31179.818) (-31183.357) [-31173.319] (-31181.758) -- 0:17:04
      609000 -- [-31176.031] (-31181.573) (-31182.208) (-31181.475) * (-31178.604) [-31175.889] (-31177.646) (-31178.075) -- 0:17:03
      609500 -- (-31174.852) (-31183.694) (-31173.079) [-31175.682] * (-31187.661) (-31191.489) [-31172.143] (-31174.589) -- 0:17:02
      610000 -- (-31177.067) (-31189.656) [-31172.808] (-31176.902) * (-31184.097) (-31182.390) [-31172.872] (-31185.320) -- 0:17:01

      Average standard deviation of split frequencies: 0.000110

      610500 -- (-31174.877) (-31180.874) (-31174.043) [-31172.353] * (-31179.847) (-31177.588) [-31178.215] (-31188.358) -- 0:16:59
      611000 -- (-31184.621) (-31179.017) (-31181.517) [-31179.261] * (-31181.524) (-31179.728) (-31179.667) [-31176.370] -- 0:16:58
      611500 -- (-31180.161) [-31175.381] (-31178.463) (-31183.142) * (-31182.061) (-31183.222) [-31179.366] (-31182.886) -- 0:16:57
      612000 -- (-31188.442) [-31180.044] (-31173.882) (-31186.472) * (-31187.835) [-31182.761] (-31180.305) (-31186.073) -- 0:16:55
      612500 -- (-31170.162) (-31173.443) (-31186.223) [-31180.037] * (-31175.642) [-31179.012] (-31173.107) (-31178.226) -- 0:16:54
      613000 -- [-31173.659] (-31169.862) (-31172.581) (-31187.636) * (-31183.209) (-31191.455) (-31180.777) [-31173.972] -- 0:16:53
      613500 -- (-31178.481) (-31178.990) (-31174.696) [-31181.029] * (-31178.526) [-31175.983] (-31184.937) (-31175.966) -- 0:16:51
      614000 -- (-31180.155) (-31183.798) (-31173.792) [-31178.415] * (-31188.045) [-31178.658] (-31185.362) (-31182.949) -- 0:16:50
      614500 -- (-31179.422) (-31181.176) (-31180.082) [-31180.476] * (-31178.509) (-31182.097) [-31189.848] (-31179.185) -- 0:16:48
      615000 -- (-31182.900) [-31179.546] (-31180.931) (-31180.591) * [-31177.397] (-31179.882) (-31189.178) (-31179.364) -- 0:16:47

      Average standard deviation of split frequencies: 0.000109

      615500 -- (-31175.191) (-31178.081) [-31169.516] (-31179.572) * [-31175.406] (-31189.142) (-31178.456) (-31179.208) -- 0:16:46
      616000 -- (-31181.792) [-31175.108] (-31174.630) (-31181.030) * (-31184.454) (-31176.106) [-31173.029] (-31182.176) -- 0:16:44
      616500 -- (-31182.212) [-31177.411] (-31176.133) (-31179.554) * (-31178.896) (-31176.131) [-31177.003] (-31183.117) -- 0:16:44
      617000 -- (-31181.197) (-31183.313) [-31173.773] (-31180.419) * [-31173.183] (-31182.399) (-31179.133) (-31179.301) -- 0:16:42
      617500 -- (-31191.448) (-31186.336) [-31184.297] (-31183.488) * [-31180.127] (-31191.741) (-31176.292) (-31189.658) -- 0:16:41
      618000 -- (-31182.465) (-31180.077) (-31178.092) [-31176.418] * (-31181.750) (-31176.227) (-31173.511) [-31180.750] -- 0:16:39
      618500 -- (-31188.158) (-31181.911) (-31176.662) [-31169.064] * (-31183.623) (-31177.207) [-31172.492] (-31177.915) -- 0:16:38
      619000 -- (-31176.305) [-31182.965] (-31169.969) (-31175.328) * (-31186.867) (-31183.929) (-31178.273) [-31182.602] -- 0:16:37
      619500 -- (-31176.579) (-31183.743) [-31171.943] (-31177.727) * (-31184.769) [-31178.646] (-31179.358) (-31178.707) -- 0:16:35
      620000 -- (-31184.454) [-31177.749] (-31173.966) (-31193.026) * (-31183.035) [-31180.563] (-31184.304) (-31175.337) -- 0:16:34

      Average standard deviation of split frequencies: 0.000109

      620500 -- (-31192.204) (-31181.055) (-31175.968) [-31190.601] * (-31184.353) (-31179.392) (-31179.207) [-31172.568] -- 0:16:33
      621000 -- (-31178.762) [-31174.064] (-31173.243) (-31177.558) * (-31184.544) (-31183.828) [-31183.508] (-31174.117) -- 0:16:31
      621500 -- (-31187.121) (-31181.177) [-31164.879] (-31182.808) * (-31178.669) (-31181.762) [-31177.815] (-31173.581) -- 0:16:30
      622000 -- [-31170.905] (-31177.128) (-31175.849) (-31185.230) * [-31181.766] (-31185.953) (-31170.536) (-31177.947) -- 0:16:29
      622500 -- (-31173.238) (-31198.521) [-31177.222] (-31185.241) * (-31175.065) (-31174.717) (-31178.089) [-31176.860] -- 0:16:27
      623000 -- (-31178.750) [-31184.050] (-31179.438) (-31177.235) * (-31178.903) (-31183.943) [-31173.721] (-31179.068) -- 0:16:26
      623500 -- (-31182.464) (-31178.876) [-31176.817] (-31178.285) * [-31187.677] (-31181.908) (-31172.492) (-31178.485) -- 0:16:25
      624000 -- (-31175.743) (-31182.169) [-31173.527] (-31179.924) * [-31177.482] (-31174.346) (-31181.086) (-31187.797) -- 0:16:23
      624500 -- (-31178.623) (-31181.058) (-31169.818) [-31176.565] * (-31186.316) (-31174.671) [-31175.723] (-31199.896) -- 0:16:22
      625000 -- (-31178.247) (-31193.580) [-31180.717] (-31183.808) * (-31187.009) [-31176.210] (-31179.936) (-31185.401) -- 0:16:21

      Average standard deviation of split frequencies: 0.000108

      625500 -- (-31182.566) (-31179.317) (-31183.554) [-31179.095] * (-31176.380) [-31174.442] (-31182.409) (-31192.204) -- 0:16:20
      626000 -- (-31184.967) (-31185.889) (-31182.291) [-31173.569] * (-31180.736) [-31172.071] (-31185.290) (-31187.218) -- 0:16:18
      626500 -- [-31177.532] (-31187.242) (-31178.866) (-31170.958) * (-31176.668) (-31179.552) [-31180.824] (-31183.488) -- 0:16:17
      627000 -- [-31172.665] (-31180.912) (-31183.610) (-31173.162) * [-31178.121] (-31176.798) (-31180.923) (-31178.110) -- 0:16:16
      627500 -- (-31175.651) (-31180.723) (-31185.493) [-31175.162] * [-31175.931] (-31180.241) (-31177.128) (-31176.858) -- 0:16:14
      628000 -- [-31181.638] (-31186.467) (-31182.006) (-31181.351) * (-31182.635) [-31175.044] (-31183.816) (-31177.487) -- 0:16:13
      628500 -- (-31177.293) (-31184.287) [-31182.513] (-31179.403) * (-31174.510) (-31188.127) (-31179.506) [-31180.620] -- 0:16:12
      629000 -- (-31179.412) (-31187.703) [-31178.449] (-31179.896) * (-31185.577) [-31179.815] (-31169.837) (-31180.568) -- 0:16:10
      629500 -- [-31181.631] (-31182.442) (-31186.898) (-31186.992) * (-31189.918) [-31175.377] (-31176.713) (-31177.387) -- 0:16:09
      630000 -- (-31180.306) [-31177.457] (-31179.416) (-31182.115) * (-31176.172) [-31177.503] (-31177.057) (-31192.784) -- 0:16:07

      Average standard deviation of split frequencies: 0.000107

      630500 -- (-31180.405) [-31179.123] (-31177.398) (-31182.734) * [-31180.870] (-31172.393) (-31180.280) (-31180.729) -- 0:16:06
      631000 -- (-31184.109) (-31178.083) [-31175.236] (-31174.662) * (-31178.244) (-31174.312) [-31174.983] (-31177.379) -- 0:16:05
      631500 -- (-31181.503) (-31180.762) (-31184.205) [-31173.719] * (-31180.964) [-31177.269] (-31187.397) (-31177.943) -- 0:16:03
      632000 -- [-31178.644] (-31176.350) (-31190.750) (-31176.688) * (-31182.787) [-31179.328] (-31182.768) (-31183.027) -- 0:16:03
      632500 -- (-31182.009) (-31179.435) (-31186.961) [-31185.455] * [-31177.927] (-31178.759) (-31179.778) (-31179.407) -- 0:16:01
      633000 -- (-31183.130) (-31184.425) [-31174.787] (-31178.926) * [-31177.915] (-31178.647) (-31176.795) (-31187.486) -- 0:16:00
      633500 -- (-31183.363) (-31172.858) [-31178.801] (-31179.168) * (-31184.665) (-31188.954) [-31177.222] (-31183.749) -- 0:15:59
      634000 -- (-31184.248) (-31180.817) [-31177.849] (-31186.295) * (-31187.326) (-31173.061) (-31174.640) [-31169.704] -- 0:15:57
      634500 -- (-31188.410) (-31185.413) [-31179.733] (-31185.034) * (-31186.657) [-31175.930] (-31173.359) (-31197.486) -- 0:15:56
      635000 -- (-31176.482) (-31183.042) [-31173.406] (-31180.478) * (-31179.643) (-31175.810) (-31176.657) [-31179.833] -- 0:15:54

      Average standard deviation of split frequencies: 0.000106

      635500 -- (-31178.704) (-31183.388) [-31182.903] (-31174.993) * [-31180.700] (-31179.415) (-31176.491) (-31179.944) -- 0:15:53
      636000 -- (-31185.386) (-31182.111) [-31178.893] (-31173.455) * (-31195.672) (-31189.699) [-31178.946] (-31172.789) -- 0:15:52
      636500 -- (-31196.185) (-31182.600) (-31178.536) [-31190.413] * (-31176.198) [-31179.930] (-31183.932) (-31176.778) -- 0:15:50
      637000 -- (-31187.381) (-31175.579) [-31182.059] (-31175.654) * (-31188.207) [-31175.580] (-31179.891) (-31187.809) -- 0:15:49
      637500 -- (-31192.895) (-31184.942) (-31180.246) [-31171.532] * (-31190.366) (-31171.775) (-31179.209) [-31179.259] -- 0:15:48
      638000 -- (-31177.694) (-31181.061) (-31181.363) [-31178.827] * (-31180.244) (-31175.031) [-31178.439] (-31184.381) -- 0:15:46
      638500 -- (-31178.063) [-31185.946] (-31187.136) (-31176.221) * (-31184.983) (-31184.810) [-31173.543] (-31176.987) -- 0:15:45
      639000 -- (-31189.880) (-31184.707) [-31170.742] (-31184.478) * (-31175.000) [-31183.173] (-31181.198) (-31176.936) -- 0:15:44
      639500 -- [-31181.180] (-31183.871) (-31183.611) (-31180.697) * (-31177.329) [-31173.742] (-31185.921) (-31188.386) -- 0:15:43
      640000 -- (-31185.533) [-31176.793] (-31187.844) (-31173.290) * [-31185.561] (-31183.373) (-31178.228) (-31187.120) -- 0:15:41

      Average standard deviation of split frequencies: 0.000105

      640500 -- (-31179.082) [-31173.073] (-31184.408) (-31177.599) * (-31187.541) (-31196.087) [-31175.551] (-31174.648) -- 0:15:40
      641000 -- (-31173.246) (-31184.467) [-31175.267] (-31179.564) * (-31178.829) (-31187.229) [-31177.552] (-31178.080) -- 0:15:39
      641500 -- (-31175.133) (-31186.357) [-31185.764] (-31180.700) * [-31176.914] (-31178.739) (-31179.072) (-31173.686) -- 0:15:37
      642000 -- [-31174.877] (-31184.258) (-31177.014) (-31176.734) * (-31172.450) (-31175.837) [-31183.113] (-31180.701) -- 0:15:36
      642500 -- (-31184.001) [-31173.781] (-31183.048) (-31183.644) * [-31177.953] (-31182.643) (-31174.602) (-31190.931) -- 0:15:35
      643000 -- (-31179.345) (-31185.247) [-31178.747] (-31181.303) * (-31172.768) (-31183.169) (-31174.710) [-31180.687] -- 0:15:34
      643500 -- [-31172.430] (-31184.652) (-31180.599) (-31181.224) * (-31175.364) (-31187.671) [-31176.433] (-31175.269) -- 0:15:32
      644000 -- [-31171.370] (-31173.251) (-31184.507) (-31184.358) * (-31172.285) (-31180.225) [-31177.118] (-31177.737) -- 0:15:31
      644500 -- (-31177.562) (-31180.089) (-31178.960) [-31183.810] * [-31168.883] (-31184.379) (-31177.225) (-31175.962) -- 0:15:30
      645000 -- (-31174.931) [-31171.737] (-31184.079) (-31194.261) * [-31176.406] (-31178.159) (-31183.853) (-31177.068) -- 0:15:29

      Average standard deviation of split frequencies: 0.000104

      645500 -- [-31177.409] (-31175.414) (-31177.928) (-31177.626) * (-31185.931) (-31175.478) [-31176.398] (-31175.353) -- 0:15:27
      646000 -- (-31181.216) [-31174.288] (-31176.428) (-31183.135) * [-31183.320] (-31178.952) (-31177.527) (-31184.406) -- 0:15:26
      646500 -- (-31183.543) (-31178.880) [-31181.514] (-31174.236) * (-31175.754) [-31173.633] (-31179.824) (-31179.001) -- 0:15:25
      647000 -- (-31178.302) (-31191.166) (-31191.348) [-31175.804] * (-31190.352) (-31170.873) [-31182.397] (-31175.943) -- 0:15:23
      647500 -- (-31173.435) (-31174.178) (-31181.386) [-31180.568] * (-31183.669) [-31181.391] (-31178.796) (-31179.433) -- 0:15:22
      648000 -- [-31173.352] (-31187.734) (-31181.846) (-31183.087) * (-31196.802) [-31177.197] (-31190.562) (-31179.438) -- 0:15:21
      648500 -- (-31174.478) (-31189.130) (-31179.213) [-31174.020] * (-31176.221) (-31177.341) (-31190.736) [-31183.948] -- 0:15:19
      649000 -- [-31183.244] (-31184.869) (-31174.603) (-31176.861) * (-31183.457) (-31185.812) [-31182.430] (-31178.840) -- 0:15:18
      649500 -- (-31176.098) (-31181.639) (-31180.039) [-31175.120] * (-31174.779) (-31182.674) (-31185.575) [-31174.685] -- 0:15:16
      650000 -- (-31182.923) (-31178.610) (-31184.344) [-31179.936] * [-31179.528] (-31189.958) (-31168.503) (-31176.642) -- 0:15:15

      Average standard deviation of split frequencies: 0.000103

      650500 -- (-31178.003) [-31176.345] (-31177.345) (-31182.033) * (-31181.254) (-31181.562) (-31183.059) [-31171.683] -- 0:15:14
      651000 -- (-31184.605) (-31178.611) (-31183.481) [-31181.283] * (-31188.358) [-31179.520] (-31182.581) (-31173.820) -- 0:15:12
      651500 -- (-31173.896) (-31192.643) [-31179.318] (-31181.032) * (-31174.337) (-31179.291) (-31188.023) [-31179.659] -- 0:15:12
      652000 -- (-31186.359) (-31179.694) [-31175.869] (-31172.681) * (-31178.616) [-31170.143] (-31180.390) (-31183.011) -- 0:15:10
      652500 -- (-31177.721) [-31175.326] (-31186.325) (-31174.926) * (-31180.792) (-31176.837) (-31182.563) [-31175.642] -- 0:15:09
      653000 -- (-31180.997) [-31184.418] (-31181.076) (-31178.710) * [-31176.809] (-31181.062) (-31181.392) (-31190.462) -- 0:15:08
      653500 -- [-31174.955] (-31185.514) (-31176.854) (-31190.212) * (-31174.768) [-31180.982] (-31183.925) (-31176.663) -- 0:15:06
      654000 -- (-31176.974) (-31187.025) [-31168.760] (-31184.942) * [-31177.517] (-31174.822) (-31172.634) (-31183.280) -- 0:15:05
      654500 -- (-31178.221) (-31170.074) [-31174.049] (-31187.608) * [-31182.238] (-31182.355) (-31175.696) (-31184.808) -- 0:15:03
      655000 -- (-31178.530) (-31179.418) [-31176.660] (-31185.288) * (-31178.993) (-31167.049) (-31178.531) [-31191.808] -- 0:15:02

      Average standard deviation of split frequencies: 0.000103

      655500 -- (-31181.211) (-31180.806) [-31182.996] (-31173.082) * (-31176.356) (-31172.524) (-31170.016) [-31178.821] -- 0:15:01
      656000 -- (-31179.670) (-31182.742) (-31181.975) [-31174.618] * [-31183.480] (-31176.359) (-31184.618) (-31186.173) -- 0:14:59
      656500 -- (-31181.003) [-31179.181] (-31178.038) (-31173.501) * (-31186.395) (-31174.854) [-31179.905] (-31187.813) -- 0:14:58
      657000 -- (-31180.523) (-31183.182) [-31182.689] (-31180.603) * (-31190.405) (-31176.222) (-31178.973) [-31185.053] -- 0:14:57
      657500 -- (-31185.883) (-31199.237) [-31176.228] (-31187.147) * (-31178.379) (-31184.323) [-31188.288] (-31183.373) -- 0:14:55
      658000 -- [-31175.772] (-31188.075) (-31184.742) (-31173.917) * (-31184.474) [-31179.911] (-31179.857) (-31186.703) -- 0:14:54
      658500 -- [-31175.769] (-31177.724) (-31184.734) (-31183.176) * [-31173.569] (-31175.367) (-31184.703) (-31175.420) -- 0:14:53
      659000 -- (-31176.704) (-31176.229) [-31184.630] (-31177.183) * (-31178.504) (-31173.385) (-31173.566) [-31174.645] -- 0:14:52
      659500 -- (-31181.928) (-31173.227) [-31186.219] (-31184.774) * (-31185.565) (-31178.022) (-31175.515) [-31174.772] -- 0:14:50
      660000 -- (-31177.602) (-31180.352) (-31185.947) [-31179.869] * (-31182.221) (-31177.268) [-31177.266] (-31184.416) -- 0:14:49

      Average standard deviation of split frequencies: 0.000102

      660500 -- (-31179.380) (-31186.286) (-31179.169) [-31180.104] * (-31193.302) (-31174.652) (-31177.110) [-31184.918] -- 0:14:48
      661000 -- [-31180.143] (-31182.127) (-31183.562) (-31182.622) * (-31189.826) (-31177.264) [-31176.833] (-31178.174) -- 0:14:46
      661500 -- [-31170.233] (-31176.456) (-31190.280) (-31192.986) * (-31195.107) (-31184.715) [-31186.844] (-31169.975) -- 0:14:45
      662000 -- (-31180.207) (-31184.079) [-31174.824] (-31177.446) * (-31177.112) (-31183.133) [-31176.360] (-31172.974) -- 0:14:44
      662500 -- (-31182.612) (-31180.653) (-31180.229) [-31168.903] * (-31172.551) (-31179.973) [-31174.562] (-31178.504) -- 0:14:42
      663000 -- (-31186.941) [-31177.564] (-31179.492) (-31176.949) * (-31175.312) [-31175.954] (-31188.906) (-31179.956) -- 0:14:41
      663500 -- (-31183.832) [-31179.026] (-31179.793) (-31187.130) * (-31173.020) [-31189.449] (-31188.183) (-31180.040) -- 0:14:40
      664000 -- (-31184.837) (-31181.555) [-31180.185] (-31180.018) * (-31171.602) [-31183.224] (-31173.060) (-31190.773) -- 0:14:38
      664500 -- (-31176.750) (-31176.965) (-31179.150) [-31178.225] * (-31176.024) (-31180.554) [-31172.943] (-31187.389) -- 0:14:37
      665000 -- (-31180.728) (-31178.371) [-31186.124] (-31177.001) * [-31176.116] (-31187.573) (-31179.452) (-31185.542) -- 0:14:36

      Average standard deviation of split frequencies: 0.000101

      665500 -- (-31188.318) (-31188.305) [-31187.094] (-31184.906) * [-31183.077] (-31187.696) (-31180.592) (-31186.612) -- 0:14:35
      666000 -- (-31183.439) (-31185.144) [-31185.083] (-31189.177) * (-31179.625) (-31183.100) [-31181.681] (-31181.679) -- 0:14:33
      666500 -- (-31178.599) (-31180.442) (-31178.304) [-31182.531] * (-31175.927) [-31178.451] (-31178.446) (-31175.107) -- 0:14:32
      667000 -- (-31171.013) [-31176.307] (-31186.031) (-31187.711) * (-31179.175) [-31178.995] (-31180.656) (-31183.628) -- 0:14:31
      667500 -- (-31179.544) (-31186.291) (-31192.194) [-31180.103] * (-31181.827) (-31178.998) [-31191.110] (-31183.804) -- 0:14:29
      668000 -- [-31176.707] (-31190.477) (-31179.863) (-31173.621) * (-31176.678) (-31176.356) [-31177.684] (-31170.185) -- 0:14:28
      668500 -- (-31178.530) [-31178.573] (-31180.795) (-31180.772) * [-31175.955] (-31190.530) (-31185.725) (-31170.939) -- 0:14:27
      669000 -- (-31190.080) (-31173.318) [-31172.695] (-31182.119) * (-31186.595) (-31177.462) [-31179.386] (-31176.210) -- 0:14:25
      669500 -- (-31180.733) (-31187.088) (-31168.017) [-31187.299] * (-31174.121) (-31181.864) (-31187.109) [-31171.936] -- 0:14:24
      670000 -- [-31177.464] (-31178.123) (-31170.109) (-31182.042) * [-31175.439] (-31174.310) (-31183.207) (-31169.439) -- 0:14:23

      Average standard deviation of split frequencies: 0.000100

      670500 -- (-31182.610) [-31177.460] (-31173.248) (-31177.796) * (-31180.350) [-31179.022] (-31187.051) (-31171.184) -- 0:14:21
      671000 -- (-31183.457) [-31181.825] (-31175.617) (-31179.086) * (-31182.775) (-31177.424) (-31186.623) [-31181.657] -- 0:14:20
      671500 -- (-31175.589) (-31176.200) [-31172.528] (-31184.625) * (-31182.632) [-31177.500] (-31182.507) (-31172.634) -- 0:14:19
      672000 -- [-31173.450] (-31184.200) (-31184.214) (-31181.805) * (-31181.818) (-31177.587) (-31180.991) [-31178.227] -- 0:14:18
      672500 -- (-31173.020) (-31188.746) (-31175.929) [-31183.946] * (-31193.857) [-31176.898] (-31189.106) (-31175.867) -- 0:14:16
      673000 -- (-31184.045) (-31179.789) [-31184.336] (-31185.068) * (-31184.823) [-31174.941] (-31181.928) (-31183.637) -- 0:14:15
      673500 -- (-31186.013) [-31177.017] (-31173.864) (-31178.344) * (-31180.280) (-31181.512) (-31183.625) [-31183.334] -- 0:14:14
      674000 -- (-31176.942) (-31183.382) [-31179.360] (-31178.799) * (-31170.753) [-31172.415] (-31186.746) (-31175.835) -- 0:14:12
      674500 -- (-31181.015) (-31175.080) (-31172.814) [-31178.327] * [-31176.888] (-31184.643) (-31178.925) (-31181.833) -- 0:14:11
      675000 -- (-31180.810) (-31180.401) [-31179.939] (-31189.917) * (-31187.669) (-31174.340) (-31178.651) [-31177.871] -- 0:14:10

      Average standard deviation of split frequencies: 0.000100

      675500 -- [-31171.781] (-31185.659) (-31172.049) (-31176.397) * [-31169.513] (-31191.747) (-31183.892) (-31182.601) -- 0:14:08
      676000 -- [-31175.303] (-31176.580) (-31184.773) (-31179.687) * [-31180.771] (-31187.046) (-31179.221) (-31183.323) -- 0:14:07
      676500 -- [-31176.067] (-31176.992) (-31188.331) (-31183.218) * (-31180.899) (-31178.142) [-31179.372] (-31176.208) -- 0:14:05
      677000 -- [-31175.457] (-31177.812) (-31176.773) (-31167.492) * [-31181.972] (-31176.158) (-31179.373) (-31177.554) -- 0:14:04
      677500 -- [-31174.046] (-31187.178) (-31185.434) (-31179.773) * (-31182.543) (-31180.164) [-31174.193] (-31183.152) -- 0:14:03
      678000 -- [-31180.881] (-31191.757) (-31178.870) (-31185.119) * (-31185.546) (-31176.848) (-31186.858) [-31176.626] -- 0:14:02
      678500 -- [-31171.928] (-31191.378) (-31168.389) (-31191.179) * (-31187.765) [-31172.850] (-31179.431) (-31177.103) -- 0:14:01
      679000 -- [-31170.298] (-31184.338) (-31177.541) (-31183.956) * (-31179.060) [-31179.200] (-31176.680) (-31172.142) -- 0:13:59
      679500 -- (-31176.466) [-31185.626] (-31187.062) (-31181.257) * (-31182.764) [-31174.607] (-31185.069) (-31182.597) -- 0:13:58
      680000 -- (-31175.382) [-31175.741] (-31190.508) (-31181.693) * (-31174.686) (-31177.734) (-31181.940) [-31174.475] -- 0:13:56

      Average standard deviation of split frequencies: 0.000099

      680500 -- [-31174.151] (-31174.189) (-31186.221) (-31175.984) * (-31177.954) (-31182.284) (-31180.527) [-31173.232] -- 0:13:55
      681000 -- (-31178.763) (-31179.895) [-31180.380] (-31173.748) * (-31181.862) (-31189.089) (-31172.513) [-31175.454] -- 0:13:54
      681500 -- (-31177.048) (-31183.850) [-31175.550] (-31176.881) * (-31177.048) [-31187.441] (-31182.089) (-31182.274) -- 0:13:52
      682000 -- [-31183.705] (-31171.480) (-31176.183) (-31188.379) * (-31186.952) [-31180.895] (-31174.354) (-31178.055) -- 0:13:51
      682500 -- (-31190.749) (-31178.898) (-31180.133) [-31182.196] * [-31185.738] (-31176.768) (-31180.829) (-31179.479) -- 0:13:50
      683000 -- [-31185.586] (-31173.453) (-31178.564) (-31177.789) * (-31175.120) [-31176.704] (-31189.286) (-31178.164) -- 0:13:48
      683500 -- [-31179.949] (-31186.064) (-31178.177) (-31174.655) * (-31179.607) [-31170.248] (-31179.606) (-31181.947) -- 0:13:47
      684000 -- (-31169.121) (-31189.181) [-31180.997] (-31177.738) * [-31189.683] (-31179.591) (-31182.181) (-31173.116) -- 0:13:46
      684500 -- (-31180.780) (-31179.782) [-31182.620] (-31178.854) * (-31183.693) (-31176.035) (-31181.338) [-31180.738] -- 0:13:45
      685000 -- [-31179.821] (-31180.551) (-31173.121) (-31182.530) * (-31184.277) (-31179.157) [-31182.435] (-31179.997) -- 0:13:43

      Average standard deviation of split frequencies: 0.000098

      685500 -- (-31174.942) [-31178.935] (-31178.145) (-31186.239) * (-31188.869) (-31184.036) (-31171.057) [-31180.040] -- 0:13:42
      686000 -- (-31180.260) [-31181.559] (-31175.126) (-31179.193) * (-31180.652) (-31180.062) (-31178.300) [-31173.319] -- 0:13:41
      686500 -- (-31177.635) (-31176.463) [-31174.888] (-31185.630) * (-31181.277) (-31173.805) (-31183.163) [-31177.180] -- 0:13:39
      687000 -- (-31176.560) (-31180.462) [-31173.615] (-31185.544) * (-31183.724) (-31180.460) (-31176.134) [-31178.818] -- 0:13:38
      687500 -- (-31175.512) [-31178.357] (-31170.019) (-31181.222) * [-31179.398] (-31177.110) (-31178.498) (-31176.755) -- 0:13:37
      688000 -- (-31171.794) (-31174.887) (-31183.177) [-31176.254] * [-31175.385] (-31183.352) (-31183.428) (-31175.493) -- 0:13:35
      688500 -- [-31174.228] (-31179.389) (-31181.739) (-31184.915) * (-31182.658) (-31183.506) (-31183.415) [-31182.142] -- 0:13:34
      689000 -- (-31174.399) [-31171.218] (-31174.795) (-31178.633) * (-31177.052) (-31175.651) [-31175.127] (-31175.001) -- 0:13:33
      689500 -- (-31175.177) (-31170.843) (-31176.231) [-31178.622] * (-31174.580) [-31177.803] (-31180.735) (-31179.821) -- 0:13:31
      690000 -- (-31186.134) [-31175.383] (-31180.299) (-31187.849) * [-31175.030] (-31177.272) (-31173.143) (-31174.943) -- 0:13:30

      Average standard deviation of split frequencies: 0.000098

      690500 -- (-31183.923) [-31179.590] (-31179.981) (-31174.808) * (-31178.287) (-31169.424) [-31183.091] (-31178.840) -- 0:13:29
      691000 -- (-31181.887) (-31185.177) (-31177.615) [-31173.265] * (-31170.642) (-31179.805) [-31176.711] (-31176.696) -- 0:13:28
      691500 -- (-31178.030) (-31179.971) [-31181.442] (-31182.131) * [-31174.824] (-31178.692) (-31178.596) (-31187.267) -- 0:13:26
      692000 -- (-31177.428) [-31193.196] (-31178.539) (-31178.471) * (-31185.563) (-31183.688) [-31177.384] (-31189.417) -- 0:13:25
      692500 -- (-31178.705) (-31177.130) (-31183.244) [-31186.074] * (-31177.483) (-31175.587) [-31175.170] (-31189.120) -- 0:13:24
      693000 -- (-31185.280) [-31171.508] (-31184.139) (-31176.152) * (-31177.308) (-31180.269) (-31179.076) [-31182.229] -- 0:13:22
      693500 -- (-31181.403) [-31173.191] (-31192.554) (-31178.555) * (-31182.228) (-31178.066) [-31178.949] (-31191.253) -- 0:13:21
      694000 -- [-31176.055] (-31185.665) (-31181.644) (-31183.882) * (-31193.418) (-31180.795) [-31176.989] (-31175.671) -- 0:13:20
      694500 -- [-31186.168] (-31180.005) (-31180.775) (-31179.733) * (-31183.361) (-31171.547) (-31178.210) [-31177.998] -- 0:13:18
      695000 -- (-31176.260) (-31179.871) (-31186.171) [-31177.844] * [-31174.065] (-31177.038) (-31180.852) (-31183.817) -- 0:13:17

      Average standard deviation of split frequencies: 0.000097

      695500 -- [-31193.564] (-31181.310) (-31174.784) (-31177.145) * (-31174.705) [-31184.120] (-31173.769) (-31178.726) -- 0:13:16
      696000 -- (-31181.280) (-31181.156) (-31175.308) [-31179.287] * (-31187.360) (-31188.839) (-31174.200) [-31183.247] -- 0:13:14
      696500 -- (-31175.242) [-31182.930] (-31174.612) (-31171.697) * [-31175.340] (-31182.613) (-31182.066) (-31175.302) -- 0:13:13
      697000 -- (-31184.376) [-31182.655] (-31180.256) (-31175.086) * (-31175.150) [-31175.189] (-31178.854) (-31183.136) -- 0:13:12
      697500 -- (-31171.627) [-31184.852] (-31184.291) (-31176.372) * (-31178.291) [-31183.005] (-31172.521) (-31176.855) -- 0:13:11
      698000 -- [-31175.566] (-31185.757) (-31190.206) (-31175.123) * (-31180.808) (-31175.435) [-31176.047] (-31182.503) -- 0:13:09
      698500 -- (-31176.347) [-31176.271] (-31183.140) (-31176.873) * [-31172.455] (-31185.306) (-31187.545) (-31187.940) -- 0:13:08
      699000 -- (-31178.427) [-31180.190] (-31176.195) (-31188.171) * (-31178.330) [-31185.042] (-31176.637) (-31182.219) -- 0:13:07
      699500 -- (-31180.142) [-31173.363] (-31189.401) (-31181.985) * (-31181.753) (-31178.265) (-31181.644) [-31177.241] -- 0:13:05
      700000 -- (-31185.123) (-31187.129) (-31178.223) [-31176.844] * (-31172.415) (-31173.926) [-31180.709] (-31185.823) -- 0:13:04

      Average standard deviation of split frequencies: 0.000096

      700500 -- (-31174.502) (-31178.627) (-31184.698) [-31176.413] * (-31174.369) (-31177.341) (-31181.787) [-31171.335] -- 0:13:03
      701000 -- (-31179.921) (-31181.466) [-31178.473] (-31175.431) * (-31186.613) (-31181.935) (-31182.052) [-31183.766] -- 0:13:01
      701500 -- (-31174.234) (-31180.053) (-31180.710) [-31174.789] * (-31187.194) (-31191.305) [-31175.010] (-31175.030) -- 0:13:00
      702000 -- (-31182.450) (-31187.564) [-31187.256] (-31179.166) * (-31178.979) (-31178.720) (-31173.056) [-31173.998] -- 0:12:58
      702500 -- (-31184.981) (-31198.129) [-31185.739] (-31175.919) * (-31183.920) [-31176.415] (-31180.400) (-31185.341) -- 0:12:57
      703000 -- (-31196.455) (-31177.748) [-31174.475] (-31177.162) * (-31194.885) (-31182.711) [-31181.122] (-31181.634) -- 0:12:56
      703500 -- (-31177.329) (-31188.898) [-31176.780] (-31174.309) * (-31191.907) (-31182.379) [-31177.496] (-31176.940) -- 0:12:55
      704000 -- (-31179.231) (-31180.684) [-31171.507] (-31184.507) * (-31192.729) (-31185.416) [-31173.100] (-31176.477) -- 0:12:54
      704500 -- (-31179.791) (-31177.221) (-31175.110) [-31177.390] * [-31185.411] (-31181.780) (-31182.700) (-31167.748) -- 0:12:52
      705000 -- [-31175.381] (-31183.422) (-31176.603) (-31176.281) * (-31181.116) [-31174.080] (-31176.756) (-31176.253) -- 0:12:51

      Average standard deviation of split frequencies: 0.000095

      705500 -- (-31183.127) (-31176.156) [-31179.405] (-31183.481) * (-31187.612) [-31173.340] (-31175.960) (-31182.076) -- 0:12:49
      706000 -- [-31183.893] (-31179.896) (-31190.943) (-31173.968) * (-31174.156) [-31171.728] (-31188.819) (-31176.889) -- 0:12:48
      706500 -- (-31181.202) (-31189.068) [-31180.691] (-31183.900) * (-31178.457) [-31174.058] (-31182.651) (-31185.439) -- 0:12:47
      707000 -- (-31170.390) (-31181.075) [-31171.997] (-31185.118) * (-31184.034) (-31171.923) [-31173.819] (-31179.028) -- 0:12:45
      707500 -- (-31174.261) (-31181.158) [-31180.206] (-31171.621) * (-31184.911) (-31173.199) (-31177.785) [-31180.609] -- 0:12:44
      708000 -- (-31168.361) (-31183.674) (-31185.980) [-31175.622] * (-31191.971) (-31170.195) [-31189.728] (-31176.651) -- 0:12:43
      708500 -- (-31172.768) (-31177.278) [-31176.854] (-31175.391) * [-31179.477] (-31186.150) (-31185.331) (-31188.140) -- 0:12:41
      709000 -- [-31182.971] (-31180.054) (-31183.578) (-31171.787) * [-31174.204] (-31187.815) (-31186.211) (-31179.678) -- 0:12:40
      709500 -- (-31175.558) [-31171.647] (-31186.537) (-31175.478) * (-31186.919) (-31179.809) (-31193.959) [-31176.266] -- 0:12:39
      710000 -- (-31170.444) [-31170.790] (-31190.525) (-31175.581) * [-31178.833] (-31181.953) (-31181.341) (-31187.103) -- 0:12:38

      Average standard deviation of split frequencies: 0.000095

      710500 -- (-31183.853) (-31177.743) (-31179.367) [-31180.889] * (-31172.439) (-31183.983) (-31188.273) [-31176.949] -- 0:12:36
      711000 -- [-31178.157] (-31177.416) (-31183.019) (-31183.569) * (-31180.339) [-31178.932] (-31186.833) (-31181.391) -- 0:12:35
      711500 -- (-31181.573) (-31174.522) [-31186.243] (-31186.548) * (-31175.641) [-31179.017] (-31180.517) (-31180.396) -- 0:12:34
      712000 -- (-31188.479) [-31175.001] (-31182.705) (-31198.069) * (-31180.227) (-31178.943) (-31176.881) [-31176.131] -- 0:12:32
      712500 -- [-31175.813] (-31179.083) (-31181.895) (-31182.953) * (-31183.845) (-31170.427) [-31173.202] (-31179.073) -- 0:12:31
      713000 -- (-31181.093) (-31178.202) (-31185.595) [-31183.689] * [-31173.945] (-31175.860) (-31178.018) (-31187.123) -- 0:12:30
      713500 -- (-31173.100) [-31176.996] (-31186.393) (-31183.603) * (-31175.434) (-31183.998) (-31178.451) [-31173.221] -- 0:12:28
      714000 -- (-31173.460) (-31174.548) (-31184.860) [-31180.185] * (-31181.553) [-31174.780] (-31174.003) (-31183.673) -- 0:12:27
      714500 -- (-31173.565) (-31179.785) (-31183.711) [-31179.324] * (-31181.795) (-31178.252) [-31178.779] (-31188.244) -- 0:12:26
      715000 -- (-31177.591) (-31179.484) [-31186.899] (-31175.346) * (-31173.895) (-31172.440) [-31180.098] (-31180.763) -- 0:12:24

      Average standard deviation of split frequencies: 0.000094

      715500 -- (-31184.971) (-31184.057) (-31179.694) [-31177.432] * (-31182.074) [-31179.226] (-31184.567) (-31187.460) -- 0:12:23
      716000 -- (-31183.291) (-31188.070) [-31176.930] (-31177.513) * (-31178.395) (-31171.073) [-31183.048] (-31181.410) -- 0:12:22
      716500 -- (-31177.936) (-31191.030) [-31180.153] (-31174.229) * [-31180.272] (-31172.960) (-31180.707) (-31185.377) -- 0:12:21
      717000 -- [-31185.391] (-31188.002) (-31182.002) (-31178.021) * (-31176.329) [-31170.293] (-31181.579) (-31175.970) -- 0:12:19
      717500 -- (-31177.844) (-31182.480) (-31173.222) [-31175.874] * (-31181.846) (-31171.010) (-31173.786) [-31179.306] -- 0:12:18
      718000 -- (-31185.042) (-31179.914) [-31181.146] (-31179.981) * (-31168.492) (-31180.375) [-31173.847] (-31175.588) -- 0:12:17
      718500 -- (-31175.981) [-31181.392] (-31184.210) (-31179.481) * [-31175.823] (-31186.337) (-31178.954) (-31181.045) -- 0:12:15
      719000 -- (-31180.007) [-31176.874] (-31185.690) (-31183.367) * (-31178.028) (-31183.974) (-31173.552) [-31173.776] -- 0:12:14
      719500 -- (-31174.563) (-31174.995) (-31181.313) [-31176.236] * (-31182.710) (-31177.869) [-31179.613] (-31178.255) -- 0:12:13
      720000 -- (-31194.141) (-31180.367) [-31191.149] (-31185.772) * (-31180.020) (-31175.565) [-31179.868] (-31177.157) -- 0:12:11

      Average standard deviation of split frequencies: 0.000093

      720500 -- [-31172.996] (-31183.435) (-31179.000) (-31180.305) * (-31182.947) [-31174.957] (-31184.105) (-31182.588) -- 0:12:10
      721000 -- [-31178.606] (-31178.521) (-31170.567) (-31186.438) * (-31182.714) [-31178.239] (-31177.675) (-31191.268) -- 0:12:09
      721500 -- [-31175.261] (-31184.045) (-31173.836) (-31180.736) * (-31183.083) [-31185.454] (-31178.667) (-31183.130) -- 0:12:07
      722000 -- (-31173.214) (-31180.749) [-31174.563] (-31178.793) * (-31177.933) [-31175.711] (-31178.931) (-31185.514) -- 0:12:06
      722500 -- (-31173.627) [-31173.533] (-31174.806) (-31177.627) * (-31171.336) [-31171.790] (-31180.623) (-31181.250) -- 0:12:05
      723000 -- (-31177.672) (-31180.247) [-31178.666] (-31175.397) * (-31179.984) (-31173.772) [-31187.714] (-31176.169) -- 0:12:04
      723500 -- (-31183.447) (-31189.378) [-31177.966] (-31177.807) * (-31180.610) (-31178.257) [-31181.635] (-31177.917) -- 0:12:02
      724000 -- (-31176.662) [-31176.065] (-31174.382) (-31173.627) * (-31192.763) [-31179.843] (-31175.708) (-31181.423) -- 0:12:01
      724500 -- (-31180.319) (-31183.055) [-31179.291] (-31170.097) * (-31185.529) (-31171.787) (-31173.939) [-31177.051] -- 0:12:00
      725000 -- (-31175.777) (-31181.446) (-31180.643) [-31173.417] * (-31184.026) (-31176.865) [-31185.250] (-31187.672) -- 0:11:58

      Average standard deviation of split frequencies: 0.000093

      725500 -- (-31189.052) (-31182.360) (-31177.695) [-31171.025] * (-31176.308) (-31180.222) (-31179.136) [-31174.881] -- 0:11:57
      726000 -- (-31180.029) (-31182.900) [-31181.628] (-31186.620) * (-31179.059) (-31193.783) (-31179.037) [-31182.822] -- 0:11:56
      726500 -- (-31177.579) (-31179.666) (-31180.429) [-31179.643] * [-31186.661] (-31184.623) (-31179.980) (-31184.626) -- 0:11:54
      727000 -- (-31172.384) (-31184.641) [-31171.350] (-31189.419) * (-31177.650) (-31180.017) [-31176.266] (-31190.573) -- 0:11:53
      727500 -- (-31185.328) [-31189.020] (-31176.323) (-31168.999) * (-31183.812) [-31175.587] (-31174.237) (-31190.999) -- 0:11:52
      728000 -- (-31181.976) (-31177.869) [-31174.611] (-31185.087) * (-31183.095) (-31177.647) [-31182.201] (-31181.088) -- 0:11:51
      728500 -- (-31176.975) (-31179.835) (-31169.178) [-31172.277] * [-31173.123] (-31187.952) (-31172.677) (-31183.917) -- 0:11:49
      729000 -- [-31177.629] (-31175.118) (-31175.686) (-31179.700) * (-31188.425) (-31176.004) [-31172.289] (-31183.604) -- 0:11:48
      729500 -- (-31175.218) (-31183.839) (-31185.413) [-31176.088] * (-31177.465) (-31180.662) (-31177.732) [-31175.887] -- 0:11:47
      730000 -- (-31177.477) (-31175.672) [-31173.477] (-31177.359) * (-31183.670) [-31179.763] (-31172.023) (-31176.596) -- 0:11:45

      Average standard deviation of split frequencies: 0.000092

      730500 -- (-31184.947) (-31177.412) (-31176.223) [-31171.180] * (-31174.099) [-31173.984] (-31182.348) (-31177.840) -- 0:11:44
      731000 -- (-31178.313) (-31180.102) [-31175.795] (-31175.958) * (-31177.702) (-31182.180) [-31179.270] (-31174.846) -- 0:11:42
      731500 -- (-31177.753) [-31169.391] (-31177.825) (-31177.626) * [-31175.334] (-31186.193) (-31180.948) (-31178.320) -- 0:11:41
      732000 -- (-31177.165) (-31187.638) (-31180.475) [-31176.966] * (-31176.468) (-31174.304) (-31190.136) [-31182.143] -- 0:11:40
      732500 -- (-31180.535) (-31180.267) (-31182.097) [-31178.258] * (-31176.779) (-31186.325) [-31184.170] (-31190.300) -- 0:11:38
      733000 -- (-31176.914) [-31178.844] (-31174.752) (-31169.162) * [-31189.015] (-31183.629) (-31188.978) (-31182.446) -- 0:11:37
      733500 -- (-31175.642) (-31178.053) (-31193.746) [-31183.709] * [-31177.017] (-31172.964) (-31181.202) (-31184.151) -- 0:11:36
      734000 -- (-31171.592) (-31168.644) (-31173.159) [-31175.310] * (-31180.212) [-31172.727] (-31184.475) (-31187.207) -- 0:11:35
      734500 -- (-31181.497) (-31170.715) (-31178.793) [-31177.004] * (-31186.132) (-31175.692) (-31175.809) [-31183.148] -- 0:11:34
      735000 -- [-31176.720] (-31181.252) (-31182.955) (-31178.946) * (-31186.732) [-31178.245] (-31184.623) (-31181.622) -- 0:11:32

      Average standard deviation of split frequencies: 0.000091

      735500 -- (-31184.194) (-31174.930) (-31179.598) [-31172.280] * [-31183.694] (-31175.991) (-31184.394) (-31178.536) -- 0:11:31
      736000 -- (-31182.389) (-31179.327) [-31169.740] (-31178.906) * [-31170.539] (-31185.858) (-31173.735) (-31192.610) -- 0:11:30
      736500 -- [-31181.990] (-31186.893) (-31176.777) (-31176.965) * [-31173.157] (-31186.090) (-31181.901) (-31184.279) -- 0:11:28
      737000 -- (-31184.603) (-31183.014) (-31180.712) [-31166.687] * (-31178.164) (-31177.543) (-31188.790) [-31185.587] -- 0:11:27
      737500 -- (-31190.353) (-31181.423) [-31179.670] (-31185.336) * (-31175.551) (-31181.355) (-31178.830) [-31178.515] -- 0:11:26
      738000 -- (-31182.749) (-31179.264) [-31174.245] (-31175.681) * (-31174.321) (-31177.659) (-31180.824) [-31176.629] -- 0:11:24
      738500 -- [-31187.735] (-31181.974) (-31182.319) (-31181.778) * (-31172.210) (-31182.020) [-31170.229] (-31183.254) -- 0:11:23
      739000 -- [-31184.718] (-31181.130) (-31179.821) (-31175.003) * (-31177.466) (-31184.284) (-31177.653) [-31180.156] -- 0:11:22
      739500 -- (-31179.590) [-31175.825] (-31187.878) (-31179.980) * [-31172.683] (-31183.970) (-31186.030) (-31185.978) -- 0:11:20
      740000 -- (-31174.264) (-31183.293) [-31177.007] (-31178.394) * (-31177.131) (-31176.184) (-31179.823) [-31187.615] -- 0:11:19

      Average standard deviation of split frequencies: 0.000091

      740500 -- (-31180.475) (-31180.370) (-31183.418) [-31180.526] * (-31181.556) (-31179.266) [-31174.925] (-31181.012) -- 0:11:18
      741000 -- [-31173.532] (-31173.860) (-31187.043) (-31179.041) * [-31186.780] (-31177.362) (-31171.207) (-31184.695) -- 0:11:17
      741500 -- [-31181.644] (-31174.461) (-31182.123) (-31175.621) * [-31177.521] (-31169.659) (-31190.276) (-31178.016) -- 0:11:15
      742000 -- (-31184.663) (-31178.859) (-31173.721) [-31181.499] * (-31181.597) [-31188.688] (-31190.528) (-31189.432) -- 0:11:14
      742500 -- (-31176.644) [-31181.096] (-31182.053) (-31177.018) * (-31184.676) (-31176.421) [-31190.580] (-31177.000) -- 0:11:13
      743000 -- (-31185.439) (-31191.443) [-31183.272] (-31183.122) * (-31179.223) (-31178.804) (-31184.474) [-31169.919] -- 0:11:11
      743500 -- (-31179.332) (-31174.720) (-31186.738) [-31180.696] * (-31181.547) (-31173.380) (-31178.827) [-31188.845] -- 0:11:10
      744000 -- (-31178.211) [-31184.936] (-31184.859) (-31187.494) * [-31172.768] (-31174.448) (-31177.619) (-31188.768) -- 0:11:09
      744500 -- (-31175.717) [-31171.137] (-31184.674) (-31178.198) * (-31178.045) [-31183.897] (-31173.617) (-31188.317) -- 0:11:07
      745000 -- (-31186.738) (-31179.221) [-31178.051] (-31173.017) * (-31179.510) (-31181.052) [-31172.053] (-31180.987) -- 0:11:06

      Average standard deviation of split frequencies: 0.000000

      745500 -- (-31171.722) (-31180.686) (-31184.958) [-31171.715] * (-31174.093) [-31177.518] (-31174.380) (-31184.182) -- 0:11:05
      746000 -- (-31185.022) [-31186.779] (-31181.002) (-31179.681) * (-31179.763) (-31192.604) [-31172.417] (-31177.934) -- 0:11:03
      746500 -- [-31184.557] (-31185.719) (-31184.143) (-31183.790) * [-31172.649] (-31180.399) (-31185.083) (-31192.016) -- 0:11:02
      747000 -- (-31179.972) (-31178.842) (-31183.713) [-31186.646] * (-31180.309) (-31181.213) [-31176.441] (-31177.617) -- 0:11:01
      747500 -- [-31175.681] (-31185.326) (-31181.144) (-31183.789) * (-31186.420) [-31171.740] (-31177.989) (-31181.374) -- 0:11:00
      748000 -- (-31169.479) (-31198.591) (-31180.612) [-31172.126] * (-31189.168) (-31174.242) (-31177.720) [-31175.220] -- 0:10:58
      748500 -- (-31178.520) (-31187.324) (-31196.877) [-31172.646] * (-31182.668) [-31169.059] (-31179.101) (-31181.155) -- 0:10:57
      749000 -- (-31186.910) [-31175.686] (-31188.028) (-31180.691) * (-31181.933) (-31179.203) [-31179.597] (-31180.144) -- 0:10:55
      749500 -- (-31176.113) (-31179.853) [-31175.800] (-31175.943) * (-31183.287) [-31173.884] (-31174.288) (-31180.210) -- 0:10:54
      750000 -- (-31183.599) (-31180.736) (-31173.706) [-31191.510] * [-31179.185] (-31174.774) (-31175.149) (-31179.466) -- 0:10:53

      Average standard deviation of split frequencies: 0.000000

      750500 -- [-31180.633] (-31181.662) (-31184.818) (-31182.419) * (-31188.685) (-31184.779) [-31174.571] (-31189.998) -- 0:10:51
      751000 -- (-31186.189) (-31192.857) (-31185.787) [-31174.732] * (-31185.535) (-31176.957) (-31183.443) [-31185.597] -- 0:10:50
      751500 -- (-31187.623) [-31177.519] (-31186.757) (-31174.939) * (-31176.795) (-31176.338) [-31175.955] (-31171.513) -- 0:10:49
      752000 -- (-31180.106) [-31172.832] (-31185.325) (-31181.014) * (-31173.822) (-31181.398) [-31181.419] (-31181.551) -- 0:10:48
      752500 -- [-31178.409] (-31178.101) (-31181.241) (-31183.465) * (-31190.480) (-31183.472) [-31175.013] (-31183.236) -- 0:10:46
      753000 -- [-31184.098] (-31177.605) (-31178.178) (-31186.976) * (-31178.107) (-31186.292) (-31171.035) [-31181.841] -- 0:10:45
      753500 -- (-31181.389) (-31177.349) (-31170.408) [-31173.274] * [-31175.122] (-31181.225) (-31170.893) (-31178.903) -- 0:10:44
      754000 -- (-31171.092) (-31170.179) [-31176.639] (-31178.177) * (-31181.665) (-31180.184) [-31176.888] (-31174.445) -- 0:10:42
      754500 -- (-31172.050) (-31183.397) (-31173.244) [-31180.043] * (-31186.408) [-31178.913] (-31174.192) (-31184.140) -- 0:10:41
      755000 -- (-31174.280) [-31182.064] (-31178.938) (-31178.955) * (-31179.369) (-31176.386) [-31171.226] (-31191.638) -- 0:10:40

      Average standard deviation of split frequencies: 0.000000

      755500 -- (-31179.062) (-31176.422) [-31175.933] (-31176.465) * [-31180.820] (-31178.241) (-31170.867) (-31183.058) -- 0:10:38
      756000 -- (-31181.083) [-31178.570] (-31180.314) (-31177.277) * [-31173.688] (-31180.574) (-31188.036) (-31177.023) -- 0:10:37
      756500 -- (-31175.410) (-31177.171) [-31188.126] (-31179.768) * (-31176.255) (-31174.000) [-31172.997] (-31180.906) -- 0:10:36
      757000 -- (-31177.850) (-31176.477) [-31177.771] (-31175.902) * [-31175.863] (-31177.071) (-31174.526) (-31181.600) -- 0:10:35
      757500 -- [-31178.244] (-31175.579) (-31178.843) (-31180.368) * (-31183.382) [-31178.570] (-31183.531) (-31180.882) -- 0:10:33
      758000 -- [-31174.604] (-31178.959) (-31189.751) (-31179.075) * (-31177.925) [-31176.612] (-31177.685) (-31194.358) -- 0:10:32
      758500 -- (-31176.629) (-31183.460) (-31177.664) [-31180.733] * (-31177.408) (-31171.900) (-31183.362) [-31176.540] -- 0:10:31
      759000 -- [-31176.462] (-31186.572) (-31180.807) (-31178.620) * [-31175.216] (-31171.890) (-31171.293) (-31189.901) -- 0:10:29
      759500 -- [-31184.977] (-31173.864) (-31183.425) (-31178.314) * [-31175.842] (-31174.698) (-31179.966) (-31181.905) -- 0:10:28
      760000 -- [-31174.626] (-31176.582) (-31185.670) (-31188.900) * (-31179.161) (-31181.830) (-31180.481) [-31176.209] -- 0:10:27

      Average standard deviation of split frequencies: 0.000000

      760500 -- (-31184.655) (-31181.160) [-31181.989] (-31186.320) * (-31180.121) [-31177.476] (-31185.119) (-31188.201) -- 0:10:26
      761000 -- (-31183.073) [-31174.152] (-31176.072) (-31177.055) * (-31182.779) (-31177.668) (-31178.758) [-31183.746] -- 0:10:24
      761500 -- (-31178.011) (-31175.225) [-31178.588] (-31170.829) * (-31186.439) (-31179.215) (-31174.729) [-31174.017] -- 0:10:23
      762000 -- (-31177.178) (-31178.811) [-31178.231] (-31175.168) * (-31181.435) (-31177.138) (-31176.443) [-31177.411] -- 0:10:22
      762500 -- [-31174.730] (-31188.865) (-31187.054) (-31171.907) * (-31179.011) (-31179.684) (-31180.415) [-31179.062] -- 0:10:20
      763000 -- (-31174.809) (-31172.560) [-31179.946] (-31175.492) * (-31190.944) (-31183.303) [-31177.675] (-31177.218) -- 0:10:19
      763500 -- (-31187.263) (-31181.194) [-31183.216] (-31173.086) * (-31188.339) [-31177.020] (-31184.800) (-31175.627) -- 0:10:18
      764000 -- (-31176.918) (-31190.972) (-31177.501) [-31178.087] * (-31177.147) (-31190.350) [-31179.866] (-31171.938) -- 0:10:16
      764500 -- (-31181.901) (-31173.239) [-31176.022] (-31172.449) * (-31181.383) (-31178.870) [-31177.822] (-31177.729) -- 0:10:15
      765000 -- (-31184.720) [-31173.008] (-31177.814) (-31175.913) * [-31174.091] (-31176.373) (-31179.203) (-31191.046) -- 0:10:14

      Average standard deviation of split frequencies: 0.000000

      765500 -- (-31187.361) (-31180.880) [-31177.373] (-31186.735) * (-31186.424) (-31176.648) (-31175.841) [-31178.776] -- 0:10:12
      766000 -- (-31182.339) [-31184.340] (-31179.885) (-31174.840) * (-31177.385) (-31171.543) [-31175.488] (-31184.592) -- 0:10:11
      766500 -- (-31176.948) (-31183.060) [-31177.617] (-31185.017) * [-31176.645] (-31176.207) (-31182.229) (-31186.178) -- 0:10:10
      767000 -- (-31179.471) (-31184.283) [-31182.027] (-31176.886) * [-31185.250] (-31181.522) (-31179.673) (-31177.484) -- 0:10:09
      767500 -- (-31193.051) [-31186.046] (-31187.328) (-31185.627) * (-31178.607) (-31179.265) (-31192.646) [-31180.211] -- 0:10:07
      768000 -- [-31169.734] (-31186.683) (-31182.594) (-31177.223) * (-31183.182) (-31178.754) (-31199.885) [-31183.304] -- 0:10:06
      768500 -- (-31194.299) (-31180.554) (-31188.981) [-31179.224] * (-31175.576) (-31186.274) (-31182.027) [-31178.675] -- 0:10:05
      769000 -- (-31173.634) (-31192.148) [-31179.199] (-31180.942) * (-31170.485) (-31181.177) [-31178.607] (-31183.247) -- 0:10:03
      769500 -- [-31176.039] (-31187.286) (-31181.045) (-31180.844) * (-31178.555) [-31178.781] (-31180.905) (-31176.878) -- 0:10:02
      770000 -- (-31175.386) (-31183.992) (-31182.406) [-31175.690] * (-31180.173) [-31172.396] (-31176.275) (-31176.974) -- 0:10:00

      Average standard deviation of split frequencies: 0.000000

      770500 -- (-31178.560) (-31182.201) [-31171.102] (-31178.607) * (-31178.533) (-31174.277) [-31174.932] (-31184.849) -- 0:09:59
      771000 -- (-31183.520) (-31174.115) [-31187.426] (-31183.872) * (-31182.736) (-31186.687) [-31175.730] (-31169.479) -- 0:09:58
      771500 -- (-31178.865) (-31175.168) [-31176.042] (-31177.529) * (-31178.455) [-31172.287] (-31184.099) (-31191.127) -- 0:09:57
      772000 -- [-31186.729] (-31177.309) (-31173.156) (-31185.117) * (-31183.099) (-31172.518) (-31183.783) [-31183.005] -- 0:09:55
      772500 -- (-31186.401) [-31171.592] (-31178.012) (-31174.588) * (-31189.534) [-31182.120] (-31178.134) (-31186.662) -- 0:09:54
      773000 -- (-31175.029) [-31173.043] (-31180.309) (-31177.779) * (-31186.796) (-31179.170) [-31175.247] (-31192.447) -- 0:09:53
      773500 -- (-31181.537) [-31176.507] (-31178.662) (-31186.484) * [-31183.000] (-31187.433) (-31178.798) (-31180.947) -- 0:09:51
      774000 -- (-31185.054) (-31177.966) [-31180.910] (-31178.761) * (-31183.970) [-31183.285] (-31171.383) (-31175.256) -- 0:09:50
      774500 -- (-31179.051) (-31177.901) (-31193.877) [-31176.826] * (-31181.084) (-31181.300) (-31177.731) [-31176.766] -- 0:09:49
      775000 -- (-31172.995) (-31177.408) (-31170.639) [-31187.472] * (-31176.582) (-31181.978) [-31184.792] (-31177.218) -- 0:09:47

      Average standard deviation of split frequencies: 0.000174

      775500 -- (-31179.265) (-31183.711) [-31176.079] (-31179.578) * [-31176.403] (-31179.839) (-31179.214) (-31181.499) -- 0:09:46
      776000 -- (-31190.034) [-31175.960] (-31170.368) (-31176.001) * (-31176.921) (-31179.037) [-31177.523] (-31181.780) -- 0:09:45
      776500 -- (-31193.190) (-31185.529) [-31177.071] (-31179.804) * (-31180.648) (-31182.302) [-31174.271] (-31179.758) -- 0:09:44
      777000 -- (-31182.499) [-31185.684] (-31179.742) (-31179.630) * (-31181.231) (-31173.859) [-31178.714] (-31179.352) -- 0:09:42
      777500 -- (-31186.456) [-31185.155] (-31182.792) (-31176.624) * (-31172.718) (-31188.322) (-31176.545) [-31182.936] -- 0:09:41
      778000 -- (-31180.283) (-31179.216) (-31184.053) [-31177.581] * [-31177.979] (-31190.287) (-31187.968) (-31182.804) -- 0:09:40
      778500 -- (-31182.557) [-31180.786] (-31179.857) (-31178.720) * [-31178.430] (-31191.560) (-31180.408) (-31183.513) -- 0:09:38
      779000 -- (-31186.363) (-31188.883) (-31182.954) [-31179.915] * (-31180.400) (-31174.471) [-31178.011] (-31176.065) -- 0:09:37
      779500 -- (-31179.629) [-31179.971] (-31180.663) (-31179.261) * (-31189.003) (-31188.036) [-31171.038] (-31182.625) -- 0:09:36
      780000 -- (-31177.814) [-31181.943] (-31177.854) (-31176.793) * (-31176.311) (-31188.911) [-31171.578] (-31181.958) -- 0:09:34

      Average standard deviation of split frequencies: 0.000173

      780500 -- (-31175.363) (-31175.246) (-31183.267) [-31179.143] * (-31177.318) (-31179.192) (-31171.357) [-31177.181] -- 0:09:33
      781000 -- [-31179.840] (-31181.478) (-31189.643) (-31179.641) * (-31175.285) (-31173.931) [-31177.333] (-31172.253) -- 0:09:32
      781500 -- (-31186.315) (-31183.200) [-31179.571] (-31184.036) * (-31179.270) [-31174.993] (-31174.707) (-31176.002) -- 0:09:30
      782000 -- [-31180.366] (-31173.534) (-31181.691) (-31187.232) * (-31174.207) (-31179.917) [-31177.421] (-31177.876) -- 0:09:29
      782500 -- (-31181.673) (-31181.746) (-31176.931) [-31180.371] * (-31174.149) (-31177.401) [-31185.639] (-31179.082) -- 0:09:28
      783000 -- [-31180.744] (-31180.406) (-31189.590) (-31177.255) * (-31182.441) (-31180.933) (-31177.099) [-31180.027] -- 0:09:27
      783500 -- (-31181.731) (-31172.214) (-31176.340) [-31182.817] * [-31178.696] (-31186.190) (-31188.751) (-31176.857) -- 0:09:25
      784000 -- (-31180.636) (-31173.715) (-31174.992) [-31175.807] * (-31176.754) [-31173.128] (-31182.984) (-31183.218) -- 0:09:24
      784500 -- (-31174.938) (-31177.657) (-31186.474) [-31180.722] * (-31184.819) (-31177.195) (-31186.617) [-31176.028] -- 0:09:23
      785000 -- (-31178.229) [-31177.043] (-31184.154) (-31196.592) * (-31182.669) (-31179.283) (-31190.140) [-31183.515] -- 0:09:21

      Average standard deviation of split frequencies: 0.000171

      785500 -- (-31179.909) (-31182.878) [-31174.715] (-31186.787) * (-31175.418) (-31182.864) (-31179.615) [-31179.381] -- 0:09:20
      786000 -- (-31181.783) [-31183.096] (-31180.869) (-31188.462) * (-31179.860) [-31175.465] (-31172.323) (-31180.807) -- 0:09:18
      786500 -- [-31176.233] (-31180.928) (-31182.541) (-31191.809) * (-31185.516) (-31184.328) [-31172.591] (-31181.263) -- 0:09:17
      787000 -- (-31178.608) [-31184.346] (-31180.034) (-31191.930) * [-31177.345] (-31180.182) (-31170.314) (-31182.816) -- 0:09:16
      787500 -- (-31182.355) (-31187.932) [-31177.970] (-31183.485) * (-31173.826) (-31194.087) [-31175.387] (-31184.515) -- 0:09:15
      788000 -- [-31173.326] (-31192.101) (-31175.471) (-31180.456) * [-31177.627] (-31186.963) (-31181.009) (-31186.025) -- 0:09:13
      788500 -- (-31174.343) (-31175.088) [-31183.733] (-31185.138) * (-31194.505) (-31183.420) (-31178.092) [-31181.992] -- 0:09:12
      789000 -- (-31188.067) (-31172.642) [-31176.961] (-31174.463) * (-31183.975) (-31185.200) [-31177.291] (-31179.962) -- 0:09:11
      789500 -- (-31169.286) (-31176.041) [-31174.980] (-31183.439) * (-31193.036) (-31186.155) (-31177.448) [-31175.023] -- 0:09:09
      790000 -- (-31178.126) (-31174.372) (-31187.191) [-31176.463] * (-31178.973) [-31175.303] (-31181.119) (-31179.960) -- 0:09:08

      Average standard deviation of split frequencies: 0.000170

      790500 -- (-31191.097) [-31181.519] (-31182.119) (-31173.793) * [-31178.913] (-31186.195) (-31180.228) (-31185.819) -- 0:09:07
      791000 -- (-31182.429) [-31178.146] (-31178.397) (-31177.778) * (-31180.575) (-31184.258) [-31174.656] (-31178.312) -- 0:09:05
      791500 -- (-31176.554) (-31182.119) [-31177.026] (-31179.941) * (-31178.736) (-31174.513) [-31179.440] (-31176.003) -- 0:09:04
      792000 -- (-31187.882) (-31177.168) [-31186.744] (-31172.184) * (-31188.941) (-31182.083) [-31169.395] (-31180.064) -- 0:09:03
      792500 -- (-31181.824) [-31175.344] (-31185.258) (-31187.437) * (-31180.971) (-31179.882) [-31173.710] (-31171.524) -- 0:09:01
      793000 -- [-31178.272] (-31182.861) (-31176.750) (-31185.127) * (-31174.862) (-31179.098) [-31175.667] (-31183.191) -- 0:09:00
      793500 -- (-31177.814) (-31179.815) [-31175.025] (-31176.819) * [-31178.161] (-31182.721) (-31173.564) (-31187.413) -- 0:08:59
      794000 -- (-31173.920) (-31175.489) (-31177.233) [-31173.965] * (-31178.814) [-31178.677] (-31184.515) (-31188.397) -- 0:08:58
      794500 -- (-31175.776) (-31181.077) (-31175.594) [-31180.502] * (-31184.977) [-31179.692] (-31178.024) (-31172.868) -- 0:08:56
      795000 -- (-31174.526) [-31176.568] (-31191.245) (-31190.564) * (-31170.390) (-31179.145) (-31176.947) [-31177.138] -- 0:08:55

      Average standard deviation of split frequencies: 0.000169

      795500 -- (-31181.641) (-31176.039) (-31184.598) [-31177.559] * (-31173.080) (-31179.321) [-31178.041] (-31177.415) -- 0:08:54
      796000 -- [-31181.647] (-31177.040) (-31174.908) (-31183.718) * (-31172.238) [-31175.720] (-31184.569) (-31182.740) -- 0:08:52
      796500 -- [-31176.455] (-31183.366) (-31177.526) (-31178.253) * [-31175.964] (-31180.519) (-31184.318) (-31178.890) -- 0:08:51
      797000 -- (-31196.682) (-31177.478) [-31174.872] (-31176.537) * [-31171.056] (-31179.648) (-31177.867) (-31183.691) -- 0:08:50
      797500 -- (-31182.984) (-31178.088) [-31175.392] (-31184.967) * (-31173.612) (-31174.184) [-31177.949] (-31189.637) -- 0:08:48
      798000 -- (-31180.970) [-31179.199] (-31183.599) (-31178.669) * (-31172.072) (-31175.526) (-31175.320) [-31172.775] -- 0:08:47
      798500 -- (-31181.207) [-31183.434] (-31182.042) (-31181.236) * [-31176.334] (-31180.028) (-31181.404) (-31175.767) -- 0:08:46
      799000 -- (-31169.763) (-31193.591) (-31178.605) [-31180.959] * (-31186.386) (-31181.416) (-31183.276) [-31177.316] -- 0:08:45
      799500 -- (-31183.418) (-31171.199) (-31183.822) [-31181.126] * [-31171.907] (-31188.630) (-31182.353) (-31172.274) -- 0:08:43
      800000 -- (-31178.333) (-31175.522) [-31181.865] (-31184.873) * (-31192.126) (-31170.033) (-31181.962) [-31172.047] -- 0:08:42

      Average standard deviation of split frequencies: 0.000168

      800500 -- [-31180.970] (-31178.584) (-31181.199) (-31186.450) * (-31198.069) [-31177.735] (-31177.159) (-31181.263) -- 0:08:41
      801000 -- (-31186.899) (-31180.660) (-31181.820) [-31177.343] * (-31194.401) [-31176.696] (-31176.227) (-31183.372) -- 0:08:39
      801500 -- [-31186.111] (-31177.594) (-31178.080) (-31177.898) * (-31183.252) (-31180.641) (-31187.634) [-31181.334] -- 0:08:38
      802000 -- [-31173.922] (-31172.267) (-31181.603) (-31179.644) * (-31183.058) [-31180.390] (-31177.081) (-31176.585) -- 0:08:37
      802500 -- [-31176.674] (-31184.912) (-31179.386) (-31172.480) * (-31188.073) [-31172.722] (-31178.832) (-31178.498) -- 0:08:35
      803000 -- (-31172.280) [-31179.410] (-31178.396) (-31175.116) * (-31182.131) (-31178.821) [-31178.604] (-31183.998) -- 0:08:34
      803500 -- [-31173.264] (-31178.384) (-31189.717) (-31177.238) * (-31180.303) [-31173.246] (-31183.785) (-31178.001) -- 0:08:33
      804000 -- [-31182.774] (-31178.820) (-31179.001) (-31182.429) * (-31181.050) [-31173.854] (-31175.398) (-31193.932) -- 0:08:31
      804500 -- (-31184.106) [-31177.417] (-31180.543) (-31175.636) * (-31180.170) (-31178.639) (-31184.969) [-31182.227] -- 0:08:30
      805000 -- (-31173.921) [-31176.107] (-31185.399) (-31185.051) * [-31177.397] (-31184.831) (-31184.035) (-31186.202) -- 0:08:29

      Average standard deviation of split frequencies: 0.000167

      805500 -- (-31180.037) (-31175.204) (-31180.019) [-31173.243] * [-31171.815] (-31175.205) (-31184.177) (-31181.131) -- 0:08:28
      806000 -- [-31177.566] (-31185.832) (-31184.381) (-31182.995) * (-31173.985) (-31180.132) [-31181.664] (-31180.073) -- 0:08:26
      806500 -- (-31175.591) (-31173.675) (-31181.319) [-31176.079] * [-31176.703] (-31185.939) (-31193.969) (-31184.472) -- 0:08:25
      807000 -- (-31179.686) [-31177.056] (-31180.457) (-31178.673) * (-31176.980) (-31182.640) (-31183.199) [-31176.267] -- 0:08:24
      807500 -- (-31177.754) (-31176.491) [-31169.065] (-31179.205) * (-31182.863) (-31190.823) [-31180.562] (-31174.319) -- 0:08:22
      808000 -- (-31185.741) [-31180.332] (-31177.515) (-31185.872) * (-31192.130) (-31177.117) [-31181.864] (-31177.812) -- 0:08:21
      808500 -- (-31186.353) [-31184.424] (-31179.277) (-31175.541) * (-31174.253) [-31174.096] (-31175.361) (-31182.772) -- 0:08:20
      809000 -- (-31176.337) [-31180.449] (-31184.271) (-31176.304) * (-31182.099) (-31174.908) (-31171.755) [-31187.391] -- 0:08:18
      809500 -- [-31181.910] (-31178.501) (-31177.157) (-31177.563) * (-31167.545) [-31179.367] (-31177.622) (-31185.511) -- 0:08:17
      810000 -- (-31179.336) [-31178.582] (-31185.821) (-31175.275) * [-31170.944] (-31187.702) (-31171.320) (-31173.326) -- 0:08:16

      Average standard deviation of split frequencies: 0.000166

      810500 -- [-31178.022] (-31174.840) (-31189.045) (-31176.382) * (-31179.952) (-31190.499) (-31175.539) [-31176.064] -- 0:08:14
      811000 -- (-31184.342) (-31183.561) (-31185.489) [-31184.093] * (-31171.852) (-31187.044) (-31187.116) [-31172.788] -- 0:08:13
      811500 -- [-31177.062] (-31190.418) (-31183.257) (-31181.952) * (-31189.569) (-31189.572) [-31181.273] (-31182.080) -- 0:08:12
      812000 -- [-31180.083] (-31183.623) (-31179.026) (-31180.520) * (-31168.245) (-31173.708) [-31179.873] (-31178.100) -- 0:08:10
      812500 -- [-31185.944] (-31182.738) (-31179.020) (-31175.397) * (-31182.101) (-31179.403) [-31182.237] (-31183.871) -- 0:08:09
      813000 -- (-31172.869) (-31174.863) (-31176.841) [-31178.295] * [-31176.423] (-31176.289) (-31180.495) (-31188.968) -- 0:08:08
      813500 -- (-31177.923) (-31185.809) (-31177.307) [-31177.288] * (-31178.581) (-31176.093) (-31180.128) [-31175.171] -- 0:08:06
      814000 -- [-31179.765] (-31181.564) (-31177.085) (-31181.000) * (-31173.141) [-31179.918] (-31184.199) (-31178.457) -- 0:08:05
      814500 -- (-31177.454) (-31181.693) [-31178.029] (-31182.288) * (-31174.432) (-31183.682) [-31173.553] (-31177.572) -- 0:08:04
      815000 -- (-31181.187) (-31180.427) (-31181.944) [-31186.250] * (-31185.619) [-31182.953] (-31190.833) (-31175.528) -- 0:08:03

      Average standard deviation of split frequencies: 0.000165

      815500 -- [-31172.337] (-31176.187) (-31187.110) (-31186.935) * (-31178.454) (-31183.509) [-31179.912] (-31185.568) -- 0:08:01
      816000 -- [-31176.194] (-31189.354) (-31185.398) (-31171.981) * (-31182.028) (-31179.029) [-31182.539] (-31175.257) -- 0:08:00
      816500 -- [-31176.709] (-31177.738) (-31195.776) (-31177.395) * (-31180.595) (-31187.031) (-31176.186) [-31176.414] -- 0:07:59
      817000 -- [-31176.751] (-31175.324) (-31183.588) (-31182.975) * [-31183.139] (-31188.759) (-31175.229) (-31178.813) -- 0:07:57
      817500 -- (-31178.128) (-31182.387) [-31176.995] (-31181.361) * (-31183.544) (-31195.970) [-31182.014] (-31177.817) -- 0:07:56
      818000 -- (-31172.126) [-31174.935] (-31176.917) (-31185.230) * (-31191.375) (-31187.012) (-31187.845) [-31176.287] -- 0:07:55
      818500 -- (-31167.841) (-31181.101) [-31183.377] (-31183.618) * (-31190.671) (-31174.043) [-31179.034] (-31184.068) -- 0:07:53
      819000 -- (-31175.162) [-31173.056] (-31175.214) (-31171.765) * (-31176.963) (-31180.945) (-31186.927) [-31182.920] -- 0:07:52
      819500 -- (-31174.352) (-31173.391) (-31173.578) [-31180.771] * [-31171.736] (-31181.347) (-31176.559) (-31176.791) -- 0:07:51
      820000 -- (-31176.305) (-31183.211) [-31174.006] (-31178.102) * [-31177.832] (-31177.074) (-31175.761) (-31183.717) -- 0:07:49

      Average standard deviation of split frequencies: 0.000164

      820500 -- (-31173.104) (-31179.557) [-31173.808] (-31181.913) * (-31172.517) (-31189.082) [-31180.379] (-31188.034) -- 0:07:48
      821000 -- (-31181.383) [-31171.005] (-31173.916) (-31184.407) * (-31178.855) [-31176.010] (-31183.915) (-31180.475) -- 0:07:47
      821500 -- (-31174.448) [-31178.138] (-31172.512) (-31184.245) * (-31184.700) (-31175.431) (-31182.326) [-31174.840] -- 0:07:46
      822000 -- (-31175.618) [-31171.475] (-31179.229) (-31194.484) * [-31173.376] (-31177.081) (-31176.043) (-31185.149) -- 0:07:44
      822500 -- (-31181.212) [-31170.514] (-31188.071) (-31177.600) * (-31178.105) (-31177.144) (-31180.237) [-31182.972] -- 0:07:43
      823000 -- [-31176.076] (-31179.569) (-31177.468) (-31189.748) * [-31178.357] (-31181.952) (-31176.933) (-31182.925) -- 0:07:42
      823500 -- (-31173.127) (-31182.937) [-31175.336] (-31180.022) * (-31184.002) [-31175.031] (-31179.110) (-31186.301) -- 0:07:40
      824000 -- (-31172.715) (-31174.019) (-31175.755) [-31178.067] * [-31178.037] (-31178.489) (-31174.967) (-31186.319) -- 0:07:39
      824500 -- [-31172.010] (-31175.639) (-31178.177) (-31179.672) * (-31181.359) (-31188.654) [-31178.214] (-31179.202) -- 0:07:38
      825000 -- [-31171.254] (-31178.163) (-31176.214) (-31182.384) * (-31176.816) (-31174.639) (-31180.966) [-31178.778] -- 0:07:36

      Average standard deviation of split frequencies: 0.000163

      825500 -- (-31177.460) (-31173.910) (-31172.929) [-31186.022] * (-31178.862) [-31181.111] (-31177.665) (-31176.067) -- 0:07:35
      826000 -- (-31176.958) (-31186.702) (-31185.303) [-31188.186] * [-31170.236] (-31178.765) (-31186.117) (-31178.678) -- 0:07:34
      826500 -- [-31176.082] (-31173.917) (-31177.668) (-31186.305) * [-31179.159] (-31192.258) (-31175.340) (-31178.828) -- 0:07:33
      827000 -- [-31182.513] (-31179.946) (-31187.243) (-31181.904) * [-31176.042] (-31185.014) (-31172.260) (-31179.264) -- 0:07:31
      827500 -- (-31187.565) (-31176.655) [-31173.447] (-31182.510) * [-31178.719] (-31187.191) (-31190.195) (-31187.696) -- 0:07:30
      828000 -- (-31190.084) (-31174.992) [-31181.387] (-31180.565) * (-31175.597) [-31189.844] (-31179.230) (-31174.352) -- 0:07:29
      828500 -- (-31184.428) (-31181.978) [-31178.651] (-31183.872) * (-31178.674) [-31175.658] (-31177.728) (-31185.086) -- 0:07:27
      829000 -- (-31185.634) (-31179.677) [-31169.399] (-31174.812) * (-31189.212) (-31174.110) (-31176.781) [-31185.485] -- 0:07:26
      829500 -- [-31171.895] (-31178.129) (-31171.335) (-31177.281) * (-31182.962) (-31181.872) [-31176.645] (-31180.824) -- 0:07:25
      830000 -- (-31171.976) [-31172.927] (-31186.394) (-31184.295) * (-31181.962) (-31177.076) [-31180.843] (-31181.724) -- 0:07:23

      Average standard deviation of split frequencies: 0.000162

      830500 -- [-31180.125] (-31172.206) (-31178.907) (-31174.262) * [-31174.334] (-31185.886) (-31189.489) (-31174.272) -- 0:07:22
      831000 -- (-31176.020) [-31176.701] (-31178.884) (-31187.875) * (-31178.370) [-31176.608] (-31179.146) (-31174.143) -- 0:07:21
      831500 -- (-31184.077) [-31174.780] (-31177.194) (-31184.360) * (-31177.349) (-31183.376) (-31176.011) [-31181.070] -- 0:07:19
      832000 -- (-31183.156) [-31171.905] (-31181.237) (-31195.302) * (-31183.171) (-31184.352) [-31170.214] (-31183.669) -- 0:07:18
      832500 -- (-31183.597) [-31171.501] (-31189.054) (-31176.045) * [-31171.748] (-31190.709) (-31177.221) (-31176.104) -- 0:07:17
      833000 -- (-31179.745) [-31170.192] (-31180.143) (-31178.399) * (-31178.384) [-31184.511] (-31177.936) (-31176.808) -- 0:07:15
      833500 -- (-31184.101) (-31172.492) [-31174.364] (-31186.091) * [-31172.509] (-31180.759) (-31187.858) (-31184.074) -- 0:07:14
      834000 -- [-31180.895] (-31173.750) (-31178.951) (-31203.145) * (-31178.674) (-31181.244) [-31179.705] (-31183.029) -- 0:07:13
      834500 -- (-31177.083) (-31180.528) (-31175.488) [-31189.052] * (-31179.869) (-31179.999) (-31174.708) [-31175.667] -- 0:07:11
      835000 -- (-31177.833) (-31180.727) (-31178.396) [-31184.262] * (-31197.056) (-31171.311) (-31175.199) [-31177.956] -- 0:07:10

      Average standard deviation of split frequencies: 0.000161

      835500 -- (-31176.928) (-31183.025) (-31185.222) [-31182.737] * (-31180.808) (-31175.517) (-31180.285) [-31178.744] -- 0:07:09
      836000 -- (-31174.116) (-31190.300) (-31185.109) [-31183.886] * [-31180.831] (-31174.689) (-31177.525) (-31175.443) -- 0:07:08
      836500 -- [-31182.404] (-31181.737) (-31178.537) (-31180.289) * (-31182.249) (-31178.508) (-31172.936) [-31182.306] -- 0:07:06
      837000 -- (-31179.103) (-31187.895) (-31175.598) [-31172.487] * (-31178.570) (-31181.444) [-31182.903] (-31182.619) -- 0:07:05
      837500 -- (-31183.144) (-31182.096) (-31187.585) [-31177.484] * (-31176.379) (-31184.004) (-31183.461) [-31188.732] -- 0:07:04
      838000 -- [-31182.368] (-31188.502) (-31179.674) (-31184.121) * (-31176.630) (-31180.793) (-31182.174) [-31174.095] -- 0:07:02
      838500 -- (-31179.417) [-31178.697] (-31179.096) (-31181.457) * [-31174.312] (-31181.996) (-31179.624) (-31182.289) -- 0:07:01
      839000 -- (-31192.255) (-31173.380) [-31176.889] (-31183.742) * (-31177.126) (-31191.590) (-31185.182) [-31180.397] -- 0:07:00
      839500 -- (-31175.694) (-31170.633) [-31177.102] (-31185.278) * (-31168.789) (-31191.129) (-31181.407) [-31178.338] -- 0:06:58
      840000 -- (-31183.702) (-31176.558) [-31179.574] (-31180.507) * [-31175.904] (-31198.695) (-31174.930) (-31184.218) -- 0:06:57

      Average standard deviation of split frequencies: 0.000160

      840500 -- [-31173.382] (-31172.054) (-31185.142) (-31182.771) * (-31178.885) [-31181.479] (-31182.446) (-31178.982) -- 0:06:56
      841000 -- [-31178.207] (-31178.448) (-31186.690) (-31181.818) * (-31182.714) (-31189.573) [-31178.085] (-31175.882) -- 0:06:54
      841500 -- (-31179.654) (-31176.462) (-31174.656) [-31182.910] * (-31185.595) (-31182.863) (-31179.278) [-31172.874] -- 0:06:53
      842000 -- (-31174.820) (-31182.927) [-31177.627] (-31183.964) * (-31180.612) [-31184.987] (-31183.390) (-31184.994) -- 0:06:52
      842500 -- (-31172.421) [-31175.287] (-31178.227) (-31193.004) * (-31179.259) [-31182.687] (-31183.330) (-31177.476) -- 0:06:51
      843000 -- [-31174.152] (-31175.159) (-31189.243) (-31175.229) * (-31178.324) (-31188.810) (-31188.278) [-31178.667] -- 0:06:49
      843500 -- (-31179.488) (-31181.871) (-31178.300) [-31168.516] * [-31175.965] (-31182.714) (-31180.633) (-31183.298) -- 0:06:48
      844000 -- [-31178.989] (-31184.613) (-31179.222) (-31174.491) * (-31175.956) [-31180.943] (-31174.641) (-31172.600) -- 0:06:47
      844500 -- (-31183.316) (-31181.649) [-31183.073] (-31177.053) * (-31177.657) (-31178.812) [-31173.988] (-31176.563) -- 0:06:45
      845000 -- (-31178.501) (-31173.584) [-31185.853] (-31184.310) * (-31189.270) (-31179.896) [-31183.735] (-31174.792) -- 0:06:44

      Average standard deviation of split frequencies: 0.000159

      845500 -- (-31170.843) (-31178.158) [-31185.285] (-31179.983) * [-31175.283] (-31173.624) (-31175.451) (-31169.941) -- 0:06:43
      846000 -- [-31172.779] (-31178.628) (-31190.390) (-31177.519) * (-31190.459) (-31178.170) (-31177.609) [-31172.020] -- 0:06:41
      846500 -- (-31183.407) (-31169.265) (-31186.258) [-31175.024] * (-31186.026) (-31173.996) (-31174.698) [-31177.502] -- 0:06:40
      847000 -- [-31175.229] (-31172.133) (-31179.221) (-31178.783) * (-31181.021) (-31189.658) [-31171.070] (-31183.686) -- 0:06:39
      847500 -- (-31173.273) (-31183.323) (-31174.785) [-31175.783] * [-31181.129] (-31181.767) (-31176.873) (-31174.355) -- 0:06:38
      848000 -- (-31177.930) (-31178.631) [-31175.057] (-31177.005) * (-31190.436) [-31178.466] (-31186.813) (-31176.726) -- 0:06:36
      848500 -- (-31183.002) [-31178.655] (-31179.803) (-31190.686) * (-31191.603) (-31181.237) (-31178.050) [-31173.174] -- 0:06:35
      849000 -- (-31174.776) [-31169.795] (-31174.427) (-31176.416) * (-31174.886) (-31184.482) [-31178.950] (-31170.901) -- 0:06:34
      849500 -- (-31181.367) (-31176.002) (-31175.368) [-31180.021] * [-31176.502] (-31183.554) (-31171.123) (-31179.866) -- 0:06:32
      850000 -- (-31178.419) (-31177.274) [-31174.623] (-31182.791) * (-31177.160) (-31185.026) [-31176.963] (-31183.597) -- 0:06:31

      Average standard deviation of split frequencies: 0.000158

      850500 -- [-31181.229] (-31172.864) (-31177.953) (-31185.562) * [-31177.366] (-31176.912) (-31174.261) (-31178.394) -- 0:06:30
      851000 -- (-31183.036) [-31175.711] (-31184.009) (-31181.604) * [-31180.202] (-31173.525) (-31176.222) (-31185.848) -- 0:06:28
      851500 -- (-31178.290) [-31185.848] (-31187.282) (-31181.099) * (-31175.072) [-31177.248] (-31185.959) (-31184.389) -- 0:06:27
      852000 -- (-31179.810) (-31178.264) [-31182.843] (-31178.265) * (-31183.817) (-31177.950) (-31192.012) [-31180.628] -- 0:06:26
      852500 -- [-31178.973] (-31179.082) (-31180.625) (-31184.970) * (-31178.858) [-31179.987] (-31179.629) (-31186.303) -- 0:06:24
      853000 -- (-31182.542) [-31180.251] (-31178.820) (-31176.814) * (-31181.105) [-31181.561] (-31173.951) (-31172.838) -- 0:06:23
      853500 -- (-31189.497) (-31180.630) (-31171.138) [-31176.599] * (-31177.437) (-31180.922) [-31178.637] (-31184.250) -- 0:06:22
      854000 -- (-31188.419) [-31175.807] (-31171.741) (-31177.450) * [-31177.437] (-31180.404) (-31169.722) (-31184.907) -- 0:06:21
      854500 -- (-31176.968) (-31171.491) [-31177.195] (-31184.884) * (-31182.766) [-31180.149] (-31177.826) (-31185.824) -- 0:06:19
      855000 -- (-31182.500) (-31179.626) (-31175.287) [-31178.949] * (-31178.135) (-31176.342) (-31184.713) [-31182.886] -- 0:06:18

      Average standard deviation of split frequencies: 0.000157

      855500 -- (-31180.768) [-31178.495] (-31177.114) (-31180.062) * (-31175.544) [-31179.400] (-31180.871) (-31180.725) -- 0:06:17
      856000 -- (-31184.981) (-31187.135) [-31171.671] (-31174.492) * (-31183.728) (-31175.602) [-31175.351] (-31182.801) -- 0:06:15
      856500 -- (-31174.992) [-31174.516] (-31181.509) (-31174.919) * (-31195.271) (-31178.471) (-31178.568) [-31178.100] -- 0:06:14
      857000 -- [-31192.585] (-31176.019) (-31181.722) (-31174.711) * (-31181.030) (-31179.316) [-31189.713] (-31189.497) -- 0:06:13
      857500 -- (-31180.099) (-31174.049) [-31180.964] (-31184.191) * (-31180.392) [-31177.179] (-31178.350) (-31185.730) -- 0:06:11
      858000 -- (-31187.490) (-31176.300) [-31181.710] (-31189.954) * [-31182.501] (-31179.447) (-31173.332) (-31178.929) -- 0:06:10
      858500 -- (-31183.379) [-31173.512] (-31177.935) (-31178.847) * [-31184.951] (-31181.451) (-31182.043) (-31179.766) -- 0:06:09
      859000 -- [-31184.209] (-31179.000) (-31183.888) (-31190.176) * (-31184.721) (-31183.992) (-31185.569) [-31171.341] -- 0:06:08
      859500 -- [-31181.402] (-31176.518) (-31181.611) (-31178.585) * (-31176.364) (-31183.817) (-31192.457) [-31169.827] -- 0:06:06
      860000 -- (-31177.399) (-31176.751) [-31175.260] (-31192.334) * (-31185.164) (-31176.103) (-31179.844) [-31179.728] -- 0:06:05

      Average standard deviation of split frequencies: 0.000156

      860500 -- (-31177.875) (-31180.479) [-31175.334] (-31177.292) * [-31175.951] (-31177.921) (-31184.600) (-31177.911) -- 0:06:04
      861000 -- (-31190.486) (-31181.858) (-31173.495) [-31169.633] * (-31176.527) (-31178.094) (-31183.865) [-31179.252] -- 0:06:02
      861500 -- [-31171.434] (-31188.667) (-31183.067) (-31187.392) * [-31172.412] (-31187.399) (-31179.956) (-31186.075) -- 0:06:01
      862000 -- (-31177.832) [-31184.849] (-31183.544) (-31182.635) * (-31174.792) (-31189.783) (-31176.887) [-31173.790] -- 0:06:00
      862500 -- (-31180.920) [-31177.343] (-31176.702) (-31184.494) * [-31173.972] (-31188.467) (-31177.701) (-31179.071) -- 0:05:58
      863000 -- [-31179.605] (-31186.009) (-31179.033) (-31181.762) * (-31179.945) [-31180.569] (-31174.069) (-31181.143) -- 0:05:57
      863500 -- (-31176.195) [-31181.469] (-31181.176) (-31184.794) * (-31173.402) [-31177.374] (-31179.288) (-31181.600) -- 0:05:56
      864000 -- (-31177.981) [-31167.168] (-31177.608) (-31176.999) * (-31174.556) [-31177.200] (-31194.653) (-31181.800) -- 0:05:54
      864500 -- (-31180.136) (-31174.827) [-31177.190] (-31181.198) * (-31176.027) (-31182.084) [-31186.284] (-31176.356) -- 0:05:53
      865000 -- [-31174.239] (-31182.068) (-31184.491) (-31175.122) * [-31174.968] (-31183.820) (-31179.166) (-31178.520) -- 0:05:52

      Average standard deviation of split frequencies: 0.000156

      865500 -- (-31177.624) (-31173.671) [-31176.536] (-31182.389) * (-31179.943) (-31175.809) [-31175.469] (-31189.618) -- 0:05:51
      866000 -- (-31177.473) (-31173.881) [-31178.932] (-31180.774) * (-31172.951) (-31182.403) (-31177.389) [-31182.105] -- 0:05:49
      866500 -- (-31175.166) [-31174.915] (-31178.012) (-31182.746) * [-31174.496] (-31172.707) (-31174.576) (-31175.117) -- 0:05:48
      867000 -- (-31185.888) (-31175.607) (-31191.114) [-31180.052] * (-31171.823) [-31177.014] (-31177.860) (-31172.594) -- 0:05:47
      867500 -- (-31187.544) [-31180.339] (-31177.667) (-31174.771) * (-31174.096) (-31184.500) (-31178.791) [-31183.719] -- 0:05:45
      868000 -- (-31174.283) (-31172.665) (-31185.168) [-31175.172] * (-31181.789) (-31180.138) [-31186.717] (-31178.630) -- 0:05:44
      868500 -- [-31173.643] (-31181.426) (-31184.068) (-31183.259) * (-31171.456) (-31171.831) (-31184.813) [-31175.990] -- 0:05:43
      869000 -- (-31181.144) [-31180.468] (-31190.759) (-31194.125) * (-31174.573) [-31172.620] (-31186.904) (-31177.945) -- 0:05:41
      869500 -- (-31170.520) (-31175.255) (-31183.187) [-31178.409] * (-31173.100) (-31180.153) (-31176.086) [-31180.992] -- 0:05:40
      870000 -- (-31180.560) (-31177.944) [-31174.893] (-31177.587) * [-31177.700] (-31185.592) (-31171.492) (-31178.715) -- 0:05:39

      Average standard deviation of split frequencies: 0.000155

      870500 -- [-31174.663] (-31183.203) (-31179.930) (-31179.123) * (-31173.790) (-31175.670) [-31172.870] (-31183.355) -- 0:05:37
      871000 -- (-31175.899) [-31175.576] (-31180.030) (-31183.583) * [-31172.376] (-31189.244) (-31178.415) (-31180.215) -- 0:05:36
      871500 -- [-31173.274] (-31177.110) (-31185.190) (-31182.090) * (-31179.468) (-31183.963) [-31184.603] (-31173.042) -- 0:05:35
      872000 -- (-31177.003) [-31181.169] (-31180.344) (-31194.399) * (-31180.777) (-31176.655) [-31177.989] (-31178.528) -- 0:05:34
      872500 -- (-31180.260) (-31175.686) (-31179.325) [-31179.246] * (-31181.617) (-31180.153) (-31176.598) [-31181.230] -- 0:05:32
      873000 -- (-31183.535) (-31181.696) (-31179.818) [-31169.624] * (-31174.450) (-31183.076) [-31180.306] (-31191.647) -- 0:05:31
      873500 -- (-31188.153) (-31179.083) [-31183.215] (-31173.019) * (-31179.722) (-31183.734) (-31177.349) [-31182.196] -- 0:05:30
      874000 -- [-31180.275] (-31176.145) (-31185.643) (-31183.266) * (-31178.222) (-31176.274) (-31179.433) [-31172.760] -- 0:05:28
      874500 -- [-31173.256] (-31177.067) (-31176.272) (-31180.278) * [-31179.678] (-31170.840) (-31185.789) (-31173.626) -- 0:05:27
      875000 -- (-31179.126) (-31182.840) (-31184.766) [-31176.810] * (-31175.936) [-31181.889] (-31184.668) (-31183.578) -- 0:05:26

      Average standard deviation of split frequencies: 0.000154

      875500 -- [-31177.263] (-31180.256) (-31182.477) (-31173.714) * (-31169.853) [-31183.199] (-31188.749) (-31178.702) -- 0:05:24
      876000 -- (-31184.941) [-31173.317] (-31183.368) (-31180.742) * (-31171.376) [-31176.436] (-31177.304) (-31185.801) -- 0:05:23
      876500 -- (-31183.270) (-31187.313) (-31180.164) [-31176.094] * [-31172.726] (-31177.214) (-31180.238) (-31181.010) -- 0:05:22
      877000 -- (-31181.310) [-31179.881] (-31189.513) (-31180.631) * [-31179.083] (-31170.631) (-31186.101) (-31178.914) -- 0:05:21
      877500 -- (-31184.011) (-31177.598) (-31185.985) [-31174.277] * (-31185.504) (-31184.994) (-31181.708) [-31172.474] -- 0:05:19
      878000 -- (-31181.193) [-31176.429] (-31184.804) (-31176.293) * (-31183.494) (-31190.647) (-31176.787) [-31173.181] -- 0:05:18
      878500 -- (-31181.924) (-31173.482) (-31173.839) [-31176.539] * (-31185.839) (-31194.494) [-31183.477] (-31180.513) -- 0:05:17
      879000 -- [-31173.596] (-31170.844) (-31175.507) (-31179.320) * (-31174.160) (-31186.655) (-31182.592) [-31183.928] -- 0:05:15
      879500 -- (-31173.001) [-31174.906] (-31176.820) (-31174.256) * [-31174.241] (-31177.078) (-31180.491) (-31186.738) -- 0:05:14
      880000 -- [-31181.196] (-31171.689) (-31181.647) (-31174.532) * (-31174.007) (-31185.480) [-31174.888] (-31180.557) -- 0:05:13

      Average standard deviation of split frequencies: 0.000153

      880500 -- (-31179.691) (-31191.166) [-31183.160] (-31173.981) * [-31180.864] (-31186.822) (-31181.414) (-31186.633) -- 0:05:11
      881000 -- [-31174.835] (-31181.021) (-31169.752) (-31173.974) * (-31181.445) (-31173.304) [-31176.294] (-31182.261) -- 0:05:10
      881500 -- [-31174.536] (-31182.959) (-31176.751) (-31182.203) * [-31186.555] (-31188.513) (-31181.687) (-31176.088) -- 0:05:09
      882000 -- (-31181.748) (-31184.611) [-31177.804] (-31179.367) * [-31182.651] (-31186.902) (-31172.567) (-31176.204) -- 0:05:07
      882500 -- (-31187.703) (-31181.465) (-31173.889) [-31176.036] * [-31182.494] (-31176.225) (-31175.299) (-31176.831) -- 0:05:06
      883000 -- (-31176.660) [-31179.183] (-31170.927) (-31177.317) * (-31179.931) [-31182.052] (-31190.614) (-31184.348) -- 0:05:05
      883500 -- [-31177.632] (-31179.979) (-31171.245) (-31183.005) * (-31172.593) (-31190.462) (-31182.623) [-31181.348] -- 0:05:04
      884000 -- (-31174.256) (-31180.169) (-31182.815) [-31181.332] * [-31169.933] (-31189.805) (-31175.751) (-31174.344) -- 0:05:02
      884500 -- [-31180.220] (-31175.426) (-31178.846) (-31184.639) * (-31172.178) (-31185.868) [-31182.529] (-31181.326) -- 0:05:01
      885000 -- (-31189.888) [-31178.637] (-31189.357) (-31193.319) * (-31174.140) [-31176.279] (-31175.575) (-31184.692) -- 0:05:00

      Average standard deviation of split frequencies: 0.000152

      885500 -- (-31185.644) (-31174.156) [-31181.047] (-31177.875) * (-31172.402) [-31182.237] (-31182.845) (-31187.477) -- 0:04:58
      886000 -- (-31187.275) (-31177.706) (-31176.858) [-31188.271] * (-31175.210) (-31173.874) [-31176.433] (-31171.094) -- 0:04:57
      886500 -- (-31177.778) [-31177.838] (-31182.322) (-31177.784) * (-31178.235) (-31174.641) [-31174.760] (-31170.246) -- 0:04:56
      887000 -- (-31186.349) (-31173.922) [-31179.921] (-31188.237) * (-31187.131) (-31176.497) (-31189.772) [-31174.263] -- 0:04:54
      887500 -- (-31172.331) (-31181.464) [-31175.771] (-31176.992) * (-31181.642) (-31173.031) [-31180.805] (-31182.381) -- 0:04:53
      888000 -- (-31178.922) (-31174.704) (-31179.794) [-31176.235] * [-31171.943] (-31176.709) (-31180.343) (-31180.932) -- 0:04:52
      888500 -- (-31186.026) (-31186.847) [-31174.278] (-31180.889) * (-31184.623) (-31182.159) [-31180.364] (-31181.400) -- 0:04:51
      889000 -- (-31186.025) (-31183.085) (-31178.354) [-31179.173] * (-31176.728) (-31167.683) (-31178.727) [-31175.548] -- 0:04:49
      889500 -- (-31179.269) [-31191.001] (-31178.796) (-31180.670) * (-31177.038) [-31170.012] (-31181.080) (-31184.461) -- 0:04:48
      890000 -- (-31178.728) (-31182.247) (-31176.476) [-31184.898] * (-31181.480) [-31168.709] (-31176.889) (-31179.935) -- 0:04:47

      Average standard deviation of split frequencies: 0.000151

      890500 -- (-31177.204) (-31172.804) [-31183.186] (-31180.623) * (-31174.577) [-31176.415] (-31180.582) (-31185.598) -- 0:04:45
      891000 -- (-31178.975) (-31190.373) [-31173.382] (-31187.024) * (-31182.968) (-31179.164) [-31178.830] (-31179.789) -- 0:04:44
      891500 -- (-31185.977) (-31178.636) (-31174.476) [-31185.923] * (-31174.327) (-31174.248) [-31176.080] (-31184.983) -- 0:04:43
      892000 -- (-31175.280) [-31175.714] (-31181.631) (-31177.652) * (-31182.035) [-31181.327] (-31183.257) (-31185.030) -- 0:04:41
      892500 -- (-31173.524) (-31176.459) (-31182.388) [-31177.479] * (-31177.547) (-31177.952) (-31177.862) [-31173.725] -- 0:04:40
      893000 -- (-31172.064) (-31179.517) (-31181.881) [-31180.396] * (-31185.947) [-31174.584] (-31179.914) (-31179.365) -- 0:04:39
      893500 -- [-31170.520] (-31172.625) (-31174.491) (-31181.861) * (-31178.650) (-31177.289) [-31183.173] (-31177.887) -- 0:04:37
      894000 -- [-31177.934] (-31175.164) (-31178.702) (-31181.437) * [-31178.537] (-31176.954) (-31177.972) (-31185.792) -- 0:04:36
      894500 -- (-31175.833) [-31176.586] (-31189.997) (-31180.290) * (-31189.797) [-31180.258] (-31177.125) (-31186.526) -- 0:04:35
      895000 -- (-31172.434) (-31182.664) [-31175.707] (-31176.573) * (-31186.854) (-31183.532) [-31172.170] (-31189.016) -- 0:04:34

      Average standard deviation of split frequencies: 0.000150

      895500 -- (-31176.863) (-31180.544) (-31176.174) [-31174.985] * [-31184.829] (-31176.951) (-31188.509) (-31177.985) -- 0:04:32
      896000 -- (-31178.591) (-31180.206) [-31179.231] (-31176.343) * (-31186.191) (-31182.778) [-31168.580] (-31173.915) -- 0:04:31
      896500 -- [-31174.556] (-31177.475) (-31178.873) (-31173.805) * [-31182.396] (-31186.188) (-31173.493) (-31176.578) -- 0:04:30
      897000 -- [-31176.058] (-31177.802) (-31193.055) (-31177.517) * [-31176.865] (-31176.812) (-31174.460) (-31188.608) -- 0:04:28
      897500 -- [-31179.108] (-31176.446) (-31182.066) (-31181.443) * (-31182.093) [-31177.325] (-31174.896) (-31184.981) -- 0:04:27
      898000 -- (-31187.948) [-31180.982] (-31180.523) (-31178.975) * (-31179.652) [-31177.924] (-31178.284) (-31173.837) -- 0:04:26
      898500 -- (-31181.793) [-31186.211] (-31185.504) (-31182.015) * [-31184.768] (-31177.881) (-31174.234) (-31173.918) -- 0:04:24
      899000 -- (-31180.758) (-31179.533) (-31182.911) [-31171.844] * (-31176.598) (-31187.551) (-31174.346) [-31188.938] -- 0:04:23
      899500 -- (-31178.882) (-31174.752) [-31185.018] (-31180.591) * [-31181.309] (-31190.576) (-31185.437) (-31176.746) -- 0:04:22
      900000 -- (-31173.772) [-31174.093] (-31196.090) (-31180.874) * (-31182.854) [-31176.618] (-31175.762) (-31169.567) -- 0:04:21

      Average standard deviation of split frequencies: 0.000150

      900500 -- [-31185.379] (-31176.179) (-31199.689) (-31181.220) * (-31184.194) [-31176.357] (-31173.751) (-31178.500) -- 0:04:19
      901000 -- (-31181.492) [-31176.500] (-31175.568) (-31173.454) * [-31178.192] (-31177.589) (-31173.282) (-31178.687) -- 0:04:18
      901500 -- (-31186.444) (-31175.380) (-31179.260) [-31172.692] * [-31175.720] (-31186.599) (-31183.335) (-31183.259) -- 0:04:16
      902000 -- (-31179.344) (-31178.261) (-31180.005) [-31177.142] * (-31189.032) (-31180.027) (-31178.191) [-31179.795] -- 0:04:15
      902500 -- (-31179.112) (-31180.181) (-31179.242) [-31173.358] * [-31184.033] (-31185.290) (-31177.920) (-31176.094) -- 0:04:14
      903000 -- (-31180.172) [-31183.892] (-31174.680) (-31172.282) * [-31177.475] (-31187.638) (-31176.746) (-31176.763) -- 0:04:13
      903500 -- (-31180.068) (-31180.677) [-31177.468] (-31177.308) * [-31179.351] (-31196.176) (-31175.192) (-31175.296) -- 0:04:11
      904000 -- (-31190.806) (-31178.392) [-31179.219] (-31178.207) * [-31184.892] (-31189.610) (-31178.129) (-31174.157) -- 0:04:10
      904500 -- [-31181.132] (-31177.624) (-31168.686) (-31180.317) * [-31176.881] (-31193.166) (-31174.855) (-31181.388) -- 0:04:09
      905000 -- (-31180.717) (-31177.911) (-31175.260) [-31177.023] * (-31182.130) (-31179.781) [-31186.536] (-31180.095) -- 0:04:07

      Average standard deviation of split frequencies: 0.000149

      905500 -- [-31178.926] (-31178.409) (-31176.855) (-31176.170) * (-31188.636) (-31183.956) [-31179.460] (-31189.808) -- 0:04:06
      906000 -- [-31179.593] (-31176.187) (-31172.357) (-31181.149) * [-31184.103] (-31182.166) (-31187.758) (-31176.509) -- 0:04:05
      906500 -- (-31179.082) (-31172.357) [-31174.481] (-31187.582) * (-31178.899) (-31196.656) [-31178.845] (-31186.412) -- 0:04:03
      907000 -- (-31180.349) (-31198.356) [-31181.435] (-31177.573) * (-31173.165) (-31185.334) (-31176.434) [-31176.700] -- 0:04:02
      907500 -- (-31172.166) [-31170.276] (-31181.262) (-31179.915) * [-31177.610] (-31178.356) (-31179.955) (-31173.474) -- 0:04:01
      908000 -- (-31187.178) (-31182.913) [-31176.949] (-31188.333) * (-31180.300) (-31175.101) (-31172.075) [-31178.731] -- 0:04:00
      908500 -- (-31187.884) (-31175.172) (-31174.655) [-31187.382] * (-31172.571) (-31181.847) (-31181.303) [-31185.468] -- 0:03:58
      909000 -- (-31178.502) (-31178.690) (-31171.683) [-31175.268] * (-31184.693) (-31184.189) (-31173.869) [-31174.436] -- 0:03:57
      909500 -- (-31190.738) [-31195.637] (-31178.936) (-31176.423) * [-31180.416] (-31178.724) (-31179.869) (-31174.043) -- 0:03:56
      910000 -- (-31180.332) (-31177.302) (-31176.862) [-31172.156] * (-31188.166) [-31176.149] (-31173.754) (-31173.536) -- 0:03:54

      Average standard deviation of split frequencies: 0.000148

      910500 -- (-31183.026) (-31181.023) (-31177.328) [-31174.563] * (-31182.576) [-31177.455] (-31180.190) (-31181.155) -- 0:03:53
      911000 -- (-31178.954) (-31174.305) (-31185.692) [-31177.327] * (-31171.052) [-31172.105] (-31186.531) (-31176.121) -- 0:03:52
      911500 -- (-31172.287) [-31177.614] (-31177.395) (-31172.011) * (-31183.056) (-31177.515) (-31179.028) [-31176.012] -- 0:03:50
      912000 -- (-31183.198) (-31176.697) (-31176.865) [-31176.192] * [-31177.376] (-31187.991) (-31174.116) (-31169.160) -- 0:03:49
      912500 -- [-31180.264] (-31178.728) (-31178.060) (-31175.233) * [-31173.084] (-31186.823) (-31180.154) (-31178.235) -- 0:03:48
      913000 -- (-31183.584) (-31180.421) [-31176.082] (-31178.355) * (-31180.881) (-31176.314) (-31181.445) [-31176.836] -- 0:03:46
      913500 -- (-31178.535) (-31194.311) (-31182.990) [-31179.357] * (-31184.839) (-31176.877) (-31182.204) [-31175.574] -- 0:03:45
      914000 -- (-31188.592) (-31177.890) (-31183.542) [-31177.338] * (-31177.974) (-31181.537) (-31190.027) [-31177.041] -- 0:03:44
      914500 -- [-31181.818] (-31174.731) (-31179.018) (-31177.710) * [-31179.611] (-31169.959) (-31177.203) (-31177.064) -- 0:03:43
      915000 -- (-31184.933) [-31187.471] (-31179.811) (-31180.622) * (-31174.573) [-31182.349] (-31173.529) (-31177.148) -- 0:03:41

      Average standard deviation of split frequencies: 0.000147

      915500 -- (-31178.990) (-31174.342) (-31183.800) [-31174.073] * [-31177.789] (-31180.935) (-31175.954) (-31184.508) -- 0:03:40
      916000 -- (-31177.456) (-31189.221) (-31183.112) [-31179.881] * [-31173.619] (-31183.808) (-31172.684) (-31174.577) -- 0:03:39
      916500 -- (-31173.696) (-31178.967) [-31173.978] (-31170.800) * (-31172.641) (-31173.315) (-31177.664) [-31175.895] -- 0:03:37
      917000 -- (-31178.208) (-31175.659) (-31176.590) [-31172.363] * (-31179.494) (-31176.726) (-31192.293) [-31172.555] -- 0:03:36
      917500 -- (-31182.973) [-31177.206] (-31181.079) (-31172.978) * [-31172.519] (-31180.409) (-31176.153) (-31178.713) -- 0:03:35
      918000 -- (-31186.346) (-31183.306) (-31180.564) [-31174.735] * (-31179.265) [-31172.346] (-31178.407) (-31179.631) -- 0:03:33
      918500 -- (-31181.639) (-31178.359) (-31181.691) [-31180.165] * (-31183.112) (-31170.274) [-31184.972] (-31177.371) -- 0:03:32
      919000 -- (-31190.499) [-31174.573] (-31180.088) (-31173.347) * [-31177.791] (-31172.097) (-31180.524) (-31176.974) -- 0:03:31
      919500 -- (-31182.154) (-31179.628) [-31173.522] (-31178.639) * (-31175.858) [-31175.382] (-31172.566) (-31188.003) -- 0:03:29
      920000 -- (-31181.390) (-31170.672) [-31168.929] (-31176.796) * [-31189.334] (-31178.476) (-31187.025) (-31185.307) -- 0:03:28

      Average standard deviation of split frequencies: 0.000146

      920500 -- (-31179.783) (-31178.079) [-31180.542] (-31182.559) * (-31187.479) (-31174.436) (-31181.317) [-31176.610] -- 0:03:27
      921000 -- (-31191.169) (-31182.972) [-31178.018] (-31177.319) * [-31175.721] (-31184.540) (-31180.834) (-31175.272) -- 0:03:26
      921500 -- [-31185.126] (-31185.175) (-31180.788) (-31181.680) * [-31177.241] (-31174.483) (-31184.586) (-31182.999) -- 0:03:24
      922000 -- (-31183.370) (-31187.991) (-31181.698) [-31180.539] * (-31177.039) (-31188.082) (-31177.341) [-31185.576] -- 0:03:23
      922500 -- (-31169.190) [-31174.918] (-31184.978) (-31193.684) * (-31184.901) (-31176.019) [-31172.374] (-31174.138) -- 0:03:22
      923000 -- [-31177.192] (-31184.668) (-31180.209) (-31176.293) * [-31178.591] (-31179.764) (-31176.095) (-31174.117) -- 0:03:20
      923500 -- (-31179.776) [-31182.187] (-31176.978) (-31172.589) * [-31179.545] (-31178.546) (-31189.534) (-31182.292) -- 0:03:19
      924000 -- (-31181.860) [-31173.827] (-31180.448) (-31183.226) * (-31178.400) [-31179.497] (-31193.768) (-31181.801) -- 0:03:18
      924500 -- (-31177.990) (-31180.041) (-31181.277) [-31177.770] * [-31179.915] (-31173.151) (-31193.566) (-31179.265) -- 0:03:16
      925000 -- (-31180.976) (-31178.957) [-31177.318] (-31180.963) * (-31176.441) [-31189.839] (-31184.048) (-31179.542) -- 0:03:15

      Average standard deviation of split frequencies: 0.000145

      925500 -- (-31175.842) (-31181.838) (-31179.139) [-31170.691] * [-31173.553] (-31182.479) (-31190.828) (-31174.113) -- 0:03:14
      926000 -- (-31179.701) (-31170.006) (-31179.862) [-31186.612] * [-31183.929] (-31182.699) (-31182.631) (-31169.959) -- 0:03:12
      926500 -- (-31174.490) (-31179.537) (-31174.831) [-31175.647] * [-31183.756] (-31179.779) (-31181.374) (-31175.649) -- 0:03:11
      927000 -- [-31183.830] (-31175.834) (-31183.024) (-31182.782) * (-31181.925) (-31183.407) [-31179.282] (-31171.033) -- 0:03:10
      927500 -- (-31181.200) [-31181.259] (-31177.525) (-31185.457) * (-31184.578) (-31179.126) (-31186.232) [-31173.761] -- 0:03:09
      928000 -- (-31185.882) (-31182.726) [-31176.931] (-31172.979) * [-31189.944] (-31176.722) (-31178.144) (-31191.864) -- 0:03:07
      928500 -- (-31178.025) [-31176.511] (-31177.585) (-31178.157) * [-31178.114] (-31175.780) (-31181.838) (-31171.286) -- 0:03:06
      929000 -- (-31173.225) (-31186.721) (-31173.383) [-31177.845] * [-31174.327] (-31176.576) (-31181.101) (-31176.744) -- 0:03:05
      929500 -- (-31172.499) (-31177.786) (-31171.125) [-31179.969] * (-31177.012) (-31177.064) [-31181.550] (-31176.438) -- 0:03:03
      930000 -- (-31181.035) (-31183.183) (-31176.520) [-31173.647] * (-31186.468) (-31177.952) (-31181.925) [-31172.239] -- 0:03:02

      Average standard deviation of split frequencies: 0.000145

      930500 -- (-31178.814) [-31177.047] (-31174.500) (-31177.005) * (-31181.237) (-31180.825) [-31179.944] (-31179.135) -- 0:03:01
      931000 -- [-31176.139] (-31178.673) (-31176.458) (-31181.255) * (-31178.523) (-31187.234) [-31184.449] (-31182.195) -- 0:02:59
      931500 -- (-31174.528) (-31178.382) [-31176.710] (-31183.265) * (-31186.596) (-31174.183) (-31187.741) [-31168.609] -- 0:02:58
      932000 -- [-31184.618] (-31176.921) (-31194.251) (-31180.588) * (-31197.703) (-31175.934) [-31183.545] (-31174.131) -- 0:02:57
      932500 -- [-31179.368] (-31180.957) (-31177.497) (-31178.874) * (-31187.363) [-31173.191] (-31180.310) (-31183.831) -- 0:02:56
      933000 -- (-31181.933) [-31183.139] (-31187.392) (-31187.515) * [-31184.112] (-31183.300) (-31189.125) (-31178.649) -- 0:02:54
      933500 -- (-31193.758) (-31179.840) (-31180.705) [-31175.002] * (-31184.346) (-31169.775) (-31181.668) [-31179.274] -- 0:02:53
      934000 -- [-31177.261] (-31181.369) (-31172.305) (-31183.219) * (-31181.743) (-31170.962) (-31193.854) [-31176.487] -- 0:02:52
      934500 -- (-31180.491) (-31176.734) [-31179.477] (-31171.890) * (-31174.940) [-31175.041] (-31182.426) (-31176.913) -- 0:02:50
      935000 -- (-31188.945) [-31177.780] (-31176.586) (-31181.852) * [-31179.568] (-31172.480) (-31177.240) (-31179.954) -- 0:02:49

      Average standard deviation of split frequencies: 0.000144

      935500 -- (-31183.425) (-31178.686) (-31175.132) [-31178.253] * [-31183.991] (-31177.280) (-31179.173) (-31182.772) -- 0:02:48
      936000 -- [-31182.684] (-31182.625) (-31184.574) (-31177.225) * [-31179.203] (-31179.790) (-31181.050) (-31173.561) -- 0:02:46
      936500 -- (-31191.563) [-31175.554] (-31176.247) (-31175.187) * (-31179.351) (-31185.846) [-31175.364] (-31176.380) -- 0:02:45
      937000 -- (-31183.605) [-31170.666] (-31182.518) (-31177.467) * [-31181.947] (-31177.864) (-31175.780) (-31180.091) -- 0:02:44
      937500 -- [-31176.336] (-31182.114) (-31181.500) (-31181.565) * [-31178.670] (-31186.448) (-31175.327) (-31178.608) -- 0:02:42
      938000 -- (-31182.154) [-31178.830] (-31186.190) (-31171.185) * (-31179.857) [-31178.172] (-31178.306) (-31181.974) -- 0:02:41
      938500 -- (-31182.744) [-31186.523] (-31180.735) (-31180.208) * (-31173.752) (-31178.767) (-31189.335) [-31178.109] -- 0:02:40
      939000 -- (-31177.267) (-31186.365) (-31186.901) [-31184.702] * (-31177.197) (-31172.916) [-31178.522] (-31177.042) -- 0:02:39
      939500 -- (-31176.265) [-31175.537] (-31186.358) (-31177.841) * (-31182.811) (-31186.467) [-31178.204] (-31178.703) -- 0:02:37
      940000 -- (-31178.785) [-31174.244] (-31177.705) (-31174.126) * (-31181.228) (-31174.104) [-31174.837] (-31175.189) -- 0:02:36

      Average standard deviation of split frequencies: 0.000143

      940500 -- (-31178.063) (-31186.113) [-31173.406] (-31181.953) * [-31183.465] (-31172.982) (-31176.605) (-31180.484) -- 0:02:35
      941000 -- (-31178.107) (-31183.241) [-31171.011] (-31185.247) * (-31192.525) (-31168.159) (-31178.156) [-31173.016] -- 0:02:33
      941500 -- (-31183.059) (-31172.949) [-31174.438] (-31179.076) * (-31175.956) (-31176.930) (-31180.705) [-31173.865] -- 0:02:32
      942000 -- (-31187.685) [-31181.724] (-31181.825) (-31177.552) * (-31183.231) [-31178.828] (-31189.271) (-31193.327) -- 0:02:31
      942500 -- (-31174.785) (-31174.053) [-31185.420] (-31184.545) * (-31178.338) [-31179.691] (-31181.526) (-31184.121) -- 0:02:29
      943000 -- (-31185.767) [-31178.803] (-31188.426) (-31180.770) * (-31181.003) [-31175.024] (-31175.883) (-31190.286) -- 0:02:28
      943500 -- (-31174.361) (-31169.502) [-31184.122] (-31170.840) * [-31173.920] (-31178.541) (-31172.822) (-31176.086) -- 0:02:27
      944000 -- (-31178.913) [-31173.588] (-31175.372) (-31187.789) * [-31178.332] (-31180.587) (-31175.097) (-31181.772) -- 0:02:25
      944500 -- [-31177.106] (-31181.131) (-31180.868) (-31178.024) * (-31181.813) (-31183.016) (-31185.116) [-31181.273] -- 0:02:24
      945000 -- (-31179.610) [-31178.587] (-31186.377) (-31181.955) * [-31184.238] (-31177.702) (-31181.914) (-31180.692) -- 0:02:23

      Average standard deviation of split frequencies: 0.000142

      945500 -- (-31178.570) [-31182.013] (-31188.429) (-31186.605) * (-31186.456) (-31174.773) [-31178.595] (-31195.773) -- 0:02:22
      946000 -- (-31181.858) [-31177.705] (-31185.011) (-31181.492) * (-31181.291) [-31173.777] (-31184.736) (-31184.790) -- 0:02:20
      946500 -- (-31183.429) [-31175.914] (-31179.947) (-31176.612) * (-31173.019) (-31180.115) (-31177.963) [-31188.458] -- 0:02:19
      947000 -- [-31180.114] (-31192.705) (-31189.689) (-31171.861) * (-31191.526) [-31175.204] (-31173.228) (-31183.039) -- 0:02:18
      947500 -- (-31179.629) (-31173.767) (-31182.233) [-31175.686] * (-31179.319) (-31178.784) [-31173.711] (-31176.717) -- 0:02:16
      948000 -- (-31177.498) (-31175.494) (-31182.315) [-31184.132] * [-31178.135] (-31178.281) (-31182.936) (-31178.989) -- 0:02:15
      948500 -- (-31173.685) (-31183.384) (-31176.774) [-31178.514] * (-31183.768) [-31174.595] (-31178.966) (-31183.631) -- 0:02:14
      949000 -- (-31179.061) (-31180.009) (-31173.623) [-31174.229] * (-31181.014) (-31179.675) (-31178.020) [-31176.055] -- 0:02:12
      949500 -- (-31179.854) (-31176.220) (-31177.783) [-31178.026] * (-31178.914) (-31184.264) (-31186.073) [-31183.735] -- 0:02:11
      950000 -- (-31180.502) [-31176.797] (-31182.383) (-31179.996) * (-31176.550) [-31184.272] (-31179.919) (-31183.300) -- 0:02:10

      Average standard deviation of split frequencies: 0.000142

      950500 -- [-31178.000] (-31177.008) (-31176.534) (-31182.534) * [-31185.364] (-31183.582) (-31177.286) (-31180.343) -- 0:02:09
      951000 -- (-31175.812) (-31174.115) (-31181.179) [-31181.898] * (-31182.718) (-31175.304) [-31178.444] (-31179.565) -- 0:02:07
      951500 -- [-31177.029] (-31180.927) (-31185.380) (-31184.263) * [-31181.812] (-31183.893) (-31184.491) (-31178.704) -- 0:02:06
      952000 -- [-31178.629] (-31185.797) (-31182.260) (-31182.458) * (-31183.069) (-31176.822) (-31179.803) [-31181.074] -- 0:02:05
      952500 -- [-31175.480] (-31186.336) (-31179.272) (-31177.489) * (-31175.925) (-31178.452) [-31173.187] (-31198.020) -- 0:02:03
      953000 -- [-31172.154] (-31178.403) (-31174.368) (-31178.883) * (-31178.796) (-31177.279) [-31180.808] (-31189.646) -- 0:02:02
      953500 -- (-31185.306) (-31172.435) [-31172.129] (-31176.220) * (-31170.531) (-31179.372) [-31178.655] (-31183.687) -- 0:02:01
      954000 -- (-31183.645) [-31171.435] (-31175.862) (-31188.065) * (-31174.609) [-31178.482] (-31183.791) (-31174.928) -- 0:01:59
      954500 -- (-31179.348) (-31177.120) (-31189.017) [-31176.639] * (-31182.731) (-31178.065) [-31183.077] (-31181.001) -- 0:01:58
      955000 -- [-31179.225] (-31181.278) (-31177.750) (-31178.569) * (-31178.851) (-31184.034) [-31184.349] (-31184.178) -- 0:01:57

      Average standard deviation of split frequencies: 0.000141

      955500 -- (-31181.525) (-31182.180) (-31191.097) [-31174.109] * (-31179.113) (-31193.487) [-31187.933] (-31170.122) -- 0:01:56
      956000 -- (-31183.092) (-31181.449) (-31184.103) [-31174.258] * (-31187.798) (-31184.235) (-31185.021) [-31171.168] -- 0:01:54
      956500 -- (-31182.780) (-31183.414) (-31183.687) [-31187.026] * (-31175.122) [-31179.844] (-31181.840) (-31176.331) -- 0:01:53
      957000 -- [-31183.981] (-31178.872) (-31179.871) (-31175.725) * [-31176.358] (-31176.989) (-31179.529) (-31181.294) -- 0:01:52
      957500 -- (-31176.599) (-31184.625) (-31172.757) [-31182.340] * (-31192.043) (-31177.203) (-31179.097) [-31182.874] -- 0:01:50
      958000 -- (-31185.276) (-31177.437) (-31174.861) [-31186.236] * (-31178.582) [-31174.428] (-31179.468) (-31178.309) -- 0:01:49
      958500 -- [-31174.241] (-31177.302) (-31173.898) (-31176.815) * (-31178.002) (-31179.777) (-31192.642) [-31173.196] -- 0:01:48
      959000 -- (-31174.397) (-31175.139) (-31175.440) [-31172.989] * (-31180.572) [-31181.792] (-31181.968) (-31178.552) -- 0:01:46
      959500 -- (-31176.377) (-31184.893) [-31177.164] (-31176.404) * (-31178.899) [-31180.770] (-31187.272) (-31171.067) -- 0:01:45
      960000 -- (-31175.233) (-31178.234) [-31182.675] (-31176.381) * [-31177.843] (-31176.420) (-31193.226) (-31179.528) -- 0:01:44

      Average standard deviation of split frequencies: 0.000140

      960500 -- (-31177.242) (-31182.004) [-31186.016] (-31181.304) * (-31176.273) [-31172.977] (-31188.164) (-31175.883) -- 0:01:42
      961000 -- (-31173.246) (-31180.095) [-31178.071] (-31185.558) * (-31182.591) [-31173.949] (-31189.988) (-31182.674) -- 0:01:41
      961500 -- (-31177.565) (-31182.789) [-31182.038] (-31181.723) * [-31184.521] (-31172.941) (-31179.947) (-31190.573) -- 0:01:40
      962000 -- [-31175.090] (-31184.269) (-31178.385) (-31171.063) * (-31189.708) [-31176.171] (-31174.202) (-31177.083) -- 0:01:39
      962500 -- (-31177.808) (-31188.485) (-31178.599) [-31174.780] * [-31178.685] (-31179.537) (-31182.502) (-31177.906) -- 0:01:37
      963000 -- [-31176.173] (-31180.784) (-31173.605) (-31175.316) * (-31178.448) (-31186.753) (-31178.235) [-31179.302] -- 0:01:36
      963500 -- [-31173.613] (-31182.674) (-31176.648) (-31171.387) * [-31171.672] (-31178.257) (-31173.110) (-31187.872) -- 0:01:35
      964000 -- (-31184.785) (-31173.526) [-31177.547] (-31184.848) * [-31181.922] (-31175.110) (-31182.287) (-31178.624) -- 0:01:33
      964500 -- (-31180.023) (-31176.694) (-31187.639) [-31181.154] * [-31171.979] (-31177.975) (-31176.471) (-31189.424) -- 0:01:32
      965000 -- (-31183.138) (-31175.672) (-31195.857) [-31179.460] * (-31172.963) (-31175.800) (-31186.780) [-31176.654] -- 0:01:31

      Average standard deviation of split frequencies: 0.000139

      965500 -- [-31176.292] (-31176.531) (-31183.228) (-31184.423) * [-31176.672] (-31182.127) (-31191.320) (-31193.529) -- 0:01:29
      966000 -- (-31176.902) (-31175.919) (-31174.656) [-31180.203] * [-31189.535] (-31174.465) (-31176.055) (-31187.918) -- 0:01:28
      966500 -- (-31168.839) [-31173.743] (-31177.310) (-31183.205) * [-31179.888] (-31189.153) (-31186.520) (-31173.114) -- 0:01:27
      967000 -- (-31176.655) [-31174.522] (-31178.648) (-31179.242) * [-31172.557] (-31177.610) (-31177.892) (-31177.536) -- 0:01:25
      967500 -- [-31176.393] (-31179.197) (-31182.879) (-31179.652) * (-31182.058) (-31178.572) (-31171.672) [-31177.928] -- 0:01:24
      968000 -- (-31174.252) (-31174.451) [-31176.122] (-31181.602) * (-31174.230) (-31184.745) [-31180.328] (-31180.853) -- 0:01:23
      968500 -- [-31176.957] (-31177.512) (-31188.362) (-31185.111) * (-31176.662) (-31179.252) (-31185.464) [-31178.146] -- 0:01:22
      969000 -- (-31181.771) (-31175.936) (-31183.781) [-31182.273] * (-31180.514) (-31173.020) (-31187.237) [-31177.096] -- 0:01:20
      969500 -- (-31182.503) (-31179.282) (-31180.610) [-31182.671] * (-31174.870) (-31180.691) (-31175.419) [-31165.125] -- 0:01:19
      970000 -- [-31179.773] (-31184.166) (-31181.843) (-31171.333) * (-31181.824) (-31179.981) (-31178.589) [-31182.258] -- 0:01:18

      Average standard deviation of split frequencies: 0.000139

      970500 -- [-31176.662] (-31183.979) (-31186.009) (-31177.154) * (-31180.120) (-31191.463) [-31176.135] (-31175.195) -- 0:01:16
      971000 -- (-31185.264) (-31182.590) (-31183.056) [-31174.521] * (-31179.889) [-31168.241] (-31183.191) (-31179.853) -- 0:01:15
      971500 -- (-31185.641) (-31185.002) (-31182.576) [-31166.799] * (-31177.221) (-31175.245) (-31177.075) [-31182.321] -- 0:01:14
      972000 -- [-31180.322] (-31190.239) (-31175.932) (-31182.843) * (-31180.753) (-31189.973) [-31174.399] (-31187.062) -- 0:01:12
      972500 -- (-31181.241) (-31173.091) (-31177.706) [-31180.873] * (-31182.255) [-31180.535] (-31179.741) (-31183.592) -- 0:01:11
      973000 -- (-31184.833) (-31179.920) (-31181.576) [-31177.123] * (-31180.509) [-31172.743] (-31175.047) (-31180.929) -- 0:01:10
      973500 -- (-31184.715) [-31175.519] (-31172.579) (-31183.640) * [-31173.315] (-31175.661) (-31176.854) (-31185.201) -- 0:01:09
      974000 -- (-31181.405) (-31176.902) (-31178.789) [-31177.317] * (-31187.726) (-31181.659) (-31174.082) [-31172.480] -- 0:01:07
      974500 -- [-31187.325] (-31181.885) (-31188.765) (-31181.252) * [-31173.830] (-31175.165) (-31178.849) (-31175.357) -- 0:01:06
      975000 -- [-31182.685] (-31179.227) (-31200.258) (-31178.587) * [-31174.122] (-31179.107) (-31174.395) (-31187.466) -- 0:01:05

      Average standard deviation of split frequencies: 0.000138

      975500 -- (-31180.928) [-31174.878] (-31189.995) (-31188.943) * (-31176.023) [-31184.408] (-31173.463) (-31183.899) -- 0:01:03
      976000 -- (-31189.564) (-31178.822) [-31184.146] (-31177.256) * (-31174.829) (-31173.012) (-31187.315) [-31178.237] -- 0:01:02
      976500 -- (-31177.901) [-31178.005] (-31180.928) (-31178.727) * (-31172.818) [-31186.130] (-31180.572) (-31184.016) -- 0:01:01
      977000 -- (-31179.045) (-31180.256) (-31184.482) [-31177.282] * (-31185.824) (-31182.172) (-31181.229) [-31175.994] -- 0:00:59
      977500 -- (-31187.014) (-31181.016) (-31173.480) [-31173.981] * (-31179.702) (-31185.825) (-31186.853) [-31180.537] -- 0:00:58
      978000 -- (-31181.707) [-31184.872] (-31174.603) (-31182.217) * (-31177.424) (-31182.264) (-31187.194) [-31177.444] -- 0:00:57
      978500 -- (-31185.882) (-31179.962) (-31177.943) [-31178.415] * [-31179.986] (-31180.655) (-31182.097) (-31177.772) -- 0:00:56
      979000 -- (-31173.484) (-31191.141) (-31176.111) [-31175.207] * (-31174.421) [-31172.125] (-31177.903) (-31185.298) -- 0:00:54
      979500 -- (-31181.640) (-31176.572) [-31178.587] (-31178.229) * (-31177.270) (-31177.511) [-31178.197] (-31173.412) -- 0:00:53
      980000 -- (-31179.641) (-31179.140) (-31183.996) [-31177.709] * [-31180.677] (-31183.386) (-31177.682) (-31188.712) -- 0:00:52

      Average standard deviation of split frequencies: 0.000137

      980500 -- (-31176.529) (-31186.370) [-31173.616] (-31178.955) * [-31172.448] (-31177.137) (-31178.888) (-31180.587) -- 0:00:50
      981000 -- (-31185.026) [-31181.221] (-31186.493) (-31180.994) * (-31181.315) (-31174.711) [-31176.209] (-31177.824) -- 0:00:49
      981500 -- (-31190.557) (-31189.355) [-31183.369] (-31181.623) * [-31176.979] (-31185.275) (-31177.480) (-31175.769) -- 0:00:48
      982000 -- (-31188.514) (-31190.324) [-31178.167] (-31175.581) * [-31177.590] (-31194.704) (-31169.961) (-31176.224) -- 0:00:46
      982500 -- (-31187.659) (-31189.700) [-31176.639] (-31182.084) * (-31190.764) [-31181.569] (-31185.271) (-31175.230) -- 0:00:45
      983000 -- (-31185.745) (-31185.401) [-31184.531] (-31180.281) * (-31182.305) (-31177.837) [-31172.199] (-31172.916) -- 0:00:44
      983500 -- [-31181.796] (-31179.970) (-31181.374) (-31185.640) * (-31180.742) (-31189.908) (-31173.517) [-31174.930] -- 0:00:42
      984000 -- (-31179.765) (-31187.230) (-31187.412) [-31174.259] * [-31173.976] (-31177.958) (-31181.829) (-31178.133) -- 0:00:41
      984500 -- (-31177.446) (-31181.124) (-31183.963) [-31176.627] * (-31185.000) (-31172.260) (-31176.921) [-31178.937] -- 0:00:40
      985000 -- (-31176.209) (-31186.153) (-31180.966) [-31172.158] * (-31186.509) (-31185.220) [-31174.513] (-31180.972) -- 0:00:39

      Average standard deviation of split frequencies: 0.000137

      985500 -- (-31184.044) [-31179.222] (-31180.609) (-31183.165) * [-31183.786] (-31183.175) (-31177.624) (-31171.422) -- 0:00:37
      986000 -- [-31178.454] (-31179.057) (-31178.759) (-31186.706) * [-31174.185] (-31177.285) (-31175.504) (-31180.286) -- 0:00:36
      986500 -- (-31176.719) (-31186.935) (-31177.872) [-31175.089] * (-31182.242) (-31175.334) [-31177.252] (-31182.547) -- 0:00:35
      987000 -- (-31176.943) (-31173.521) [-31175.851] (-31181.494) * (-31177.482) (-31175.617) [-31175.440] (-31182.019) -- 0:00:33
      987500 -- (-31178.755) (-31177.005) (-31178.029) [-31179.838] * (-31186.400) (-31172.654) [-31176.472] (-31176.014) -- 0:00:32
      988000 -- [-31181.401] (-31183.707) (-31187.159) (-31187.484) * (-31179.426) (-31172.145) [-31182.242] (-31178.261) -- 0:00:31
      988500 -- [-31171.427] (-31181.520) (-31177.341) (-31179.967) * (-31174.176) [-31177.748] (-31182.760) (-31180.738) -- 0:00:29
      989000 -- (-31184.996) [-31170.390] (-31184.025) (-31183.332) * (-31171.941) [-31176.108] (-31176.857) (-31179.038) -- 0:00:28
      989500 -- (-31175.456) (-31189.141) (-31182.388) [-31185.308] * (-31179.110) (-31187.011) (-31178.964) [-31177.711] -- 0:00:27
      990000 -- (-31177.444) (-31189.051) [-31181.786] (-31176.425) * (-31176.772) [-31179.662] (-31176.460) (-31181.059) -- 0:00:26

      Average standard deviation of split frequencies: 0.000136

      990500 -- [-31174.477] (-31181.627) (-31180.695) (-31175.689) * [-31174.647] (-31180.163) (-31184.873) (-31190.406) -- 0:00:24
      991000 -- [-31178.031] (-31177.704) (-31174.768) (-31178.156) * [-31172.150] (-31184.001) (-31170.234) (-31179.925) -- 0:00:23
      991500 -- (-31179.358) [-31175.456] (-31184.609) (-31185.794) * [-31176.473] (-31180.976) (-31176.717) (-31180.591) -- 0:00:22
      992000 -- (-31177.436) (-31179.303) (-31187.010) [-31181.936] * (-31181.770) [-31174.487] (-31181.411) (-31176.493) -- 0:00:20
      992500 -- (-31173.337) (-31179.996) [-31177.222] (-31179.450) * (-31184.817) (-31175.858) (-31183.394) [-31179.636] -- 0:00:19
      993000 -- (-31180.361) (-31180.027) [-31181.654] (-31182.263) * (-31188.000) [-31169.984] (-31183.413) (-31174.370) -- 0:00:18
      993500 -- [-31179.833] (-31184.336) (-31180.491) (-31180.068) * (-31178.772) (-31180.666) [-31185.840] (-31174.735) -- 0:00:16
      994000 -- (-31173.230) (-31173.581) (-31187.267) [-31179.198] * (-31175.629) [-31175.154] (-31183.019) (-31175.552) -- 0:00:15
      994500 -- (-31180.645) [-31173.032] (-31173.923) (-31172.412) * (-31187.495) (-31180.088) [-31177.300] (-31180.320) -- 0:00:14
      995000 -- (-31187.826) [-31175.086] (-31179.652) (-31176.784) * [-31177.593] (-31178.400) (-31176.442) (-31187.460) -- 0:00:13

      Average standard deviation of split frequencies: 0.000135

      995500 -- [-31180.518] (-31179.829) (-31186.903) (-31178.300) * (-31180.740) [-31171.254] (-31175.440) (-31177.793) -- 0:00:11
      996000 -- (-31183.014) [-31178.709] (-31180.554) (-31176.623) * (-31191.582) (-31175.997) (-31184.278) [-31172.547] -- 0:00:10
      996500 -- (-31173.754) (-31187.042) [-31177.087] (-31173.861) * (-31176.693) (-31182.121) [-31178.482] (-31173.541) -- 0:00:09
      997000 -- [-31179.417] (-31187.566) (-31183.902) (-31179.746) * [-31179.125] (-31194.278) (-31180.019) (-31175.215) -- 0:00:07
      997500 -- [-31178.574] (-31176.165) (-31175.038) (-31178.993) * (-31176.754) (-31186.804) (-31178.975) [-31175.861] -- 0:00:06
      998000 -- (-31184.861) (-31175.744) (-31182.424) [-31177.770] * [-31173.119] (-31175.091) (-31184.404) (-31180.345) -- 0:00:05
      998500 -- (-31175.599) (-31178.632) [-31180.222] (-31176.566) * [-31176.538] (-31178.459) (-31179.853) (-31178.997) -- 0:00:03
      999000 -- (-31177.425) [-31176.693] (-31191.956) (-31185.114) * [-31177.857] (-31177.903) (-31183.162) (-31179.942) -- 0:00:02
      999500 -- (-31173.692) [-31178.653] (-31181.771) (-31180.440) * [-31174.047] (-31174.142) (-31184.640) (-31178.988) -- 0:00:01
      1000000 -- (-31177.050) (-31181.196) [-31169.782] (-31187.291) * (-31169.009) (-31186.083) [-31182.703] (-31186.018) -- 0:00:00

      Average standard deviation of split frequencies: 0.000135
      Final log likelihoods and log prior probs for run 1 (stored and calculated):
         Chain 1 -- -31177.049884 -- 3.938705
         Chain 1 -- -31177.049776 -- 3.938705
         Chain 2 -- -31181.196410 -- 5.944595
         Chain 2 -- -31181.196396 -- 5.944595
         Chain 3 -- -31169.781590 -- 1.408863
         Chain 3 -- -31169.781590 -- 1.408863
         Chain 4 -- -31187.290503 -- 6.586595
         Chain 4 -- -31187.290500 -- 6.586595
      Final log likelihoods and log prior probs for run 2 (stored and calculated):
         Chain 1 -- -31169.008750 -- 0.749239
         Chain 1 -- -31169.008805 -- 0.749239
         Chain 2 -- -31186.082673 -- 8.879926
         Chain 2 -- -31186.082673 -- 8.879926
         Chain 3 -- -31182.703143 -- 6.027621
         Chain 3 -- -31182.703143 -- 6.027621
         Chain 4 -- -31186.018434 -- 5.620873
         Chain 4 -- -31186.018509 -- 5.620873

      Analysis completed in 43 mins 24 seconds
      Analysis used 2604.15 seconds of CPU time
      Likelihood of best state for "cold" chain of run 1 was -31164.16
      Likelihood of best state for "cold" chain of run 2 was -31164.16

      Acceptance rates for the moves in the "cold" chain of run 1:
         With prob.   (last 100)   chain accepted proposals by move
            13.3 %     ( 18 %)     Dirichlet(Revmat{all})
            27.5 %     ( 26 %)     Slider(Revmat{all})
             3.4 %     (  3 %)     Dirichlet(Pi{all})
            17.6 %     ( 25 %)     Slider(Pi{all})
            22.5 %     ( 30 %)     Multiplier(Alpha{1,2})
            31.4 %     ( 25 %)     Multiplier(Alpha{3})
            26.1 %     ( 26 %)     Slider(Pinvar{all})
             0.0 %     (  0 %)     ExtSPR(Tau{all},V{all})
             0.0 %     (  0 %)     ExtTBR(Tau{all},V{all})
             0.0 %     (  0 %)     NNI(Tau{all},V{all})
             0.0 %     (  0 %)     ParsSPR(Tau{all},V{all})
            25.6 %     ( 19 %)     Multiplier(V{all})
            10.9 %     (  7 %)     Nodeslider(V{all})
            20.4 %     ( 27 %)     TLMultiplier(V{all})

      Acceptance rates for the moves in the "cold" chain of run 2:
         With prob.   (last 100)   chain accepted proposals by move
            12.9 %     ( 26 %)     Dirichlet(Revmat{all})
            27.5 %     ( 27 %)     Slider(Revmat{all})
             3.6 %     (  3 %)     Dirichlet(Pi{all})
            17.3 %     ( 23 %)     Slider(Pi{all})
            23.1 %     ( 27 %)     Multiplier(Alpha{1,2})
            30.9 %     ( 22 %)     Multiplier(Alpha{3})
            25.8 %     ( 25 %)     Slider(Pinvar{all})
             0.0 %     (  0 %)     ExtSPR(Tau{all},V{all})
             0.0 %     (  0 %)     ExtTBR(Tau{all},V{all})
             0.0 %     (  0 %)     NNI(Tau{all},V{all})
             0.0 %     (  0 %)     ParsSPR(Tau{all},V{all})
            25.5 %     ( 23 %)     Multiplier(V{all})
            10.9 %     ( 13 %)     Nodeslider(V{all})
            20.4 %     ( 23 %)     TLMultiplier(V{all})

      Chain swap information for run 1:

                   1       2       3       4 
           ----------------------------------
         1 |            0.80    0.63    0.49 
         2 |  166221            0.82    0.66 
         3 |  166722  166706            0.83 
         4 |  166634  167291  166426         

      Chain swap information for run 2:

                   1       2       3       4 
           ----------------------------------
         1 |            0.80    0.62    0.48 
         2 |  166393            0.81    0.65 
         3 |  166429  166273            0.83 
         4 |  166797  167332  166776         

      Upper diagonal: Proportion of successful state exchanges between chains
      Lower diagonal: Number of attempted state exchanges between chains

      Chain information:

        ID -- Heat 
       -----------
         1 -- 1.00  (cold chain)
         2 -- 0.91 
         3 -- 0.83 
         4 -- 0.77 

      Heat = 1 / (1 + T * (ID - 1))
         (where T = 0.10 is the temperature and ID is the chain number)

      Setting burn-in to 2500
      Summarizing parameters in files /opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p and /opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run2.p
      Writing summary statistics to file /opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.pstat
      Using relative burnin ('relburnin=yes'), discarding the first 25 % of samples

      Below are rough plots of the generation (x-axis) versus the log   
      probability of observing the data (y-axis). You can use these     
      graphs to determine what the burn in for your analysis should be. 
      When the log probability starts to plateau you may be at station- 
      arity. Sample trees and parameters after the log probability      
      plateaus. Of course, this is not a guarantee that you are at sta- 
      tionarity. Also examine the convergence diagnostics provided by   
      the 'sump' and 'sumt' commands for all the parameters in your     
      model. Remember that the burn in is the number of samples to dis- 
      card. There are a total of ngen / samplefreq samples taken during 
      a MCMC analysis.                                                  

      Overlay plot for both runs:
      (1 = Run number 1; 2 = Run number 2; * = Both runs)

      +------------------------------------------------------------+ -31175.31
      |   1                                                        |
      |        2                             1                     |
      |                     2                     2                |
      |     1          1                                        2  |
      |2                 1      2 2 1 1             1   1         2|
      |  1 2    * 1  1          1                                  |
      |           2      2 2 2   1   2     2   2   2  1         12 |
      |          2 *    *      * 2 1        2 2  2        2 *     1|
      |     22 1 1  2         2   1    1 *21    1    12  1   12    |
      |122            1   2         2 2         2 1 22  2  1  11 1 |
      |   2  12     12             2    2          1   * 21        |
      |               2   1 1        1      1211           2       |
      | 1     1            1 1         21 1                  2 2   |
      |    1                                                       |
      |                2      1                  1                 |
      +------+-----+-----+-----+-----+-----+-----+-----+-----+-----+ -31180.10
      ^                                                            ^
      250000                                                       1000000


      Estimated marginal likelihoods for runs sampled in files
         "/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p" and "/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run2.p":
         (Use the harmonic mean for Bayes factor comparisons of models)

         (Values are saved to the file /opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.lstat)

      Run   Arithmetic mean   Harmonic mean
      --------------------------------------
        1     -31171.24        -31188.70
        2     -31171.74        -31186.66
      --------------------------------------
      TOTAL   -31171.46        -31188.13
      --------------------------------------


      Model parameter summaries over the runs sampled in files
         "/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p" and "/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run2.p":
         Summaries are based on a total of 3002 samples from 2 runs.
         Each run produced 2001 samples of which 1501 samples were included.
         Parameter summaries saved to file "/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.pstat".

                                                95% HPD Interval
                                              --------------------
      Parameter         Mean      Variance     Lower       Upper       Median    min ESS*  avg ESS    PSRF+ 
      ------------------------------------------------------------------------------------------------------
      TL{all}         1.189595    0.000931    1.133053    1.252446    1.188950   1410.92   1455.96    1.000
      r(A<->C){all}   0.082354    0.000029    0.072153    0.093428    0.082244    978.32   1108.31    1.001
      r(A<->G){all}   0.295840    0.000109    0.273485    0.315164    0.295598    702.09    756.34    1.002
      r(A<->T){all}   0.069888    0.000030    0.060169    0.081398    0.069806   1047.05   1063.25    1.001
      r(C<->G){all}   0.056879    0.000018    0.048792    0.065396    0.056788    869.67    989.98    1.000
      r(C<->T){all}   0.440788    0.000125    0.418677    0.462162    0.440747    559.01    661.98    1.002
      r(G<->T){all}   0.054252    0.000020    0.045356    0.063237    0.054095    901.03   1023.86    1.000
      pi(A){all}      0.253458    0.000019    0.244998    0.262244    0.253323    697.27    840.55    1.000
      pi(C){all}      0.261944    0.000018    0.253629    0.269772    0.261936    661.84    706.34    1.000
      pi(G){all}      0.266981    0.000019    0.258335    0.275215    0.266916    497.45    797.75    1.000
      pi(T){all}      0.217617    0.000015    0.209741    0.225156    0.217544    632.87    809.01    1.001
      alpha{1,2}      0.085978    0.000009    0.080313    0.091878    0.085898   1439.94   1470.47    1.000
      alpha{3}        8.213413    1.628749    5.921812   10.713210    8.106510   1296.62   1311.23    1.000
      pinvar{all}     0.438154    0.000120    0.416767    0.459369    0.438205   1486.78   1493.89    1.000
      ------------------------------------------------------------------------------------------------------
      * Convergence diagnostic (ESS = Estimated Sample Size); min and avg values
        correspond to minimal and average ESS among runs. 
        ESS value below 100 may indicate that the parameter is undersampled. 
      + Convergence diagnostic (PSRF = Potential Scale Reduction Factor; Gelman
        and Rubin, 1992) should approach 1.0 as runs converge.


   Setting sumt conformat to Simple
   Setting urn-in to 2500
   Summarizing trees in files "/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.t" and "/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run2.t"
   Using relative burnin ('relburnin=yes'), discarding the first 25 % of sampled trees
   Writing statistics to files /opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.<parts|tstat|vstat|trprobs|con>
   Examining first file ...
   Found one tree block in file "/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.t" with 2001 trees in last block
   Expecting the same number of trees in the last tree block of all files

   Tree reading status:

   0      10      20      30      40      50      60      70      80      90     100
   v-------v-------v-------v-------v-------v-------v-------v-------v-------v-------v
   *********************************************************************************

   Read a total of 4002 trees in 2 files (sampling 3002 of them)
      (Each file contained 2001 trees of which 1501 were sampled)
                                                                                   
   General explanation:                                                          
                                                                                   
   In an unrooted tree, a taxon bipartition (split) is specified by removing a   
   branch, thereby dividing the species into those to the left and those to the  
   right of the branch. Here, taxa to one side of the removed branch are denoted 
   '.' and those to the other side are denoted '*'. Specifically, the '.' symbol 
   is used for the taxa on the same side as the outgroup.                        
                                                                                   
   In a rooted or clock tree, the tree is rooted using the model and not by      
   reference to an outgroup. Each bipartition therefore corresponds to a clade,  
   that is, a group that includes all the descendants of a particular branch in  
   the tree.  Taxa that are included in each clade are denoted using '*', and    
   taxa that are not included are denoted using the '.' symbol.                  
                                                                                   
   The output first includes a key to all the bipartitions with frequency larger 
   or equual to (Minpartfreq) in at least one run. Minpartfreq is a paramiter to 
   sumt command and currently it is set to 0.10.  This is followed by a table  
   with statistics for the informative bipartitions (those including at least    
   two taxa), sorted from highest to lowest probability. For each bipartition,   
   the table gives the number of times the partition or split was observed in all
   runs (#obs) and the posterior probability of the bipartition (Probab.), which 
   is the same as the split frequency. If several runs are summarized, this is   
   followed by the minimum split frequency (Min(s)), the maximum frequency       
   (Max(s)), and the standard deviation of frequencies (Stddev(s)) across runs.  
   The latter value should approach 0 for all bipartitions as MCMC runs converge.
                                                                                   
   This is followed by a table summarizing branch lengths, node heights (if a    
   clock model was used) and relaxed clock parameters (if a relaxed clock model  
   was used). The mean, variance, and 95 % credible interval are given for each 
   of these parameters. If several runs are summarized, the potential scale      
   reduction factor (PSRF) is also given; it should approach 1 as runs converge. 
   Node heights will take calibration points into account, if such points were   
   used in the analysis.                                                         
                                                                                 
   Note that Stddev may be unreliable if the partition is not present in all     
   runs (the last column indicates the number of runs that sampled the partition 
   if more than one run is summarized). The PSRF is not calculated at all if     
   the partition is not present in all runs.The PSRF is also sensitive to small  
   sample sizes and it should only be considered a rough guide to convergence    
   since some of the assumptions allowing one to interpret it as a true potential
   scale reduction factor are violated in MrBayes.                               
                                                                                 
   List of taxa in bipartitions:                                                 
                                                                                   
      1 -- C1
      2 -- C2
      3 -- C3
      4 -- C4
      5 -- C5
      6 -- C6
      7 -- C7
      8 -- C8
      9 -- C9
     10 -- C10

   Key to taxon bipartitions (saved to file "/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.parts"):

   ID -- Partition
   ----------------
    1 -- .*********
    2 -- .*........
    3 -- ..*.......
    4 -- ...*......
    5 -- ....*.....
    6 -- .....*....
    7 -- ......*...
    8 -- .......*..
    9 -- ........*.
   10 -- .........*
   11 -- ...*******
   12 -- ........**
   13 -- ...***.***
   14 -- ...***....
   15 -- ..********
   16 -- ....**....
   17 -- .......***
   ----------------

   Summary statistics for informative taxon bipartitions
      (saved to file "/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.tstat"):

   ID   #obs    Probab.     Sd(s)+      Min(s)      Max(s)   Nruns 
   ----------------------------------------------------------------
   11  3002    1.000000    0.000000    1.000000    1.000000    2
   12  3002    1.000000    0.000000    1.000000    1.000000    2
   13  3002    1.000000    0.000000    1.000000    1.000000    2
   14  3002    1.000000    0.000000    1.000000    1.000000    2
   15  3002    1.000000    0.000000    1.000000    1.000000    2
   16  3002    1.000000    0.000000    1.000000    1.000000    2
   17  2998    0.998668    0.000942    0.998001    0.999334    2
   ----------------------------------------------------------------
   + Convergence diagnostic (standard deviation of split frequencies)
     should approach 0.0 as runs converge.


   Summary statistics for branch and node parameters
      (saved to file "/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.vstat"):

                                                95% HPD Interval
                                              --------------------
   Parameter           Mean       Variance     Lower       Upper       Median     PSRF+  Nruns
   -------------------------------------------------------------------------------------------
   length{all}[1]     0.032371    0.000010    0.026522    0.038607    0.032274    1.001    2
   length{all}[2]     0.025605    0.000008    0.020416    0.031555    0.025478    1.000    2
   length{all}[3]     0.055195    0.000022    0.046836    0.065006    0.054971    1.000    2
   length{all}[4]     0.124932    0.000060    0.109098    0.139370    0.124859    1.000    2
   length{all}[5]     0.106586    0.000051    0.092875    0.120602    0.106445    1.001    2
   length{all}[6]     0.060708    0.000028    0.050378    0.070781    0.060661    1.001    2
   length{all}[7]     0.151737    0.000083    0.133723    0.169498    0.151621    1.000    2
   length{all}[8]     0.172552    0.000094    0.154518    0.192002    0.172450    1.000    2
   length{all}[9]     0.073929    0.000035    0.062707    0.085353    0.073813    1.000    2
   length{all}[10]    0.120468    0.000058    0.105764    0.135409    0.120299    1.000    2
   length{all}[11]    0.100917    0.000057    0.087102    0.116416    0.100643    1.000    2
   length{all}[12]    0.033169    0.000023    0.024193    0.042825    0.033066    1.000    2
   length{all}[13]    0.020679    0.000022    0.011972    0.030201    0.020498    1.000    2
   length{all}[14]    0.033726    0.000023    0.024701    0.043244    0.033494    1.000    2
   length{all}[15]    0.026249    0.000014    0.019079    0.033338    0.026167    1.000    2
   length{all}[16]    0.037257    0.000023    0.028516    0.047212    0.037155    1.000    2
   length{all}[17]    0.013521    0.000014    0.006592    0.020813    0.013390    1.000    2
   -------------------------------------------------------------------------------------------
   + Convergence diagnostic (PSRF = Potential Scale Reduction Factor; Gelman
     and Rubin, 1992) should approach 1.0 as runs converge. NA is reported when
     deviation of parameter values within all runs is 0 or when a parameter
     value (a branch length, for instance) is not sampled in all runs.


   Summary statistics for partitions with frequency >= 0.10 in at least one run:
       Average standard deviation of split frequencies = 0.000135
       Maximum standard deviation of split frequencies = 0.000942
       Average PSRF for parameter values ( excluding NA and >10.0 ) = 1.000
       Maximum PSRF for parameter values = 1.001


   Clade credibility values:

   /---------------------------------------------------------------------- C1 (1)
   |                                                                               
   |---------------------------------------------------------------------- C2 (2)
   |                                                                               
   |           /---------------------------------------------------------- C3 (3)
   +           |                                                                   
   |           |                                  /----------------------- C4 (4)
   |           |                                  |                                
   |           |                      /----100----+          /------------ C5 (5)
   |           |                      |           \----100---+                     
   \----100----+                      |                      \------------ C6 (6)
               |          /----100----+                                            
               |          |           |           /----------------------- C8 (8)
               |          |           |           |                                
               |          |           \----100----+          /------------ C9 (9)
               \----100---+                       \----100---+                     
                          |                                  \------------ C10 (10)
                          |                                                        
                          \----------------------------------------------- C7 (7)
                                                                                   

   Phylogram (based on average branch lengths):

   /------- C1 (1)
   |                                                                               
   |------ C2 (2)
   |                                                                               
   |     /------------ C3 (3)
   +     |                                                                         
   |     |                                /--------------------------- C4 (4)
   |     |                                |                                        
   |     |                         /------+       /----------------------- C5 (5)
   |     |                         |      \-------+                                
   \-----+                         |              \------------- C6 (6)
         |                    /----+                                               
         |                    |    |  /------------------------------------- C8 (8)
         |                    |    |  |                                            
         |                    |    \--+      /---------------- C9 (9)
         \--------------------+       \------+                                     
                              |              \-------------------------- C10 (10)
                              |                                                    
                              \--------------------------------- C7 (7)
                                                                                   
   |---------| 0.050 expected changes per site

   Calculating tree probabilities...

   Credible sets of trees (2 trees sampled):
      99 % credible set contains 1 tree

   Exiting mrbayes block
   Reached end of file

   Tasks completed, exiting program because mode is noninteractive
   To return control to the command line after completion of file processing, 
   set mode to interactive with 'mb -i <filename>' (i is for interactive)
   or use 'set mode=interactive'

MrBayes output code: 0

CODONML in paml version 4.8, March 2014

----------------------------------------------
Phe F TTT | Ser S TCT | Tyr Y TAT | Cys C TGT
      TTC |       TCC |       TAC |       TGC
Leu L TTA |       TCA | *** * TAA | *** * TGA
      TTG |       TCG |       TAG | Trp W TGG
----------------------------------------------
Leu L CTT | Pro P CCT | His H CAT | Arg R CGT
      CTC |       CCC |       CAC |       CGC
      CTA |       CCA | Gln Q CAA |       CGA
      CTG |       CCG |       CAG |       CGG
----------------------------------------------
Ile I ATT | Thr T ACT | Asn N AAT | Ser S AGT
      ATC |       ACC |       AAC |       AGC
      ATA |       ACA | Lys K AAA | Arg R AGA
Met M ATG |       ACG |       AAG |       AGG
----------------------------------------------
Val V GTT | Ala A GCT | Asp D GAT | Gly G GGT
      GTC |       GCC |       GAC |       GGC
      GTA |       GCA | Glu E GAA |       GGA
      GTG |       GCG |       GAG |       GGG
----------------------------------------------
Nice code, uuh?
NSsites batch run (ncatG as in YNGP2000):   0  1  2  3  7  8

seq file is not paml/phylip format.  Trying nexus format.
ns = 10  	ls = 9288
Reading sequences, sequential format..
Reading seq # 1: C1     
Reading seq # 2: C2     
Reading seq # 3: C3     
Reading seq # 4: C4     
Reading seq # 5: C5     
Reading seq # 6: C6     
Reading seq # 7: C7     
Reading seq # 8: C8     
Reading seq # 9: C9     
Reading seq #10: C10     
Sites with gaps or missing data are removed.

     3 ambiguity characters in seq. 1
     3 ambiguity characters in seq. 2
     3 ambiguity characters in seq. 3
     6 ambiguity characters in seq. 4
     6 ambiguity characters in seq. 5
     6 ambiguity characters in seq. 6
     3 ambiguity characters in seq. 7
     6 ambiguity characters in seq. 8
     6 ambiguity characters in seq. 9
     6 ambiguity characters in seq. 10
2 sites are removed.  67 3096
codon    2480: AGC AGC AGC AGC AGC AGC TCC AGC AGC AGC 
Sequences read..
Counting site patterns..  0:00

        1709 patterns at     3094 /     3094 sites (100.0%),  0:00
Counting codons..


      360 bytes for distance
  1667984 bytes for conP
   232424 bytes for fhK
  5000000 bytes for space


Model 0: one-ratio

TREE #  1
(1, 2, (3, (((4, (5, 6)), (8, (9, 10))), 7)));   MP score: 4050
  6671936 bytes for conP, adjusted

    0.049142    0.035588    0.042067    0.073065    0.117905    0.030309    0.045700    0.153169    0.033002    0.143549    0.088148    0.004240    0.211426    0.041396    0.106536    0.153741    0.199942    0.300000    1.300000

ntime & nrate & np:    17     2    19

Bounds (np=19):
   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000100   0.000100
  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000 999.000000 999.000000

np =    19
lnL0 = -38064.121382

Iterating by ming2
Initial: fx= 38064.121382
x=  0.04914  0.03559  0.04207  0.07306  0.11790  0.03031  0.04570  0.15317  0.03300  0.14355  0.08815  0.00424  0.21143  0.04140  0.10654  0.15374  0.19994  0.30000  1.30000

  1 h-m-p  0.0000 0.0002 9014.9024 ++YCYCCC 36691.017979  5 0.0001    34 | 0/19
  2 h-m-p  0.0000 0.0001 6342.3725 ++    35624.726038  m 0.0001    56 | 0/19
  3 h-m-p  0.0000 0.0000 52365.7272 ++    35281.644467  m 0.0000    78 | 0/19
  4 h-m-p  0.0000 0.0000 42153.4538 ++    35208.029564  m 0.0000   100 | 0/19
  5 h-m-p  0.0000 0.0000 106722.3389 ++    34653.402960  m 0.0000   122 | 0/19
  6 h-m-p  0.0000 0.0000 149214.6644 
h-m-p:      2.03963150e-22      1.01981575e-21      1.49214664e+05 34653.402960
..  | 0/19
  7 h-m-p  0.0000 0.0001 36668.4835 YCCCCC 34315.623052  5 0.0000   173 | 0/19
  8 h-m-p  0.0000 0.0001 6206.2010 +CYYCCC 32175.506481  5 0.0001   205 | 0/19
  9 h-m-p  0.0000 0.0000 52784.8444 ++    31893.645083  m 0.0000   227 | 0/19
 10 h-m-p  0.0000 0.0000 172491.2175 
h-m-p:      7.99683113e-23      3.99841556e-22      1.72491218e+05 31893.645083
..  | 0/19
 11 h-m-p  0.0000 0.0000 66555.6377 YCYCCCC 31461.095325  6 0.0000   279 | 0/19
 12 h-m-p  0.0000 0.0000 9081.6742 +CYYCYCCCC 29371.351235  8 0.0000   316 | 0/19
 13 h-m-p  0.0000 0.0001 1847.0997 +YCCCC 29260.521849  4 0.0001   346 | 0/19
 14 h-m-p  0.0000 0.0000 5887.0410 +YYYCC 29182.312044  4 0.0000   374 | 0/19
 15 h-m-p  0.0000 0.0000 1061.5672 YCCC  29175.025460  3 0.0000   401 | 0/19
 16 h-m-p  0.0001 0.0011 289.4383 CYC   29172.494149  2 0.0001   426 | 0/19
 17 h-m-p  0.0001 0.0004 268.1706 YCC   29171.269994  2 0.0001   451 | 0/19
 18 h-m-p  0.0001 0.0012 247.1583 CCC   29170.131577  2 0.0001   477 | 0/19
 19 h-m-p  0.0000 0.0005 717.1553 CCC   29168.650687  2 0.0000   503 | 0/19
 20 h-m-p  0.0000 0.0018 658.7406 +YC   29165.177932  1 0.0001   527 | 0/19
 21 h-m-p  0.0003 0.0015 229.8086 CC    29164.208271  1 0.0001   551 | 0/19
 22 h-m-p  0.0002 0.0016 115.9449 CC    29164.062690  1 0.0000   575 | 0/19
 23 h-m-p  0.0002 0.0058  19.7103 YC    29164.024128  1 0.0001   598 | 0/19
 24 h-m-p  0.0002 0.0184  12.3820 CC    29163.931288  1 0.0003   622 | 0/19
 25 h-m-p  0.0001 0.0046  27.3904 YC    29163.549026  1 0.0003   645 | 0/19
 26 h-m-p  0.0001 0.0074  58.2499 +YCC  29161.062269  2 0.0004   671 | 0/19
 27 h-m-p  0.0001 0.0010 413.3927 +CCCC 29138.161584  3 0.0004   700 | 0/19
 28 h-m-p  0.0002 0.0009 748.5017 CCC   29118.726864  2 0.0002   726 | 0/19
 29 h-m-p  0.0005 0.0026 112.7984 CC    29118.063176  1 0.0001   750 | 0/19
 30 h-m-p  0.0020 0.0302   6.4613 -YC   29118.052122  1 0.0002   774 | 0/19
 31 h-m-p  0.0104 1.8876   0.1439 ++YCCC 29098.913434  3 0.3089   803 | 0/19
 32 h-m-p  0.9636 8.0000   0.0461 CYC   29095.122765  2 1.0865   847 | 0/19
 33 h-m-p  0.9747 4.8734   0.0438 CCC   29089.488746  2 1.4370   892 | 0/19
 34 h-m-p  1.5119 8.0000   0.0416 +YCCC 29065.558052  3 4.0609   939 | 0/19
 35 h-m-p  0.7424 3.7122   0.0523 YCCCC 29051.411302  4 1.4354   987 | 0/19
 36 h-m-p  0.4636 5.0923   0.1619 YCCC  29046.568318  3 0.8110  1033 | 0/19
 37 h-m-p  1.6000 8.0000   0.0300 YCC   29045.847574  2 0.9316  1077 | 0/19
 38 h-m-p  1.6000 8.0000   0.0038 YC    29045.784909  1 0.9696  1119 | 0/19
 39 h-m-p  1.6000 8.0000   0.0013 YC    29045.783176  1 1.1211  1161 | 0/19
 40 h-m-p  1.6000 8.0000   0.0005 Y     29045.783050  0 1.1802  1202 | 0/19
 41 h-m-p  1.6000 8.0000   0.0001 Y     29045.783047  0 1.0815  1243 | 0/19
 42 h-m-p  1.6000 8.0000   0.0000 Y     29045.783047  0 1.1075  1284 | 0/19
 43 h-m-p  1.6000 8.0000   0.0000 --Y   29045.783047  0 0.0250  1327
Out..
lnL  = -29045.783047
1328 lfun, 1328 eigenQcodon, 22576 P(t)

Time used:  0:50


Model 1: NearlyNeutral

TREE #  1
(1, 2, (3, (((4, (5, 6)), (8, (9, 10))), 7)));   MP score: 4050
    0.049142    0.035588    0.042067    0.073065    0.117905    0.030309    0.045700    0.153169    0.033002    0.143549    0.088148    0.004240    0.211426    0.041396    0.106536    0.153741    0.199942    1.909764    0.718247    0.265678

ntime & nrate & np:    17     2    20

Bounds (np=20):
   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000100   0.000010   0.000001
  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000 999.000000   0.999990   1.000000
Qfactor_NS = 7.812678

np =    20
lnL0 = -31993.457360

Iterating by ming2
Initial: fx= 31993.457360
x=  0.04914  0.03559  0.04207  0.07306  0.11790  0.03031  0.04570  0.15317  0.03300  0.14355  0.08815  0.00424  0.21143  0.04140  0.10654  0.15374  0.19994  1.90976  0.71825  0.26568

  1 h-m-p  0.0000 0.0000 7824.0265 ++    29487.070278  m 0.0000    25 | 0/20
  2 h-m-p  0.0000 0.0000 7936.0900 CYCCC 29451.165689  4 0.0000    55 | 0/20
  3 h-m-p  0.0000 0.0000 3839.9109 +YYCCC 29330.535018  4 0.0000    85 | 0/20
  4 h-m-p  0.0000 0.0001 1163.0371 YCYCCC 29296.270667  5 0.0001   116 | 0/20
  5 h-m-p  0.0000 0.0001 957.7447 CCCC  29288.009663  3 0.0000   145 | 0/20
  6 h-m-p  0.0001 0.0003 327.6446 YCC   29285.834592  2 0.0000   171 | 0/20
  7 h-m-p  0.0001 0.0004 252.1081 YCC   29284.742455  2 0.0001   197 | 0/20
  8 h-m-p  0.0001 0.0025 126.6019 YC    29283.254157  1 0.0002   221 | 0/20
  9 h-m-p  0.0001 0.0015 441.3328 YC    29279.894642  1 0.0002   245 | 0/20
 10 h-m-p  0.0001 0.0006 1234.6218 CCC   29275.658738  2 0.0001   272 | 0/20
 11 h-m-p  0.0001 0.0006 1271.1435 YCC   29268.733405  2 0.0001   298 | 0/20
 12 h-m-p  0.0001 0.0009 1302.0705 CCC   29263.141075  2 0.0001   325 | 0/20
 13 h-m-p  0.0001 0.0007 572.0514 YCC   29261.351532  2 0.0001   351 | 0/20
 14 h-m-p  0.0006 0.0031  72.3085 YC    29261.116392  1 0.0001   375 | 0/20
 15 h-m-p  0.0004 0.0056  19.6875 CC    29260.855229  1 0.0003   400 | 0/20
 16 h-m-p  0.0003 0.0052  19.9642 +YCC  29257.681246  2 0.0011   427 | 0/20
 17 h-m-p  0.0003 0.0034  77.6983 ++    29130.880142  m 0.0034   450 | 0/20
 18 h-m-p  0.0000 0.0000 379.7643 
h-m-p:      7.41027364e-21      3.70513682e-20      3.79764330e+02 29130.880142
..  | 0/20
 19 h-m-p  0.0000 0.0002 9303.1203 -CYCCC 29113.025180  4 0.0000   501 | 0/20
 20 h-m-p  0.0000 0.0000 4339.8909 YCYCCC 29095.640744  5 0.0000   532 | 0/20
 21 h-m-p  0.0000 0.0000 2288.7280 +YCCC 29075.459994  3 0.0000   561 | 0/20
 22 h-m-p  0.0000 0.0001 2263.2824 +YYC  29018.633865  2 0.0000   587 | 0/20
 23 h-m-p  0.0000 0.0002 966.5226 CCCC  29003.288105  3 0.0000   616 | 0/20
 24 h-m-p  0.0001 0.0004 461.6278 YC    29000.768629  1 0.0000   640 | 0/20
 25 h-m-p  0.0001 0.0004 276.2761 YCC   28999.926959  2 0.0000   666 | 0/20
 26 h-m-p  0.0001 0.0015 147.0425 YC    28999.624088  1 0.0000   690 | 0/20
 27 h-m-p  0.0000 0.0050 143.7832 +CC   28998.818971  1 0.0002   716 | 0/20
 28 h-m-p  0.0001 0.0009 402.7553 +YYC  28996.163145  2 0.0002   742 | 0/20
 29 h-m-p  0.0000 0.0013 1757.1450 +CCCC 28985.334441  3 0.0002   772 | 0/20
 30 h-m-p  0.0001 0.0003 1765.6210 YCC   28983.499887  2 0.0000   798 | 0/20
 31 h-m-p  0.0002 0.0017 371.3868 CC    28982.918858  1 0.0001   823 | 0/20
 32 h-m-p  0.0003 0.0022  68.8358 YC    28982.854610  1 0.0000   847 | 0/20
 33 h-m-p  0.0002 0.0107  13.2519 YC    28982.851288  1 0.0000   871 | 0/20
 34 h-m-p  0.0002 0.0380   2.9343 C     28982.850862  0 0.0001   894 | 0/20
 35 h-m-p  0.0005 0.2503   0.5977 YC    28982.845570  1 0.0012   918 | 0/20
 36 h-m-p  0.0002 0.0539   4.9478 +CC   28982.756939  1 0.0008   964 | 0/20
 37 h-m-p  0.0002 0.0319  17.8475 +CC   28981.335242  1 0.0014   990 | 0/20
 38 h-m-p  0.0002 0.0042 113.2588 CCC   28980.144484  2 0.0002  1017 | 0/20
 39 h-m-p  0.0038 0.0400   5.7398 --C   28980.143012  0 0.0001  1042 | 0/20
 40 h-m-p  0.0424 8.0000   0.0118 ++YC  28979.691930  1 1.5123  1068 | 0/20
 41 h-m-p  1.6000 8.0000   0.0049 CC    28979.628435  1 1.4018  1113 | 0/20
 42 h-m-p  1.6000 8.0000   0.0011 Y     28979.627037  0 1.1319  1156 | 0/20
 43 h-m-p  1.6000 8.0000   0.0003 Y     28979.626922  0 1.2218  1199 | 0/20
 44 h-m-p  1.6000 8.0000   0.0001 Y     28979.626918  0 0.9626  1242 | 0/20
 45 h-m-p  1.6000 8.0000   0.0000 Y     28979.626918  0 0.8227  1285 | 0/20
 46 h-m-p  1.6000 8.0000   0.0000 ----C 28979.626918  0 0.0016  1332
Out..
lnL  = -28979.626918
1333 lfun, 3999 eigenQcodon, 45322 P(t)

Time used:  2:28


Model 2: PositiveSelection

TREE #  1
(1, 2, (3, (((4, (5, 6)), (8, (9, 10))), 7)));   MP score: 4050
initial w for M2:NSpselection reset.

    0.049142    0.035588    0.042067    0.073065    0.117905    0.030309    0.045700    0.153169    0.033002    0.143549    0.088148    0.004240    0.211426    0.041396    0.106536    0.153741    0.199942    1.942887    1.659473    0.574115    0.238709    2.403915

ntime & nrate & np:    17     3    22

Bounds (np=22):
   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000100 -99.000000 -99.000000   0.000001   1.000000
  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000 999.000000  99.000000  99.000000   1.000000 999.000000
Qfactor_NS = 6.169035

np =    22
lnL0 = -32358.024045

Iterating by ming2
Initial: fx= 32358.024045
x=  0.04914  0.03559  0.04207  0.07306  0.11790  0.03031  0.04570  0.15317  0.03300  0.14355  0.08815  0.00424  0.21143  0.04140  0.10654  0.15374  0.19994  1.94289  1.65947  0.57412  0.23871  2.40392

  1 h-m-p  0.0000 0.0001 8015.7031 ++    30448.736024  m 0.0001    27 | 1/22
  2 h-m-p  0.0001 0.0022 3026.5587 CYCCC 29942.808742  4 0.0001    59 | 0/22
  3 h-m-p  0.0000 0.0000 769111.3064 -YCYCCC 29919.353614  5 0.0000    93 | 0/22
  4 h-m-p  0.0000 0.0005 900.8743 +YCYCCC 29773.282912  5 0.0003   127 | 0/22
  5 h-m-p  0.0001 0.0003 2019.4972 +YCCCC 29668.258654  4 0.0001   160 | 0/22
  6 h-m-p  0.0001 0.0005 1062.4711 +YCCC 29594.194571  3 0.0003   191 | 0/22
  7 h-m-p  0.0001 0.0007 1710.7414 CYC   29552.031958  2 0.0001   219 | 0/22
  8 h-m-p  0.0001 0.0006 641.8424 CCCCC 29533.994269  4 0.0002   252 | 0/22
  9 h-m-p  0.0003 0.0013 362.5382 YCCC  29527.267406  3 0.0002   282 | 0/22
 10 h-m-p  0.0005 0.0044 128.2934 YC    29525.894194  1 0.0002   308 | 0/22
 11 h-m-p  0.0003 0.0031  81.6159 YCC   29525.394545  2 0.0002   336 | 0/22
 12 h-m-p  0.0001 0.0126 124.3205 ++YC  29521.280014  1 0.0014   364 | 0/22
 13 h-m-p  0.0002 0.0084 770.4538 +CYC  29507.962244  2 0.0008   393 | 0/22
 14 h-m-p  0.0003 0.0017 471.9193 YC    29505.835945  1 0.0002   419 | 0/22
 15 h-m-p  0.0010 0.0108  98.5270 YC    29505.083915  1 0.0004   445 | 0/22
 16 h-m-p  0.0004 0.0286 115.3134 +YC   29498.747974  1 0.0036   472 | 0/22
 17 h-m-p  0.0003 0.0057 1334.4882 +YCYC 29482.710221  3 0.0008   502 | 0/22
 18 h-m-p  0.0006 0.0028 279.8516 CCC   29479.858817  2 0.0007   531 | 0/22
 19 h-m-p  0.0006 0.0412 297.4885 ++YCYCCC 29419.806929  5 0.0074   566 | 0/22
 20 h-m-p  0.0026 0.0128 473.5673 YC    29416.952793  1 0.0004   592 | 0/22
 21 h-m-p  0.0078 0.0389  12.2210 CC    29416.682802  1 0.0017   619 | 0/22
 22 h-m-p  0.0033 0.1243   6.3443 ++YCCC 29406.191316  3 0.0349   651 | 0/22
 23 h-m-p  0.0004 0.0215 509.7303 ++CCCC 29267.366335  3 0.0067   684 | 0/22
 24 h-m-p  1.0629 5.3144   2.1837 CCCC  29217.501153  3 1.1500   715 | 0/22
 25 h-m-p  0.5091 2.6136   4.9323 CYYC  29193.418933  3 0.4902   744 | 0/22
 26 h-m-p  0.8654 4.3271   1.6438 +YCCC 29159.160031  3 2.1914   775 | 0/22
 27 h-m-p  1.0892 5.4458   0.2509 CYC   29151.774909  2 1.1720   803 | 0/22
 28 h-m-p  1.6000 8.0000   0.0884 +YCCC 29140.695970  3 4.1967   856 | 0/22
 29 h-m-p  0.6782 3.3910   0.4023 YCYCCC 29123.215555  5 1.8070   911 | 0/22
 30 h-m-p  0.5538 2.7688   0.8504 YCYCCC 29092.118367  5 1.4405   966 | 0/22
 31 h-m-p  0.4160 2.0801   2.4703 YCCCCCC 29079.759468  6 0.4928  1024 | 0/22
 32 h-m-p  0.2118 1.0592   0.9438 CCC   29067.101673  2 0.3260  1053 | 0/22
 33 h-m-p  0.1883 3.3606   1.6338 +YCCC 29055.674094  3 0.5041  1106 | 0/22
 34 h-m-p  0.4143 2.0716   1.2859 CCCC  29042.111703  3 0.6605  1137 | 0/22
 35 h-m-p  1.2425 6.2126   0.4422 CCCC  29032.077802  3 1.4452  1168 | 0/22
 36 h-m-p  0.2119 1.0597   1.5809 YCCCC 29024.706875  4 0.4290  1222 | 0/22
 37 h-m-p  0.3231 2.1061   2.0990 CCC   29016.276696  2 0.5006  1251 | 0/22
 38 h-m-p  0.4861 2.4304   1.5524 YYYC  29009.484041  3 0.4503  1279 | 0/22
 39 h-m-p  0.3226 3.0107   2.1666 CCC   29003.694959  2 0.4059  1308 | 0/22
 40 h-m-p  0.6510 6.5436   1.3509 CCCC  28996.977880  3 0.8849  1339 | 0/22
 41 h-m-p  0.6011 3.5572   1.9887 CCCC  28992.970548  3 0.6794  1370 | 0/22
 42 h-m-p  0.4956 2.4780   2.4399 CC    28990.153140  1 0.4959  1397 | 0/22
 43 h-m-p  0.5481 7.5960   2.2071 YCC   28988.354223  2 0.3554  1425 | 0/22
 44 h-m-p  0.3042 7.2425   2.5782 YCCC  28986.220089  3 0.6149  1455 | 0/22
 45 h-m-p  0.7756 6.1407   2.0440 CYC   28984.798384  2 0.7306  1483 | 0/22
 46 h-m-p  1.1129 8.0000   1.3418 YC    28983.956742  1 0.7963  1509 | 0/22
 47 h-m-p  0.6881 8.0000   1.5529 CCC   28982.986365  2 1.0322  1538 | 0/22
 48 h-m-p  0.5428 8.0000   2.9529 CCCC  28982.013599  3 0.8663  1569 | 0/22
 49 h-m-p  1.0604 8.0000   2.4124 YCCC  28981.462489  3 0.5508  1599 | 0/22
 50 h-m-p  0.4640 8.0000   2.8634 YCC   28980.840010  2 0.8649  1627 | 0/22
 51 h-m-p  1.0895 8.0000   2.2730 YC    28980.429455  1 0.7781  1653 | 0/22
 52 h-m-p  0.7600 8.0000   2.3271 CY    28980.164223  1 0.7090  1680 | 0/22
 53 h-m-p  1.6000 8.0000   0.9060 YC    28980.092370  1 0.6481  1706 | 0/22
 54 h-m-p  0.3439 8.0000   1.7075 YC    28980.029303  1 0.7595  1754 | 0/22
 55 h-m-p  1.0216 8.0000   1.2695 YC    28979.986260  1 0.7847  1780 | 0/22
 56 h-m-p  0.9604 8.0000   1.0373 YC    28979.913687  1 1.5452  1806 | 0/22
 57 h-m-p  0.8626 8.0000   1.8582 YC    28979.872744  1 0.6448  1832 | 0/22
 58 h-m-p  1.1384 8.0000   1.0526 YC    28979.837179  1 0.8517  1858 | 0/22
 59 h-m-p  0.6314 8.0000   1.4197 CC    28979.809394  1 0.7999  1885 | 0/22
 60 h-m-p  0.8209 8.0000   1.3834 YC    28979.749103  1 1.6425  1911 | 0/22
 61 h-m-p  0.8947 8.0000   2.5396 CC    28979.694346  1 1.0806  1938 | 0/22
 62 h-m-p  1.2936 8.0000   2.1214 YC    28979.674350  1 0.6911  1964 | 0/22
 63 h-m-p  0.8882 8.0000   1.6507 C     28979.664247  0 0.8093  1989 | 0/22
 64 h-m-p  0.8087 8.0000   1.6518 YC    28979.650544  1 1.9847  2015 | 0/22
 65 h-m-p  0.9371 8.0000   3.4983 C     28979.640875  0 0.8591  2040 | 0/22
 66 h-m-p  1.0689 8.0000   2.8118 C     28979.634919  0 1.0229  2065 | 0/22
 67 h-m-p  1.2156 8.0000   2.3661 YC    28979.632448  1 0.8828  2091 | 0/22
 68 h-m-p  0.6979 8.0000   2.9930 C     28979.630471  0 0.8821  2116 | 0/22
 69 h-m-p  0.9506 8.0000   2.7773 C     28979.628794  0 1.3973  2141 | 0/22
 70 h-m-p  1.5062 8.0000   2.5764 YC    28979.628114  1 0.8860  2167 | 0/22
 71 h-m-p  1.0132 8.0000   2.2531 C     28979.627604  0 1.4252  2192 | 0/22
 72 h-m-p  1.6000 8.0000   1.8874 C     28979.627364  0 1.3228  2217 | 0/22
 73 h-m-p  1.5586 8.0000   1.6018 Y     28979.627221  0 1.1649  2242 | 0/22
 74 h-m-p  1.6000 8.0000   0.5816 C     28979.627164  0 1.4327  2267 | 0/22
 75 h-m-p  0.2286 8.0000   3.6455 +Y    28979.627127  0 0.6460  2315 | 0/22
 76 h-m-p  1.6000 8.0000   0.8323 Y     28979.627106  0 0.8695  2340 | 0/22
 77 h-m-p  1.0322 8.0000   0.7011 C     28979.627075  0 1.6165  2387 | 0/22
 78 h-m-p  1.2229 8.0000   0.9267 ++    28979.626968  m 8.0000  2434 | 0/22
 79 h-m-p  1.6000 8.0000   2.7308 C     28979.626942  0 1.6000  2481 | 0/22
 80 h-m-p  1.1552 8.0000   3.7821 ------------C 28979.626942  0 0.0000  2518 | 0/22
 81 h-m-p  0.0160 8.0000   0.0460 ++Y   28979.626938  0 0.5740  2545 | 0/22
 82 h-m-p  0.9784 8.0000   0.0270 C     28979.626938  0 0.8178  2592 | 0/22
 83 h-m-p  1.6000 8.0000   0.0093 Y     28979.626938  0 1.0630  2639 | 0/22
 84 h-m-p  1.6000 8.0000   0.0021 -Y    28979.626938  0 0.1000  2687 | 0/22
 85 h-m-p  0.0757 8.0000   0.0027 -----C 28979.626938  0 0.0000  2739 | 0/22
 86 h-m-p  0.0160 8.0000   0.0000 ------Y 28979.626938  0 0.0000  2792 | 0/22
 87 h-m-p  0.0160 8.0000   0.0018 -------------..  | 0/22
 88 h-m-p  0.0160 8.0000   0.0545 ------------- | 0/22
 89 h-m-p  0.0160 8.0000   0.0545 -------------
Out..
lnL  = -28979.626938
2967 lfun, 11868 eigenQcodon, 151317 P(t)

BEBing (dim = 4).  This may take several minutes.
Calculating f(x_h|w): 10 categories 21 w sets.
Calculating f(X), the marginal probability of data.
	log(fX) = -29585.430440  S = -29243.014048  -333.213297
Calculating f(w|X), posterior probabilities of site classes.

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Model 3: discrete

TREE #  1
(1, 2, (3, (((4, (5, 6)), (8, (9, 10))), 7)));   MP score: 4050
    0.049142    0.035588    0.042067    0.073065    0.117905    0.030309    0.045700    0.153169    0.033002    0.143549    0.088148    0.004240    0.211426    0.041396    0.106536    0.153741    0.199942    1.942881    0.339697    0.499728    0.004565    0.009597    0.018676

ntime & nrate & np:    17     4    23

Bounds (np=23):
   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000100 -99.000000 -99.000000   0.000001   0.000001   0.000001
  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000 999.000000  99.000000  99.000000 999.000000 999.000000 999.000000
Qfactor_NS = 18.317192

np =    23
lnL0 = -29060.399325

Iterating by ming2
Initial: fx= 29060.399325
x=  0.04914  0.03559  0.04207  0.07306  0.11790  0.03031  0.04570  0.15317  0.03300  0.14355  0.08815  0.00424  0.21143  0.04140  0.10654  0.15374  0.19994  1.94288  0.33970  0.49973  0.00456  0.00960  0.01868

  1 h-m-p  0.0000 0.0000 3580.9811 ++    29035.672624  m 0.0000    51 | 1/23
  2 h-m-p  0.0000 0.0000 9676.8044 ++    29003.307156  m 0.0000   100 | 2/23
  3 h-m-p  0.0000 0.0001 407.2820 CC    29000.169816  1 0.0000   150 | 2/23
  4 h-m-p  0.0001 0.0007 259.8913 CCC   28998.579871  2 0.0000   201 | 2/23
  5 h-m-p  0.0001 0.0009  95.9823 CC    28998.323354  1 0.0000   250 | 2/23
  6 h-m-p  0.0000 0.0007  94.8151 YC    28998.195995  1 0.0000   298 | 2/23
  7 h-m-p  0.0001 0.0017  43.5231 CC    28998.108279  1 0.0001   347 | 2/23
  8 h-m-p  0.0001 0.0028  54.9183 CC    28998.061967  1 0.0001   396 | 2/23
  9 h-m-p  0.0001 0.0083  56.6927 +YC   28997.968156  1 0.0001   445 | 2/23
 10 h-m-p  0.0000 0.0026 190.0076 +CC   28997.503931  1 0.0002   495 | 2/23
 11 h-m-p  0.0001 0.0034 709.6570 +YC   28996.234355  1 0.0002   544 | 2/23
 12 h-m-p  0.0001 0.0009 1754.6550 CCC   28994.648770  2 0.0001   595 | 2/23
 13 h-m-p  0.0001 0.0013 1298.1817 YC    28993.861103  1 0.0001   643 | 2/23
 14 h-m-p  0.0001 0.0024 503.1948 CC    28993.641280  1 0.0000   692 | 2/23
 15 h-m-p  0.0001 0.0027 194.0938 YC    28993.505171  1 0.0001   740 | 2/23
 16 h-m-p  0.0001 0.0112 212.2769 +CC   28993.013028  1 0.0002   790 | 2/23
 17 h-m-p  0.0001 0.0067 743.0523 +YCCC 28987.978755  3 0.0007   843 | 2/23
 18 h-m-p  0.0001 0.0018 6369.5803 C     28982.864990  0 0.0001   890 | 2/23
 19 h-m-p  0.0008 0.0042 343.0007 YC    28982.517070  1 0.0001   938 | 2/23
 20 h-m-p  0.0033 0.0322  11.4349 --YC  28982.510896  1 0.0001   988 | 2/23
 21 h-m-p  0.0007 0.2549   1.7374 +CC   28982.454936  1 0.0041  1038 | 2/23
 22 h-m-p  0.0010 0.5160  83.4160 ++YCCC 28975.684910  3 0.0106  1092 | 2/23
 23 h-m-p  0.2630 2.3752   3.3777 CYCCC 28969.139962  4 0.4203  1146 | 2/23
 24 h-m-p  1.6000 8.0000   0.5490 CYC   28962.176342  2 1.5724  1196 | 1/23
 25 h-m-p  0.0001 0.0028 5865.3447 --Y   28962.175007  0 0.0000  1245 | 1/23
 26 h-m-p  0.0053 0.0267   1.0212 ++    28961.907738  m 0.0267  1293 | 2/23
 27 h-m-p  0.0412 8.0000   0.6610 ++CYC 28957.558370  2 0.6142  1346 | 2/23
 28 h-m-p  0.5100 8.0000   0.7961 CCC   28954.268427  2 0.6879  1397 | 2/23
 29 h-m-p  1.6000 8.0000   0.0535 YCCC  28950.847172  3 3.7154  1449 | 2/23
 30 h-m-p  1.6000 8.0000   0.0886 CCC   28949.384984  2 2.3173  1500 | 1/23
 31 h-m-p  0.0000 0.0001 6999.3187 -YC   28949.368642  1 0.0000  1549 | 1/23
 32 h-m-p  0.1835 8.0000   0.0360 +YC   28949.218134  1 1.4130  1599 | 0/23
 33 h-m-p  0.0021 0.0311  24.4049 ----Y 28949.218058  0 0.0000  1651 | 0/23
 34 h-m-p  0.0020 1.0024   0.0271 +++++ 28949.207515  m 1.0024  1703 | 1/23
 35 h-m-p  0.2954 8.0000   0.0919 +C    28949.190216  0 1.1871  1753 | 1/23
 36 h-m-p  1.6000 8.0000   0.0250 C     28949.184700  0 1.9154  1801 | 0/23
 37 h-m-p  0.0000 0.0034 3357.1882 -Y    28949.184392  0 0.0000  1850 | 0/23
 38 h-m-p  0.2005 1.0025   0.0108 ++    28949.184057  m 1.0025  1899 | 1/23
 39 h-m-p  1.6000 8.0000   0.0032 Y     28949.184035  0 0.2784  1948 | 1/23
 40 h-m-p  0.3586 8.0000   0.0025 +Y    28949.184019  0 1.0139  1997 | 1/23
 41 h-m-p  1.6000 8.0000   0.0002 Y     28949.184018  0 1.2393  2045 | 1/23
 42 h-m-p  1.6000 8.0000   0.0001 C     28949.184018  0 2.2041  2093 | 1/23
 43 h-m-p  1.6000 8.0000   0.0001 C     28949.184018  0 0.4029  2141 | 1/23
 44 h-m-p  0.3237 8.0000   0.0001 C     28949.184018  0 0.5131  2189 | 1/23
 45 h-m-p  0.3377 8.0000   0.0001 Y     28949.184018  0 0.6626  2237 | 1/23
 46 h-m-p  0.3762 8.0000   0.0002 Y     28949.184018  0 0.9126  2285 | 1/23
 47 h-m-p  0.4439 8.0000   0.0004 +Y    28949.184018  0 1.2366  2334 | 1/23
 48 h-m-p  0.4974 8.0000   0.0009 +Y    28949.184018  0 1.6150  2383 | 1/23
 49 h-m-p  0.5417 8.0000   0.0027 +Y    28949.184017  0 1.7530  2432 | 1/23
 50 h-m-p  0.5279 8.0000   0.0090 Y     28949.184016  0 1.1619  2480 | 1/23
 51 h-m-p  0.5222 8.0000   0.0200 C     28949.184015  0 0.5222  2528 | 0/23
 52 h-m-p  0.0001 0.0289 4458.1920 --Y   28949.184014  0 0.0000  2578 | 0/23
 53 h-m-p  0.2000 1.0002   0.0205 +Y    28949.184012  0 0.5527  2628 | 1/23
 54 h-m-p  0.2549 8.0000   0.0445 Y     28949.184006  0 0.4207  2677 | 0/23
 55 h-m-p  0.0000 0.0000 18346349455.3541 -..  | 1/23
 56 h-m-p  0.0004 0.2028   2.4658 ---Y  28949.184003  0 0.0000  2776 | 1/23
 57 h-m-p  0.0005 0.2339   0.2295 -C    28949.184002  0 0.0000  2825 | 1/23
 58 h-m-p  0.0054 2.7184   0.1028 --C   28949.184002  0 0.0001  2875 | 1/23
 59 h-m-p  0.0014 0.6941   0.2121 -Y    28949.184002  0 0.0001  2924 | 1/23
 60 h-m-p  0.0043 2.1601   0.2479 --C   28949.184001  0 0.0001  2974 | 1/23
 61 h-m-p  0.0091 4.5606   0.1366 ---C  28949.184001  0 0.0000  3025 | 1/23
 62 h-m-p  0.0035 1.7347   0.0748 --Y   28949.184001  0 0.0000  3075 | 1/23
 63 h-m-p  0.0116 5.7956   0.0390 ---C  28949.184001  0 0.0000  3126 | 1/23
 64 h-m-p  0.0118 5.8924   0.0214 ---C  28949.184001  0 0.0000  3177 | 1/23
 65 h-m-p  0.0160 8.0000   0.0101 --Y   28949.184001  0 0.0002  3227 | 1/23
 66 h-m-p  0.0160 8.0000   0.0178 --Y   28949.184001  0 0.0001  3277 | 1/23
 67 h-m-p  0.0160 8.0000   0.0583 --C   28949.184001  0 0.0003  3327 | 1/23
 68 h-m-p  0.0077 3.8295   0.1955 ---C  28949.184001  0 0.0000  3378 | 1/23
 69 h-m-p  0.0160 8.0000   0.0314 ---C  28949.184001  0 0.0001  3429 | 1/23
 70 h-m-p  0.0160 8.0000   0.0070 ---C  28949.184001  0 0.0001  3480 | 1/23
 71 h-m-p  0.0160 8.0000   0.0013 ---Y  28949.184001  0 0.0001  3531 | 1/23
 72 h-m-p  0.0160 8.0000   0.0017 -Y    28949.184001  0 0.0007  3580 | 1/23
 73 h-m-p  0.0160 8.0000   0.0105 -C    28949.184001  0 0.0011  3629 | 1/23
 74 h-m-p  0.0053 2.6665   0.1181 Y     28949.184001  0 0.0039  3677 | 1/23
 75 h-m-p  0.0006 0.2786   1.1564 C     28949.184000  0 0.0002  3725 | 1/23
 76 h-m-p  0.0191 8.0000   0.0118 ---Y  28949.184000  0 0.0001  3776 | 1/23
 77 h-m-p  0.0160 8.0000   0.0005 +++C  28949.184000  0 0.9130  3827 | 1/23
 78 h-m-p  0.2334 8.0000   0.0018 +C    28949.184000  0 1.1526  3876 | 1/23
 79 h-m-p  0.3630 8.0000   0.0059 +Y    28949.183999  0 1.4519  3925 | 1/23
 80 h-m-p  0.5287 8.0000   0.0161 C     28949.183998  0 0.5816  3973 | 1/23
 81 h-m-p  0.2459 8.0000   0.0380 C     28949.183997  0 0.2700  4021 | 1/23
 82 h-m-p  0.3102 8.0000   0.0331 C     28949.183995  0 0.3448  4069 | 0/23
 83 h-m-p  0.0001 0.0437 3093.5881 --C   28949.183995  0 0.0000  4119 | 0/23
 84 h-m-p  0.1955 1.7069   0.0216 +C    28949.183990  0 0.7819  4169 | 0/23
 85 h-m-p  0.0168 8.0000   1.0038 --------Y 28949.183990  0 0.0000  4226 | 0/23
 86 h-m-p  0.0000 0.0031   1.5513 +++++ 28949.183984  m 0.0031  4278 | 1/23
 87 h-m-p  1.6000 8.0000   0.0007 Y     28949.183983  0 1.1229  4327 | 1/23
 88 h-m-p  0.4807 8.0000   0.0017 C     28949.183983  0 0.6687  4375 | 1/23
 89 h-m-p  0.2571 8.0000   0.0045 C     28949.183983  0 0.2862  4423 | 1/23
 90 h-m-p  0.2023 8.0000   0.0064 C     28949.183983  0 0.3018  4471 | 1/23
 91 h-m-p  0.2281 8.0000   0.0085 C     28949.183983  0 0.3287  4519 | 1/23
 92 h-m-p  0.2535 8.0000   0.0110 C     28949.183983  0 0.3757  4567 | 1/23
 93 h-m-p  0.2748 8.0000   0.0150 C     28949.183983  0 0.3750  4615 | 1/23
 94 h-m-p  0.2843 8.0000   0.0198 C     28949.183982  0 0.3649  4663 | 1/23
 95 h-m-p  0.2790 8.0000   0.0260 C     28949.183982  0 0.3275  4711 | 1/23
 96 h-m-p  0.2872 8.0000   0.0296 C     28949.183981  0 0.3491  4759 | 1/23
 97 h-m-p  0.3339 8.0000   0.0309 C     28949.183978  0 0.4059  4807 | 1/23
 98 h-m-p  0.4078 8.0000   0.0308 C     28949.183973  0 0.5511  4855 | 1/23
 99 h-m-p  0.5819 8.0000   0.0292 C     28949.183960  0 0.8665  4903 | 0/23
100 h-m-p  0.0003 0.1474 351.0675 ---C  28949.183960  0 0.0000  4954 | 1/23
101 h-m-p  0.0160 8.0000   0.3134 +Y    28949.183955  0 0.0640  5004 | 0/23
102 h-m-p  0.0000 0.0000 1502516715.6180 ..  | 1/23
103 h-m-p  0.0005 0.2749   1.6213 ---Y  28949.183953  0 0.0000  5102 | 1/23
104 h-m-p  0.0007 0.3297   0.1753 Y     28949.183952  0 0.0001  5150 | 1/23
105 h-m-p  0.0053 2.6281   0.6658 --C   28949.183948  0 0.0001  5200 | 1/23
106 h-m-p  0.0013 0.6592   0.4633 -Y    28949.183947  0 0.0000  5249 | 1/23
107 h-m-p  0.0027 1.3486   0.1631 --Y   28949.183946  0 0.0000  5299 | 1/23
108 h-m-p  0.0044 2.1968   0.0822 --Y   28949.183946  0 0.0000  5349 | 1/23
109 h-m-p  0.0050 2.4796   0.0515 --Y   28949.183946  0 0.0000  5399 | 1/23
110 h-m-p  0.0080 4.0046   0.0310 ---Y  28949.183946  0 0.0001  5450 | 1/23
111 h-m-p  0.0160 8.0000   0.0311 --C   28949.183946  0 0.0004  5500 | 1/23
112 h-m-p  0.0066 3.2919   0.1789 --Y   28949.183946  0 0.0002  5550 | 1/23
113 h-m-p  0.0035 1.7729   0.2961 --C   28949.183946  0 0.0001  5600 | 1/23
114 h-m-p  0.0100 5.0132   0.1161 ---C  28949.183946  0 0.0000  5651 | 1/23
115 h-m-p  0.0125 6.2623   0.0434 ---C  28949.183946  0 0.0000  5702 | 1/23
116 h-m-p  0.0160 8.0000   0.0099 ---Y  28949.183946  0 0.0000  5753 | 1/23
117 h-m-p  0.0160 8.0000   0.0043 --C   28949.183946  0 0.0003  5803 | 1/23
118 h-m-p  0.0160 8.0000   0.0125 --Y   28949.183946  0 0.0005  5853 | 1/23
119 h-m-p  0.0056 2.8245   0.0850 C     28949.183946  0 0.0017  5901 | 1/23
120 h-m-p  0.0003 0.1370   1.7689 C     28949.183945  0 0.0003  5949 | 1/23
121 h-m-p  0.0002 0.0792   3.0912 C     28949.183943  0 0.0002  5997 | 1/23
122 h-m-p  0.0022 0.8437   0.2958 -C    28949.183943  0 0.0001  6046 | 1/23
123 h-m-p  0.0316 8.0000   0.0010 ---C  28949.183943  0 0.0001  6097 | 1/23
124 h-m-p  0.0160 8.0000   0.0007 +++C  28949.183943  0 1.0969  6148 | 1/23
125 h-m-p  0.3615 8.0000   0.0020 +C    28949.183943  0 2.1933  6197 | 1/23
126 h-m-p  0.5258 8.0000   0.0085 +Y    28949.183941  0 2.1033  6246 | 1/23
127 h-m-p  0.9586 8.0000   0.0187 Y     28949.183937  0 0.9586  6294 | 0/23
128 h-m-p  0.0001 0.0432 3026.6359 --C   28949.183937  0 0.0000  6344 | 0/23
129 h-m-p  0.1968 1.7910   0.0194 +Y    28949.183926  0 1.2204  6394 | 1/23
130 h-m-p  1.6000 8.0000   0.0130 C     28949.183917  0 0.4530  6443 | 1/23
131 h-m-p  0.3119 8.0000   0.0189 +Y    28949.183912  0 1.2477  6492 | 0/23
132 h-m-p  0.0000 0.0136 9283.9305 -Y    28949.183910  0 0.0000  6541 | 0/23
133 h-m-p  0.2541 1.2706   0.0030 ++    28949.183906  m 1.2706  6590 | 1/23
134 h-m-p  0.1537 8.0000   0.0247 Y     28949.183900  0 0.0660  6639 | 1/23
135 h-m-p  0.0391 8.0000   0.0417 ++Y   28949.183891  0 0.6255  6689 | 0/23
136 h-m-p  0.0000 0.0129 9764.9923 -Y    28949.183888  0 0.0000  6738 | 0/23
137 h-m-p  0.2000 1.0001   0.0239 C     28949.183887  0 0.2200  6787 | 0/23
138 h-m-p  0.0160 8.0000   1.7327 -------C 28949.183887  0 0.0000  6843 | 0/23
139 h-m-p  0.0000 0.0090   0.2587 +++++ 28949.183882  m 0.0090  6895 | 1/23
140 h-m-p  0.4282 8.0000   0.0055 C     28949.183879  0 0.4282  6944 | 1/23
141 h-m-p  1.3425 8.0000   0.0017 Y     28949.183877  0 2.6673  6992 | 1/23
142 h-m-p  1.6000 8.0000   0.0028 ++    28949.183869  m 8.0000  7040 | 1/23
143 h-m-p  1.1830 8.0000   0.0189 Y     28949.183867  0 0.6272  7088 | 1/23
144 h-m-p  0.5394 8.0000   0.0220 Y     28949.183859  0 1.0481  7136 | 1/23
145 h-m-p  1.2206 8.0000   0.0189 C     28949.183838  0 1.8402  7184 | 1/23
146 h-m-p  0.7567 8.0000   0.0459 Y     28949.183833  0 0.3102  7232 | 0/23
147 h-m-p  0.0000 0.0123 9457.0245 -C    28949.183831  0 0.0000  7281 | 0/23
148 h-m-p  0.2000 0.9998   0.0381 +Y    28949.183815  0 0.6663  7331 | 1/23
149 h-m-p  1.6000 8.0000   0.0109 Y     28949.183807  0 0.2713  7380 | 1/23
150 h-m-p  0.1574 8.0000   0.0187 +Y    28949.183797  0 1.4077  7429 | 0/23
151 h-m-p  0.0000 0.0042 27316.4187 -C    28949.183788  0 0.0000  7478 | 0/23
152 h-m-p  0.2595 1.2976   0.0033 ------Y 28949.183788  0 0.0000  7533 | 0/23
153 h-m-p  0.0000 0.0048  19.7020 ----Y 28949.183788  0 0.0000  7586 | 0/23
154 h-m-p  0.0160 8.0000   0.1761 ---------Y 28949.183788  0 0.0000  7644 | 0/23
155 h-m-p  0.0012 0.6127 182.3629 -----------..  | 0/23
156 h-m-p  0.0000 0.0000 4259.3182 
Out..
lnL  = -28949.183788
7750 lfun, 31000 eigenQcodon, 395250 P(t)

Time used: 21:57


Model 7: beta

TREE #  1
(1, 2, (3, (((4, (5, 6)), (8, (9, 10))), 7)));   MP score: 4050
    0.049142    0.035588    0.042067    0.073065    0.117905    0.030309    0.045700    0.153169    0.033002    0.143549    0.088148    0.004240    0.211426    0.041396    0.106536    0.153741    0.199942    1.909628    0.309823    1.349954

ntime & nrate & np:    17     1    20

Bounds (np=20):
   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000100   0.005000   0.005000
  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000 999.000000  99.000000  99.000000
Qfactor_NS = 12.223031

np =    20
lnL0 = -30104.901254

Iterating by ming2
Initial: fx= 30104.901254
x=  0.04914  0.03559  0.04207  0.07306  0.11790  0.03031  0.04570  0.15317  0.03300  0.14355  0.08815  0.00424  0.21143  0.04140  0.10654  0.15374  0.19994  1.90963  0.30982  1.34995

  1 h-m-p  0.0000 0.0001 5530.4045 +CYYYCC 29520.256780  5 0.0001    53 | 0/20
  2 h-m-p  0.0000 0.0000 4654.9558 +YYYCYCCC 29352.373254  7 0.0000   107 | 0/20
  3 h-m-p  0.0000 0.0002 989.3266 CYCCC 29320.834840  4 0.0001   157 | 0/20
  4 h-m-p  0.0000 0.0001 955.3887 CCCC  29307.749572  3 0.0000   206 | 0/20
  5 h-m-p  0.0001 0.0003 564.3499 CCC   29300.662137  2 0.0001   253 | 0/20
  6 h-m-p  0.0001 0.0003 579.1588 CCCC  29294.633939  3 0.0001   302 | 0/20
  7 h-m-p  0.0001 0.0008 624.5462 +YYCC 29276.219790  3 0.0003   350 | 0/20
  8 h-m-p  0.0001 0.0008 2868.1859 +YYYC 29212.159568  3 0.0002   397 | 0/20
  9 h-m-p  0.0000 0.0002 6446.1736 YCCCC 29141.684106  4 0.0001   447 | 0/20
 10 h-m-p  0.0000 0.0002 5568.2032 YCCCC 29105.312431  4 0.0001   497 | 0/20
 11 h-m-p  0.0000 0.0002 3212.0255 CCCCC 29081.355908  4 0.0001   548 | 0/20
 12 h-m-p  0.0001 0.0004 1476.6702 YC    29076.208474  1 0.0000   592 | 0/20
 13 h-m-p  0.0002 0.0012 177.4506 YC    29075.752104  1 0.0000   636 | 0/20
 14 h-m-p  0.0002 0.0059  46.9189 CC    29075.429409  1 0.0002   681 | 0/20
 15 h-m-p  0.0001 0.0034 202.5350 ++YCC 29071.981831  2 0.0006   729 | 0/20
 16 h-m-p  0.0001 0.0007 1965.5819 YCCC  29065.810779  3 0.0001   777 | 0/20
 17 h-m-p  0.0001 0.0004 788.2796 YC    29065.085321  1 0.0000   821 | 0/20
 18 h-m-p  0.0005 0.0037  51.7807 YC    29064.979125  1 0.0001   865 | 0/20
 19 h-m-p  0.0004 0.0193   9.7087 +CC   29063.868505  1 0.0015   911 | 0/20
 20 h-m-p  0.0001 0.0009 211.2678 +YCYCCC 29050.296589  5 0.0006   963 | 0/20
 21 h-m-p  0.0018 0.0091  19.5685 -CC   29050.264337  1 0.0001  1009 | 0/20
 22 h-m-p  0.0024 0.6880   0.7958 +++YCCCC 28971.459332  4 0.3077  1062 | 0/20
 23 h-m-p  0.9658 4.8292   0.1423 YCCC  28966.712628  3 0.5375  1110 | 0/20
 24 h-m-p  1.6000 8.0000   0.0366 YC    28966.016000  1 0.7831  1154 | 0/20
 25 h-m-p  1.6000 8.0000   0.0105 YC    28965.816895  1 0.9844  1198 | 0/20
 26 h-m-p  0.4969 8.0000   0.0209 +YC   28965.749047  1 1.2933  1243 | 0/20
 27 h-m-p  0.9221 8.0000   0.0293 +YC   28965.600123  1 2.5822  1288 | 0/20
 28 h-m-p  1.6000 8.0000   0.0343 YC    28965.431452  1 3.7201  1332 | 0/20
 29 h-m-p  1.1831 8.0000   0.1078 ++    28964.502962  m 8.0000  1375 | 0/20
 30 h-m-p  0.8649 4.3247   0.5752 YCYYCYC 28961.985373  6 1.8653  1426 | 0/20
 31 h-m-p  0.2305 1.1525   1.2277 YYYCYCYCC 28960.850290  8 0.3766  1480 | 0/20
 32 h-m-p  0.2673 1.3367   0.2608 CCC   28960.125327  2 0.1069  1527 | 0/20
 33 h-m-p  0.1172 3.8943   0.2378 +YCYC 28959.759942  3 1.0761  1575 | 0/20
 34 h-m-p  0.7597 3.7983   0.1763 YCYC  28959.716244  3 0.4593  1622 | 0/20
 35 h-m-p  0.8189 5.4561   0.0989 YCC   28959.671399  2 0.4592  1668 | 0/20
 36 h-m-p  0.5592 6.6895   0.0812 YYC   28959.657357  2 0.5592  1713 | 0/20
 37 h-m-p  1.0955 8.0000   0.0415 YYY   28959.646510  2 1.0955  1758 | 0/20
 38 h-m-p  1.6000 8.0000   0.0009 C     28959.643120  0 0.4813  1801 | 0/20
 39 h-m-p  0.0160 8.0000   0.0295 +++YC 28959.636879  1 1.0477  1848 | 0/20
 40 h-m-p  1.0512 8.0000   0.0294 YY    28959.634197  1 0.8229  1892 | 0/20
 41 h-m-p  1.6000 8.0000   0.0086 YC    28959.632276  1 0.9683  1936 | 0/20
 42 h-m-p  0.4918 8.0000   0.0168 +YC   28959.630310  1 1.2366  1981 | 0/20
 43 h-m-p  1.6000 8.0000   0.0021 Y     28959.630073  0 0.7737  2024 | 0/20
 44 h-m-p  0.2176 8.0000   0.0075 ++Y   28959.628365  0 3.4817  2069 | 0/20
 45 h-m-p  1.6000 8.0000   0.0128 -Y    28959.628360  0 0.0749  2113 | 0/20
 46 h-m-p  0.2535 8.0000   0.0038 Y     28959.628318  0 0.4677  2156 | 0/20
 47 h-m-p  0.7421 8.0000   0.0024 --C   28959.628318  0 0.0137  2201 | 0/20
 48 h-m-p  0.0160 8.0000   0.0025 ------Y 28959.628318  0 0.0000  2250 | 0/20
 49 h-m-p  0.0160 8.0000   0.0018 ++C   28959.628300  0 0.2748  2295 | 0/20
 50 h-m-p  0.9488 8.0000   0.0005 C     28959.628298  0 0.3076  2338 | 0/20
 51 h-m-p  0.1584 8.0000   0.0010 -------C 28959.628298  0 0.0000  2388 | 0/20
 52 h-m-p  0.0160 8.0000   0.0031 +Y    28959.628294  0 0.0491  2432 | 0/20
 53 h-m-p  1.6000 8.0000   0.0001 Y     28959.628290  0 0.8582  2475 | 0/20
 54 h-m-p  1.6000 8.0000   0.0000 +C    28959.628282  0 5.9991  2519 | 0/20
 55 h-m-p  1.2356 8.0000   0.0002 -C    28959.628281  0 0.1148  2563 | 0/20
 56 h-m-p  0.1509 8.0000   0.0001 Y     28959.628281  0 0.1123  2606 | 0/20
 57 h-m-p  0.1549 8.0000   0.0001 C     28959.628281  0 0.1473  2649 | 0/20
 58 h-m-p  0.2349 8.0000   0.0001 C     28959.628281  0 0.2163  2692 | 0/20
 59 h-m-p  0.4676 8.0000   0.0000 Y     28959.628281  0 0.3496  2735 | 0/20
 60 h-m-p  0.9200 8.0000   0.0000 C     28959.628280  0 0.9405  2778 | 0/20
 61 h-m-p  0.5738 8.0000   0.0000 ++    28959.628271  m 8.0000  2821 | 0/20
 62 h-m-p  0.0857 8.0000   0.0016 ---------C 28959.628271  0 0.0000  2873 | 0/20
 63 h-m-p  0.0160 8.0000   0.0001 ++++C 28959.628256  0 4.3511  2920 | 0/20
 64 h-m-p  1.2696 8.0000   0.0004 --------C 28959.628256  0 0.0000  2971
Out..
lnL  = -28959.628256
2972 lfun, 32692 eigenQcodon, 505240 P(t)

Time used: 39:26


Model 8: beta&w>1

TREE #  1
(1, 2, (3, (((4, (5, 6)), (8, (9, 10))), 7)));   MP score: 4050
initial w for M8:NSbetaw>1 reset.

    0.049142    0.035588    0.042067    0.073065    0.117905    0.030309    0.045700    0.153169    0.033002    0.143549    0.088148    0.004240    0.211426    0.041396    0.106536    0.153741    0.199942    1.909583    0.900000    0.966220    1.075304    2.140227

ntime & nrate & np:    17     2    22

Bounds (np=22):
   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000004   0.000100   0.000010   0.005000   0.005000   1.000000
  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000  50.000000 999.000000   0.999990  99.000000  99.000000 999.000000
Qfactor_NS = 6.461722

np =    22
lnL0 = -32452.805939

Iterating by ming2
Initial: fx= 32452.805939
x=  0.04914  0.03559  0.04207  0.07306  0.11790  0.03031  0.04570  0.15317  0.03300  0.14355  0.08815  0.00424  0.21143  0.04140  0.10654  0.15374  0.19994  1.90958  0.90000  0.96622  1.07530  2.14023

  1 h-m-p  0.0000 0.0000 7624.6565 ++    31939.747534  m 0.0000    49 | 1/22
  2 h-m-p  0.0001 0.0005 2524.6382 ++    30449.048971  m 0.0005    96 | 0/22
  3 h-m-p  0.0000 0.0000 742011.1885 
h-m-p:      1.47307260e-24      7.36536299e-24      7.42011188e+05 30449.048971
.. 
    0.049992    0.021204    0.037075    0.192322    0.247098    0.004764    0.038492    0.317509    0.144500    0.259450    0.164179    0.124142    0.297810    0.054264    0.182835    0.283640    0.261843    2.046836    1.000079    0.005000    1.718427    2.122682

lfundG: h=  71  fhK=-7.805285e-18
data: AAC (N) AAC (N) AGC (S) AAT (N) AAC (N) AAC (N) AAC (N) ACA (T) AAC (N) AAT (N) 
 | 0/22
  4 h-m-p  0.0000 0.0000 114191353.1516 CCCYC 29677.825095  4 0.0000   194 | 0/22
  5 h-m-p  0.0000 0.0002 21869.1567 YCCYCCC 29403.834349  6 0.0000   252 | 0/22
  6 h-m-p  0.0000 0.0002 3106.5376 +YCCCC 29321.514430  4 0.0000   307 | 0/22
  7 h-m-p  0.0000 0.0002 1151.2078 +YYCCC 29243.608142  4 0.0001   361 | 0/22
  8 h-m-p  0.0001 0.0007 330.5507 CCC   29237.403128  2 0.0001   412 | 0/22
  9 h-m-p  0.0002 0.0012 148.0684 YC    29236.349766  1 0.0001   460 | 0/22
 10 h-m-p  0.0001 0.0045 115.9070 YC    29235.943244  1 0.0001   508 | 0/22
 11 h-m-p  0.0002 0.0043  53.5046 YC    29235.577797  1 0.0004   556 | 0/22
 12 h-m-p  0.0001 0.0033 191.8819 +YCC  29234.559657  2 0.0003   607 | 0/22
 13 h-m-p  0.0001 0.0021 577.4512 +CCCC 29229.666694  3 0.0005   661 | 0/22
 14 h-m-p  0.0001 0.0005 1737.5218 +YCCC 29220.487313  3 0.0003   714 | 0/22
 15 h-m-p  0.0000 0.0001 4857.5747 ++    29208.934252  m 0.0001   761 | 1/22
 16 h-m-p  0.0007 0.0042 256.7391 -C    29208.716768  0 0.0000   809 | 1/22
 17 h-m-p  0.0004 0.0068  24.2929 YC    29208.308378  1 0.0003   856 | 1/22
 18 h-m-p  0.0001 0.0048  77.5588 CC    29207.821950  1 0.0001   904 | 1/22
 19 h-m-p  0.0001 0.0024  96.6305 CC    29207.499488  1 0.0001   952 | 1/22
 20 h-m-p  0.0002 0.0099  45.3947 YC    29207.394533  1 0.0001   999 | 1/22
 21 h-m-p  0.0006 0.0530  10.3552 YC    29207.374290  1 0.0003  1046 | 1/22
 22 h-m-p  0.0005 0.0434   5.2752 YC    29207.326405  1 0.0009  1093 | 1/22
 23 h-m-p  0.0001 0.0256  50.7508 ++CCC 29206.361449  2 0.0016  1145 | 1/22
 24 h-m-p  0.0001 0.0025 614.3345 +YCCCCCC 29199.746734  6 0.0007  1203 | 1/22
 25 h-m-p  0.0033 0.0166  12.4854 -YC   29199.655755  1 0.0004  1251 | 1/22
 26 h-m-p  0.0008 0.3831  12.4249 +++CCC 29169.882641  2 0.0591  1304 | 1/22
 27 h-m-p  0.5466 2.7330   0.1306 CCCC  29158.012359  3 0.6599  1356 | 1/22
 28 h-m-p  0.8765 4.3824   0.0666 YYC   29155.784918  2 0.7137  1404 | 1/22
 29 h-m-p  1.6000 8.0000   0.0128 YC    29155.708154  1 0.6485  1451 | 1/22
 30 h-m-p  1.6000 8.0000   0.0035 YC    29155.693713  1 0.8926  1498 | 1/22
 31 h-m-p  1.3492 8.0000   0.0023 CC    29155.679865  1 1.8551  1546 | 1/22
 32 h-m-p  1.6000 8.0000   0.0020 +YC   29155.620270  1 5.4272  1594 | 1/22
 33 h-m-p  1.6000 8.0000   0.0056 YC    29155.500658  1 2.5609  1641 | 1/22
 34 h-m-p  0.3793 8.0000   0.0379 ++YC  29154.923709  1 4.6415  1690 | 1/22
 35 h-m-p  0.8405 8.0000   0.2092 ++    29151.895314  m 8.0000  1736 | 1/22
 36 h-m-p  1.2617 8.0000   1.3264 +YCC  29128.001574  2 6.1161  1786 | 1/22
 37 h-m-p  0.8261 4.1306   9.5136 +YYCYCCC 29024.378453  6 3.4334  1842 | 1/22
 38 h-m-p  0.0982 0.4909  13.3699 +YYCCC 29006.486842  4 0.3464  1895 | 1/22
 39 h-m-p  0.1486 0.7428   8.5723 YCCCC 28979.322303  4 0.3003  1948 | 1/22
 40 h-m-p  0.4093 2.0467   0.8859 CCCC  28974.248136  3 0.5673  2000 | 1/22
 41 h-m-p  0.6324 3.1619   0.1168 CC    28973.267856  1 0.6301  2048 | 1/22
 42 h-m-p  0.5531 8.0000   0.1330 CC    28973.191085  1 0.7023  2096 | 1/22
 43 h-m-p  1.6000 8.0000   0.0476 YC    28973.181950  1 0.7998  2143 | 1/22
 44 h-m-p  1.6000 8.0000   0.0132 YC    28973.179456  1 1.0380  2190 | 1/22
 45 h-m-p  1.6000 8.0000   0.0064 +YC   28973.168950  1 4.7620  2238 | 1/22
 46 h-m-p  1.6000 8.0000   0.0017 ++    28973.014729  m 8.0000  2284 | 1/22
 47 h-m-p  0.2107 8.0000   0.0631 ++YCC 28972.456830  2 2.8340  2335 | 1/22
 48 h-m-p  0.8727 8.0000   0.2049 CC    28972.229093  1 1.2453  2383 | 1/22
 49 h-m-p  1.6000 8.0000   0.0780 YC    28972.208078  1 0.8038  2430 | 1/22
 50 h-m-p  1.6000 8.0000   0.0101 YC    28972.207007  1 0.8970  2477 | 1/22
 51 h-m-p  1.6000 8.0000   0.0002 +Y    28972.204836  0 7.1730  2524 | 1/22
 52 h-m-p  0.0454 8.0000   0.0389 ++++  28972.176983  m 8.0000  2572 | 1/22
 53 h-m-p  0.2231 8.0000   1.3961 +++   28971.862415  m 8.0000  2619 | 1/22
 54 h-m-p  1.1674 5.8368   6.1874 +YYYCYC 28967.237068  5 3.9754  2672 | 1/22
 55 h-m-p  0.0079 0.0394 292.6572 YYC   28967.112083  2 0.0053  2720 | 1/22
 56 h-m-p  0.1369 0.8715  11.4219 +YYYYYYYYYY 28963.162759 10 0.5475  2776 | 1/22
 57 h-m-p  0.0414 0.2070  17.8764 +YYCYC 28961.393713  4 0.1151  2828 | 1/22
 58 h-m-p  0.0546 0.2730   6.0231 YYYC  28961.267000  3 0.0488  2877 | 1/22
 59 h-m-p  0.2853 1.4266   0.1781 +YYCCC 28957.839127  4 0.8994  2930 | 1/22
 60 h-m-p  0.1317 0.9798   1.2161 YCCCC 28957.662986  4 0.1831  2983 | 1/22
 61 h-m-p  0.3281 1.6404   0.0962 CYC   28957.321343  2 0.2990  3032 | 1/22
 62 h-m-p  0.1395 4.5713   0.2062 +CCC  28957.242145  2 0.7134  3083 | 1/22
 63 h-m-p  1.4607 7.8960   0.1007 YYYC  28957.205019  3 1.2951  3132 | 1/22
 64 h-m-p  1.0723 5.3617   0.1102 C     28957.185334  0 0.2681  3178 | 1/22
 65 h-m-p  0.2765 5.9453   0.1068 YC    28957.169918  1 0.6810  3225 | 1/22
 66 h-m-p  1.4490 8.0000   0.0502 YCY   28957.164530  2 0.9381  3274 | 1/22
 67 h-m-p  1.6000 8.0000   0.0096 C     28957.161794  0 0.4044  3320 | 1/22
 68 h-m-p  0.1199 8.0000   0.0324 ++Y   28957.157060  0 1.2077  3368 | 1/22
 69 h-m-p  1.2157 8.0000   0.0322 Y     28957.155131  0 1.2157  3414 | 1/22
 70 h-m-p  1.6000 8.0000   0.0002 C     28957.153985  0 0.4633  3460 | 1/22
 71 h-m-p  0.0160 8.0000   0.0101 +++YC 28957.152313  1 2.5161  3510 | 1/22
 72 h-m-p  1.6000 8.0000   0.0106 Y     28957.151643  0 1.6000  3556 | 1/22
 73 h-m-p  1.6000 8.0000   0.0071 C     28957.151495  0 0.3772  3602 | 1/22
 74 h-m-p  0.7666 8.0000   0.0035 Y     28957.151190  0 1.6674  3648 | 1/22
 75 h-m-p  1.2089 8.0000   0.0048 Y     28957.150791  0 2.1911  3694 | 1/22
 76 h-m-p  1.6000 8.0000   0.0013 Y     28957.150762  0 0.7098  3740 | 1/22
 77 h-m-p  0.3109 8.0000   0.0030 ++C   28957.150426  0 4.9751  3788 | 1/22
 78 h-m-p  1.4271 8.0000   0.0104 -C    28957.150422  0 0.1261  3835 | 1/22
 79 h-m-p  0.2764 8.0000   0.0048 C     28957.150393  0 0.3774  3881 | 1/22
 80 h-m-p  0.4815 8.0000   0.0037 -------------N 28957.150393  0 0.0000  3940 | 1/22
 81 h-m-p  0.0160 8.0000   0.0003 ++C   28957.150339  0 0.2620  3988 | 1/22
 82 h-m-p  1.6000 8.0000   0.0000 Y     28957.150338  0 0.8378  4034 | 1/22
 83 h-m-p  1.6000 8.0000   0.0000 C     28957.150338  0 0.5246  4080 | 1/22
 84 h-m-p  1.4213 8.0000   0.0000 Y     28957.150338  0 0.8911  4126 | 1/22
 85 h-m-p  1.6000 8.0000   0.0000 --C   28957.150338  0 0.0250  4174
Out..
lnL  = -28957.150338
4175 lfun, 50100 eigenQcodon, 780725 P(t)

BEBing (dim = 4).  This may take several minutes.
Calculating f(x_h|w): 10 categories 20 w sets.
Calculating f(X), the marginal probability of data.
	log(fX) = -29783.285853  S = -29254.016239  -520.062909
Calculating f(w|X), posterior probabilities of site classes.

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Time used: 1:06:30
CodeML output code: -1
CLUSTAL FORMAT for T-COFFEE Version_10.00.r1613 [http://www.tcoffee.org] [MODE:  ], CPU=0.02 sec, SCORE=100, Nseq=10, Len=3096 

D_melanogaster_CadN-PC   MAARRCLNQLRQRYITNRFNICTCAIFLISLPFILAIEETTFAGLSAENA
D_sechellia_CadN-PC      MAARRCLNQLRQRYITNRFNICTCAIFLISLPFILAIEETTFAGLSAENA
D_yakuba_CadN-PC         MAARRCLNQLRQRYITSRFNICTCAIFLISLPFILAIEETTFAGLSAENA
D_takahashii_CadN-PC     MAARRCLNELRQRYITNRLNIYTCAIFLISLPLILATEETTFAGLSAENA
D_biarmipes_CadN-PC      MAARRCLNQLRQRYISNRLNIYTCAIFLISLPLILAIEETTFAGLSAENA
D_suzukii_CadN-PC        MAARRCLNQLRQRYITNRLNIYTCAIFLISLPLILAIEETTFAGLSAENA
D_eugracilis_CadN-PC     MAARRCLDLLRQRYITNRFNIYTCAIYLIALPLVLAIEETTFAGLSAENA
D_ficusphila_CadN-PC     MAARRCLNQLRQRYITTKLNLYTCAILLICLPFILAIEETTFAGLSAENA
D_rhopaloa_CadN-PC       MAARRCLNQLRQRYITNRLNLYTCAIFLISLPLILAIEETTFAGLSAENA
D_elegans_CadN-PC        MAARRCLNQLRQRYITNRLNMYSCAIFLISLPFILAIEETTFAGLSAENA
                         *******: ******:.::*: :*** **.**::** *************

D_melanogaster_CadN-PC   ARMLAGSPGDVEKSSLSHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
D_sechellia_CadN-PC      ARMLAGSPGDVEKSSSLHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
D_yakuba_CadN-PC         ARMLAGSPGDVEKSSSSHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
D_takahashii_CadN-PC     ARMLAGSPGEVEKSPS-HHSEMSLVLPHDTYPGFSIKKFKTHPVRINGSS
D_biarmipes_CadN-PC      ARMLAGSPGDVEKAPS-HHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
D_suzukii_CadN-PC        ARMLAGSPGDVEKSPS-HHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
D_eugracilis_CadN-PC     ARMLAGSPGDVEKSPSSHHSEMSLVLPHDTYPGFSIKKFKTHPAKINGSS
D_ficusphila_CadN-PC     ARMLAGSPGDVEKSPS-HHSEMSLVLPHDTYPGFSIKKFKTHPLKINGSS
D_rhopaloa_CadN-PC       ARMLAGSPGDVEKSPS-HHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
D_elegans_CadN-PC        ARMLAGSPGDVEKSPP-HHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
                         *********:***:.  ************************** :*****

D_melanogaster_CadN-PC   HSGAAAYHMLDTDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
D_sechellia_CadN-PC      HSGAAAYHMLDTDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
D_yakuba_CadN-PC         HSGAAAYHMLDTDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
D_takahashii_CadN-PC     HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
D_biarmipes_CadN-PC      HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
D_suzukii_CadN-PC        HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
D_eugracilis_CadN-PC     HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
D_ficusphila_CadN-PC     HSGAAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
D_rhopaloa_CadN-PC       HAGGAAYHMLNSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
D_elegans_CadN-PC        HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
                         *:*.******::**************************************

D_melanogaster_CadN-PC   ATNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
D_sechellia_CadN-PC      ATNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
D_yakuba_CadN-PC         ATNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
D_takahashii_CadN-PC     VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
D_biarmipes_CadN-PC      VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
D_suzukii_CadN-PC        VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
D_eugracilis_CadN-PC     VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
D_ficusphila_CadN-PC     VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
D_rhopaloa_CadN-PC       VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
D_elegans_CadN-PC        VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVKENQPAGTRVRGVPLMQAF
                         .******************************:******************

D_melanogaster_CadN-PC   SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
D_sechellia_CadN-PC      SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
D_yakuba_CadN-PC         SGSILDEELATPKKVRYTIIDGNEDDAFALQERKANKNIQISAKSLVING
D_takahashii_CadN-PC     SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANRNVQISAKSLVING
D_biarmipes_CadN-PC      SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
D_suzukii_CadN-PC        SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
D_eugracilis_CadN-PC     SGSILDEELATPKKVRYTIIDGNVDDAFALQERKSNKNIQLSAKSLVING
D_ficusphila_CadN-PC     SGSILEEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
D_rhopaloa_CadN-PC       SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
D_elegans_CadN-PC        SGSILDEELAKPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVISG
                         *****:****.************ **********:*:*:*:*******.*

D_melanogaster_CadN-PC   DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDRTVSKIQITVLDEND
D_sechellia_CadN-PC      DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
D_yakuba_CadN-PC         DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQISVLDEND
D_takahashii_CadN-PC     DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQISVLDEND
D_biarmipes_CadN-PC      DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITILDEND
D_suzukii_CadN-PC        DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
D_eugracilis_CadN-PC     DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTISKIQISVLDEND
D_ficusphila_CadN-PC     DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
D_rhopaloa_CadN-PC       DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
D_elegans_CadN-PC        DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
                         ***********************************:*:*****::*****

D_melanogaster_CadN-PC   NRPIFKSLDYKFAIAGQKSASMESNSSVTYQRFAIMGKVEATDADGDKIA
D_sechellia_CadN-PC      NRPIFKSLDYKFAIAGQKSANMESNSSVTYQRFAIMGKVEATDADGDKIA
D_yakuba_CadN-PC         NRPIFKSLDYKFAIAGQKSANMESNSSVTYQRFAIMGKVEATDADGDKIA
D_takahashii_CadN-PC     NRPIFKSLDYKFAIAGQKSVNMESNSSVTYQRFAIMGKVEATDADGDKIA
D_biarmipes_CadN-PC      NRPIFKSMDYKFAIAGQKSANMESNSSVTYKRFAIMGKVEATDADGDKIA
D_suzukii_CadN-PC        NRPIFKSLDYKFAIAGQKSANMESNSSVTYRRFAIMGKVEATDADGDKIA
D_eugracilis_CadN-PC     NRPIFKSLDYKFAIAGQKSANMESNSSVTYQRFAIMGKVEATDADGDKIA
D_ficusphila_CadN-PC     NRPIFKSLDYKFAIAGQKSANIESNSSVTYQRFAIMGKVEATDADGDKIA
D_rhopaloa_CadN-PC       NRPIFKSLDYKFAIAGQKSVNMESNSSVTYQRFAIMGKVEATDADGDKIA
D_elegans_CadN-PC        NRPIFKALDYKFAIAGQKSASMESNSSVTYRRFAIMGKVEATDADGDKIA
                         ******::***********..:********:*******************

D_melanogaster_CadN-PC   YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLVSAKPA
D_sechellia_CadN-PC      YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
D_yakuba_CadN-PC         YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
D_takahashii_CadN-PC     YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
D_biarmipes_CadN-PC      YRLKAPSNVVIIVPQTGEIMLAGEPTSNELLIEVTAHDLRYPSLLSAKPA
D_suzukii_CadN-PC        YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
D_eugracilis_CadN-PC     YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
D_ficusphila_CadN-PC     YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
D_rhopaloa_CadN-PC       YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVLAHDLRYPSLLSAKPA
D_elegans_CadN-PC        YRLKSPSNVVIIVPQTGEIMLAGEPTANELLIEVMAHDLRYPSLLSAQPA
                         ****:*********************:******* *********:**:**

D_melanogaster_CadN-PC   KVLLEFLAAEPVSFIMQHLEHDDINNHSHHREKRRVTRAVRPTKRIEFTE
D_sechellia_CadN-PC      KVLLEFLAAEPVSFIMQHLEHDEINNHSHHREKRRVTRAVRPTKRIEFTE
D_yakuba_CadN-PC         KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
D_takahashii_CadN-PC     KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
D_biarmipes_CadN-PC      KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
D_suzukii_CadN-PC        KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
D_eugracilis_CadN-PC     KVLLEFLAAEPVSFIMQHLEHDEINNHSHHREKRRVTRAVRPTKRIEFTE
D_ficusphila_CadN-PC     KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
D_rhopaloa_CadN-PC       KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
D_elegans_CadN-PC        KVLLEFLAAEPVSFIMQHLEHDEVNSHSHHREKRRVTRAVRPTKRIEFTE
                         **********************::*.************************

D_melanogaster_CadN-PC   ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
D_sechellia_CadN-PC      ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
D_yakuba_CadN-PC         ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
D_takahashii_CadN-PC     ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
D_biarmipes_CadN-PC      ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
D_suzukii_CadN-PC        ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
D_eugracilis_CadN-PC     ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
D_ficusphila_CadN-PC     ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
D_rhopaloa_CadN-PC       ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
D_elegans_CadN-PC        ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
                         **************************************************

D_melanogaster_CadN-PC   GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
D_sechellia_CadN-PC      GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
D_yakuba_CadN-PC         GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
D_takahashii_CadN-PC     GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
D_biarmipes_CadN-PC      GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
D_suzukii_CadN-PC        GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
D_eugracilis_CadN-PC     GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
D_ficusphila_CadN-PC     GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
D_rhopaloa_CadN-PC       GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
D_elegans_CadN-PC        GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
                         **************************************************

D_melanogaster_CadN-PC   QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
D_sechellia_CadN-PC      QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
D_yakuba_CadN-PC         QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
D_takahashii_CadN-PC     QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
D_biarmipes_CadN-PC      QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
D_suzukii_CadN-PC        QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
D_eugracilis_CadN-PC     QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
D_ficusphila_CadN-PC     QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
D_rhopaloa_CadN-PC       QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
D_elegans_CadN-PC        QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
                         **************************************************

D_melanogaster_CadN-PC   RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
D_sechellia_CadN-PC      RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
D_yakuba_CadN-PC         RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
D_takahashii_CadN-PC     RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
D_biarmipes_CadN-PC      RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
D_suzukii_CadN-PC        RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
D_eugracilis_CadN-PC     RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
D_ficusphila_CadN-PC     RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
D_rhopaloa_CadN-PC       RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
D_elegans_CadN-PC        RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
                         **************************************************

D_melanogaster_CadN-PC   FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
D_sechellia_CadN-PC      FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
D_yakuba_CadN-PC         FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
D_takahashii_CadN-PC     FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
D_biarmipes_CadN-PC      FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
D_suzukii_CadN-PC        FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
D_eugracilis_CadN-PC     FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
D_ficusphila_CadN-PC     FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
D_rhopaloa_CadN-PC       FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
D_elegans_CadN-PC        FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
                         **************************************************

D_melanogaster_CadN-PC   PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
D_sechellia_CadN-PC      PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
D_yakuba_CadN-PC         PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
D_takahashii_CadN-PC     PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
D_biarmipes_CadN-PC      PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
D_suzukii_CadN-PC        PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
D_eugracilis_CadN-PC     PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
D_ficusphila_CadN-PC     PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
D_rhopaloa_CadN-PC       PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
D_elegans_CadN-PC        PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
                         **************************************************

D_melanogaster_CadN-PC   DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
D_sechellia_CadN-PC      DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
D_yakuba_CadN-PC         DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
D_takahashii_CadN-PC     DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
D_biarmipes_CadN-PC      DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
D_suzukii_CadN-PC        DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
D_eugracilis_CadN-PC     DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
D_ficusphila_CadN-PC     DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
D_rhopaloa_CadN-PC       DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
D_elegans_CadN-PC        DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
                         **************************************************

D_melanogaster_CadN-PC   FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
D_sechellia_CadN-PC      FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
D_yakuba_CadN-PC         FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
D_takahashii_CadN-PC     FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
D_biarmipes_CadN-PC      FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
D_suzukii_CadN-PC        FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
D_eugracilis_CadN-PC     FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
D_ficusphila_CadN-PC     FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
D_rhopaloa_CadN-PC       FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
D_elegans_CadN-PC        FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
                         **************************************************

D_melanogaster_CadN-PC   KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
D_sechellia_CadN-PC      KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
D_yakuba_CadN-PC         KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
D_takahashii_CadN-PC     KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
D_biarmipes_CadN-PC      KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
D_suzukii_CadN-PC        KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
D_eugracilis_CadN-PC     KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
D_ficusphila_CadN-PC     KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
D_rhopaloa_CadN-PC       KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
D_elegans_CadN-PC        KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
                         **************************************************

D_melanogaster_CadN-PC   SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
D_sechellia_CadN-PC      SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
D_yakuba_CadN-PC         SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
D_takahashii_CadN-PC     SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
D_biarmipes_CadN-PC      SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
D_suzukii_CadN-PC        SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
D_eugracilis_CadN-PC     SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
D_ficusphila_CadN-PC     SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
D_rhopaloa_CadN-PC       SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
D_elegans_CadN-PC        SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
                         ***********************:**************************

D_melanogaster_CadN-PC   TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
D_sechellia_CadN-PC      TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
D_yakuba_CadN-PC         TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
D_takahashii_CadN-PC     TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
D_biarmipes_CadN-PC      TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
D_suzukii_CadN-PC        TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
D_eugracilis_CadN-PC     TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
D_ficusphila_CadN-PC     TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
D_rhopaloa_CadN-PC       TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
D_elegans_CadN-PC        TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
                         **************************************************

D_melanogaster_CadN-PC   NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
D_sechellia_CadN-PC      NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
D_yakuba_CadN-PC         NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
D_takahashii_CadN-PC     NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
D_biarmipes_CadN-PC      NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
D_suzukii_CadN-PC        NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
D_eugracilis_CadN-PC     NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
D_ficusphila_CadN-PC     NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
D_rhopaloa_CadN-PC       NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
D_elegans_CadN-PC        NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
                         **************************************************

D_melanogaster_CadN-PC   TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
D_sechellia_CadN-PC      TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
D_yakuba_CadN-PC         TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
D_takahashii_CadN-PC     TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
D_biarmipes_CadN-PC      TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
D_suzukii_CadN-PC        TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
D_eugracilis_CadN-PC     TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
D_ficusphila_CadN-PC     TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
D_rhopaloa_CadN-PC       TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
D_elegans_CadN-PC        TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
                         **************************************************

D_melanogaster_CadN-PC   SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
D_sechellia_CadN-PC      SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
D_yakuba_CadN-PC         SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
D_takahashii_CadN-PC     SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
D_biarmipes_CadN-PC      SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
D_suzukii_CadN-PC        SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
D_eugracilis_CadN-PC     SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
D_ficusphila_CadN-PC     SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
D_rhopaloa_CadN-PC       SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
D_elegans_CadN-PC        SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
                         **************************************************

D_melanogaster_CadN-PC   LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
D_sechellia_CadN-PC      LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
D_yakuba_CadN-PC         LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
D_takahashii_CadN-PC     LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
D_biarmipes_CadN-PC      LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
D_suzukii_CadN-PC        LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
D_eugracilis_CadN-PC     LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
D_ficusphila_CadN-PC     LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
D_rhopaloa_CadN-PC       LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKIVYGPIYIRENVTVG
D_elegans_CadN-PC        LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKIVYGPIYIRENVTVG
                         *********************************** :****:********

D_melanogaster_CadN-PC   TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
D_sechellia_CadN-PC      TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
D_yakuba_CadN-PC         TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
D_takahashii_CadN-PC     TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
D_biarmipes_CadN-PC      TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
D_suzukii_CadN-PC        TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
D_eugracilis_CadN-PC     TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
D_ficusphila_CadN-PC     TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
D_rhopaloa_CadN-PC       TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
D_elegans_CadN-PC        TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
                         **************************************************

D_melanogaster_CadN-PC   IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
D_sechellia_CadN-PC      IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
D_yakuba_CadN-PC         IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
D_takahashii_CadN-PC     IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
D_biarmipes_CadN-PC      IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
D_suzukii_CadN-PC        IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
D_eugracilis_CadN-PC     IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
D_ficusphila_CadN-PC     IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
D_rhopaloa_CadN-PC       IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
D_elegans_CadN-PC        IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
                         **************************************************

D_melanogaster_CadN-PC   EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
D_sechellia_CadN-PC      EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
D_yakuba_CadN-PC         EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
D_takahashii_CadN-PC     EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
D_biarmipes_CadN-PC      EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
D_suzukii_CadN-PC        EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
D_eugracilis_CadN-PC     EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
D_ficusphila_CadN-PC     EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
D_rhopaloa_CadN-PC       EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
D_elegans_CadN-PC        EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
                         **************************************************

D_melanogaster_CadN-PC   EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
D_sechellia_CadN-PC      EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
D_yakuba_CadN-PC         EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
D_takahashii_CadN-PC     EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
D_biarmipes_CadN-PC      EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
D_suzukii_CadN-PC        EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
D_eugracilis_CadN-PC     EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
D_ficusphila_CadN-PC     EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
D_rhopaloa_CadN-PC       EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
D_elegans_CadN-PC        EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
                         **************************************************

D_melanogaster_CadN-PC   RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
D_sechellia_CadN-PC      RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
D_yakuba_CadN-PC         RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
D_takahashii_CadN-PC     RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
D_biarmipes_CadN-PC      RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
D_suzukii_CadN-PC        RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
D_eugracilis_CadN-PC     RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
D_ficusphila_CadN-PC     RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
D_rhopaloa_CadN-PC       RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
D_elegans_CadN-PC        RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
                         **************************************************

D_melanogaster_CadN-PC   ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
D_sechellia_CadN-PC      ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
D_yakuba_CadN-PC         ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
D_takahashii_CadN-PC     ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
D_biarmipes_CadN-PC      ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
D_suzukii_CadN-PC        ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
D_eugracilis_CadN-PC     ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
D_ficusphila_CadN-PC     ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
D_rhopaloa_CadN-PC       ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
D_elegans_CadN-PC        ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
                         **************************************************

D_melanogaster_CadN-PC   VINVRDVNDLPPQFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
D_sechellia_CadN-PC      VINVRDVNDLPPQFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
D_yakuba_CadN-PC         VINVRDVNDLPPQFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
D_takahashii_CadN-PC     VINVRDVNDLPPQFPHTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
D_biarmipes_CadN-PC      VINVRDVNDLPPRFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
D_suzukii_CadN-PC        VINVRDVNDLPPRFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
D_eugracilis_CadN-PC     VINVRDVNDLPPQFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
D_ficusphila_CadN-PC     VINVRDVNDLPPRFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
D_rhopaloa_CadN-PC       VINVRDVNDLPPRFPQTSYERTLDEGMNDTPFTIMQVTATDGDKDRPQNI
D_elegans_CadN-PC        VINVRDVNDLPPRFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
                         ************:**:***********.:*********************

D_melanogaster_CadN-PC   VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
D_sechellia_CadN-PC      VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
D_yakuba_CadN-PC         VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
D_takahashii_CadN-PC     VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
D_biarmipes_CadN-PC      VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
D_suzukii_CadN-PC        VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
D_eugracilis_CadN-PC     VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
D_ficusphila_CadN-PC     VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
D_rhopaloa_CadN-PC       VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
D_elegans_CadN-PC        VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
                         **************************************************

D_melanogaster_CadN-PC   AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
D_sechellia_CadN-PC      AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
D_yakuba_CadN-PC         AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
D_takahashii_CadN-PC     AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
D_biarmipes_CadN-PC      AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
D_suzukii_CadN-PC        AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
D_eugracilis_CadN-PC     AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
D_ficusphila_CadN-PC     AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
D_rhopaloa_CadN-PC       AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
D_elegans_CadN-PC        AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
                         **************************************************

D_melanogaster_CadN-PC   MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
D_sechellia_CadN-PC      MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
D_yakuba_CadN-PC         MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
D_takahashii_CadN-PC     MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
D_biarmipes_CadN-PC      MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
D_suzukii_CadN-PC        MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
D_eugracilis_CadN-PC     MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
D_ficusphila_CadN-PC     MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
D_rhopaloa_CadN-PC       MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
D_elegans_CadN-PC        MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
                         **************************************************

D_melanogaster_CadN-PC   LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
D_sechellia_CadN-PC      LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
D_yakuba_CadN-PC         LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
D_takahashii_CadN-PC     LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
D_biarmipes_CadN-PC      LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
D_suzukii_CadN-PC        LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
D_eugracilis_CadN-PC     LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
D_ficusphila_CadN-PC     LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
D_rhopaloa_CadN-PC       LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
D_elegans_CadN-PC        LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
                         **************************************************

D_melanogaster_CadN-PC   DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
D_sechellia_CadN-PC      DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
D_yakuba_CadN-PC         DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
D_takahashii_CadN-PC     DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
D_biarmipes_CadN-PC      DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
D_suzukii_CadN-PC        DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
D_eugracilis_CadN-PC     DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
D_ficusphila_CadN-PC     DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
D_rhopaloa_CadN-PC       DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
D_elegans_CadN-PC        DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
                         **************************************************

D_melanogaster_CadN-PC   TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
D_sechellia_CadN-PC      TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
D_yakuba_CadN-PC         TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
D_takahashii_CadN-PC     TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
D_biarmipes_CadN-PC      TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
D_suzukii_CadN-PC        TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
D_eugracilis_CadN-PC     TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
D_ficusphila_CadN-PC     TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
D_rhopaloa_CadN-PC       TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
D_elegans_CadN-PC        TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
                         **************************************************

D_melanogaster_CadN-PC   RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
D_sechellia_CadN-PC      RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
D_yakuba_CadN-PC         RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
D_takahashii_CadN-PC     RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
D_biarmipes_CadN-PC      RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
D_suzukii_CadN-PC        RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
D_eugracilis_CadN-PC     RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
D_ficusphila_CadN-PC     RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
D_rhopaloa_CadN-PC       RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
D_elegans_CadN-PC        RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
                         **********:***************************************

D_melanogaster_CadN-PC   RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
D_sechellia_CadN-PC      RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
D_yakuba_CadN-PC         RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
D_takahashii_CadN-PC     RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
D_biarmipes_CadN-PC      RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
D_suzukii_CadN-PC        RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
D_eugracilis_CadN-PC     RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
D_ficusphila_CadN-PC     RSSDRQRQFAINQNGSVTIQRTLDREVVPRHQVKILAIDDGSPPKTATAT
D_rhopaloa_CadN-PC       RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
D_elegans_CadN-PC        RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
                         *********************:****************************

D_melanogaster_CadN-PC   LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
D_sechellia_CadN-PC      LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
D_yakuba_CadN-PC         LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
D_takahashii_CadN-PC     LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
D_biarmipes_CadN-PC      LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
D_suzukii_CadN-PC        LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
D_eugracilis_CadN-PC     LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
D_ficusphila_CadN-PC     LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
D_rhopaloa_CadN-PC       LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
D_elegans_CadN-PC        LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
                         **************************************************

D_melanogaster_CadN-PC   FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
D_sechellia_CadN-PC      FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
D_yakuba_CadN-PC         FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
D_takahashii_CadN-PC     FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
D_biarmipes_CadN-PC      FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
D_suzukii_CadN-PC        FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
D_eugracilis_CadN-PC     FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
D_ficusphila_CadN-PC     FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
D_rhopaloa_CadN-PC       FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
D_elegans_CadN-PC        FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
                         **************************************************

D_melanogaster_CadN-PC   PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
D_sechellia_CadN-PC      PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
D_yakuba_CadN-PC         PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
D_takahashii_CadN-PC     PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKEIFVYNYQGQSPDTP
D_biarmipes_CadN-PC      PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
D_suzukii_CadN-PC        PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
D_eugracilis_CadN-PC     PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKEIFVYNYQGQSPDTP
D_ficusphila_CadN-PC     PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
D_rhopaloa_CadN-PC       PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
D_elegans_CadN-PC        PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
                         ***********************************:**************

D_melanogaster_CadN-PC   IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
D_sechellia_CadN-PC      IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
D_yakuba_CadN-PC         IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
D_takahashii_CadN-PC     IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
D_biarmipes_CadN-PC      IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
D_suzukii_CadN-PC        IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
D_eugracilis_CadN-PC     IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
D_ficusphila_CadN-PC     IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
D_rhopaloa_CadN-PC       IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
D_elegans_CadN-PC        VGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
                         :*************************************************

D_melanogaster_CadN-PC   LRFKVYDRKHTQTDIPANVTVTVREIPHEAVVNSGSVRLSGISDEDFIRV
D_sechellia_CadN-PC      LRFKVYDRKHTQTDIPANVTVTVREIPHEAVVNSGSVRLSGISDEDFIRV
D_yakuba_CadN-PC         LRFKVYDRKHTQTDIPANVTVTVREIPHEAVVNSGSVRLSGISDEDFIRV
D_takahashii_CadN-PC     LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
D_biarmipes_CadN-PC      LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
D_suzukii_CadN-PC        LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
D_eugracilis_CadN-PC     LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
D_ficusphila_CadN-PC     LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
D_rhopaloa_CadN-PC       LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
D_elegans_CadN-PC        LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
                         *******************************:******************

D_melanogaster_CadN-PC   WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
D_sechellia_CadN-PC      WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
D_yakuba_CadN-PC         WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
D_takahashii_CadN-PC     WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPALTDVRF
D_biarmipes_CadN-PC      WNYRTQSMSRSKMDRFRDKLADLLNTERDNVDIFSVQLKRKHPPLTDIRF
D_suzukii_CadN-PC        WNYRTQSMSRSKMDRFRDKLADLLNTERDNVDIFSVQLKRKHPPLTDIRF
D_eugracilis_CadN-PC     WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKYPPLTDVRF
D_ficusphila_CadN-PC     WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
D_rhopaloa_CadN-PC       WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKNPALTDIRF
D_elegans_CadN-PC        WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKNPPLTDVRF
                         ****************************:************ *.***:**

D_melanogaster_CadN-PC   SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
D_sechellia_CadN-PC      SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
D_yakuba_CadN-PC         SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
D_takahashii_CadN-PC     SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
D_biarmipes_CadN-PC      SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
D_suzukii_CadN-PC        SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
D_eugracilis_CadN-PC     SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
D_ficusphila_CadN-PC     SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECFYENQMCEGS
D_rhopaloa_CadN-PC       SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
D_elegans_CadN-PC        SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
                         ****************************************:*********

D_melanogaster_CadN-PC   CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
D_sechellia_CadN-PC      CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
D_yakuba_CadN-PC         CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
D_takahashii_CadN-PC     CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
D_biarmipes_CadN-PC      CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
D_suzukii_CadN-PC        CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
D_eugracilis_CadN-PC     CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
D_ficusphila_CadN-PC     CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
D_rhopaloa_CadN-PC       CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
D_elegans_CadN-PC        CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
                         ***:***********************************:**********

D_melanogaster_CadN-PC   HNGGRCVDTRFGPHCSCPVGYTGPRCQQTTRSFRGNGWAWYPPLEMCDES
D_sechellia_CadN-PC      HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
D_yakuba_CadN-PC         HNGGRCVDTRFGPHCSCPVGYTGPRCQQTTRSFRGNGWAWYPPLEMCDES
D_takahashii_CadN-PC     HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
D_biarmipes_CadN-PC      HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
D_suzukii_CadN-PC        HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
D_eugracilis_CadN-PC     HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
D_ficusphila_CadN-PC     HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
D_rhopaloa_CadN-PC       HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
D_elegans_CadN-PC        HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
                         *********************:****************************

D_melanogaster_CadN-PC   HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
D_sechellia_CadN-PC      HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
D_yakuba_CadN-PC         HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
D_takahashii_CadN-PC     HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
D_biarmipes_CadN-PC      HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
D_suzukii_CadN-PC        HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
D_eugracilis_CadN-PC     HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
D_ficusphila_CadN-PC     HLSLEFITRKPDGLIIYNGPIVPPERDEMVISDFIALELERGYPRLLIDF
D_rhopaloa_CadN-PC       HLSLEFITRKPDGLIIYNGPIVPPERDEKLISDFIALELERGYPRLLIDF
D_elegans_CadN-PC        HLSLEFITRKPDGLIIYNGPIVPPERDEKLISDFIALELERGYPRLLIDF
                         **************************** :********************

D_melanogaster_CadN-PC   GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
D_sechellia_CadN-PC      GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
D_yakuba_CadN-PC         GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
D_takahashii_CadN-PC     GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
D_biarmipes_CadN-PC      GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
D_suzukii_CadN-PC        GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
D_eugracilis_CadN-PC     GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
D_ficusphila_CadN-PC     GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
D_rhopaloa_CadN-PC       GSGTLELRVKTKKTLDDGEWHRIDLFWNTESIRMVVDFCKSAEIAEMEDG
D_elegans_CadN-PC        GSGTLELRVKTKKTLDDGEWHRIDLFWNTESIRMVVDFCKSAEIAEMEDG
                         ***************************:**********************

D_melanogaster_CadN-PC   TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
D_sechellia_CadN-PC      TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
D_yakuba_CadN-PC         TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
D_takahashii_CadN-PC     TPPEFDDMTCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYNWHYMP
D_biarmipes_CadN-PC      TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYNWHYMP
D_suzukii_CadN-PC        TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYNWHYMP
D_eugracilis_CadN-PC     TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
D_ficusphila_CadN-PC     TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSVYYWHYMP
D_rhopaloa_CadN-PC       TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
D_elegans_CadN-PC        TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
                         ********:**********:**********************:* *****

D_melanogaster_CadN-PC   TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
D_sechellia_CadN-PC      TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
D_yakuba_CadN-PC         TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
D_takahashii_CadN-PC     TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
D_biarmipes_CadN-PC      TAKGFDGCIRNLVHNSELYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
D_suzukii_CadN-PC        TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
D_eugracilis_CadN-PC     TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSLAGCPQTEEVCAQTETTSRC
D_ficusphila_CadN-PC     TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
D_rhopaloa_CadN-PC       TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSMAGCPQTEEVCAQTETTARC
D_elegans_CadN-PC        TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
                         ****************:*************:****************:**

D_melanogaster_CadN-PC   WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
D_sechellia_CadN-PC      WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
D_yakuba_CadN-PC         WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
D_takahashii_CadN-PC     WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
D_biarmipes_CadN-PC      WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
D_suzukii_CadN-PC        WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
D_eugracilis_CadN-PC     WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
D_ficusphila_CadN-PC     WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
D_rhopaloa_CadN-PC       WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
D_elegans_CadN-PC        WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
                         **************************************************

D_melanogaster_CadN-PC   RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
D_sechellia_CadN-PC      RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
D_yakuba_CadN-PC         RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
D_takahashii_CadN-PC     RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
D_biarmipes_CadN-PC      RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
D_suzukii_CadN-PC        RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
D_eugracilis_CadN-PC     RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
D_ficusphila_CadN-PC     RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
D_rhopaloa_CadN-PC       RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
D_elegans_CadN-PC        RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
                         **************************************************

D_melanogaster_CadN-PC   TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
D_sechellia_CadN-PC      TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
D_yakuba_CadN-PC         TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
D_takahashii_CadN-PC     TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
D_biarmipes_CadN-PC      TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
D_suzukii_CadN-PC        TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
D_eugracilis_CadN-PC     TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
D_ficusphila_CadN-PC     TEERDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
D_rhopaloa_CadN-PC       TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
D_elegans_CadN-PC        TEERDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
                         ***:**********************************************

D_melanogaster_CadN-PC   HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
D_sechellia_CadN-PC      HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
D_yakuba_CadN-PC         HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
D_takahashii_CadN-PC     HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
D_biarmipes_CadN-PC      HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
D_suzukii_CadN-PC        HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
D_eugracilis_CadN-PC     HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
D_ficusphila_CadN-PC     HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
D_rhopaloa_CadN-PC       HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
D_elegans_CadN-PC        HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
                         **************************************************

D_melanogaster_CadN-PC   PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
D_sechellia_CadN-PC      PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
D_yakuba_CadN-PC         PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
D_takahashii_CadN-PC     PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
D_biarmipes_CadN-PC      PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
D_suzukii_CadN-PC        PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
D_eugracilis_CadN-PC     PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
D_ficusphila_CadN-PC     PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
D_rhopaloa_CadN-PC       PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
D_elegans_CadN-PC        PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
                         **************************************************

D_melanogaster_CadN-PC   AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
D_sechellia_CadN-PC      AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
D_yakuba_CadN-PC         AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
D_takahashii_CadN-PC     AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
D_biarmipes_CadN-PC      AGYRSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPLGFTGMHCE
D_suzukii_CadN-PC        AGYRSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
D_eugracilis_CadN-PC     AGYKSSGSSCINDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
D_ficusphila_CadN-PC     AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
D_rhopaloa_CadN-PC       AGYKSAGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
D_elegans_CadN-PC        AGYKSAGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
                         ***:*:**:*:******************************:********

D_melanogaster_CadN-PC   LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
D_sechellia_CadN-PC      LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
D_yakuba_CadN-PC         LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
D_takahashii_CadN-PC     LELLASGVLTPSRDFIVALALCLGTLMLLVLVFVVYNRRREAHIKYPGPD
D_biarmipes_CadN-PC      LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
D_suzukii_CadN-PC        LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
D_eugracilis_CadN-PC     LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
D_ficusphila_CadN-PC     LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
D_rhopaloa_CadN-PC       LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
D_elegans_CadN-PC        LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
                         **************************:***********************

D_melanogaster_CadN-PC   DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
D_sechellia_CadN-PC      DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
D_yakuba_CadN-PC         DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
D_takahashii_CadN-PC     DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
D_biarmipes_CadN-PC      DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
D_suzukii_CadN-PC        DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
D_eugracilis_CadN-PC     DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
D_ficusphila_CadN-PC     DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
D_rhopaloa_CadN-PC       DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
D_elegans_CadN-PC        DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
                         **************************************************

D_melanogaster_CadN-PC   VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
D_sechellia_CadN-PC      VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
D_yakuba_CadN-PC         VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
D_takahashii_CadN-PC     VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
D_biarmipes_CadN-PC      VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
D_suzukii_CadN-PC        VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
D_eugracilis_CadN-PC     VMTLMPGQEPNVGMFIEDHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
D_ficusphila_CadN-PC     VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
D_rhopaloa_CadN-PC       VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
D_elegans_CadN-PC        VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
                         *****************:********************************

D_melanogaster_CadN-PC   SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL-
D_sechellia_CadN-PC      SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL-
D_yakuba_CadN-PC         SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL-
D_takahashii_CadN-PC     SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
D_biarmipes_CadN-PC      SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
D_suzukii_CadN-PC        SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
D_eugracilis_CadN-PC     SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL-
D_ficusphila_CadN-PC     SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
D_rhopaloa_CadN-PC       SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
D_elegans_CadN-PC        SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELELo
                         ********************************************* 



>D_melanogaster_CadN-PC
ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGTTATATAACCAA
CCGATTTAATATATGCACCTGCGCGATATTCTTGATATCCCTTCCATTTA
TTTTGGCCATAGAGGAGACCACATTTGCTGGTCTTTCGGCGGAAAATGCG
GCTCGCATGCTGGCCGGCAGTCCCGGGGATGTGGAAAAGTCCTCGTTGTC
GCATCACAGTGAAATGTCCTTGGTCCTGCCACACGATACCTATCCTGGAT
TCAGTATCAAAAAGTTCAAAACCCATCCTGTAAAGATAAACGGTAGCTCC
CACTCTGGTGCAGCTGCCTATCACATGTTGGACACGGACTACTCCAAGTA
CTTCACCGTACTGGAAGATGGTGTGGTGATGACCACGGCGGATATTTCCC
CGCTTGTCAATCGTCCGGTTCAGTTGGTGGTTGTTGAACAAACGCCCAAT
GCCACCAATACCCACAATCTGCAGCTGTTTGTGATGCACCGCAATGATAT
GCTGCGATTTTCTGGATCCCTACTCGATGCCAGTGGTGAAGTTAGGGAGA
ATCAACCGGCGGGTACCAGGGTGAGAGGAGTGCCCCTGATGCAGGCCTTC
AGCGGTTCCATCCTGGACGAAGAACTGGCCACACCCAAAAAGGTTCGGTA
CACCATTATTGACGGCAACGTGGATGATGCATTCGCCCTGCAGGAACGTA
AGGCCAACAAGAACATTCAAATAAGTGCCAAGTCCTTGGTGATTAATGGC
GATGACGAATCCGGTGTTTGGCTGGTCACCAATCGTCCGCTGGATCGAGA
GGAGAGGGCTCACTATGACCTGTCCGTGGAAGCATCAGATGTCGATGGTT
TAGACAGGACAGTTTCCAAAATACAAATCACCGTGTTGGATGAAAACGAC
AATAGACCGATTTTCAAGTCCCTGGACTACAAGTTCGCCATCGCTGGACA
GAAATCTGCAAGTATGGAAAGCAACAGTAGTGTGACATATCAGCGATTTG
CGATCATGGGAAAAGTTGAGGCCACCGATGCTGATGGTGACAAGATTGCC
TATCGGCTAAAGTCGCCCAGTAATGTTGTCATTATTGTACCCCAAACTGG
CGAAATAATGCTGGCTGGAGAGCCCACTTCAAATGAACTTCTTATCGAGG
TGATAGCCCACGATCTAAGGTACCCGAGTTTGGTGAGCGCAAAACCCGCG
AAGGTTCTATTGGAATTTTTGGCCGCCGAACCAGTTTCATTTATAATGCA
ACATCTGGAACACGATGACATCAACAATCACTCACATCATCGAGAGAAAA
GACGTGTCACACGAGCTGTTCGACCCACCAAGAGGATTGAGTTCACCGAA
GCTGATGGAGACACTGAGGGAAAATCGGTGTTCCAGTTGGAAAAGGAGAC
CGATAAGGAAACATTCAAGATCCGGGATGATAATCCCTGGGTGACGGTGG
AAACAAACGGAGCTGTGCGAGTTAAAAAGAAGTGGGACTACGAGGAGTTG
GGACCAGAGAAGACTATCGATTTTTGGGTCATCATCACAAATATGGGACA
CAATGCTGGCATTAAGTACACGGACAACCAGCGTGTGATAATCCTGGTGA
AGGATGTGAACGACGAGCCCCCCTATTTCATCAACCGGCCACTGCCCATG
CAGGCGGTGGTTCAGCTGAATGCACCACCCAACACTCCAGTGTTCACCCT
CCAGGCCCGAGATCCCGATACGGATCACAATATCCACTACTTCATCGTTC
GCGATCGGACTGGTGGACGTTTCGAGGTGGACGAGCGTTCTGGTGTCGTG
CGGACCAGGGGCACGGATCTCTTCCAACTGGACATGGAGTATGTGCTGTA
TGTGAAGGCCGAGGATCAAAACGGAAAGGTCGATGATCGCAGGTTTCAGA
GTACTCCCGAGGAGCGACTTTCAATCGTGGGCGGCAAACGAGCACCGCAG
TTCTATATGCCCAGCTATGAAGCCGAGATCCCGGAAAACCAGAAAAAGGA
TTCAGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGCGAAATTC
GCTATACTTTGAAGGCCCAGGGCCAAGGAGCCGGCACCTTCAACATCGGA
CCCACGTCGGGTATTGTCAAGTTGGCCAAGGAGTTGGACTTTGAGGATCT
GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGATTCGG
GAGGATTTTCAACCTCCGTTGATCTCACCATTCGCGTTACGGATGTGAAT
GATAACGCGCCGAAGTTCGAGCTGCCCGACTACCAGGCGCACAATGTGGA
CGAGGACATTCCGCTGGGAACAAGCATACTTCGCGTTAAAGCCATGGACT
CCGATTCCGGATCAAATGCGGAAATCGAATATTTAGTATCCGATGATCAT
TTCGCCGTGGACTCGAACGGAATCATCGTGAACAACAAGCAACTGGATGC
GGACAACAACAATGCCTATTATGAGTTCATAGTGACTGCCAAGGACAAGG
GTGAACCGCCCAAATCGGGAGTGGCTACAGTTCGAGTTTACACCAAAAAC
AAGAACGATGAGGAGCCCAAGTTCTCCCAGCAAGTGTATACCCCCAATGT
GGATGAGAATGCCGGGCCAAACACTTTGGTTACCACTGTGGTAGCCTCCG
ACAAGGACGGTGATAACGTGCGGTTTGGATTCGTGGGCGGCGGCACTTCA
TCGGGTCAGTTTGTCATCGAGGACATAACCGGTGTTATCCGACTGCATAA
TAAGGCCATATCCCTGGACAAGGACAAGTACGAGCTGAACGTCACCGCCA
TGGACGATGGATCTTGTTGTGTGAATGGAGACCAAACTATCCACACCTCA
ACTGCTGTGGTCGTGGTATTCATCACCGACGTCAACGATAATAAGCCAGT
GTTCAAGGACTGCAGTACCTATTATCCGAAAGTCGAGGAAGGAGCTCCTA
ATGGAAGTCCTGTCATTAAGGTTGTGGCCACCGACGAGGATAAGGGTGTG
AATGGACAGGTGAAATACTCAATTGTTCAGCAACCAAATCAGAAAGGCAC
AAAGTTCACGGTGGACGAGGAGACCGGAGAGGTGTCCACCAACAAGGTAT
TCGATCGCGAGGGAGATGATGGCAAGTTCGTGTCCGTCACAGTTAAGGCC
ACCGATCAGGGTGATCCCAGTCTAGAGGGTGTCTGCTCCTTCACCGTGGA
AATCACAGATGTAAACGATAATCCGCCACTGTTCGATCGACAGAAATACG
TGGAGAATGTAAAGCAGGATGCCAGCATTGGCACAAACATCCTTCGTGTC
TCTGCCTCCGATGAAGATGCCGATAACAATGGAGCTATAGTATACAGCCT
GACTGCTCCCTTCAATCCCAACGATCTGGAATACTTTGAGATTCAGGCTG
AGTCCGGTTGGATTGTACTCAAGAAGCCGCTTGACCGTGACCGTTATCGA
TTGAGGGTTAGTGCCTCCGATAAGGGCACTCCCGCCTCGGCAGCCGATGT
CGATGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCACCCATTTGGG
ATAAGAGCATTTACGGGCCGATTCACATACGCGAGAATGTCACTGTGGGT
ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGTATCGAAGGCAATCCCAC
AGTTTTTTATCGACTGATGCCCGGGTCAACGGCTCAAACGAACAAGTTTC
ACACGTTTTACTTGCAACAAAGACCGGACAATGGCGACACTTGGGCCGAT
ATAAAAGTAAATCATCCGCTGGACTACGAGAGTATCAAGGAATACAATTT
AACCATACGTGTTGAGAACAACGGGGCCCAACAATTGGCTTCGGAAGCGA
CCGTGTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
GAACGCGAACAGGAAACGGTGCTCGAGGGCGAACCGATTGGCACCAAAGT
GACACAAGTGAACGCCATCGACAAGGATGGCACATTTCCAAATAATCAGG
TCTACTACTACATTGTGGATTCGCCGCGAAACGAGGGCAAGGAATTCTTC
GAAATCAATCTGCAAAGTGGGGAGATCTTCACGAAAACCGTATTCGACAG
GGAGAAGAAAGGCGCCTATGCCCTCGAAGTGGAGGCTCGGGATGGAGCCC
CCTCTGCTCGACCCAACAGCAATGGACCCAATTCAGTCACCAAATTCATA
CGCATTGGCATCGCCGATAAAAACGATAACCCGCCTTATTTCGACAAATC
GCTGTACGAGGCCGAAGTGGACGAGAACGAGGACATTCAACACACAGTGC
TCACTGTAACGGCCAAGGATCACGACGAGTCCTCACGTATCCGCTATGAA
ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
AACTGAAATTGGTTGCCTCGGACAGTTTGAATGAAAATCAAACAACAATC
GTCATAAATGTGCGCGACGTCAACGATCTTCCACCGCAATTCCCGCAGAC
ATCCTATGAGCGAACTCTCGACGAGGGAATGACCAACACGCCCTTTACCA
TTATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
GTGTACTTCCTCACGGGCCAGGGCATTGATCCGGATAATCCAGCCAATAG
CAAATTCGACATCAACCGCACCACCGGCGAAATATTCGTACTAAAGCCTC
TGGATCGCGATCAACCCAATGGACGCCCCCAATGGCGTTTCACTGTATTC
GCCCAGGACGAGGGCGGCGAAGGACTCGTGGGATATGCGGATGTCCAGGT
CAATCTGAAGGATATCAACGATAATGCCCCCATTTTCCCACAGGGCGTAT
ACTTTGGCAACGTGACTGAGAACGGAACCGCCGGCATGGTTGTGATGACC
ATGACAGCCGTGGACTATGACGATCCCAATGAGGGTTCCAATGCGCGGCT
GGTGTACTCCATCGAAAAGAACGTGATTGAGGAGGAGACGGGCTCCCCCA
TTTTTGAAATCGAACCCGATACGGGTGTGATAAAGACCGCCGTTTGCTGT
TTGGATCGCGAGAGAACTCCGGATTATTCTATACAAGTTGTGGCGATGGA
TGGCGGGGGGTTAAAGGGGACGGGGACGGCCTCTATACGGGTTAAGGACA
TCAACGATATGCCGCCGCAGTTTACGAAGGACGAATGGTTTACGGAAGTG
GACGAAACGGATGGTACGGCCTTGCCGGAAATGCCCATTTTAACCGTTAC
CGTACACGATGAAGACGAGACGAACAAGTTCCAGTACAAAGTTATCGACA
ACAGTGGCTATGGCGCCGATAAGTTCACCATGGTGCGGAATAACGACGGT
ACTGGTTCGCTGAAAATCGTACAGCCCCTGGACTACGAGGATCAGCTGCA
GAGCAATGGCTTCCGTTTCCGCATCCAAGTGAACGATAAGGGCGAGGACA
ACGACAATGACAAATACCACGTGGCCTACTCCTGGGTTGTGGTAAAACTG
AGGGACATCAACGACAATAAGCCGCATTTCGAACGGGCCAATGTGGAGGT
TTCTGTATTCGAGGACACGAAAGTTGGCACCGAACTCGAAAAGTTCAAGG
CAACCGATCCGGATCAGGGTGGCAAGAGTAAGGTATCCTATTCGATCGAT
CGATCTTCGGACCGTCAGCGCCAGTTTGCCATTAACCAGAATGGTTCAGT
TACCATTCAACGTTCGCTGGACCGCGAAGTAGTTCCTCGTCACCAAGTTA
AGATCCTGGCCATCGACGATGGTTCTCCGCCGAAAACCGCCACTGCCACA
CTAACAGTCATCGTCCAGGATATCAACGACAATGCTCCCAAATTCCTCAA
GGATTACAGGCCGGTTCTGCCCGAGCATGTTCCTCCACGTAAAGTGGTTG
AAATCCTGGCCACCGATGATGACGATCGCTCCAAGAGCAATGGCCCGCCA
TTCCAGTTCCGTTTGGACCCCAGTGCAGATGACATCATCCGAGCTTCCTT
CAAGGTGGAACAGGATCAAAAGGGTGCCAACGGTGATGGCATGGCTGTGA
TATCGTCCCTAAGATCCTTCGATCGCGAGCAGCAAAAGGAATATATGATT
CCTATTGTAATCAAAGACCATGGTTCCCCGGCAATGACTGGAACTAGTAC
TCTGACCGTCATAATTGGCGACGTGAACGACAACAAAATGCAGCCAGGAT
CTAAGGACATCTTCGTTTACAACTACCAAGGACAATCGCCAGACACTCCG
ATTGGACGGGTCTATGTCTACGATTTGGATGATTGGGATCTGCCCGACAA
GAAGTTCTATTGGGAGGCCATGGAGCATCCAAGATTCAAGTTGGATGAAG
ATTCCGGCATGGTAACGATGCGAGCAGGAACTCGTGAAGGACGCTATCAT
CTCAGGTTCAAGGTCTACGATAGGAAGCACACTCAAACCGATATACCAGC
CAATGTTACGGTTACAGTGAGAGAAATTCCCCATGAAGCTGTTGTAAACT
CGGGATCCGTACGTCTATCAGGCATTTCGGATGAGGACTTTATTCGAGTC
TGGAACTACAGAACCCAAAGCATGAGCCGCTCGAAGATGGATCGTTTTAG
GGATAAGCTGGCTGACTTGCTAAACACTGAAAGGGAAAATGTGGATATAT
TCAGTGTGCAATTGAAGAGGAAACATCCGCCTCTAACGGACGTTAGGTTT
TCCGCACATGGATCTCCTTACTATAAACCAGTTAGGCTAAATGGAATTGT
ACTGATGCACCGCGAGGAGATCGAAAAGGATGTGGGCATTAATATCACCA
TGGTGGGCATCGATGAGTGTCTGTATGAGAACCAAATGTGCGAGGGCAGT
TGCACAAACTCGCTGGAAATCAGTCCTCTGCCCTATATGGTTAACGCCAA
CAAAACTGCCTTGGTCGGTGTTCGTGTGGATACCATTGCTGACTGTACTT
GTGGTGCTCGCAATTTCACCAAACCAGAATCCTGTCGAACCACACCCTGT
CATAATGGTGGTCGCTGTGTGGACACCAGATTTGGTCCTCACTGCTCGTG
TCCTGTGGGATACACGGGACCCAGGTGTCAGCAAACCACTCGCAGTTTCC
GTGGAAACGGTTGGGCCTGGTATCCTCCCTTGGAAATGTGCGATGAATCG
CATTTAAGTCTGGAGTTTATTACCCGAAAACCCGACGGCTTAATCATCTA
CAACGGTCCAATTGTTCCTCCAGAACGAGATGAGACGCTCATCTCAGATT
TCATTGCCCTGGAATTGGAGCGAGGTTATCCTAGACTGCTTATCGACTTT
GGTTCGGGAACTTTGGAGCTGAGGGTGAAGACGAAGAAGACTTTGGACGA
CGGTGAATGGCATAGAATCGATCTGTTTTGGGATACCGAAAGCATTCGTA
TGGTTGTCGACTTTTGCAAATCAGCAGAGATTGCCGAAATGGAGGATGGC
ACTCCGCCGGAATTCGATGACATGTCCTGCCAGGCGAGAGGACAAATTCC
GCCATTTAATGAGTACCTCAACGTTAATGCTCCTCTGCAAGTGGGTGGCC
TATATCGGGAACAGTTCGATCAGAGTCTGTACTTCTGGCACTATATGCCC
ACGGCCAAGGGATTTGATGGCTGCATCAGAAATTTGGTGCATAACTCAAA
ACTCTATGATCTGGCCCATCCTGGATTGTCGAGAAATAGCGTCGCGGGTT
GTCCTCAAACCGAGGAAGTTTGTGCTCAAACTGAAACCACAGCTCGCTGC
TGGGAGCACGGAAATTGTGTTGGATCCTTGTCCGAAGCTCGTTGCCATTG
TCGACCAGGATGGACAGGTCCGGCCTGTAATATCCCTACAATACCCACTA
CCTTCAAGGCCCAGAGTTATGTTAAATATGCTCTGAGTTTCGAGCCCGAT
CGATTCAGCACGCAAGTCCAGCTAAGATTCCGGACAAGAGAGGAGTACGG
CGAACTTTTCCGAGTTAGCGATCAGCACAATCGGGAATACGGAATCCTTG
AGATCAAGGATGGTCATCTGCACTTCCGTTACAATCTGAACTCTCTGCGC
ACTGAAGAAAAGGATCTCTGGCTAAATGCCATAGTAGTAAACGATGGCCA
ATGGCATGTGGTGAAGGTAAATCGATATGGCTCAGCTGCTACCCTGGAAT
TGGATGGTGGAGAGGGTCGTCGTTATAACGAGACCTTTGAGTTCGTGGGA
CATCAGTGGCTGTTGGTGGACAAGCAAGAGGGTGTCTATGCGGGCGGCAA
AGCTGAATACACCGGAGTGAGAACCTTTGAAGTGTACGCCGATTACCAAA
AGAGCTGTCTCGATGATATACGTCTCGAAGGCAAACACCTGCCATTGCCA
CCGGCGATGAATGGTACTCAGTGGGGACAGGCTACCATGGCCAGGAATCT
GGAGAAGGGTTGTCCTTCGAATAAACCATGCTCCAACGTGATTTGCCCCG
ATCCGTTCGAGTGCGTAGACCTGTGGAATGTCTACGAGTGCACCTGTCCG
GCGGGCTACAAAAGCTCGGGCAGCACCTGTGTCAACGACAACGAGTGCCT
ACTGTTCCCCTGCCGCAACGGGGGTCGCTGTCGCGATCATCATCCTCCAA
AGAAGTACGAGTGCCATTGCCCCATGGGCTTCACCGGCATGCATTGCGAA
CTGGAGTTATTGGCCTCCGGTGTATTGACGCCATCCCGTGATTTTATTGT
CGCCCTGGCGCTCTGCCTGGGCACTCTGATACTACTCGTCTTGGTGTTCG
TCGTATACAATCGTCGCCGTGAAGCGCATATCAAATATCCGGGTCCCGAT
GACGATGTGCGCGAGAATATCATCAACTATGACGACGAGGGAGGCGGCGA
GGATGATATGACGGCCTTTGATATCACACCTCTGCAGATACCAATTGGAG
GGCCAATGCCACCTGAGCTGGCGCCCATGAAAATGCCAATTATGTATCCC
GTCATGACCTTAATGCCAGGTCAGGAGCCCAATGTGGGCATGTTCATCGA
GGAGCATAAAAAGCGCGCCGATGGTGATCCAAATGCGCCACCTTTCGACG
ACTTGAGGAACTACGCGTACGAGGGCGGCGGCAGCACAGCTGGATCGCTC
AGCTCGTTGGCTTCAGGAACTGATGACGAGCAGCAGGAGTATGACTACCT
CGGAGCCTGGGGGCCGCGCTTCGACAAGCTGGCCAACATGTATGGACCCG
AGGCGCCCAATCCCCACAATACCGAACTAGAATTG---
>D_sechellia_CadN-PC
ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGTTATATAACCAA
CCGATTTAATATATGCACCTGCGCGATATTCTTGATATCCCTCCCATTTA
TTTTGGCCATAGAGGAGACCACATTTGCTGGTCTCTCGGCGGAAAATGCG
GCTCGCATGCTGGCCGGCAGTCCCGGGGATGTCGAAAAGTCCTCGTCATT
GCATCACAGCGAAATGTCCTTGGTCCTGCCACACGATACCTATCCTGGAT
TCAGCATCAAAAAGTTCAAAACCCATCCTGTGAAAATAAACGGTAGCTCG
CACTCTGGTGCAGCTGCCTATCACATGTTGGACACGGACTACTCCAAGTA
CTTCACCGTACTGGAAGATGGCGTGGTGATGACCACGGCGGATATTTCCC
CGCTTGTCAATCGTCCGGTTCAGTTGGTGGTTGTTGAGCAAACGCCCAAT
GCCACAAATACGCACAATCTGCAGCTGTTTGTGATGCACCGCAATGATAT
GCTGCGATTTTCGGGTTCCCTACTCGATGCCAGTGGTGAAGTTAGGGAGA
ATCAACCGGCGGGTACCAGGGTGAGGGGAGTGCCCCTGATGCAGGCATTC
AGCGGTTCCATCCTGGACGAGGAACTGGCCACACCCAAGAAGGTTCGGTA
CACCATTATTGACGGCAACGTGGATGATGCATTCGCCCTGCAGGAACGAA
AGGCCAACAAGAACATTCAAATAAGTGCCAAGTCCTTGGTGATTAACGGC
GATGACGAATCCGGTGTTTGGCTGGTCACCAATCGTCCTCTGGATCGAGA
GGAGCGGGCTCACTATGATCTCTCCGTAGAAGCATCAGATGTCGATGGTT
TGGACAAAACAGTTTCCAAAATACAAATCACCGTGTTGGATGAAAACGAC
AATAGGCCGATTTTCAAGTCCCTGGACTACAAGTTCGCCATCGCTGGCCA
GAAATCTGCAAATATGGAGAGCAACAGTAGTGTGACGTATCAGCGATTTG
CGATCATGGGAAAAGTTGAGGCCACCGATGCTGATGGTGACAAGATTGCC
TATCGGCTGAAGTCGCCCAGTAACGTTGTCATTATTGTACCCCAAACTGG
CGAAATAATGCTGGCTGGAGAGCCCACTTCAAATGAACTTCTTATCGAGG
TGATAGCCCACGATTTAAGGTACCCGAGTTTGCTGAGCGCAAAACCAGCG
AAGGTTCTATTGGAATTTTTGGCCGCCGAACCAGTTTCGTTTATAATGCA
ACACCTGGAACACGATGAGATCAACAATCACTCACATCACCGAGAGAAAA
GACGTGTCACACGAGCTGTTCGACCCACCAAGAGGATTGAGTTCACGGAA
GCTGATGGAGATACTGAGGGAAAATCGGTGTTCCAGTTGGAGAAGGAAAC
CGATAAGGAAACATTCAAGATCCGGGATGATAATCCCTGGGTGACGGTGG
AAACAAATGGAGCTGTTCGAGTGAAGAAGAAGTGGGACTACGAGGAGTTG
GGACCAGAGAAGACTATCGATTTCTGGGTCATCATCACCAATATGGGACA
CAATGCTGGCATCAAGTACACGGACAACCAGCGTGTGATAATCCTGGTGA
AGGATGTGAACGACGAGCCCCCCTACTTCATCAACCGTCCACTGCCCATG
CAGGCGGTGGTTCAGCTGAATGCACCACCCAACACTCCAGTGTTCACCCT
CCAGGCCCGAGATCCCGATACGGATCACAATATCCACTACTTCATCGTTC
GCGATCGGACCGGCGGACGTTTCGAAGTGGACGAGCGTTCTGGAGTTGTG
CGGACACGGGGCACGGATCTCTTCCAACTGGATATGGAGTATGTGCTGTA
CGTGAAGGCCGAGGATCAGAACGGAAAGGTCGATGATCGCAGGTTCCAGA
GTACTCCCGAGGAGCGACTTTCAATCGTGGGCGGCAAACGAGCACCCCAG
TTCTATATGCCCAGCTATGAAGCCGAGATCCCGGAAAATCAGAAAAAGGA
CTCAGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGCGAAATTC
GCTATACTTTGAAGGCCCAGGGCCAAGGAGCCGGCACCTTTAACATCGGA
CCCACTTCGGGCATTGTCAAGTTGGCCAAGGAGTTGGACTTTGAGGATCT
GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGATTCGG
GAGGATTTTCCACCTCCGTCGATCTCACCATTCGCGTTACGGATGTGAAC
GATAATGCGCCGAAGTTCGAGCTGCCGGACTACCAAGCCCACAATGTGGA
TGAGGACATTCCATTGGGAACAAGCATACTTCGCGTTAAAGCCATGGACT
CCGATTCTGGATCGAATGCGGAAATCGAATATCTAGTATCCGATGATCAT
TTCGCCGTGGACTCCAACGGAATCATCGTGAACAACAAGCAACTGGATGC
GGACAACAACAATGCCTATTATGAGTTCATAGTGACTGCCAAGGACAAGG
GGGAACCGCCCAAATCGGGAGTGGCTACAGTTCGAGTTTACACCAAAAAC
AAGAACGATGAGGAGCCCAAGTTCTCCCAGCAAGTGTATACCCCCAATGT
GGATGAGAATGCAGGGCCCAACACTTTGGTTACCACTGTGGTAGCCTCCG
ACAAGGATGGTGATAACGTGCGTTTTGGATTCGTGGGCGGCGGCACTTCA
TCGGGTCAGTTTGTCATCGAGGACATAACCGGTGTGATCCGACTGCACAA
TAAGGCCATATCCCTGGACAAGGACAAGTACGAGCTGAACGTCACCGCCA
TGGACGATGGATCTTGTTGCGTGAATGGAGACCAAACTATCCACACCTCA
ACTGCCGTGGTCGTGGTATTCATCACCGACGTCAACGATAATAAGCCAGT
GTTCAAGGACTGCAGTACCTATTATCCGAAAGTCGAGGAAGGAGCTCCTA
ATGGAAGTCCTGTCATTAAGGTTGTGGCCACCGACGAGGATAAGGGTGTG
AATGGACAGGTGAAATACTCAATTGTTCAGCAGCCAAATCAGAAAGGCAC
AAAGTTCACGGTGGACGAGGAGACCGGCGAGGTGTCCACCAACAAGGTAT
TCGATCGCGAGGGAGATGATGGCAAGTTCGTATCCGTCACAGTTAAGGCC
ACCGATCAGGGTGATCCCAGTCTGGAGGGTGTCTGCTCCTTTACCGTGGA
AATCACAGATGTAAACGATAATCCTCCACTGTTCGATCGACAGAAATACG
TGGAAAATGTAAAGCAGGATGCCAGCATTGGCACGAACATCCTCCGTGTC
TCTGCCTCCGATGAAGATGCCGATAACAATGGAGCTATAGTGTACAGCCT
GACTGCCCCCTTCAATCCCAACGATCTGGAATACTTTGAGATTCAGGCTG
AGTCCGGTTGGATTGTACTCAAGAAGCCGCTTGACCGTGACCGTTATCGA
TTGAGGGTTAGTGCCTCCGATAAGGGCACTCCCGCCTCGGCAGCCGATGT
CGATGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCACCCATTTGGG
ATAAGAGCATTTACGGGCCGATTCACATACGCGAGAATGTCACTGTGGGT
ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGTATCGAAGGCAACCCCAC
AGTTTTTTATCGACTGATGCCCGGGTCAACGGCTCAAACGAACAAGTTTC
ACACGTTTTACTTGCAACAAAGACCGGACAATGGCGACACTTGGGCCGAT
ATAAAAGTAAATCATCCGCTGGACTACGAGAGTATCAAGGAATACAATTT
AACCATACGTGTTGAGAACAACGGGGCCCAACAATTGGCTTCGGAAGCGA
CCGTGTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
GAACGCGAACAGGAAACGGTACTCGAGGGCGAACCGATTGGCACCAAAGT
GACACAAGTGAACGCCATCGACAAGGATGGCACATTCCCAAATAATCAGG
TCTACTACTACATTGTGGATTCGCCACGAAACGAGGGCAAGGAATTCTTC
GAAATCAACCTGCAAAGTGGGGAAATCTTCACGAAAACCGTATTCGACAG
GGAGAAGAAAGGCGCCTATGCCCTGGAAGTGGAGGCTCGGGATGGAGCCC
CCTCTGCTCGACCCAACAGCAATGGACCCAATTCAGTCACCAAATTCATA
CGCATTGGCATCGCCGATAAAAATGATAACCCGCCCTATTTCGACAAATC
GCTGTACGAGGCCGAAGTGGACGAGAACGAGGACATTCAACACACAGTGC
TCACTGTAACGGCCAAGGATCACGACGAGTCCTCACGTATCCGCTATGAA
ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
AACTGAAATTGGTTGCCTCGGACAGTTTGAATGAAAATCAAACAACAATC
GTCATAAATGTGCGCGACGTCAACGATCTACCACCGCAATTCCCGCAGAC
ATCCTATGAGCGAACTCTCGACGAGGGAATGACCAACACGCCCTTTACCA
TTATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
GTGTACTTCCTCACGGGCCAGGGCATTGATCCGGATAATCCAGCCAATAG
CAAATTCGACATCAACCGCACCACCGGCGAAATATTCGTACTAAAGCCTC
TGGATCGCGATCAACCCAATGGACGCCCCCAGTGGCGTTTCACTGTATTC
GCCCAGGACGAGGGCGGCGAAGGACTCGTGGGATATGCGGATGTCCAGGT
CAATCTGAAGGACATCAACGATAATGCCCCCATTTTCCCACAGGGCGTAT
ACTTTGGCAACGTGACTGAGAACGGAACCGCCGGCATGGTTGTGATGACC
ATGACAGCCGTGGACTACGACGATCCCAATGAGGGTTCCAATGCGCGACT
GGTGTACTCCATCGAAAAGAACGTGATTGAGGAGGAGACGGGCTCCCCCA
TTTTCGAAATCGAACCCGATACGGGTGTGATAAAGACCGCCGTTTGCTGT
CTGGATCGCGAGAGAACTCCGGATTATTCTATACAAGTCGTGGCGATGGA
TGGCGGGGGGTTAAAGGGGACGGGGACGGCCTCTATACGAGTTAAGGATA
TCAACGATATGCCGCCGCAGTTTACGAAGGACGAATGGTTTACGGAAGTG
GACGAAACGGATGGTACGGCCTTGCCGGAAATGCCCATTTTAACCGTGAC
CGTACACGATGAAGACGAGACGAACAAGTTCCAGTACAAAGTTATCGACA
ACAGTGGCTATGGCGCCGATAAGTTCACCATGGTGCGGAATAACGACGGT
ACTGGTTCGCTCAAAATCGTACAGCCCCTGGACTACGAGGATCAGCTGCA
GAGCAATGGCTTCCGTTTCCGCATCCAAGTGAACGATAAGGGCGAGGACA
ACGACAATGACAAATACCACGTGGCCTACTCCTGGGTTGTAGTCAAGCTG
AGGGACATCAACGACAATAAACCGCATTTCGAACGAGCCAATGTTGAGGT
GTCTGTATTCGAGGACACGAAAGTTGGCACCGAACTCGAGAAGTTCAAGG
CAACCGATCCGGATCAGGGTGGCAAGAGTAAGGTGTCCTATTCCATCGAT
CGATCTTCGGACCGTCAGCGCCAGTTTGCCATTAACCAGAATGGTTCAGT
TACCATTCAACGTTCCCTGGACCGCGAAGTAGTTCCTCGTCACCAAGTTA
AGATCCTGGCCATCGACGATGGTTCTCCGCCGAAAACCGCCACTGCCACT
CTAACAGTCATCGTGCAGGATATCAACGACAATGCTCCCAAGTTCCTCAA
AGATTACAGACCGGTTCTGCCCGAGCATGTTCCTCCACGTAAAGTGGTTG
AAATCCTGGCCACCGATGATGACGATCGCTCCAAGAGCAATGGACCGCCA
TTCCAGTTCCGTTTGGACCCCAGTGCTGATGACATCATCCGTGCTTCCTT
CAAGGTGGAACAGGATCAAAAGGGAGCCAACGGTGATGGCATGGCTGTAA
TATCGTCCCTAAGATCCTTCGATCGCGAACAGCAAAAGGAGTATATGATC
CCAATTGTAATCAAAGATCATGGTTCACCAGCAATGACTGGAACCAGTAC
CCTGACCGTCATAATTGGCGACGTGAATGACAACAAAATGCAGCCTGGAT
CTAAGGACATCTTCGTTTACAACTACCAAGGACAATCGCCAGACACTCCG
ATTGGACGGGTCTATGTCTACGATTTGGATGATTGGGATCTGCCCGACAA
GAAGTTCTATTGGGAGGCCATGGAGCATCCAAGATTCAAGTTGGATGAGG
ATTCCGGCATGGTAACAATGCGTGCAGGAACTCGCGAAGGGCGTTATCAT
CTCAGGTTCAAGGTCTACGATCGGAAGCACACTCAAACCGATATACCAGC
CAATGTTACGGTTACAGTGAGAGAAATTCCCCATGAAGCTGTTGTAAACT
CCGGATCCGTACGTCTATCAGGCATTTCAGATGAGGACTTTATTCGAGTC
TGGAACTACAGAACCCAAAGCATGAGCCGCTCGAAGATGGATCGTTTTAG
GGATAAGCTGGCTGACTTACTAAACACTGAAAGGGAAAATGTTGATATTT
TCAGTGTGCAATTGAAAAGGAAACATCCGCCTCTAACAGACGTTAGGTTT
TCCGCACACGGATCTCCTTACTATAAGCCAGTTAGGCTAAATGGAATTGT
ACTGATGCACCGCGAGGAGATCGAAAAGGATGTTGGCATCAATATCACCA
TGGTGGGCATCGATGAGTGTCTGTATGAGAATCAAATGTGCGAGGGCAGC
TGCACGAACTCGCTGGAAATCAGTCCTCTGCCCTATATGGTTAACGCCAA
CAAAACTGCCTTGGTCGGTGTTCGTGTGGACACCATTGCTGACTGTACTT
GTGGTGCTCGCAACTTCACCAAACCAGAATCCTGCCGAACCACACCCTGT
CATAATGGTGGTCGCTGTGTGGACACCAGATTTGGTCCTCACTGCTCATG
TCCTGTGGGATACGCGGGACCCAGGTGTCAGCAAACCACTCGCAGTTTCC
GTGGAAACGGTTGGGCCTGGTATCCTCCCCTGGAAATGTGCGATGAATCG
CATTTAAGTCTGGAGTTTATTACCCGAAAACCCGACGGCTTAATCATCTA
CAACGGTCCAATTGTTCCTCCAGAACGGGATGAGACGCTCATCTCGGATT
TCATTGCCCTGGAATTGGAGCGAGGTTATCCTAGACTGCTTATCGATTTC
GGCTCGGGAACTTTGGAGCTGAGAGTGAAGACTAAGAAGACGCTGGACGA
CGGTGAATGGCATAGAATCGATCTGTTTTGGGATACCGAAAGCATTCGAA
TGGTTGTCGACTTTTGCAAATCAGCAGAGATTGCCGAAATGGAAGATGGC
ACTCCCCCGGAATTCGATGACATGTCCTGCCAGGCGAGAGGACAAATTCC
GCCATTTAATGAGTACCTCAACGTGAATGCTCCTTTGCAAGTGGGTGGTC
TATATCGGGAACAGTTTGATCAGAGTCTGTACTTCTGGCACTATATGCCA
ACGGCCAAAGGATTTGATGGCTGCATCAGAAATTTGGTGCACAACTCAAA
ACTCTATGATCTGGCCCATCCTGGTCTGTCGAGAAATAGTGTCGCGGGCT
GTCCTCAAACCGAGGAAGTTTGTGCTCAAACGGAAACCACAGCTCGCTGC
TGGGAGCACGGAAATTGTGTTGGATCCTTGTCCGAAGCTCGTTGCCATTG
TCGACCGGGATGGACAGGTCCTGCCTGTAATATCCCTACGATACCCACTA
CCTTCAAGGCCCAGAGTTATGTTAAATATGCTCTGAGTTTCGAGCCCGAT
CGTTTCAGCACGCAAGTCCAGTTGAGATTCCGGACCAGAGAGGAGTATGG
CGAACTTTTCCGGGTTAGCGATCAGCACAATCGGGAATACGGAATTCTGG
AGATCAAGGATGGACATCTGCACTTCCGTTACAATCTGAACTCTCTGCGC
ACTGAGGAAAAGGATCTCTGGCTGAATGCCATAGTCGTAAACGATGGCCA
ATGGCATGTGGTGAAGGTAAATCGATATGGCTCAGCTGCTACCCTGGAAT
TGGATGGCGGAGAGGGTCGTCGTTATAACGAGACCTTTGAGTTCGTGGGA
CATCAGTGGCTGTTGGTGGACAAGCAAGAGGGTGTCTATGCGGGCGGCAA
AGCTGAATACACTGGAGTGAGAACCTTTGAAGTGTACGCCGATTACCAGA
AGAGCTGTCTCGATGATATACGTCTGGAGGGCAAACACCTGCCATTGCCA
CCGGCGATGAATGGTACTCAGTGGGGACAGGCTACCATGGCCAGGAATCT
GGAGAAGGGTTGTCCCTCGAATAAGCCCTGCTCCAACGTGATCTGCCCCG
ATCCGTTCGAGTGCGTGGACCTGTGGAATGTCTACGAGTGCACCTGTCCG
GCGGGCTACAAAAGCTCGGGCAGCACCTGTGTCAACGACAACGAGTGCCT
ACTGTTCCCCTGTCGCAACGGGGGTCGCTGTCGCGATCATCATCCTCCAA
AGAAGTACGAGTGCCATTGCCCCATGGGCTTCACTGGCATGCACTGCGAA
CTGGAGTTATTGGCCTCCGGCGTATTGACGCCATCCCGTGATTTTATTGT
CGCCCTGGCGCTCTGCCTGGGCACTCTGATACTACTCGTCTTGGTGTTCG
TCGTATACAATCGTCGCCGTGAAGCGCATATCAAATATCCGGGTCCCGAT
GACGATGTGCGCGAGAATATCATCAACTATGACGACGAGGGAGGCGGCGA
GGATGATATGACGGCCTTTGACATCACACCTCTGCAGATACCAATTGGAG
GGCCAATGCCACCTGAGCTGGCGCCCATGAAAATGCCAATTATGTATCCC
GTCATGACCTTAATGCCAGGTCAGGAGCCCAATGTGGGCATGTTCATCGA
GGAGCATAAAAAGCGCGCCGATGGTGATCCAAATGCGCCACCTTTCGACG
ACTTGAGGAACTACGCGTACGAGGGCGGCGGCAGCACAGCTGGATCGCTC
AGCTCGTTGGCTTCAGGAACTGATGACGAGCAGCAGGAGTATGACTACCT
CGGAGCCTGGGGGCCGCGCTTTGACAAGCTGGCCAACATGTATGGACCCG
AGGCGCCCAATCCCCACAATACCGAACTAGAATTG---
>D_yakuba_CadN-PC
ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGTTATATAACCAG
CCGATTTAATATATGCACCTGCGCGATATTTTTGATATCCCTCCCCTTTA
TATTGGCCATAGAGGAGACCACATTTGCTGGTCTCTCGGCGGAAAATGCG
GCTCGCATGTTGGCCGGCAGTCCCGGGGATGTGGAGAAGTCCTCGTCGTC
GCATCACAGCGAAATGTCCTTGGTCCTGCCACACGATACCTATCCTGGAT
TTAGCATCAAGAAGTTCAAAACCCATCCTGTGAAGATAAACGGTAGCTCC
CACTCTGGCGCAGCTGCCTATCACATGCTGGACACTGACTACTCCAAGTA
CTTCACCGTACTGGAAGATGGTGTGGTGATGACCACGGCGGATATTTCCC
CCCTTGTCAATCGTCCGGTTCAGTTGGTGGTTGTTGAACAAACGCCCAAT
GCCACCAATACCCACAATCTGCAGCTGTTTGTGATGCACCGCAACGATAT
GCTGCGATTTTCGGGCTCCCTACTCGATGCCAGTGGTGAAGTCAGGGAGA
ATCAACCGGCGGGCACCAGGGTGAGAGGAGTGCCCCTGATGCAGGCCTTC
AGCGGTTCCATCCTGGACGAAGAACTGGCCACACCCAAGAAGGTTCGGTA
CACCATTATCGACGGGAACGAGGATGATGCATTCGCTCTGCAGGAACGTA
AGGCCAACAAGAACATACAAATAAGTGCCAAGTCCTTGGTAATTAATGGC
GATGACGAATCCGGCGTTTGGTTGGTCACCAATCGTCCTCTGGATCGAGA
GGAACGGGCGCACTATGATCTCTCCGTGGAAGCTTCAGATGTCGATGGCT
TGGACAAGACAGTTTCCAAAATACAAATCTCCGTGCTGGATGAGAACGAC
AATAGGCCGATTTTCAAGTCGCTGGACTACAAATTCGCCATTGCTGGTCA
GAAATCTGCAAATATGGAGAGCAATAGTAGTGTGACATATCAGCGATTTG
CCATCATGGGAAAAGTTGAGGCCACCGATGCGGATGGTGACAAGATTGCC
TATCGGCTGAAGTCGCCCAGTAATGTTGTTATCATTGTACCTCAAACTGG
CGAAATAATGCTGGCTGGAGAACCCACTTCAAATGAGCTTCTTATCGAGG
TGATAGCCCACGATCTGAGGTATCCCAGTTTGCTGAGCGCAAAACCCGCA
AAGGTTCTATTGGAATTTTTGGCCGCCGAACCAGTTTCGTTTATAATGCA
ACACCTGGAGCACGATGAGGTCAACAATCACTCACATCACCGGGAGAAAA
GACGAGTTACACGAGCGGTGCGACCCACCAAGCGAATTGAGTTCACCGAA
GCTGATGGAGACACTGAGGGAAAATCGGTGTTCCAGTTAGAAAAGGAAAC
CGATAAGGAAACATTCAAGATCCGCGATGATAATCCCTGGGTGACGGTGG
AAACAAACGGTGCAGTGCGAGTTAAGAAGAAGTGGGACTACGAGGAACTG
GGACCAGAGAAGACTATCGATTTCTGGGTCATCATCACCAACATGGGACA
CAATGCTGGCATCAAGTACACGGACAACCAGCGTGTGATAATCCTGGTGA
AGGATGTGAACGATGAGCCCCCCTACTTCATCAACCGTCCACTGCCCATG
CAGGCGGTGGTTCAGCTGAATGCACCACCCAATACTCCAGTGTTTACGCT
TCAGGCCCGAGATCCCGATACGGATCACAATATCCACTACTTCATCGTTC
GCGATCGGACCGGCGGACGTTTTGAGGTGGACGAGCGTTCTGGTGTTGTG
CGGACAAGGGGCACGGATCTCTTCCAACTGGACATGGAGTACGTGCTGTA
CGTGAAGGCCGAGGATCAGAATGGAAAGGTCGATGATCGCAGGTTCCAGA
GTACTCCCGAGGAGCGACTTTCAATCGTGGGCGGCAAACGAGCCCCCCAG
TTCTACATGCCCAGCTATGAAGCCGAGATCCCAGAGAACCAGAAAAAGGA
CTCAGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGCGAAATTC
GCTATACTTTGAAGGCCCAGGGCCAGGGAGCCGGCACCTTCAACATCGGA
CCCACGTCGGGCATTGTCAAGTTGGCCAAGGAGTTGGACTTTGAGGATCT
GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGACTCCG
GAGGATTTTCCACTTCGGTCGATCTCACCATTCGCGTTACGGATGTGAAC
GATAATGCGCCGAAGTTCGAGCTGCCGGACTATCAAGCTCACAATGTGGA
CGAGGACATTCCGCTGGGAACAAGCATACTTCGCGTTAAAGCCATGGACT
CCGATTCCGGTTCAAATGCCGAAATCGAATATTTAGTATCCGATGATCAC
TTCGCCGTGGATTCCAACGGAATCATCGTGAACAACAAGCAACTGGATGC
GGATAACAACAATGCCTATTATGAGTTCATAGTCACTGCCAAGGACAAAG
GTGAACCACCGAAGTCGGGAGTGGCTACAGTTCGAGTTTACACCAAAAAC
AAGAACGACGAGGAGCCCAAGTTCTCCCAACAAGTGTATACCCCCAATGT
GGATGAGAATGCGGGGCCCAACACTTTAGTTACCACTGTGGTAGCCTCCG
ACAAGGACGGTGACAACGTGCGGTTCGGGTTCGTGGGCGGCGGCACTTCA
TCAGGTCAGTTTGTCATCGAAGACATAACCGGTGTGATCCGACTGCACAA
TAAGGCCATATCCCTGGACAAGGACAAATACGAGTTGAACGTCACCGCCA
TGGACGATGGATCCTGTTGCGTAAATGGAGACCAAACTATCCACACCTCA
ACGGCCGTGGTCGTGGTATTCATCACCGATGTCAATGATAATAAGCCAGT
GTTCAAGGACTGCAGTACCTATTATCCGAAGGTCGAGGAAGGAGCTCCTA
ATGGAAGTCCTGTCATTAAGGTTGTGGCCACCGATGAGGATAAGGGTGTG
AATGGACAGGTGAAATACTCAATAGTTCAGCAGCCAAATCAGAAGGGTAC
AAAGTTCACGGTGGACGAGGAGACCGGAGAGGTGTCCACCAATAAGGTTT
TCGATCGCGAGGGCGATGACGGCAAGTTTGTATCCGTCACAGTCAAGGCC
ACCGATCAGGGTGATCCCAGTCTGGAGGGTGTGTGCTCCTTCACCGTGGA
AATCACTGATGTGAACGATAATCCTCCACTGTTCGATCGACAGAAATACG
TGGAGAACGTAAAGCAGGATGCCAGCATTGGCACGAATATCCTCCGCGTC
TCTGCCTCCGATGAAGATGCCGATAATAATGGAGCTATAGTATACAGCCT
GACTGCCCCCTTTAATCCCAACGATCTGGAATACTTTGAGATTCAGGCTG
AGTCCGGTTGGATTGTGCTCAAGAAACCGCTTGACCGTGACCGATATCGA
TTGAGGGTTAGTGCCTCCGATAAGGGCACTCCCGCCTCGGCAGCCGATGT
CGACGTCGAGTTAGATGTCGTCGATCGGAATAATAAGCCACCCATTTGGG
ATAAGAGTATATACGGGCCGATTCACATACGCGAGAATGTCACTGTGGGT
ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGTATTGAAGGCAATCCCAC
AGTTTTTTACCGACTGATGCCCGGGTCAACGGCCCAAACAAACAAGTTTC
ACACGTTTTACTTGCAACAAAGACCGGACAATGGCGATACTTGGGCTGAC
ATAAAAGTAAATCATCCGCTGGACTACGAGAGTATCAAGGAGTACAATTT
AACCATACGTGTTGAGAACAACGGGGCCCAACAATTGGCTTCGGAAGCGA
CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
GAACGCGAACAGGAAACGGTGCTCGAGGGCGAGCCGATTGGCACCAAAGT
GACACAAGTGAACGCCATCGACAAGGACGGCACATTCCCAAATAATCAGG
TCTACTACTACATTGTGGATTCCCCGCGAAACGAGGGCAAGGAGTTCTTC
GAAATCAACCTGCAAAGTGGCGAGATCTTCACGAAGACCGTATTCGACAG
GGAGAAGAAGGGCGCCTATGCCCTCGAAGTGGAGGCTCGGGATGGAGCCC
CCTCGGCTCGACCCAACAGCAATGGACCCAATTCAGTCACCAAATTCATA
CGCATTGGCATCGCCGATAAAAACGATAACCCGCCCTATTTCGACAAATC
GCTGTACGAGGCCGAAGTGGACGAGAACGAGGACATTCAACACACAGTGC
TCACTGTAACGGCCAAGGATCACGACGAGTCCTCACGTATCCGCTATGAA
ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
AACTGAAATTGGTTGCCTCGGACAGTTTGAATGAAAATCAAACAACAATC
GTCATAAATGTGCGCGACGTCAACGATCTTCCACCGCAATTCCCGCAGAC
ATCCTATGAGCGAACTCTCGACGAGGGAATGACCAACACGCCCTTTACCA
TTATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
GTGTACTTCCTCACGGGCCAGGGCATTGATCCGGATAATCCAGCCAATAG
CAAATTCGACATCAACCGCACCACCGGCGAAATATTCGTACTAAAGCCTC
TGGATCGCGATCAACCCAATGGACGCCCCCAGTGGCGCTTCACTGTATTC
GCCCAGGACGAGGGCGGCGAAGGACTCGTGGGATATGCGGATGTCCAGGT
CAATCTGAAGGACATCAACGATAATGCCCCCATTTTCCCACAGGGCGTAT
ACTTTGGCAACGTGACTGAGAACGGAACCGCCGGCATGGTTGTGATGACC
ATGACAGCCGTGGACTACGACGATCCCAATGAGGGCTCCAATGCCCGGCT
GGTGTACTCCATTGAAAAGAACGTGATTGAGGAGGAGACGGGGTCCCCAA
TTTTTGAAATCGAGCCCGATACGGGTGTGATAAAGACCGCCGTTTGCTGT
TTGGATCGCGAAAGGACTCCGGACTATTCGATACAAGTCGTGGCGATGGA
TGGCGGGGGGTTAAAGGGGACGGGGACGGCCTCTATACGGGTTAAGGATA
TTAACGATATGCCGCCGCAGTTCACGAAAGACGAATGGTTTACGGAAGTG
GACGAAACGGATGGTACAGCCCTGCCGGAAATGCCCATTTTAACCGTGAC
CGTACACGATGAAGACGAGACGAACAAGTTCCAGTACAAAGTTATCGACA
ACAGCGGCTATGGCGCCGATAAGTTCACCATGGTGCGGAATAACGATGGC
ACTGGTTCACTGAAAATCGTACAGCCCTTGGACTACGAGGATCAGCTGCA
GAGCAATGGCTTCCGCTTCCGCATCCAAGTGAACGATAAGGGCGAGGACA
ATGACAATGACAAATACCACGTGGCCTACTCGTGGGTTGTGGTTAAATTG
AGGGACATCAACGACAATAAGCCGCACTTCGAACGGGCCAATGTGGAGGT
GTCTGTATTCGAGGACACGAAAGTTGGCACCGAACTCGAGAAGTTCAAGG
CAACCGATCCGGATCAGGGTGGAAAGAGTAAGGTGTCCTACTCCATCGAT
CGTTCTTCGGACCGTCAGCGCCAGTTTGCCATTAACCAGAATGGCTCCGT
TACCATTCAACGTTCCCTGGACCGCGAAGTTGTTCCACGTCATCAAGTTA
AGATCCTGGCCATCGACGATGGTTCTCCACCGAAAACCGCCACTGCTACA
CTTACAGTCATCGTCCAGGATATCAACGATAATGCACCTAAGTTCCTCAA
GGATTACAGGCCGGTTCTGCCCGAGCATGTCCCTCCACGTAAAGTGGTTG
AGATTCTGGCCACCGATGATGACGATCGCTCCAAGAGCAATGGCCCACCA
TTCCAGTTCCGTTTGGACCCCAGTGCGGATGACATCATCCGTGCTTCATT
TAAGGTGGAACAAGATCAGAAGGGTGCAAATGGTGATGGAATGGCTGTCA
TTTCCTCCCTGAGATCCTTCGATCGGGAGCAGCAAAAGGAGTACATGATC
CCAATTGTGATCAAGGATCATGGCTCACCAGCGATGACTGGAACCAGTAC
TTTGACCGTCATAATTGGCGATGTGAATGACAACAAAATGCAGCCTGGAT
CCAAGGACATCTTCGTATACAACTACCAAGGACAATCGCCAGACACTCCG
ATTGGGCGGGTCTATGTCTACGATTTGGATGATTGGGATCTGCCCGACAA
GAAGTTCTACTGGGAGGCCATGGAGCATCCTCGGTTCAAGTTGGATGAGG
ATTCCGGCATGGTAACGATGCGAGCAGGAACTCGCGAAGGACGATATCAT
CTCAGGTTCAAGGTCTATGATCGGAAGCACACTCAAACCGATATACCAGC
CAATGTTACGGTTACAGTGAGAGAAATTCCCCATGAAGCTGTTGTAAACT
CGGGATCCGTACGTCTATCGGGCATTTCTGATGAGGACTTTATTCGAGTC
TGGAACTACAGAACACAAAGCATGAGCCGCTCGAAGATGGATCGGTTTAG
GGATAAGCTGGCTGACTTGCTAAACACTGAAAGGGAAAATGTGGACATAT
TCAGTGTGCAGTTGAAGAGGAAACATCCGCCTCTAACGGACGTCAGGTTT
TCCGCACATGGATCTCCTTACTATAAGCCAGTTAGGCTAAATGGAATTGT
ACTGATGCACCGCGAGGAGATCGAAAAGGATGTGGGTATCAATATCACCA
TGGTGGGCATCGATGAGTGTCTGTATGAGAACCAAATGTGCGAGGGCAGC
TGCACGAACTCCCTGGAAATCAGTCCACTGCCCTACATGGTAAACGCCAA
CAAAACTGCCCTGGTCGGTGTTCGTGTGGACACCATTGCTGACTGTACTT
GTGGCGCTCGCAACTTCACCAAACCCGAGTCCTGCCGAACCACACCCTGT
CACAATGGTGGGCGTTGTGTGGACACCAGATTTGGTCCTCACTGCTCATG
TCCCGTGGGATACACGGGACCCAGGTGCCAGCAAACCACTCGCAGTTTCC
GTGGAAACGGTTGGGCCTGGTATCCTCCCCTGGAAATGTGCGACGAATCG
CATTTAAGTCTGGAGTTTATTACCCGAAAGCCCGACGGCTTAATCATCTA
CAACGGTCCAATTGTTCCTCCAGAACGGGATGAGACGCTCATCTCCGATT
TTATTGCCCTGGAATTGGAACGAGGTTATCCTAGACTGCTTATCGATTTT
GGCTCGGGAACTTTGGAGCTGAGAGTAAAGACGAAGAAGACTTTGGACGA
TGGTGAATGGCATAGAATCGATCTGTTTTGGGATACCGAAAGCATTCGCA
TGGTTGTCGACTTTTGCAAATCAGCAGAAATTGCAGAAATGGAGGATGGC
ACTCCGCCAGAATTCGATGACATGTCCTGCCAGGCGAGAGGACAAATCCC
GCCATTTAACGAGTACCTCAATGTAAATGCTCCTCTACAAGTGGGTGGCC
TATATCGGGAACAATTTGATCAGAGTCTGTACTTCTGGCACTATATGCCC
ACGGCGAAGGGATTCGATGGGTGCATCAGAAATTTGGTGCATAACTCAAA
GCTCTATGATCTGGCCCATCCTGGTCTTTCGAGAAATAGCGTCGCGGGTT
GTCCGCAAACCGAGGAAGTTTGTGCCCAAACGGAAACCACAGCTCGGTGC
TGGGAACACGGAAATTGTGTTGGGTCCTTGTCCGAAGCGCGTTGCCATTG
TCGACCGGGATGGACAGGTCCTGCCTGTAATATTCCTACAATACCCACTA
CCTTCAAGGCCCAGAGCTATGTGAAATATGCTCTGAGTTTCGAGCCCGAT
CGATTCAGCACGCAAGTCCAGCTGAGATTCCGGACAAGAGAGGAGTACGG
CGAACTTTTCCGGGTAAGCGATCAGCACAATCGGGAATATGGAATCCTGG
AGATCAAGGATGGGCATCTGCACTTCCGTTACAATCTTAACTCACTGCGC
ACTGAGGAAAAGGATCTCTGGCTAAATGCCATAGTCGTAAACGATGGCCA
ATGGCATGTGGTGAAGGTCAATCGATATGGCTCAGCTGCTACCCTGGAAT
TGGATGGTGGAGAGGGTCGTCGTTACAACGAGACCTTTGAGTTCGTGGGA
CATCAGTGGCTGTTGGTGGACAAGCAAGAGGGTGTCTATGCGGGCGGAAA
AGCTGAATATACTGGAGTGAGAACTTTTGAAGTATACGCTGACTACCAGA
AGAGCTGCCTCGATGATATACGTCTGGAGGGCAAACACCTACCGTTGCCA
CCGGCGATGAATGGTACTCAGTGGGGACAGGCCACCATGGCCAGGAATCT
GGAGAAGGGTTGTCCCTCGAATAAACCCTGCTCCAACGTGATCTGCCCCG
ATCCGTTCGAGTGTGTGGATCTGTGGAATGTCTACGAGTGCACCTGTCCA
GCGGGCTACAAAAGCTCGGGCAGCACCTGTGTCAACGACAACGAGTGCCT
ACTGTTTCCCTGTCGCAACGGGGGTCGCTGTCGCGATCATCATCCGCCAA
AGAAGTACGAGTGCCACTGCCCCATGGGCTTCACTGGCATGCACTGCGAA
CTGGAGTTATTGGCCTCCGGCGTATTGACGCCATCCCGTGATTTTATTGT
CGCCCTGGCGCTCTGCCTGGGCACTCTGATACTACTCGTCTTGGTGTTCG
TCGTATACAATCGTCGCCGTGAAGCGCATATCAAATATCCGGGTCCCGAT
GACGATGTGCGCGAGAATATCATCAACTATGACGACGAGGGAGGCGGCGA
GGATGATATGACGGCCTTTGATATCACACCTCTGCAGATACCAATTGGAG
GGCCAATGCCACCCGAGCTTGCGCCCATGAAAATGCCAATTATGTATCCC
GTCATGACCTTAATGCCAGGTCAGGAGCCCAATGTGGGCATGTTCATCGA
GGAGCATAAAAAGCGAGCCGATGGTGATCCAAATGCGCCACCTTTCGACG
ACTTGAGGAACTACGCGTACGAGGGCGGCGGCAGCACAGCTGGTTCGCTC
AGCTCGTTGGCTTCAGGAACTGATGACGAGCAGCAGGAGTACGACTACCT
CGGGGCCTGGGGGCCACGCTTCGACAAGCTGGCCAACATGTACGGACCCG
AGGCGCCCAATCCCCACAATACCGAACTAGAATTG---
>D_takahashii_CadN-PC
ATGGCGGCACGACGTTGCCTGAATGAGCTCAGGCAACGGTATATAACCAA
TCGACTCAACATATACACCTGCGCGATATTTTTGATATCCCTCCCCTTAA
TTTTGGCCACCGAAGAGACCACATTTGCTGGCCTCTCGGCGGAAAATGCG
GCTCGCATGCTAGCCGGCAGTCCAGGCGAAGTGGAGAAGTCGCCGTCG--
-CATCACAGCGAAATGTCCTTGGTGCTGCCCCACGACACCTATCCTGGAT
TCAGCATCAAGAAGTTCAAAACCCATCCCGTCAGGATAAACGGCAGCTCG
CATGCCGGCGGTGCCGCCTATCACATGCTCGATAGCGACTACTCCAAGTA
CTTCACGGTACTGGAGGATGGTGTGGTGATGACCACGGCGGACATATCGC
CGCTCGTCAATCGTCCAGTTCAACTGGTGGTCGTTGAACAGACCCCCAAT
GTCACCAACACCCACAACCTCCAGTTGTTCGTGATGCATCGCAACGATAT
GCTGCGTTTTTCCGGGTCGCTACTCGATGCCAGCGGTGAGGTGAGGGAGA
ACCAGCCGGCGGGCACCCGGGTGAGAGGAGTGCCCCTGATGCAGGCCTTC
AGTGGTTCCATCCTGGACGAAGAGCTGGCCACCCCGAAGAAGGTGCGCTA
CACCATCATCGATGGCAACGTGGACGACGCGTTTGCCCTGCAGGAGCGGA
AGGCCAATAGGAATGTTCAGATCAGTGCCAAGTCCCTGGTGATAAATGGA
GATGACGAGTCCGGCGTTTGGTTGGTCACCAATCGTCCGTTGGATCGGGA
GGAGCGCGCCCACTATGATCTCTCCGTGGAAGCCTCGGATGTAGATGGTT
TGGATAAGACAGTGTCCAAGATACAGATCTCTGTGCTGGATGAAAACGAC
AACAGGCCGATCTTCAAGTCGTTGGACTACAAGTTCGCCATTGCCGGTCA
AAAATCAGTCAATATGGAAAGCAACAGTAGTGTGACCTACCAGCGATTCG
CGATCATGGGAAAGGTCGAGGCCACCGATGCTGATGGCGATAAGATTGCC
TATCGGCTCAAGTCGCCCAGCAATGTGGTGATCATTGTCCCCCAAACCGG
CGAAATAATGCTGGCCGGTGAGCCCACGTCAAATGAACTGCTTATCGAGG
TTATAGCCCACGATCTGAGATATCCCAGCCTGTTGAGTGCGAAGCCCGCA
AAGGTTCTGTTAGAATTTCTGGCTGCCGAACCAGTTTCGTTTATAATGCA
ACACCTGGAACACGATGAGGTGAATAATCACTCACATCACAGGGAGAAGA
GGAGAGTTACCCGAGCTGTGCGACCCACCAAGCGGATTGAATTCACCGAG
GCTGATGGCGATACCGAGGGAAAGTCGGTGTTCCAGTTGGAGAAGGAAAC
CGATAAGGAGACCTTCAAGATCCGGGATGATAATCCCTGGGTGACGGTGG
AAACAAATGGAGCTGTGCGAGTCAAGAAGAAGTGGGACTACGAGGAGTTG
GGTCCGGAGAAGACCATCGATTTCTGGGTCATCATCACTAATATGGGACA
CAATGCTGGCATCAAGTATACGGACAACCAGCGTGTGATAATCCTGGTGA
AGGATGTGAACGACGAGCCACCGTACTTCATCAACCGCCCACTGCCCATG
CAGGCGGTGGTTCAGCTAAATGCACCACCCAACACGCCGGTTTTCACGCT
CCAGGCCCGAGATCCCGATACCGATCATAATATCCACTACTTCATCGTTC
GCGATCGAACTGGCGGACGCTTTGAGGTGGACGAGCGATCTGGAGTGGTG
AGGACCAGGGGCACGGATCTCTTTCAGCTAGATATGGAATATGTGCTGTA
CGTGAAGGCCGAGGATCAGAACGGAAAGGTGGATGATCGCAGGTTCCAGA
GCACTCCAGAGGAGCGGCTCTCGATTGTGGGTGGCAAACGAGCCCCTCAA
TTCTACATGCCCAGCTATGAAGCCGAGATACCAGAGAACCAGAAAAAGGA
CTCAGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGTGAGATTC
GGTACACTCTGAAGGCCCAGGGCCAGGGAGCCGGCACTTTCAACATCGGA
CCCACGTCGGGCATTGTCAAGTTGGCCAAGGAGTTGGACTTTGAGGATCT
GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGACTCCG
GAGGATTTTCCACCTCCGTCGATCTCACAATACGCGTTACGGACGTGAAC
GACAATGCCCCGAAATTCGAGCTGCCCGATTATCAGGCCCACAACGTGGA
CGAGGATATTCCACTGGGCACCAGCATCCTTCGGGTTAAGGCCATGGATT
CGGATTCAGGATCGAATGCTGAAATCGAATACCTAGTATCCGATGACCAC
TTCGCCGTGGACTCCAACGGAATCATCGTGAACAACAAACAACTGGATGC
GGACAATAATAATGCCTACTACGAGTTCATAGTCACTGCCAAGGACAAGG
GTGAACCGCCGAAGTCTGGAGTGGCTACGGTTCGTGTTTACACCAAGAAC
AAGAACGACGAGGAGCCCAAGTTCTCACAGCAAGTGTATACGCCCAATGT
GGACGAGAACGCGGGGCCGAATACTTTGGTTACCACTGTGGTGGCCTCTG
ATAAGGATGGCGACAACGTGAGGTTTGGATTCGTGGGCGGCGGCACATCG
TCTGGTCAGTTCGTCATCGAGGATATAACCGGTGTGATCCGACTGCATAA
CAAAGCCATATCCCTGGACAGGGACAAGTACGAGTTGAACGTCACCGCCA
TGGACGATGGATCCTGTTGTGTGAACGGCGATCAGACCATCCACACATCG
ACCGCCGTGGTCGTCGTTTTCATCACCGATGTCAACGACAATAAGCCGGT
GTTCAAGGACTGCAGCACCTATTATCCGAAGGTCGAGGAAGGAGCCCCCA
ACGGAAGTCCCGTCATCAAAGTCGTGGCTACCGACGAGGATAAGGGTGTG
AATGGACAGGTGAAATACTCGATAGTTCAGCAGCCCAATCAGAAGGGGAC
TAAGTTCACAGTCGACGAGGAAACCGGAGAGGTGTCCACCAACAAGGTGT
TTGATCGTGAGGGAGACGATGGAAAATTCGTATCGGTCACAGTGAAGGCC
ACAGATCAGGGTGATCCGAGTCTGGAGGGAGTCTGCTCCTTCACCGTGGA
GATCACAGATGTCAACGATAATCCCCCGCTCTTTGATCGGCAGAAATACG
TTGAGAACGTTAAACAGGACGCCAGTATTGGCACAAATATCCTGCGCGTT
TCCGCCTCCGATGAGGATGCCGATAACAATGGTGCCATAGTGTACAGCCT
GACTGCCCCGTTCAATCCCAACGACCTGGAATACTTTGAGATTCAGGCCG
AATCGGGCTGGATTGTGCTCAAGAAACCGCTTGACCGTGACCGTTATCGC
TTGAGGGTTAGCGCCTCCGATAAGGGTACTCCCGCCTCGGCAGCCGATGT
CGACGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCTCCCATTTGGG
ATAAGAGCATTTACGGGCCGATTCACATACGCGAGAATGTCACTGTGGGT
ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGTATTGAAGGCAATCCCAC
AGTTTTTTATCGACTGATGCCCGGGTCGACGGCTCAAACGAACAAATTTC
ACACGTTCTACTTGCAACAAAGACCGGACAACGGCGATACTTGGGCCGAT
ATAAAAGTAAATCATCCGCTGGACTACGAAAGCATCAAGGAATACAATCT
AACCATACGTGTTGAGAACAACGGGGCCCAGCAATTGGCATCGGAAGCGA
CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
GAACGCGAACAGGAAACGGTGCTCGAGGGCGAACCGATTGGCACCAAAGT
GACACAAGTGAACGCCATCGACAAGGATGGCACATTCCCAAATAATCAGG
TCTACTACTACATTGTCGATTCGCCGCGAAACGAGGGCAAAGAATTCTTC
GAAATCAACCTGCAAAGCGGAGAGATATTCACGAAAACCGTTTTCGACAG
GGAGAAGAAGGGCGCCTATGCCCTCGAAGTGGAGGCACGAGATGGAGCTC
CCTCAGCTCGACCCAATAGCAATGGACCCAATTCAGTCACCAAGTTCATA
CGCATTGGCATCGCCGATAAAAACGATAATCCGCCCTATTTCGACAAATC
GCTGTACGAGGCCGAAGTGGACGAGAACGAGGACATTCAGCACACAGTAC
TCACTGTAACGGCCAAGGATCACGACGAATCCTCACGTATCCGATATGAA
ATTACAAGCGGCAACATCGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
AACTGAAATTGGTTGCGTCGGACAGTTTGAATGAAAATCAAACAACAATC
GTCATAAATGTGCGCGACGTCAACGATCTGCCGCCGCAATTCCCGCATAC
ATCCTATGAGCGGACTCTCGACGAGGGAATGACCGACACGCCCTTTACCA
TTATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
GTGTACTTCCTCACGGGCCAAGGCATTGATCCGGATAATCCAGCCAATAG
CAAATTCGACATCAACCGCACCACCGGCGAAATATTCGTTTTAAAGCCGC
TGGATCGCGATCAACCGAACGGACGACCCCAGTGGCGCTTCACTGTATTC
GCCCAGGACGAGGGTGGCGAGGGACTCGTGGGCTATGCGGATGTCCAGGT
CAATCTGAAGGACATCAACGATAACGCCCCCATTTTCCCGCAGGGCGTTT
ACTTTGGCAACGTGACGGAGAACGGAACCGCCGGCATGGTTGTGATGACC
ATGACGGCCGTGGACTACGACGACCCCAACGAGGGCTCCAACGCCCGGCT
GGTGTACTCCATCGAGAAGAACGTGATTGAGGAGGAGACGGGGTCGCCCA
TTTTCGAAATCGAACCCGACACGGGTGTGATAAAGACCGCCGTCTGTTGC
CTGGATCGCGAGAGAACCCCGGATTATTCGATACAGGTCGTTGCGATGGA
TGGCGGGGGGTTAAAGGGGACGGGGACGGCCTCTATACGGGTTAAGGATA
TCAACGACATGCCGCCGCAGTTCACGAAGGACGAATGGTTTACGGAAGTG
GACGAAACGGATGGCACGGCTCTGCCGGAAATGCCCATTTTAACCGTGAC
CGTGCACGACGAAGACGAAACGAACAAGTTCCAGTACAAAGTTATCGACA
ACAGTGGCTATGGGGCCGATAAATTCACCATGGTGCGGAATAACGATGGA
ACCGGATCCCTGAAAATCGTACAGCCCCTGGACTACGAGGATCAACTGCA
GAGCAATGGCTTCCGTTTCCGCATTCAGGTGAACGACAAGGGCGAGGACA
ACGACAACGATAAATACCATGTGGCCTACTCGTGGGTGGTGGTCAAACTG
AGGGACATCAACGACAATAAGCCGCACTTCGATCGGGCCAATGTGGAGGT
CTCCGTGTTCGAGGACACCAAGGTGGGCACTGAGCTCGAGAAGTTCAAGG
CCACCGATCCGGATCAGGGCGGCAAGAGCAAGGTCTCCTATTCCATCGAT
CGTTCTTCGGATCGCCAGCGCCAGTTTGCCATCAACCAGAATGGTTCGGT
CACCATTCAGCGCTCCCTGGATCGCGAAGTTGTGCCCCGTCATCAGGTCA
AGATCCTGGCCATTGACGATGGCTCTCCACCGAAAACAGCCACGGCCACA
CTCACGGTTATCGTTCAGGATATCAACGACAATGCTCCCAAGTTCCTCAA
GGACTACAGACCAGTGCTGCCTGAGCATGTGCCGCCGCGTAAGGTGGTCG
AAATCCTGGCCACCGATGACGACGATCGCTCCAAGAGCAACGGCCCTCCA
TTCCAGTTCCGATTGGACCCCAGTGCCGACGATATAATCCGTGCTTCCTT
CAAGGTCGAACAGGATCAAAAGGGTGCCAATGGTGATGGCATGGCCGTGA
TTTCCTCTCTACGATCCTTCGATCGTGAACAGCAAAAGGAGTACATGATC
CCCATCGTGATCAAGGACCATGGCTCACCAGCAATGACGGGAACCAGTAC
TCTGACTGTCATAATTGGCGATGTGAATGACAACAAAATGCAGCCCGGCT
CCAAGGAGATCTTCGTATACAACTACCAAGGACAATCGCCAGACACTCCG
ATCGGTCGGGTCTATGTCTACGACCTGGACGACTGGGATCTGCCCGACAA
GAAGTTCTACTGGGAGGCCATGGAGCATCCGCGCTTCAAGTTGGACGAGG
ACTCCGGCATGGTCACCATGAGGGCAGGAACCCGCGAAGGACGCTATCAT
CTCAGGTTCAAGGTCTACGACCGCAAGCACACGCAAACCGACATACCAGC
CAATGTCACGGTTACGGTGAGGGAAATTCCCCATGAAGCCGTCATCAACT
CGGGATCCGTACGCCTGTCTGGAATTTCGGATGAGGACTTTATTCGCGTG
TGGAACTACAGAACCCAAAGCATGAGTCGCTCGAAGATGGATCGTTTCCG
GGACAAGCTGGCGGATTTACTGAACACCGAACGGGAGAACGTGGATATAT
TTAGTGTGCAGCTGAAGAGGAAGCATCCGGCATTAACCGATGTTAGGTTC
TCGGCCCACGGATCGCCGTACTACAAGCCGGTTAGGCTGAATGGCATTGT
TCTCATGCACCGCGAGGAGATCGAAAAGGACGTGGGCATCAATATCACCA
TGGTGGGCATCGACGAGTGCCTGTATGAGAATCAGATGTGCGAGGGTAGC
TGCACGAATGCGCTGGAAATCAGTCCCCTGCCCTATATGGTGAATGCCAA
CAAGACTGCCCTGGTCGGCGTGCGAGTGGACACCATTGCCGACTGTACTT
GCGGAGCTCGCAACTTCACCAAGCCCGAATCCTGCCGGACGACTCCCTGC
CACAATGGAGGCCGATGTGTGGACACCAGATTCGGTCCGCATTGCTCGTG
TCCCGTGGGCTATGCCGGTCCCAGGTGTCAGCAGACCACTCGCAGCTTCC
GTGGAAACGGCTGGGCCTGGTATCCTCCGCTGGAGATGTGTGACGAGTCG
CATTTGAGCCTGGAGTTTATCACTCGAAAGCCCGATGGCCTGATCATCTA
CAATGGACCGATTGTTCCGCCCGAACGCGATGAGACGCTGATATCCGACT
TCATTGCCCTGGAACTGGAGCGAGGCTATCCCAGACTCCTCATCGACTTC
GGTTCGGGCACCTTGGAACTGAGGGTGAAGACCAAAAAGACTCTGGACGA
CGGTGAGTGGCACAGGATCGATCTGTTTTGGGACACCGAGAGCATTCGCA
TGGTGGTGGACTTCTGCAAGTCGGCGGAAATAGCCGAAATGGAGGACGGC
ACTCCGCCGGAGTTCGATGACATGACCTGCCAGGCGAGGGGTCAAATCCC
GCCGTTCAATGAGTATCTCAATGTGAATGCTCCCCTGCAGGTGGGCGGCT
TGTACCGGGAACAGTTCGATCAGAGCCTCTACAACTGGCACTACATGCCC
ACGGCCAAGGGTTTCGATGGCTGCATCAGAAACTTGGTGCACAACTCCAA
GCTCTACGATCTGGCTCATCCGGGACTGTCGAGGAATAGCGTGGCGGGCT
GTCCGCAAACCGAGGAGGTTTGCGCCCAAACGGAGACCACAGCCCGGTGC
TGGGAGCATGGAAACTGTGTTGGTTCCCTGTCCGAAGCTCGCTGCCATTG
CCGGCCAGGTTGGACTGGTCCTGCCTGTAATATTCCCACCATACCCACCA
CCTTCAAGGCCCAGAGTTATGTGAAGTACGCTCTGAGCTTCGAACCCGAT
CGGTTCAGCACTCAGGTGCAGCTGAGGTTCCGCACGAGGGAGGAGTACGG
AGAACTGTTCCGTGTTAGCGATCAGCACAATCGGGAGTATGGAATCCTGG
AGATCAAGGATGGTCATCTGCACTTCCGCTACAATCTGAACTCGCTTCGT
ACCGAGGAAAAGGATCTCTGGCTGAACGCCATAGTGGTCAACGATGGCCA
GTGGCACGTGGTGAAGGTCAATCGGTATGGCTCCGCTGCTACCCTGGAAT
TGGATGGCGGTGAGGGTCGTCGCTACAACGAAACCTTTGAGTTCGTGGGA
CATCAGTGGTTGCTGGTGGACAAACAGGAGGGTGTCTATGCAGGCGGAAA
GGCTGAGTACACTGGCGTTAGAACCTTTGAGGTGTACGCAGATTACCAGA
AGAGCTGTCTCGACGATATACGTCTTGAAGGCAAACATCTTCCTCTGCCG
CCGGCCATGAACGGCACCCAATGGGGTCAGGCCACAATGGCAAGGAATCT
GGAGAAGGGCTGTCCCTCCAATAAACCCTGCTCGAATGTGATCTGCCCCG
ATCCCTTCGAGTGCGTGGATCTGTGGAATGTCTACGAGTGCACCTGTCCG
GCGGGCTACAAAAGCTCCGGCAGCACCTGTGTTAACGACAACGAGTGCCT
ACTGTTCCCGTGCCGCAACGGGGGTCGCTGTCGCGATCATCATCCTCCAA
AGAAGTACGAGTGCCACTGCCCCATGGGCTTCACTGGCATGCACTGCGAA
CTGGAGTTATTGGCCTCCGGCGTATTGACGCCGTCCCGAGATTTTATTGT
CGCCCTGGCGCTCTGCCTGGGCACTCTGATGCTACTCGTCCTGGTGTTCG
TCGTATACAATCGTCGCCGTGAGGCGCATATCAAATATCCGGGTCCCGAT
GATGATGTGCGCGAGAATATAATCAACTACGACGATGAGGGAGGCGGCGA
GGATGACATGACCGCCTTTGATATCACACCCCTGCAAATACCAATTGGAG
GGCCAATGCCACCTGAGCTGGCGCCCATGAAAATGCCAATTATGTATCCC
GTTATGACCTTAATGCCTGGTCAGGAGCCCAATGTGGGCATGTTCATTGA
GGAGCATAAAAAGCGCGCCGATGGTGATCCCAATGCGCCGCCTTTCGATG
ACTTGAGGAATTATGCGTACGAGGGTGGCGGCAGCACAGCTGGATCGCTC
AGCTCGTTGGCTTCAGGAACTGATGACGAGCAGCAGGAGTATGACTACCT
CGGGGCCTGGGGGCCACGCTTCGACAAGCTGGCCAACATGTACGGACCCG
AGGCGCCCAATCCCCACAATACCGAACTAGAATTG---
>D_biarmipes_CadN-PC
ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGGTATATAAGCAA
CCGACTAAATATATACACCTGCGCGATATTTTTGATATCCCTCCCCTTGA
TTTTGGCCATCGAGGAGACCACATTTGCTGGCCTGTCTGCGGAGAATGCG
GCTCGCATGCTGGCCGGCAGTCCTGGCGACGTGGAAAAGGCCCCCTCG--
-CATCACAGCGAAATGTCCCTGGTCCTGCCACACGACACCTACCCTGGAT
TCAGCATCAAGAAGTTCAAAACCCATCCTGTGAAGATAAATGGCAGCTCC
CATGCCGGCGGAGCCGCCTACCACATGCTGGACAGTGACTACTCAAAGTA
CTTTACGGTGCTCGAGGATGGTGTGGTGATGACCACGGCGGACATATCGC
CGCTCGTCAACCGACCGGTTCAGTTGGTGGTCGTGGAGCAGACCCCCAAT
GTCACCAACACCCACAACCTGCAGTTGTTCGTGATGCATCGCAACGACAT
GCTGCGATTCTCGGGATCCCTGCTCGACGCCAGTGGCGAGGTGAGGGAGA
ACCAGCCAGCGGGCACCAGAGTCAGAGGAGTGCCCCTAATGCAGGCCTTC
AGTGGTTCCATCCTAGACGAAGAGCTGGCCACGCCCAAGAAGGTCAGGTA
CACCATCATCGATGGCAACGTGGACGACGCCTTCGCCCTGCAGGAACGCA
AGGCGAACAAGAACATTCAAATAAGTGCCAAGTCCTTGGTGATAAATGGC
GACGACGAGTCCGGCGTCTGGTTGGTCACCAATCGTCCTTTGGATCGCGA
GGAGCGCGCCCACTACGATCTCTCCGTGGAGGCATCGGATGTCGATGGCC
TGGACAAAACCGTTTCCAAAATACAAATCACTATTTTGGACGAGAACGAC
AACCGACCCATCTTTAAGTCCATGGACTATAAGTTCGCCATTGCCGGTCA
AAAGTCTGCAAATATGGAGAGCAACAGTAGCGTGACTTACAAGCGATTCG
CGATCATGGGCAAAGTGGAGGCCACCGATGCGGATGGCGATAAGATTGCC
TATCGCCTCAAGGCGCCCAGCAACGTTGTGATCATTGTTCCCCAAACTGG
CGAAATTATGCTGGCCGGCGAGCCCACCTCTAACGAACTTCTTATCGAGG
TGACAGCCCACGACTTGAGGTATCCCAGTTTATTGAGTGCGAAGCCCGCC
AAGGTCCTCTTGGAATTTCTGGCTGCCGAGCCAGTTTCCTTCATAATGCA
GCATCTGGAGCACGATGAGGTGAACAATCACTCACATCACCGGGAGAAGA
GACGAGTTACCCGAGCAGTGCGACCCACCAAGCGGATTGAGTTCACCGAG
GCAGACGGCGATACCGAGGGAAAGTCGGTGTTCCAGTTGGAAAAGGAAAC
CGACAAGGAGACGTTCAAGATCAGGGACGATAATCCCTGGGTGACGGTGG
AAACAAACGGAGCTGTGCGAGTCAAGAAGAAGTGGGACTACGAGGAGCTG
GGTCCAGAGAAGACCATCGATTTCTGGGTCATTATCACCAACATGGGACA
CAACGCTGGCATCAAGTATACGGACAACCAGCGTGTGATAATCCTGGTGA
AGGATGTGAACGATGAGCCGCCGTACTTCATCAACCGCCCGCTGCCCATG
CAGGCGGTGGTTCAGCTGAATGCACCACCCAACACTCCGGTTTTCACGCT
CCAGGCCCGAGATCCCGATACCGACCACAATATCCACTACTTCATCGTGC
GCGATCGAACTGGCGGACGCTTTGAGGTGGACGAGCGATCCGGAGTGGTG
AGGACCAGGGGCACGGACCTGTTTCAACTGGATATGGAGTATGTGCTGTA
CGTGAAGGCCGAGGATCAGAATGGAAAGGTCGACGATCGCAGGTTCCAGA
GCACCCCCGAGGAGCGCCTCTCGATTGTGGGTGGCAAGCGCGCTCCCCAG
TTCTACATGCCCAGCTATGAGGCCGAGATCCCAGAAAACCAGAAAAAGGA
CTCCGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGCGAGATTC
GCTATACCTTGAAGGCCCAGGGCCAGGGCGCCGGCACCTTCAACATCGGA
CCCACGTCGGGCATTGTCAAGTTGGCCAAGGAGTTGGACTTTGAGGATCT
GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGACTCGG
GAGGATTCTCCACCTCCGTTGATCTCACCATTCGCGTTACGGACGTAAAC
GACAATGCCCCGAAATTCGAGCTGCCCGATTACCAGGCGCACAATGTGGA
CGAGGATATTCCACTGGGCACCAGCATCCTTCGGGTTAAGGCTATGGATT
CAGATTCAGGATCGAATGCCGAAATCGAATACCTGGTATCCGATGACCAT
TTCGCCGTGGACTCCAATGGAATCATCGTGAACAACAAGCAACTGGATGC
GGACAACAACAATGCCTACTACGAGTTCATAGTCACTGCCAAGGACAAGG
GCGAACCGCCAAAGTCTGGAGTGGCCACGGTCCGTGTTTACACCAAAAAC
AAGAACGACGAGGAGCCCAAGTTCTCGCAGCAAGTGTACACCCCCAATGT
GGATGAGAACGCAGGTCCGAATACTCTGGTTACCACTGTGGTGGCTTCCG
ACAAGGATGGCGACAACGTCAGGTTCGGATTCGTGGGCGGCGGCACTTCG
TCGGGTCAGTTTGTGATCGAGGACATAACCGGTGTGATCCGGCTGCACAA
CAAAGCCATTTCCCTGGACAGGGACAAGTACGAGTTGAACGTTACCGCCA
TGGACGATGGATCCTGTTGCGTGAATGGCGATCAAACTATCCACACTTCC
ACCGCCGTGGTTGTGGTCTTCATCACCGACGTCAACGACAACAAGCCGGT
GTTCAAGGACTGCAGTACCTACTATCCGAAGGTCGAGGAAGGTGCTCCCA
ACGGAAGCCCCGTCATTAAAGTGGTGGCCACCGACGAGGACAAGGGTGTC
AATGGACAGGTGAAATACTCGATTGTTCAGCAGCCGAACCAGAAGGGAAC
AAAGTTCACAGTGGACGAGGAAACGGGAGAGGTGTCCACCAACAAGGTGT
TCGATCGCGAGGGCGATGATGGAAAATTTGTATCCGTCACTGTAAAGGCC
ACAGATCAGGGCGACCCAAGTCTGGAAGGCGTTTGCTCCTTCACCGTGGA
GATCACAGATGTCAACGACAATCCCCCACTTTTTGATCGTCAGAAATACG
TCGAAAATGTAAAACAGGATGCCAGTATTGGCACGAACATCCTCCGAGTC
TCCGCCTCCGACGAAGATGCCGACAACAACGGAGCTATAGTATATAGCCT
GACCGCCCCCTTCAATCCCAACGATCTGGAATACTTTGAAATTCAGGCCG
AATCCGGTTGGATTGTGCTGAAGAAACCGCTTGACCGTGACCGATATCGC
TTGAGGGTTAGCGCCTCCGATAAGGGCACTCCCGCCTCGGCCGCCGATGT
CGACGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCTCCCATTTGGG
ATAAGAGCATTTACGGGCCGATTCACATCCGCGAGAATGTCACTGTGGGT
ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGTATCGAAGGCAATCCCAC
GGTTTTCTATCGACTGATGCCCGGGTCAACGGCCCAAACGAACAAGTTTC
ACACGTTCTACTTGCAACAAAGACCGGACAATGGCGACACTTGGGCAGAC
ATAAAAGTAAATCATCCGCTGGACTACGAGAGCATCAAGGAGTACAACTT
AACCATACGTGTTGAGAACAACGGGGCCCAGCAATTGGCATCGGAAGCGA
CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACG
GAACGCGAGCAGGAAACGGTGCTCGAGGGCGAACCGATTGGCACCAAAGT
GACACAGGTGAACGCCATCGACAAGGACGGCACATTCCCGAATAATCAGG
TCTACTACTACATTGTCGATTCGCCGCGAAACGAGGGCAAGGAGTTCTTC
GAAATCAACCTGCAAAGTGGCGAGATATTCACGAAGACCGTTTTCGACAG
GGAGAAGAAGGGCGCCTACGCCCTCGAAGTGGAGGCCCGGGATGGAGCTC
CCTCGGCCAGGCCCAATAGCAATGGACCCAATTCAGTCACCAAATTCATA
CGCATTGGCATCGCCGATAAAAACGATAATCCGCCCTATTTCGACAAGTC
GCTGTACGAGGCCGAAGTGGATGAGAACGAGGACATCCAGCACACAGTGC
TCACTGTAACGGCCAAGGACCACGACGAGTCCTCACGTATCCGCTATGAA
ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
AACTGAAATTGGTTGCGTCGGACAGTTTGAATGAAAATCAAACAACAATC
GTCATAAATGTGCGCGACGTCAACGATCTGCCACCGCGGTTCCCGCAGAC
ATCCTACGAGCGAACTCTCGACGAGGGAATGACCAACACGCCCTTTACCA
TCATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
GTGTACTTCCTCACGGGCCAAGGCATTGATCCGGATAATCCAGCCAATAG
CAAATTCGACATCAACCGCACCACCGGCGAAATATTCGTGTTAAAGCCCC
TGGATCGCGATCAACCAAACGGACGACCCCAGTGGCGCTTCACTGTATTC
GCCCAGGACGAGGGTGGCGAGGGACTCGTGGGATACGCGGATGTCCAGGT
CAATCTGAAGGACATCAACGATAACGCCCCCATTTTCCCACAGGGCGTAT
ACTTCGGCAACGTGACGGAGAACGGCACCGCCGGCATGGTGGTGATGACC
ATGACGGCCGTGGACTACGACGATCCCAACGAGGGCTCCAACGCCCGGCT
GGTGTACTCCATCGAGAAGAACGTGATTGAGGAGGAGACGGGGTCGCCCA
TTTTCGAAATCGAGCCCGACACGGGTGTGATAAAGACCGCCGTCTGCTGC
CTGGATCGCGAGAGAACCCCTGATTACTCGATACAGGTCGTTGCGATGGA
TGGCGGGGGGCTAAAGGGGACGGGGACGGCCTCCATACGGGTCAAGGATA
TCAACGATATGCCGCCGCAGTTTACGAAGGACGAATGGTTTACGGAAGTG
GACGAAACGGATGGCACGGCCCTGCCGGAAATGCCCATTTTAACAGTGAC
CGTGCACGACGAGGACGAAACGAACAAGTTCCAGTACAAGGTTATCGACA
ACAGTGGCTACGGTGCCGACAAGTTCACCATGGTGCGGAACAACGATGGC
ACCGGATCCCTGAAAATCGTACAGCCCCTGGACTACGAGGATCAGCTGCA
GAGCAATGGCTTCCGCTTCCGCATCCAGGTGAACGACAAGGGCGAGGACA
ATGACAACGATAAGTACCATGTGGCCTACTCGTGGGTGGTGGTCAAACTG
AGGGACATCAACGACAACAAGCCGCACTTCGACCGGGCCAATGTGGAGGT
CTCCGTGTTCGAGGACACCAAGGTGGGCACCGAGCTCGAGAAGTTCAAGG
CAACCGATCCGGATCAGGGTGGCAAGAGCAAGGTCTCCTACTCCATCGAT
CGTTCCTCGGATCGTCAGCGGCAGTTTGCCATCAACCAGAATGGTTCGGT
TACCATTCAACGCTCCCTGGATCGCGAAGTGGTGCCCCGTCATCAGGTTA
AGATCCTGGCGATAGATGATGGCTCTCCACCGAAAACCGCGACTGCTACC
CTTACAGTCATCGTTCAGGACATCAACGATAATGCTCCCAAGTTCCTGAA
GGACTACAGACCAGTACTGCCAGAGCATGTGCCTCCTCGTAAGGTGGTGG
AGATCCTGGCCACCGATGACGATGATCGCTCCAAGAGCAACGGCCCTCCT
TTCCAGTTCCGCCTGGACCCCAGTGCCGATGATATTATTCGTGCCTCCTT
CAAGGTGGAACAGGATCAAAAGGGTGCCAATGGCGATGGCATGGCCGTGA
TTTCTTCCCTGCGATCCTTCGATCGCGAACAGCAGAAGGAGTACATGATC
CCCATTGTGATCAAGGATCACGGCTCTCCAGCGATGACGGGAACCAGTAC
TCTGACCGTCATAATCGGTGATGTGAATGACAACAAAATGCAGCCTGGCT
CCAAGGACATCTTCGTTTACAACTACCAGGGACAATCGCCAGATACGCCA
ATTGGTCGAGTCTATGTCTACGATCTGGATGACTGGGATCTGCCCGACAA
GAAGTTCTACTGGGAGGCCATGGAGCATCCGCGATTCAAGCTGGACGAGG
ACTCCGGCATGGTCACCATGCGGGCAGGAACCCGCGAAGGACGTTACCAC
CTTAGGTTCAAGGTCTACGATCGTAAGCACACCCAGACCGACATACCCGC
CAATGTCACGGTTACGGTGAGGGAAATTCCTCACGAAGCTGTTATAAACT
CGGGCTCCGTACGCCTGTCTGGCATCTCGGACGAAGACTTCATCCGTGTG
TGGAACTACAGGACCCAGAGCATGAGTCGCTCCAAAATGGATCGTTTCCG
GGATAAACTGGCTGACTTACTGAACACCGAGCGGGACAATGTGGACATCT
TCAGTGTGCAGTTAAAGAGGAAACACCCTCCCCTAACAGATATCAGGTTC
TCGGCCCACGGATCCCCCTACTACAAGCCAGTTAGGCTAAACGGCATTGT
CCTGATGCACCGCGAGGAGATCGAAAAGGATGTGGGCATCAATATAACCA
TGGTGGGCATCGACGAGTGTCTGTACGAGAACCAAATGTGCGAGGGCAGC
TGCACGAATTCCCTGGAAATCAGCCCCCTGCCCTACATGGTCAACGCCAA
CAAAACTGCCTTGGTCGGTGTTCGAGTGGACACCATCGCGGACTGTACTT
GTGGTGCTCGTAACTTCAGCAAACCCGAATCCTGCCGCACAACTCCCTGC
CACAATGGTGGCCGTTGTGTGGACACCAGGTTTGGTCCCCATTGCTCGTG
TCCGGTGGGCTATGCAGGTCCCAGATGCCAGCAGACGACCCGTAGTTTCC
GTGGAAACGGTTGGGCCTGGTATCCTCCCCTGGAGATGTGTGACGAATCG
CATTTGAGTCTGGAGTTCATTACCCGCAAGCCCGATGGCCTGATCATCTA
CAATGGACCCATAGTTCCCCCCGAACGGGACGAGACGCTCATATCCGACT
TTATTGCCCTGGAACTGGAGCGAGGCTATCCTAGACTACTGATAGACTTT
GGCTCGGGAACTTTGGAACTGCGAGTGAAGACCAAAAAGACTTTGGACGA
TGGTGAGTGGCACAGGATCGACCTGTTCTGGGACACCGAAAGCATTCGCA
TGGTGGTGGACTTCTGTAAGTCGGCGGAAATCGCCGAAATGGAGGATGGC
ACTCCGCCGGAATTCGACGACATGTCCTGCCAGGCGAGGGGACAGATTCC
GCCGTTCGACGAGTATCTCAATGTCAATGCTCCCTTGCAAGTGGGCGGCT
TGTACCGGGAACAGTTCGATCAGAGTCTGTACAACTGGCACTATATGCCC
ACGGCCAAGGGCTTCGATGGCTGCATCAGAAACTTGGTGCACAACTCCGA
GCTCTACGATCTTGCTCATCCGGGACTGTCGAGGAACAGTGTGGCGGGTT
GTCCGCAAACCGAGGAAGTTTGCGCCCAAACGGAGACCACTGCCCGTTGC
TGGGAACACGGAAATTGCGTGGGTTCCCTGTCCGAAGCTCGTTGCCACTG
TCGACCTGGTTGGACGGGCCCTGCCTGTAATATTCCCACCATACCCACCA
CCTTCAAGGCCCAGAGTTATGTGAAGTACGCCCTGAGCTTCGAACCCGAT
CGGTTCAGCACTCAAGTCCAGTTGAGATTCCGCACGAGGGAGGAGTACGG
AGAGCTCTTCCGCGTGAGCGATCAGCACAATCGAGAGTATGGTATTCTGG
AGATCAAGGATGGTCACCTCCACTTCCGCTACAATCTGAACTCCCTTCGT
ACCGAGGAGAAGGATCTGTGGCTGAATGCCATAGTGGTCAATGATGGTCA
GTGGCACGTGGTGAAGGTTAATCGATACGGCTCTGCTGCTACCCTGGAGC
TGGATGGTGGAGAGGGTCGTCGCTACAACGAGACCTTTGAGTTCGTGGGC
CACCAGTGGCTGTTGGTGGACAAACAAGAGGGTGTCTATGCTGGCGGAAA
GGCAGAGTACACAGGCGTTAGAACCTTTGAGGTGTACGCTGATTACCAGA
AGAGCTGTCTTGATGATATACGTCTCGAAGGCAAACATCTTCCACTGCCA
CCGGCGATGAATGGCACCCAGTGGGGTCAGGCCACCATGGCCAGGAATCT
GGAGAAGGGTTGCCCCTCGAATAAACCCTGCTCAAATGTGATCTGCCCCG
ATCCCTTCGAGTGCGTGGATCTGTGGAATGTCTACGAGTGCACCTGTCCG
GCGGGCTACAGAAGCTCCGGCAGCACCTGTGTTAACGACAACGAGTGCCT
ACTGTTCCCGTGCCGCAACGGGGGTCGCTGTCGCGATCATCACCCCCCCA
AGAAGTACGAGTGCCACTGCCCCCTGGGATTCACCGGCATGCACTGCGAA
CTGGAGTTATTGGCCTCCGGCGTATTGACGCCATCCCGTGATTTTATTGT
CGCCCTGGCACTCTGCCTGGGCACTCTGATACTACTCGTCTTGGTCTTCG
TCGTATACAATCGTCGCCGTGAGGCGCATATCAAATATCCGGGCCCCGAC
GATGATGTGCGCGAGAATATCATCAACTACGACGATGAGGGAGGCGGCGA
GGACGACATGACCGCCTTCGACATCACACCTCTGCAGATACCAATTGGAG
GGCCAATGCCACCTGAGCTGGCGCCCATGAAAATGCCAATTATGTATCCC
GTGATGACCTTAATGCCAGGGCAGGAGCCCAACGTGGGCATGTTCATCGA
GGAGCATAAAAAGCGCGCCGATGGCGATCCAAATGCGCCGCCCTTCGATG
ACTTGAGGAACTATGCGTACGAGGGCGGCGGCAGCACAGCTGGATCACTC
AGCTCGCTGGCCTCAGGAACTGACGACGAGCAGCAGGAATACGACTACCT
CGGGGCCTGGGGGCCACGCTTTGACAAGCTGGCCAACATGTACGGACCCG
AGGCGCCCAATCCCCACAACACCGAACTAGAATTG---
>D_suzukii_CadN-PC
ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGGTATATAACCAA
CCGACTAAATATATACACCTGCGCGATATTTTTGATATCCCTACCGTTAA
TTTTGGCCATCGAGGAGACCACATTTGCCGGTTTGTCTGCGGAAAATGCG
GCTCGCATGCTGGCCGGCAGTCCTGGAGATGTGGAAAAGTCCCCATCG--
-CATCACAGCGAAATGTCCTTGGTCCTGCCACACGACACCTATCCTGGCT
TCAGCATCAAGAAGTTCAAAACCCATCCTGTGAAGATAAATGGTAGCTCG
CATGCCGGCGGTGCTGCCTATCACATGTTGGACAGTGATTACTCCAAGTA
CTTTACGGTACTGGAAGATGGTGTGGTGATGACCACAGCGGATATATCGC
CGCTCGTCAATCGTCCAGTTCAGTTGGTGGTTGTCGAACAAACCCCCAAT
GTCACCAACACCCACAATCTCCAGTTGTTCGTGATGCATCGCAATGATAT
GCTGCGATTCTCAGGATCCCTACTCGATGCCAGTGGTGAGGTGAGGGAGA
ATCAACCGGCGGGCACCAGGGTAAGAGGAGTACCCCTAATGCAGGCCTTC
AGTGGCTCCATCCTAGATGAAGAACTGGCCACACCCAAGAAGGTTAGGTA
CACCATCATCGATGGCAACGTGGACGATGCCTTTGCCCTGCAGGAACGCA
AGGCCAACAAGAATATTCAGATAAGTGCCAAGTCCTTGGTGATAAATGGT
GACGACGAGTCTGGCGTTTGGTTGGTCACCAATCGTCCTTTGGATCGAGA
GGAACGTGCCCACTATGATCTCTCCGTAGAAGCTTCAGATGTCGATGGCT
TGGATAAGACGGTTTCCAAAATACAAATTACTGTATTGGATGAGAACGAT
AATAGACCGATCTTCAAGTCCCTAGACTATAAGTTTGCCATTGCCGGCCA
GAAATCTGCAAATATGGAGAGCAATAGTAGCGTGACTTATCGGCGATTTG
CAATTATGGGAAAAGTTGAGGCCACCGATGCTGATGGGGATAAAATTGCC
TATCGCCTCAAGTCGCCCAGCAATGTGGTGATCATAGTTCCTCAAACTGG
CGAAATAATGCTGGCCGGTGAGCCCACTTCAAACGAACTTCTTATCGAGG
TGATAGCCCACGATCTGAGGTATCCCAGTTTATTGAGTGCCAAGCCCGCC
AAGGTCCTCTTGGAGTTTCTGGCTGCCGAACCGGTTTCCTTTATAATGCA
ACATCTGGAACACGATGAGGTCAATAATCACTCACATCACCGAGAGAAAA
GACGAGTTACCCGAGCTGTGCGACCCACCAAGAGGATCGAATTCACCGAG
GCTGATGGAGATACCGAGGGAAAGTCGGTGTTCCAGTTGGAAAAGGAAAC
CGATAAGGAAACGTTCAAGATCAGGGATGATAATCCCTGGGTGACGGTGG
AAACAAATGGAGCAGTGCGAGTCAAGAAGAAGTGGGACTACGAGGAGTTG
GGACCCGAGAAGACCATCGATTTCTGGGTCATCATCACCAATATGGGACA
TAATGCTGGCATCAAGTATACGGACAACCAGCGTGTGATAATCCTGGTGA
AGGATGTGAACGATGAGCCCCCGTATTTCATCAACCGCCCCCTGCCCATG
CAGGCGGTGGTTCAGCTGAATGCACCACCCAACACTCCGGTTTTCACGCT
CCAGGCCCGAGATCCCGATACCGATCATAATATCCATTATTTCATCGTTC
GCGATCGAACTGGCGGACGTTTTGAGGTGGACGAGCGATCTGGAGTGGTG
AGGACCAGGGGCACGGACCTCTTCCAGCTGGATATGGAATATGTCCTGTA
CGTAAAGGCAGAGGATCAGAATGGAAAGGTCGATGATCGCAGGTTCCAGA
GCACCCCCGAGGAGCGACTCTCGATTGTGGGTGGCAAACGAGCTCCCCAG
TTCTACATGCCCAGCTATGAGGCCGAGATCCCAGAAAATCAGAAAAAGGA
CTCAGACATCATTTCGATTAAGGCCAAGTCGTTCGCGGACCGCGAGATTC
GCTATACCCTGAAGGCCCAGGGCCAGGGGGCCGGCACCTTTAACATCGGA
CCCACGTCGGGCATTGTCAAGTTGGCCAAGGAGCTGGACTTTGAGGATCT
GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGACTCCG
GGGGCTTTTCCACCTCCGTCGATCTCACCATTCGCGTTACGGATGTGAAC
GACAATGCCCCGAAATTCGAGCTGCCCGATTATCAGGCCCACAACGTTGA
TGAGGATATTCCACTGGGCACAAGCATACTTCGGGTTAAAGCTATGGATT
CCGATTCAGGATCGAATGCTGAAATAGAATACCTAGTATCCGATGACCAT
TTCGCCGTGGATTCCAACGGAATTATCGTGAACAACAAGCAACTGGATGC
GGACAATAATAATGCCTACTACGAGTTCATAGTCACGGCCAAGGACAAGG
GTGAACCGCCAAAGTCTGGAGTGGCTACAGTGCGTGTTTACACCAAAAAC
AAGAACGACGAGGAGCCCAAGTTCTCCCAGCAGGTGTATACCCCCAATGT
GGATGAGAATGCTGGTCCAAATACTTTGGTTACCACTGTTGTGGCCTCCG
ATAAGGATGGCGACAACGTTAGGTTTGGATTTGTGGGCGGTGGCACTTCG
TCGGGTCAGTTTGTCATAGAGGACATAACCGGTGTGATCCGACTGCACAA
TAAAGCCATATCCCTGGACAGGGACAAGTACGAGTTGAACGTTACGGCCA
TGGATGATGGATCTTGTTGTGTGAATGGCGATCAAACTATCCACACTTCG
ACCGCCGTGGTTGTGGTCTTTATCACCGATGTCAACGATAATAAGCCGGT
GTTCAAGGACTGCAGTACCTACTACCCGAAAGTCGAGGAGGGAGCTCCAA
ATGGAAGTCCCGTCATTAAAGTTGTGGCCACCGACGAGGATAAGGGTGTC
AATGGACAGGTGAAATACTCGATTGTTCAGCAGCCGAATCAGAAAGGTAC
AAAGTTCACAGTCGATGAGGAAACGGGAGAGGTGTCCACCAACAAGGTCT
TCGATCGAGAGGGAGATGATGGAAAATTTGTATCAGTCACAGTGAAGGCC
ACAGATCAGGGTGATCCAAGTCTGGAAGGCGTGTGCTCCTTTACCGTGGA
GATCACAGATGTCAACGATAATCCCCCACTGTTTGATCGTCAGAAATACG
TTGAGAATGTAAAGCAGGATGCCAGTATTGGCACCAATATCCTCCGTGTC
TCCGCCTCCGATGAAGATGCCGACAACAATGGAGCTATAGTATACAGCCT
GACTGCACCCTTTAATCCCAACGATCTGGAATACTTTGAAATCCAGGCCG
AATCCGGTTGGATTGTGCTCAAGAAACCGCTTGACCGTGACCGATATCGC
TTGAGGGTTAGCGCCTCCGATAAGGGCACTCCCGCCTCGGCCGCCGATGT
CGACGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCACCCATTTGGG
ATAAGAGCATTTACGGGCCGATTCACATACGCGAGAATGTCACTGTGGGT
ACGGTTGTAACATCGGTTAAGGCAAGTTCTGGTATTGAAGGCAATCCCAC
AGTTTTTTATCGATTGATGCCCGGGTCAACGGCCCAAACGAACAAATTTC
ACACGTTCTACTTGCAACAAAGACCGGACAACGGCGATACTTGGGCAGAT
ATAAAAGTCAATCATCCGCTGGACTACGAAAGCATCAAGGAATACAATTT
AACCATACGTGTTGAGAACAACGGGGCCCAACAACTGGCATCGGAAGCGA
CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
GAACGCGAACAGGAAACGGTGCTCGAGGGCGAACCGATTGGCACCAAAGT
GACACAAGTGAACGCCATCGACAAGGACGGCACATTCCCAAATAATCAGG
TGTACTACTACATTGTCGATTCGCCGCGAAACGAGGGCAAGGAATTCTTC
GAAATCAACCTGCAGAGTGGAGAGATATTCACGAAAACCGTTTTCGACAG
GGAGAAGAAGGGCGCCTATGCCCTCGAAGTGGAGGCCCGCGATGGAGCGC
CCTCGGCGAGACCCAATAGCAACGGACCCAATTCAGTCACCAAATTCATA
CGCATTGGCATCGCCGATAAAAACGATAATCCGCCCTATTTCGACAAATC
GCTGTACGAGGCCGAAGTGGATGAGAACGAGGACATTCAGCACACAGTGC
TCACTGTAACCGCCAAGGATCACGACGAGTCCTCACGTATCCGCTATGAA
ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
AACTGAAATTGGTTGCGTCGGACAGTTTGAATGAAAATCAAACAACAATC
GTCATAAATGTGCGCGACGTCAACGATCTGCCACCGCGATTCCCGCAGAC
ATCCTATGAGCGAACTCTCGACGAGGGAATGACCGACACGCCCTTTACCA
TCATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
GTGTACTTCCTCACGGGCCAAGGCATTGATCCGGATAATCCGGCCAATAG
CAAATTCGACATCAACCGCACCACCGGCGAAATATTCGTTTTAAAGCCCC
TGGATCGCGATCAACCGAACGGACGACCCCAGTGGCGCTTCACTGTATTC
GCCCAGGACGAGGGTGGCGAGGGACTCGTGGGATACGCGGATGTCCAGGT
CAATCTGAAGGACATCAACGATAATGCCCCCATTTTCCCACAGGGCGTTT
ACTTTGGCAACGTGACGGAGAACGGCACCGCCGGCATGGTGGTGATGACC
ATGACGGCCGTGGACTACGACGATCCCAACGAGGGTTCCAATGCCCGGCT
GGTGTACTCCATCGAGAAGAACGTGATTGAGGAGGAGACGGGGTCACCCA
TTTTCGAAATCGAACCCGACACGGGTGTGATAAAGACCGCCGTTTGTTGT
CTGGATCGCGAGAGAACCCCTGATTACTCGATACAGGTCGTTGCGATGGA
TGGCGGGGGGTTAAAGGGGACGGGGACGGCCTCCATACGGGTTAAGGATA
TCAACGATATGCCGCCGCAGTTTACGAAAGACGAATGGTTTACGGAAGTG
GACGAAACGGATGGCACTGCTCTGCCGGAAATGCCCATTTTAACCGTGAC
CGTACACGATGAAGACGAAACTAACAAGTTCCAGTACAAGGTTATCGATA
ACAGTGGCTATGGTGCCGATAAGTTCACCATGGTGCGGAATAACGATGGA
ACTGGTTCCCTGAAAATCGTACAGCCCCTGGACTACGAGGATCAACTGCA
GAGCAATGGCTTCCGTTTCCGCATTCAGGTGAACGACAAGGGCGAGGACA
ACGACAATGATAAGTACCATGTGGCCTATTCGTGGGTTGTGGTCAAACTG
AGGGACATTAACGATAATAAGCCGCACTTCGATCGGGCCAATGTGGAGGT
CTCCGTTTTCGAGGACACCAAGGTGGGCACTGAGCTCGAGAAGTTCAAGG
CAACCGATCCGGATCAGGGTGGCAAGAGCAAGGTCTCCTATTCCATCGAT
CGTTCTTCGGATCGTCAGCGGCAGTTTGCCATCAACCAGAATGGTTCGGT
GACCATTCAACGCTCCCTGGATCGCGAAGTGGTGCCCCGTCATCAGGTCA
AAATTCTGGCGATAGATGATGGTTCCCCACCAAAAACCGCCACGGCTACA
CTTACAGTCATCGTTCAGGATATCAACGATAATGCTCCCAAGTTCCTAAA
AGACTACAGACCAGTACTGCCTGAGCATGTGCCTCCTCGTAAAGTGGTGG
AGATCCTGGCCACCGATGACGATGATCGCTCTAAGAGTAATGGTCCACCT
TTCCAGTTCCGATTGGACCCCAGTGCCGATGATATTATCCGTGCTTCTTT
CAAGGTGGAACAGGATCAAAAGGGTGCCAATGGTGATGGTATGGCCGTGA
TTTCCTCCCTGCGATCCTTCGATCGCGAACAGCAAAAGGAGTATATGATC
CCGATTGTGATCAAGGATCACGGTTCTCCGGCAATGACTGGTACCAGTAC
TTTGACCGTCATAATCGGTGATGTGAATGACAACAAAATGCAGCCTGGCT
CCAAGGACATCTTCGTCTACAACTACCAAGGACAATCGCCAGACACTCCA
ATTGGTAGGGTCTATGTCTACGATCTGGATGATTGGGATCTGCCCGACAA
GAAGTTTTACTGGGAGGCCATGGAACATCCGCGCTTCAAGTTGGACGAGG
ACTCCGGCATGGTCACCATGAGGGCAGGAACCCGCGAAGGACGTTACCAT
CTCAGGTTTAAGGTCTACGATCGTAAGCACACCCAAACCGATATACCAGC
CAATGTCACGGTTACGGTGAGGGAGATTCCCCATGAAGCTGTTATAAACT
CGGGATCCGTACGACTATCTGGCATTTCGGATGAAGACTTCATCCGAGTG
TGGAACTATAGGACCCAGAGCATGAGTCGCTCAAAAATGGATCGCTTCAG
AGATAAACTGGCTGATTTACTGAATACCGAGAGGGATAATGTTGACATAT
TCAGTGTGCAGCTGAAGAGAAAACACCCTCCTCTAACTGACATCAGGTTC
TCGGCTCATGGGTCTCCCTACTACAAACCAGTTAGGCTAAATGGCATTGT
CTTGATGCATCGCGAGGAGATCGAAAAGGATGTGGGCATCAATATCACCA
TGGTGGGCATTGATGAGTGTCTGTATGAAAACCAAATGTGCGAGGGTAGC
TGCACGAATGCCCTGGAAATCAGTCCCCTGCCCTATATGGTTAATGCCAA
CAAAACTGCCTTGGTCGGTGTTCGAGTGGACACCATTGCAGACTGTACTT
GTGGGGCCCGTAACTTCAGTAAACCCGAGTCCTGCCGAACAACTCCCTGT
CACAATGGTGGACGTTGTGTAGACACCAGATTTGGACCCCATTGCTCGTG
TCCGGTGGGCTATGCAGGTCCCAGATGTCAGCAGACCACTCGAAGTTTCC
GTGGAAACGGTTGGGCCTGGTATCCTCCCCTGGAGATGTGTGACGAATCG
CATTTGAGTCTGGAATTCATCACCCGCAAGCCTGATGGCCTGATCATTTA
CAATGGACCCATAGTTCCGCCAGAACGGGATGAGACGCTCATATCCGACT
TTATTGCCCTGGAACTGGAGCGAGGTTATCCCAGACTACTGATAGACTTT
GGTTCGGGCACCTTGGAGCTGCGAGTGAAGACCAAAAAGACTTTGGACGA
TGGTGAATGGCACAGGATCGATCTGTTCTGGGATACCGAAAGCATTCGCA
TGGTGGTGGACTTCTGTAAGTCGGCGGAAATTGCCGAAATGGAGGATGGC
ACTCCTCCAGAATTCGATGACATGTCCTGCCAGGCGAGAGGACAGATTCC
GCCATTCGATGAGTATCTCAATGTTAATGCTCCTCTGCAAGTGGGTGGTT
TGTACCGCGAGCAGTTCGATCAGAGTCTGTACAACTGGCACTATATGCCC
ACGGCCAAGGGCTTCGATGGTTGTATCAGAAACTTGGTGCATAACTCCAA
GCTCTATGATCTTGCTCATCCGGGACTGTCGAGGAATAGTGTGGCTGGTT
GTCCGCAAACCGAGGAAGTGTGCGCCCAAACGGAAACCACAGCCCGTTGC
TGGGAACATGGAAATTGCGTGGGATCCCTGTCCGAAGCTCGCTGCCATTG
TCGACCTGGTTGGACGGGTCCTGCCTGTAACATTCCCACCATACCCACCA
CCTTCAAGGCCCAGAGTTATGTGAAGTACGCCCTGAGCTTCGAACCCGAT
CGGTTCAGCACTCAAGTCCAGCTGAGATTCCGCACGAGGGAGGAGTACGG
AGAACTTTTCCGCGTGAGCGATCAGCACAATCGAGAGTATGGAATTCTGG
AGATCAAGGATGGTCACCTCCATTTCCGTTACAACCTGAATTCCCTTCGT
ACCGAGGAGAAGGATCTGTGGCTAAATGCCATAGTGGTCAACGATGGTCA
GTGGCACGTGGTGAAGGTTAATCGATATGGCTCTGCTGCTACTCTAGAAT
TGGATGGTGGAGAAGGTCGTCGTTATAACGAGACCTTTGAGTTCGTGGGC
CACCAGTGGCTGTTGGTGGACAAACAAGAGGGTGTCTATGCTGGCGGAAA
GGCAGAATACACTGGCGTCAGAACCTTTGAGGTATACGCTGATTACCAGA
AGAGCTGTCTCGATGATATACGTCTTGAAGGTAAGCACCTTCCTCTGCCA
CCTGCGATGAATGGTACCCAATGGGGTCAGGCCACAATGGCCAGGAACCT
GGAGAAGGGTTGTCCCTCGAACAAACCCTGCTCGAATGTGATCTGCCCCG
ATCCCTTCGAGTGCGTGGATCTTTGGAATGTCTACGAGTGCACCTGTCCG
GCGGGCTACAGAAGCTCCGGCAGCACCTGTGTCAACGATAACGAGTGCCT
ACTGTTCCCATGCCGCAACGGGGGTCGCTGTCGCGATCATCATCCCCCCA
AGAAGTACGAGTGCCACTGCCCCATGGGCTTCACCGGCATGCACTGCGAA
CTGGAGTTATTGGCCTCGGGTGTATTGACGCCATCCCGTGATTTTATTGT
CGCCCTGGCGCTCTGCCTGGGCACTCTGATACTACTCGTCTTGGTCTTCG
TCGTATACAATCGTCGCCGTGAGGCGCATATCAAATATCCGGGTCCCGAC
GATGATGTGCGCGAGAATATCATCAACTATGACGATGAGGGAGGCGGCGA
GGATGATATGACCGCCTTTGATATCACACCTCTGCAGATACCAATTGGAG
GGCCAATGCCACCTGAGCTGGCGCCCATGAAAATGCCAATTATGTATCCT
GTAATGACCTTAATGCCAGGTCAGGAACCCAATGTGGGCATGTTCATTGA
GGAGCATAAAAAGCGTGCCGATGGTGATCCTAACGCGCCGCCTTTTGACG
ACTTGAGGAACTATGCGTACGAGGGCGGCGGCAGCACAGCTGGATCGCTC
AGCTCGTTGGCTTCAGGAACTGATGACGAGCAGCAGGAATACGACTACCT
CGGAGCCTGGGGGCCACGCTTTGACAAGCTGGCCAACATGTACGGACCCG
AGGCGCCCAATCCCCACAACACCGAACTAGAATTG---
>D_eugracilis_CadN-PC
ATGGCGGCACGACGTTGCCTGGATTTGCTCAGGCAACGTTATATAACCAA
CCGATTTAATATATACACCTGCGCGATATATTTGATAGCCCTCCCGTTAG
TTTTGGCCATAGAGGAGACCACATTTGCTGGTCTATCGGCGGAAAATGCA
GCCCGCATGTTGGCTGGCAGTCCAGGGGATGTGGAAAAGTCACCCTCGTC
ACATCACAGTGAAATGTCCCTGGTGCTGCCACACGATACCTATCCTGGAT
TTAGCATCAAGAAGTTCAAAACCCATCCCGCTAAGATAAATGGTAGCTCG
CATGCCGGCGGAGCTGCCTATCACATGTTGGATAGTGATTACTCAAAGTA
CTTTACCGTACTGGAAGATGGTGTGGTGATGACCACAGCGGATATATCTC
CGCTGGTCAATCGTCCAGTTCAATTGGTGGTCGTTGAACAAACTCCCAAT
GTCACCAATACCCACAATCTTCAGTTATTCGTAATGCATCGCAATGACAT
GCTGCGATTTTCGGGTTCCCTACTCGATGCCAGTGGTGAAGTAAGGGAGA
ATCAACCGGCGGGTACCCGGGTAAGAGGAGTGCCCCTAATGCAGGCCTTC
AGTGGTTCCATCCTGGATGAAGAACTGGCCACACCCAAGAAAGTTAGGTA
CACCATTATTGACGGCAACGTAGATGATGCATTCGCTCTGCAGGAACGCA
AGTCCAATAAAAATATTCAATTAAGTGCAAAGTCCTTGGTAATTAATGGT
GATGATGAATCCGGTGTTTGGCTGGTCACCAATCGTCCTTTGGATCGAGA
GGAAAGGGCTCACTATGATCTCTCCGTGGAAGCTTCAGATGTTGATGGCT
TGGATAAGACCATATCCAAAATACAAATCTCAGTGCTAGATGAAAACGAT
AATAGACCGATTTTCAAGTCATTGGATTATAAATTCGCCATTGCTGGTCA
AAAGTCTGCTAATATGGAGAGCAATAGTAGTGTGACTTATCAGCGATTTG
CGATCATGGGCAAAGTTGAAGCCACCGATGCTGATGGTGATAAAATTGCC
TACAGGCTGAAGTCACCAAGCAATGTTGTAATTATCGTACCACAAACTGG
TGAAATAATGCTGGCAGGTGAACCCACTTCAAACGAACTTCTTATCGAGG
TGATAGCCCATGACTTGAGGTATCCCAGTCTATTGAGTGCTAAACCAGCG
AAGGTTTTGTTGGAATTCTTGGCTGCTGAACCAGTTTCGTTTATCATGCA
ACATCTGGAACATGATGAGATAAATAATCACTCGCATCACCGAGAGAAAA
GACGAGTTACCCGAGCTGTTCGACCCACCAAGAGGATTGAATTCACTGAA
GCCGATGGCGATACCGAGGGAAAGTCGGTGTTCCAATTGGAAAAGGAAAC
CGATAAGGAAACATTTAAGATCCGAGACGATAACCCCTGGGTGACGGTGG
AAACAAATGGAGCAGTGCGAGTCAAGAAGAAGTGGGACTACGAGGAGCTG
GGTCCAGAGAAGACCATCGATTTCTGGGTCATTATCACAAACATGGGACA
TAATGCTGGCATCAAGTATACGGACAACCAGCGTGTGATAATTCTGGTGA
AGGATGTGAACGATGAGCCACCGTACTTCATCAACCGACCACTGCCCATG
CAGGCGGTGGTTCAGCTGAATGCACCACCCAACACTCCAGTTTTCACACT
ACAAGCTCGGGATCCCGATACGGATCATAATATTCATTATTTCATCGTTC
GTGATCGAACTGGTGGGCGTTTCGAGGTGGACGAACGATCTGGAGTAGTC
AGGACTAGGGGTACGGATCTCTTTCAACTGGATATGGAATACGTACTGTA
CGTAAAGGCTGAGGATCAAAATGGAAAGGTCGATGATCGCAGATTCCAGA
GCACTCCCGAGGAGCGACTTTCGATTGTGGGTGGCAAACGCGCCCCTCAA
TTCTATATGCCCAGCTATGAAGCCGAGATCCCAGAAAACCAGAAAAAGGA
CTCAGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGCGAAATAC
GTTATACTTTAAAGGCCCAGGGCCAGGGAGCCGGCACCTTTAACATTGGA
CCCACGTCGGGCATTGTCAAGTTGGCCAAAGAGTTGGACTTTGAGGATCT
GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCAACGGAGGACTCTG
GAGGATTTTCCACCTCCGTCGATCTCACTATTCGCGTTACGGATGTGAAT
GACAACGCTCCGAAATTCGAGCTGCCTGATTACCAAGCTCACAACGTGGA
TGAGGATATTCCGCTGGGCACGAGCATACTTCGAGTGAAAGCTATGGATT
CAGATTCGGGGTCAAATGCTGAAATCGAATACTTAGTATCCGATGACCAT
TTCGCCGTTGATTCAAATGGAATTATTGTGAACAACAAGCAACTGGATGC
GGATAATAATAATGCTTACTACGAGTTCATAGTCACTGCCAAGGATAAAG
GTGAACCGCCTAAGTCGGGAGTTGCCACAGTTCGTGTTTACACAAAAAAC
AAGAACGATGAAGAGCCAAAGTTCTCACAGCAAGTGTATACCCCAAATGT
GGATGAGAATGCAGGTCCTAACACGTTAGTTACCACTGTGGTTGCCTCTG
ATAAGGATGGTGATAACGTACGGTTTGGCTTCGTGGGCGGCGGCACTTCG
TCGGGTCAGTTTGTCATCGAGGACATAACCGGTGTTATCCGACTGCATAA
TAAAGCCATATCCCTGGACAGAGACAAGTACGAGCTGAATGTCACGGCCA
TGGACGATGGATCATGTTGTGTGAATGGCGATCAAACTATCCACACCTCA
ACCGCCGTGGTTGTGGTCTTCATCACTGATGTTAACGACAATAAGCCAGT
GTTCAAGGATTGCAGTACCTATTATCCGAAAGTTGAGGAAGGTGCTCCCA
ATGGTAGTCCAGTAATTAAAGTTGTGGCCACCGATGAGGATAAGGGAGTA
AATGGACAGGTGAAATACTCGATAGTTCAGCAGCCAAATCAGAAGGGAAC
TAAGTTCACGGTGGACGAGGAAACTGGCGAGGTGTCCACCAATAAGGTCT
TCGATCGTGAGGGAGATGATGGCAAGTTTGTATCCGTAACAGTAAAGGCC
ACGGATCAGGGTGATCCAAGTTTGGAGGGTGTTTGCTCCTTCACCGTAGA
GATCACAGATGTCAACGATAATCCTCCACTGTTCGATCGTCAGAAATATG
TAGAGAATGTGAAACAGGATGCCAGCATTGGCACAAATATCCTCCGTGTC
TCCGCCTCCGATGAAGATGCCGATAACAATGGAGCTATAGTATATAGTCT
CACAGCCCCCTTCAATCCCAACGATCTGGAATACTTCGAAATTCAGGCAG
AATCCGGTTGGATTGTTCTCAAAAAACCGCTTGACCGTGACCGTTATCGC
TTGAGGGTTAGCGCCTCCGATAAAGGCACTCCCGCCTCGGCAGCCGATGT
CGATGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCACCCATTTGGG
ATAAGAGCATTTACGGGCCGATACACATACGCGAGAATGTCACTGTGGGT
ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGTATTGAAGGAAATCCCAC
AGTTTTTTATCGACTGATGCCCGGGTCAACGGCCCAAACGAACAAATTTC
ACACGTTCTACTTGCAACAAAGACCGGACAATGGCGACACTTGGGCCGAT
ATAAAAGTAAATCATCCGCTGGATTACGAAAGTATCAAGGAATATAATCT
TACCATACGTGTGGAGAACAACGGGGCCCAACAATTGGCATCGGAAGCGA
CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
GAACGAGAACAGGAAACGGTGCTCGAGGGAGAACCGATTGGCACCAAAGT
GACACAAGTGAACGCCATCGACAAGGATGGCACATTCCCAAATAATCAGG
TCTACTACTACATTGTCGATTCGCCGCGAAACGAGGGCAAAGAATTCTTC
GAAATTAACCTGCAGAGTGGCGAAATATTCACGAAAACCGTATTCGATAG
GGAGAAGAAGGGCGCCTATGCCCTCGAGGTGGAGGCACGGGACGGAGCTC
CATCTGCTCGCCCCAATAGCAATGGACCAAATTCAGTCACCAAATTCATA
CGCATTGGCATCGCCGATAAAAACGATAATCCGCCCTATTTCGACAAATC
GCTGTACGAGGCCGAAGTGGATGAGAACGAGGACATTCAGCACACAGTTC
TCACTGTAACGGCCAAGGATCACGACGAATCCTCACGTATCCGCTATGAA
ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
AACTGAAATTGGTTGCCTCGGACAGTTTGAATGAAAATCAAACAACAATC
GTCATAAATGTGCGCGACGTCAACGATCTGCCGCCGCAATTCCCGCAGAC
ATCCTATGAGCGAACTCTCGACGAGGGAATGACCGACACGCCCTTTACCA
TCATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAATATC
GTGTACTTCCTCACGGGCCAAGGCATTGATCCGGATAATCCAGCCAATAG
CAAATTCGACATCAACCGCACCACTGGCGAAATATTCGTTTTAAAGCCCC
TGGATCGCGATCAACCGAACGGACGTCCCCAGTGGCGATTCACTGTATTC
GCCCAGGACGAGGGTGGCGAGGGACTCGTGGGCTATGCGGATGTCCAGGT
CAATCTGAAGGACATCAACGATAATGCCCCCATTTTCCCACAGGGCGTAT
ACTTTGGCAACGTGACCGAGAACGGCACCGCCGGCATGGTTGTGATGACC
ATGACAGCAGTGGATTACGACGATCCCAATGAGGGTTCCAATGCCCGGCT
TGTCTACTCTATTGAAAAGAACGTGATTGAGGAGGAAACTGGGTCCCCCA
TATTTGAAATTGAACCCGATACGGGTGTGATAAAGACTGCAGTATGTTGT
TTGGATCGCGAGAGAACTCCGGACTATTCGATACAGGTCGTTGCGATGGA
TGGCGGAGGGTTAAAGGGGACGGGGACGGCCTCTATACGTGTTAAAGATA
TCAACGATATGCCGCCGCAGTTTACGAAAGACGAATGGTTTACGGAAGTG
GACGAAACGGATGGTACGGCACTGCCGGAAATGCCCATTTTAACTGTAAC
CGTACACGATGAAGACGAAACCAATAAGTTTCAATATAAAGTTATCGATA
ACAGTGGTTATGGTGCCGATAAATTTACCATGGTGCGGAATAACGATGGA
ACTGGTTCCCTGAAAATCGTACAGCCCTTGGACTACGAAGATCAGCTGCA
GAGCAATGGCTTCCGTTTCCGCATTCAAGTCAATGACAAGGGCGAGGACA
ATGACAATGATAAATACCATGTGGCCTACTCGTGGGTTGTGGTTAAACTA
AGAGATATCAATGACAATAAACCGCATTTCGACCGTGCCAATGTGGAGGT
CTCCGTTTTCGAGGACACTAAAGTTGGCACCGAACTCGAGAAGTTCAAGG
CAACCGATCCGGATCAGGGTGGCAAGAGTAAGGTCTCCTATTCCATCGAT
CGTTCCTCGGATCGTCAGCGCCAGTTTGCCATTAACCAGAATGGTTCAGT
AACCATTCAACGTTCCCTGGATCGCGAGGTTGTGCCGCGTCACCAGGTTA
AAATTCTGGCCATCGATGATGGATCTCCACCAAAGACCGCCACTGCTACT
CTAACAGTTATCGTTCAGGATATCAACGATAATGCTCCCAAGTTCCTAAA
AGACTACAGACCAGTATTGCCAGAGCATGTGCCTCCACGTAAGGTGGTTG
AAATTCTGGCCACCGATGACGATGATCGCTCCAAGAGCAATGGCCCACCA
TTCCAGTTCCGTTTGGACCCCAGTGCCGATGATATTATCCGTGCTTCCTT
CAAGGTGGAACAAGATCAAAAGGGTGCCAATGGTGATGGTATGGCCGTCA
TTTCCTCACTGCGATCCTTTGATCGGGAACAGCAAAAGGAGTATATGATC
CCGATTGTGATCAAGGATCATGGTTCACCGGCAATGACTGGAACCAGCAC
ATTGACCGTCATTATTGGCGATGTAAATGACAATAAAATGCAGCCTGGCT
CCAAGGAAATCTTCGTGTACAACTACCAAGGACAATCGCCAGATACTCCA
ATTGGTCGGGTCTATGTCTACGATTTGGATGATTGGGATCTGCCCGATAA
GAAGTTCTACTGGGAGGCCATGGAGCATCCGAGATTCAAGTTGGATGAGG
ATTCCGGCATGGTCACCATGAGAGCTGGAACTCGCGAAGGACGCTATCAT
CTTAGGTTTAAAGTCTACGATCGTAAGCACACTCAAACCGATATTCCAGC
CAATGTCACAGTTACTGTGCGGGAAATACCTCACGAAGCTGTTATAAACT
CGGGATCAGTGCGTCTATCAGGCATTTCAGATGAGGATTTCATTCGAGTC
TGGAACTATAGAACCCAGAGCATGAGTCGCTCGAAAATGGATCGCTTCAG
GGATAAGCTGGCTGACTTACTGAACACCGAAAGGGAAAATGTCGATATAT
TCAGTGTGCAATTAAAGAGGAAATATCCGCCTCTAACCGATGTTAGATTC
TCGGCCCATGGATCTCCGTACTACAAACCTGTGAGGCTAAATGGCATTGT
TCTGATGCATCGCGAGGAGATCGAAAAGGATGTCGGCATCAATATCACCA
TGGTTGGCATCGATGAGTGTCTGTATGAGAATCAAATGTGCGAGGGTAGC
TGCACAAATGCCCTAGAAATCAGTCCTTTGCCTTATATGGTTAATGCCAA
CAAAACTGCCTTGGTGGGTGTTCGAGTGGATACCATTGCTGATTGTACTT
GTGGTGCCCGTAACTTCAGCAAGCCTGAGTCCTGCCGAACAACTCCGTGT
CACAATGGTGGACGTTGTGTAGATACCAGATTTGGTCCTCACTGCTCGTG
TCCTGTGGGCTATGCTGGTCCCAGATGTCAGCAAACCACTCGCAGTTTCC
GAGGAAACGGCTGGGCCTGGTACCCTCCTCTGGAAATGTGCGACGAATCT
CATTTAAGTTTGGAATTTATTACCAGAAAACCAGATGGTCTAATCATTTA
CAATGGACCTATTGTTCCACCAGAACGAGATGAGACGCTTATATCAGATT
TTATTGCTCTAGAATTGGAGCGAGGTTATCCTAGACTCCTTATCGACTTC
GGTTCGGGAACTTTGGAACTGAGAGTGAAGACCAAGAAGACCTTGGACGA
TGGTGAATGGCATAGGATCGATCTGTTCTGGGACACCGAATCCATTCGCA
TGGTCGTGGACTTCTGTAAATCAGCGGAGATTGCCGAAATGGAGGATGGT
ACTCCACCAGAATTCGATGACATGTCCTGCCAGGCGAGAGGACAAATTCC
GCCATTCAATGAGTACCTTAATGTTAATGCTCCCTTGCAAGTGGGTGGAT
TATATCGAGAGCAATTCGATCAGAGTCTGTATTTCTGGCACTACATGCCC
ACTGCCAAGGGTTTCGATGGCTGCATCCGAAATTTGGTCCACAATTCGAA
ACTTTATGATCTGGCTCATCCGGGACTCTCGAGGAATAGTCTTGCAGGTT
GTCCACAAACCGAGGAAGTTTGTGCCCAAACGGAAACCACATCTCGGTGC
TGGGAACATGGAAATTGTGTTGGATCGTTGTCCGAGGCTCGATGCCATTG
CCGACCGGGTTGGACAGGACCTGCCTGTAACATTCCTACAATACCCACAA
CCTTCAAAGCCCAGAGTTATGTAAAATACGCCTTGAGTTTCGAACCGGAT
CGTTTCAGCACTCAAGTCCAGTTGAGATTCCGAACAAGAGAGGAGTACGG
CGAACTTTTCCGGGTTAGCGATCAGCATAATCGAGAATATGGAATTCTGG
AGATCAAAGATGGTCATCTGCACTTCCGTTACAATCTCAACTCCCTTCGT
ACTGAAGAAAAGGATCTCTGGCTAAACGCCATAGTGGTTAACGATGGTCA
ATGGCATGTGGTGAAGGTAAATCGATATGGATCTGCTGCTACCTTGGAGT
TGGATGGAGGAGAGGGTCGTCGCTACAACGAAACCTTTGAATTCGTGGGG
CATCAGTGGTTGCTGGTGGACAAACAAGAGGGTGTCTATGCAGGCGGAAA
AGCTGAATACACTGGTGTTAGAACATTTGAGGTGTACGCCGATTACCAGA
AGAGCTGTCTCGATGATATACGACTTGAAGGCAAACATCTTCCTCTGCCA
CCGGCGATGAATGGCACCCAATGGGGACAGGCCACTATGGCCAGGAATCT
AGAGAAGGGTTGTCCATCAAATAAACCCTGCTCGAATGTGATCTGCCCCG
ATCCCTTCGAATGCGTAGACCTCTGGAATGTTTACGAGTGCACCTGTCCG
GCTGGCTACAAAAGCTCCGGCAGCTCTTGTATCAACGACAACGAGTGCCT
ACTGTTCCCGTGCCGCAACGGTGGTAGGTGTCGCGATCATCATCCTCCAA
AGAAGTACGAGTGCCACTGCCCCATGGGCTTCACCGGCATGCACTGCGAA
CTGGAGTTATTGGCCTCCGGCGTATTGACGCCATCCCGTGATTTTATTGT
CGCCCTGGCACTCTGTCTGGGCACTCTGATACTACTCGTCTTGGTATTCG
TCGTATACAATCGTCGCCGTGAGGCGCATATCAAATATCCTGGTCCCGAT
GACGATGTGCGCGAGAATATTATCAACTATGACGATGAGGGAGGCGGCGA
GGATGATATGACCGCCTTTGATATCACACCCCTGCAGATACCAATTGGAG
GGCCAATGCCACCTGAGCTGGCGCCTATGAAAATGCCAATTATGTATCCC
GTTATGACCTTAATGCCAGGTCAGGAACCCAATGTGGGCATGTTCATCGA
GGACCATAAAAAGCGCGCCGATGGTGATCCAAACGCGCCGCCTTTCGATG
ACTTGAGGAATTACGCGTACGAGGGTGGCGGCAGTACAGCTGGATCGCTT
AGCTCATTGGCTTCAGGAACTGATGACGAGCAGCAGGAGTATGATTACCT
TGGAGCCTGGGGACCACGCTTCGACAAGCTGGCCAATATGTATGGACCCG
AGGCGCCCAATCCCCATAATACCGAACTAGAATTG---
>D_ficusphila_CadN-PC
ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGTTATATAACCAC
AAAACTGAATCTCTACACCTGCGCGATACTTTTGATATGCCTCCCGTTCA
TTTTGGCCATAGAGGAGACCACATTCGCTGGTTTGTCGGCGGAGAATGCG
GCTCGCATGTTGGCTGGCAGTCCTGGCGATGTGGAAAAATCGCCATCG--
-CATCACAGTGAAATGTCCTTGGTCCTGCCACACGATACCTATCCCGGGT
TCAGCATCAAGAAGTTCAAAACCCATCCTCTCAAGATAAATGGCAGCTCG
CATTCCGGCGCAGCTGCCTACCACATGTTGGATAGCGACTACTCCAAGTA
CTTCACGGTACTTGAAGACGGTGTGGTGATGACCACGGCGGACATTTCTC
CGCTGGTAAATCGTCCAGTTCAACTGGTGGTGGTTGAACAAACGCCCAAT
GTCACCAACACCCACAATCTTCAGTTGTTCGTGATGCACCGCAACGATAT
GCTGAGGTTCTCGGGTTCACTACTTGATGCCAGTGGTGAAGTAAGGGAAA
ACCAGCCAGCGGGAACCAGAGTGAGAGGAGTTCCCCTAATGCAGGCCTTC
AGTGGATCCATCCTGGAAGAGGAGCTCGCCACGCCCAAGAAGGTCAGGTA
CACCATCATCGATGGCAACGTTGATGATGCCTTTGCCCTCCAGGAACGCA
AGGCCAATAAGAACATTCAAATAAGTGCCAAGTCATTGGTAATTAATGGT
GATGATGAGTCCGGTGTTTGGCTGGTCACCAATCGTCCTTTGGATCGCGA
GGAACGAGCTCACTATGATCTCTCCGTGGAAGCCTCCGATGTGGATGGTT
TGGACAAGACAGTTTCCAAAATCCAGATCACCGTTCTCGATGAAAACGAC
AACAGACCGATTTTCAAGTCCCTGGATTACAAATTCGCCATCGCTGGTCA
GAAGTCTGCGAATATCGAGAGCAATAGTAGTGTTACCTATCAGCGATTTG
CGATCATGGGAAAAGTGGAGGCCACCGATGCTGATGGGGATAAAATCGCC
TATCGCTTGAAGTCCCCCAGCAATGTTGTGATTATTGTCCCCCAAACTGG
GGAAATAATGCTGGCCGGTGAACCCACTTCGAATGAACTTCTTATCGAGG
TGATAGCTCATGACTTAAGGTATCCCAGTCTATTGAGCGCCAAGCCGGCA
AAGGTTTTATTGGAGTTTTTAGCTGCCGAACCAGTATCGTTTATAATGCA
ACACTTGGAACACGATGAGGTGAACAATCACTCACATCACCGAGAGAAAA
GAAGGGTCACACGAGCTGTTCGACCCACCAAGAGGATTGAATTCACCGAA
GCTGACGGCGATACTGAGGGAAAATCGGTGTTCCAATTGGAAAAGGAAAC
CGATAAGGAGACCTTCAAGATCCGGGATGACAATCCCTGGGTGACGGTGG
AAACCAATGGAGCTGTGCGCGTCAAGAAGAAGTGGGACTACGAGGAGTTG
GGTCCAGAGAAGACCATCGATTTCTGGGTCATCATCACCAATATGGGACA
TAATGCTGGCATCAAGTATACGGACAACCAGCGTGTAATAATCCTGGTGA
AGGACGTGAACGACGAGCCGCCGTACTTCATCAACCGTCCCCTGCCCATG
CAGGCGGTGGTGCAACTGAATGCACCGCCCAACACTCCGGTTTTCACCCT
CCAAGCCAGAGATCCCGACACGGATCACAATATCCATTACTTCATCGTTC
GCGATCGAACTGGTGGTCGTTTTGAGGTGGACGAGCGATCTGGAGTGGTG
CGAACCAGGGGAACGGATCTCTTCCAGCTCGACATGGAGTACGTCCTGTA
CGTGAAGGCGGAGGATCAGAACGGAAAGGTCGACGACCGCAGGTTCCAAA
GCACTCCGGAGGAGCGACTGTCAATCGTGGGAGGCAAACGAGCCCCGCAG
TTCTATATGCCCAGCTATGAAGCCGAGATTCCAGAAAACCAGAAGAAGGA
CTCAGACATCATTTCGATTAAGGCCAAGTCCTTCGCAGACCGCGAAATCC
GCTACACTTTGAAGGCCCAGGGCCAAGGAGCCGGCACCTTTAACATCGGA
CCCACGTCGGGCATTGTCAAGTTGGCCAAGGAGTTGGACTTTGAGGATCT
GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGACTCAG
GAGGATTTTCCACCTCCGTCGATCTCACCATTCGCGTTACTGATGTGAAT
GACAATGCACCGAAATTCGAGCTGCCCGATTACCAAGCTCATAATGTGGA
TGAAGATATTCCTCTTGGCACAAGCATACTCCGTGTAAAAGCAATGGATT
CAGATTCCGGATCGAACGCCGAAATCGAATACCTTGTATCCGACGACCAC
TTCGCCGTGGATTCAAATGGAATCATCGTAAACAACAAACAACTGGATGC
GGATAACAATAATGCGTACTACGAGTTCATAGTCACTGCCAAGGACAAAG
GAGAACCGCCAAAATCGGGAGTGGCGACCGTTCGTGTTTACACCAAAAAC
AAGAACGACGAGGAGCCCAAGTTCTCGCAGCAAGTGTACACACCGAATGT
GGATGAGAATGCCGGTCCGAATACTTTGGTTACCACTGTGGTGGCCTCCG
ATAAGGATGGAGATAATGTCAGGTTTGGATTCGTGGGCGGCGGCACTTCG
TCGGGTCAGTTCGTCATCGAGGACATAACCGGTGTGATCCGACTGCACAA
TAAGGCCATATCCTTGGACAGGGACAAGTACGAACTGAATGTGACGGCCA
TGGACGATGGATCCTGTTGCGTGAACGGCGATCAAACCATCCACACCTCA
ACCGCCGTGGTGGTGGTCTTCATCACCGATGTCAACGATAATAAGCCGGT
GTTTAAGGACTGCAGCACTTACTATCCGAAAGTGGAGGAAGGAGCTCCCA
ACGGAAGTCCTGTCATCAAAGTTGTGGCCACTGATGAGGACAAGGGTGTG
AATGGACAGGTGAAATACTCGATTGTTCAGCAGCCCAATCAGAAGGGTAC
AAAGTTCACCGTGGACGAGGAAACCGGCGAGGTGTCCACCAACAAGGTCT
TCGATCGAGAGGGAGATGATGGCAAGTTTGTCTCGGTCACAGTGAAGGCC
ACCGATCAGGGAGATCCAAGTCTGGAGGGTGTCTGCTCCTTCACCGTGGA
GATCACAGATGTCAACGATAATCCTCCTTTGTTCGATCGTCAGAAATACG
TGGAAAATGTTAAGCAGGATGCCAGCATTGGCACGAATATCCTCCGTGTC
TCCGCCTCCGATGAAGATGCTGACAACAATGGAGCTATAGTTTACAGCCT
GACTGCCCCCTTCAATCCCAACGATCTGGAATACTTCGAAATTCAGGCCG
AATCCGGTTGGATTGTGCTGAAGAAACCGCTTGACCGTGATCGATATCGC
TTGAGGGTTAGCGCCTCCGATAAGGGCACTCCCGCCTCGGCCGCCGATGT
CGACGTTGAATTAGATGTCGTCGATCGGAATAATAAGCCACCCATTTGGG
ATAAGAGCATTTACGGCCCGATTCACATACGCGAGAATGTCACTGTGGGT
ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGCATCGAGGGCAATCCGAC
AGTTTTCTACCGTCTGATGCCCGGGTCGACGGCTCAAACGAATAAATTTC
ACACGTTCTACTTGCAACAAAGACCGGACAATGGAGACACTTGGGCCGAT
ATAAAAGTGAATCATCCGCTGGACTACGAGAGCATCAAGGAATACAATCT
TACCATACGTGTTGAGAACAACGGGGCCCAACAATTGGCGTCGGAAGCGA
CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
GAACGCGAACAGGAAACGGTGCTCGAGGGCGAACCGATTGGCACCAAAGT
GACACAAGTGAACGCCATCGACAAGGATGGCACATTCCCAAATAATCAGG
TCTACTACTACATCGTCGATTCACCGCGAAACGAGGGCAAAGAATTCTTC
GAAATCAACCTGCAGAGCGGAGAGATTTTCACGAAGACCGTATTCGACAG
GGAGAAGAAGGGCGCCTATGCCCTCGAAGTGGAGGCTCGGGATGGAGCTC
CTTCGGCGCGACCCAACAGCAATGGACCCAATTCAGTCACCAAATTCATA
CGCATCGGCATCGCCGATAAAAACGATAATCCGCCCTATTTCGACAAATC
GCTGTACGAGGCCGAAGTGGACGAGAACGAGGACATCCAGCACACAGTGC
TCACTGTAACGGCCAAGGATCACGACGAGTCCTCACGTATCCGCTATGAA
ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
TGCCATTTATGTTGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
AACTGAAATTGGTTGCGTCGGACAGTTTGAATGAAAATCAAACAACAATC
GTCATAAATGTGCGCGATGTCAACGATCTGCCACCGCGATTCCCGCAGAC
ATCCTATGAGCGAACTCTCGACGAGGGAATGACCGACACGCCCTTTACAA
TCATGCAGGTCACCGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
GTGTACTTCCTCACGGGCCAGGGAATTGATCCGGATAATCCAGCCAATAG
CAAATTCGATATTAACCGCACCACCGGCGAAATATTCGTTTTAAAGCCAT
TGGATCGCGATCAACCGAACGGTCGACCCCAGTGGCGCTTCACTGTATTC
GCGCAGGACGAAGGCGGCGAGGGACTCGTGGGCTACGCGGATGTTCAAGT
CAATCTGAAGGACATCAACGATAATGCGCCCATTTTCCCACAGGGCGTGT
ACTTTGGCAATGTGACGGAGAACGGAACCGCCGGCATGGTTGTGATGACC
ATGACAGCCGTGGACTACGACGATCCCAATGAGGGTTCCAATGCCCGCCT
GGTTTACTCCATCGAAAAGAACGTGATTGAGGAGGAAACTGGGTCGCCAA
TTTTCGAAATCGAACCCGATACGGGTGTGATTAAGACCGCAGTTTGCTGT
CTGGATCGCGAGAGAACGCCGGATTACTCGATACAAGTCGTTGCGATGGA
TGGCGGGGGGTTAAAGGGGACGGGGACGGCCTCTATAAGGGTTAAAGATA
TCAACGATATGCCGCCGCAATTCACGAAAGACGAATGGTTTACGGAAGTG
GACGAAACGGATGGCACGGCCCTGCCGGAAATGCCCATTTTAACCGTAAC
CGTTCACGATGAAGACGAAACGAACAAATTTCAGTACAAAGTTATCGATA
ACAGCGGCTATGGAGCCGATAAATTCACCATGGTGCGAAATAACGATGGC
ACTGGTTCCCTGAAAATTGTGCAACCCTTGGACTACGAGGATCAACTGCA
GAGTAATGGCTTCCGCTTCCGGATTCAGGTGAACGACAAGGGCGAGGACA
ACGACAATGATAAGTACCACGTGGCCTACTCGTGGGTTGTGGTTAAACTG
AGGGATATCAACGATAACAAACCGCACTTCGAGCGGGCCAACGTGGAGGT
GTCCGTTTTTGAGGACACCAAAGTGGGCACGGAACTCGAGAAGTTCAAGG
CAACCGATCCGGATCAGGGTGGCAAGAGTAAGGTCTCCTATTCCATCGAC
CGTTCTTCGGATCGTCAGCGACAGTTTGCCATCAACCAAAATGGCTCGGT
AACCATTCAACGTACTTTGGATCGAGAAGTTGTTCCACGTCATCAGGTCA
AAATCCTGGCCATCGACGACGGCTCTCCACCAAAAACAGCCACTGCCACA
CTCACAGTTATCGTTCAGGATATCAACGACAATGCTCCCAAGTTCCTTAA
GGATTACAGACCAGTTTTGCCAGAGCATGTGCCACCACGTAAGGTGGTTG
AAATCCTGGCCACCGATGATGACGATCGCTCGAAGAGCAATGGTCCTCCA
TTCCAGTTCCGTTTGGATCCCAGCGCCGATGATATTATCCGAGCTTCTTT
CAAGGTGGAACAGGATCAGAAGGGTGCCAATGGTGATGGCATGGCCGTCA
TTTCATCTCTGCGATCCTTCGACCGCGAACAGCAAAAGGAGTACATGATT
CCTATTGTAATCAAGGATCATGGGTCGCCAGCGATGACGGGAACAAGCAC
TTTAACAGTGATCATTGGCGATGTGAATGACAACAAAATGCAGCCCGGCT
CCAAGGACATCTTCGTTTACAACTACCAAGGACAATCGCCAGATACGCCA
ATCGGTCGAGTTTATGTCTACGATTTGGACGATTGGGATCTGCCCGACAA
GAAGTTCTACTGGGAGGCCATGGAACATCCGCGATTCAAGTTGGACGAGG
ATTCTGGTATGGTAACAATGAGGGCCGGAACTCGCGAAGGAAGATATCAT
CTCAGGTTCAAGGTGTACGATCGGAAGCACACTCAGACCGATATCCCCGC
CAATGTCACAGTTACAGTGAGAGAAATTCCTCACGAAGCAGTCATAAATT
CGGGATCAGTTCGACTGTCTGGAATTTCCGATGAAGACTTCATTCGAGTG
TGGAACTACAGGACCCAGAGCATGAGCCGCTCGAAAATGGATCGTTTCAG
GGATAAACTGGCTGATTTACTGAATACCGAAAGGGAGAATGTGGATATAT
TCAGTGTTCAATTAAAGAGGAAGCATCCACCCCTAACTGATGTTAGGTTC
TCCGCCCATGGCTCTCCGTACTACAAACCTGTAAGACTAAATGGAATTGT
GCTGATGCACCGCGAGGAAATTGAAAAAGATGTGGGTATTAACATCACAA
TGGTGGGAATCGATGAGTGTTTCTACGAGAATCAAATGTGCGAGGGTAGC
TGCACCAATTCCCTGGAAATTAGTCCTCTTCCTTATATGGTAAATGCCAA
TAAGACAGCTTTAGTTGGAGTTCGAGTGGACACCATTGCTGATTGCACTT
GTGGAGCTCGTAACTTCACTAAACCGGAATCCTGCCGAACTACTCCGTGT
CACAATGGTGGTCGTTGTGTGGACACCAGATTTGGTCCCCATTGCTCGTG
TCCTGTGGGTTATGCAGGTCCTCGGTGTCAGCAAACCACTCGCAGTTTCC
GAGGGAACGGATGGGCCTGGTATCCTCCCCTCGAAATGTGCGACGAATCG
CATTTGAGTTTGGAGTTCATAACCCGGAAACCCGATGGTTTGATTATCTA
CAACGGACCTATTGTTCCGCCGGAAAGGGATGAAATGGTTATATCAGATT
TCATTGCCTTGGAATTGGAGAGAGGTTATCCCAGACTCCTTATTGATTTC
GGTTCGGGAACTTTGGAGTTGAGAGTGAAGACCAAGAAGACTTTGGATGA
TGGTGAATGGCACAGGATCGATCTGTTCTGGGATACCGAAAGCATTCGCA
TGGTTGTTGACTTTTGCAAGTCAGCTGAGATTGCCGAAATGGAGGATGGC
ACTCCGCCGGAGTTCGATGACATGTCCTGCCAGGCGAGAGGACAAATTCC
GCCATTCAATGAGTATCTGAATGTGAATGCTCCTTTGCAAGTGGGTGGTT
TGTACCGCGAACAATTTGATCAGAGCGTTTACTATTGGCACTATATGCCC
ACGGCCAAGGGATTCGATGGTTGCATCCGGAACTTGGTTCACAACTCAAA
GCTTTATGATTTAGCTCATCCGGGACTATCGAGGAATAGTGTGGCGGGTT
GTCCGCAAACCGAGGAGGTCTGTGCCCAAACGGAGACCACGGCTCGTTGC
TGGGAACATGGAAACTGTGTTGGATCCTTGTCTGAGGCTCGATGCCATTG
TCGACCGGGTTGGACAGGTCCTGCCTGCAATATCCCCACAATTCCCACCA
CCTTCAAGGCCCAAAGTTATGTGAAATATGCCCTGAGTTTCGAGCCAGAT
CGGTTTAGCACTCAAGTTCAGTTGAGATTCCGCACAAGAGAGGAGTACGG
TGAACTTTTCCGTGTTAGCGATCAGCACAATCGGGAGTACGGAATTCTGG
AGATCAAGGATGGTCATCTTCATTTCCGATACAATCTAAACTCCCTTCGC
ACCGAAGAAAGGGATCTCTGGCTGAATGCCATAGTGGTTAACGATGGCCA
ATGGCACGTGGTGAAGGTGAATCGGTATGGATCCGCTGCTACCCTGGAAT
TGGATGGCGGAGAAGGTCGTCGGTATAACGAGACCTTTGAGTTTGTGGGT
CATCAGTGGTTGTTGGTGGACAAACAGGAGGGTGTCTATGCAGGCGGAAA
AGCTGAATACACTGGCGTGAGAACTTTTGAGGTTTACGCTGATTACCAGA
AGAGCTGTCTCGATGATATACGTCTTGAAGGCAAACACCTTCCCCTTCCA
CCAGCGATGAATGGCACCCAATGGGGTCAGGCCACGATGGCCAGGAATCT
CGAGAAGGGTTGTCCCTCAAATAAACCCTGCTCAAATGTGATCTGCCCCG
ATCCCTTCGAATGCGTGGATCTGTGGAATGTCTACGAGTGCACCTGTCCG
GCGGGCTACAAGAGCTCCGGCAGCACTTGTGTTAACGACAACGAGTGCCT
ACTATTCCCGTGCCGCAACGGGGGTCGCTGTCGCGATCATCACCCGCCCA
AGAAGTACGAGTGCCACTGCCCCATGGGCTTCACCGGCATGCACTGCGAA
CTGGAGTTATTGGCCTCCGGCGTATTGACGCCATCCCGTGATTTTATTGT
CGCCCTGGCGCTCTGCCTCGGCACTCTGATACTACTCGTCCTGGTCTTCG
TCGTATACAATCGTCGCCGTGAGGCGCATATCAAATATCCGGGTCCCGAT
GACGATGTACGCGAGAATATCATTAACTACGATGATGAGGGAGGCGGCGA
GGATGATATGACTGCCTTTGATATCACCCCGCTCCAGATACCAATTGGTG
GGCCAATGCCACCTGAGCTGGCGCCCATGAAAATGCCAATTATGTACCCC
GTTATGACCTTAATGCCAGGTCAGGAACCCAATGTTGGCATGTTCATCGA
GGAGCATAAAAAGCGCGCCGATGGTGATCCAAATGCGCCACCTTTCGACG
ACTTGAGGAACTACGCGTACGAGGGTGGCGGCAGCACAGCTGGATCGCTC
AGCTCGTTGGCTTCAGGTACTGATGACGAGCAGCAGGAGTACGACTACCT
CGGAGCTTGGGGGCCACGCTTCGATAAGCTGGCCAACATGTATGGACCCG
AGGCGCCCAATCCCCACAATACCGAACTAGAATTG---
>D_rhopaloa_CadN-PC
ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGTTATATAACCAA
CCGATTAAATCTATACACCTGCGCGATATTTTTGATATCTCTACCGTTAA
TTTTGGCCATAGAGGAGACCACATTTGCTGGTTTGTCGGCGGAAAATGCG
GCTCGCATGTTGGCCGGCAGTCCTGGCGATGTGGAAAAGTCACCGTCG--
-CATCACAGCGAAATGTCCTTGGTGCTGCCACACGATACCTATCCAGGAT
TTAGCATCAAGAAGTTCAAGACCCATCCCGTTAAGATAAATGGTAGCTCG
CATGCCGGCGGAGCTGCCTATCACATGTTGAATAGTGATTACTCCAAGTA
CTTTACGGTACTGGAAGATGGTGTGGTGATGACCACGGCGGATATATCCC
CGCTTGTCAATCGTCCAGTTCAATTGGTGGTCGTTGAACAAACGCCCAAT
GTCACCAACACCCACAATCTCCAGTTGTTCGTGATGCATCGCAATGATAT
GCTGCGGTTTTCGGGTTCCCTACTCGATGCCAGTGGTGAAGTTAGGGAGA
ATCAACCGGCAGGAACCAGGGTGCGTGGAGTACCCCTGATGCAGGCCTTC
AGCGGATCCATCCTGGACGAAGAACTGGCCACGCCCAAGAAAGTGAGGTA
CACCATCATCGATGGCAACGTGGATGATGCATTTGCTCTGCAGGAACGCA
AGGCCAATAAAAACATCCAAATCAGCGCCAAATCCTTGGTAATTAATGGC
GATGACGAGTCCGGTGTTTGGCTGGTCACCAATCGTCCCTTGGACCGTGA
AGAACGGGCTCACTACGATCTCTCCGTGGAAGCATCCGATGTAGATGGCT
TGGATAAGACAGTTTCCAAAATACAAATCACCGTGCTCGATGAAAACGAC
AATAGACCGATATTTAAGTCCCTGGATTATAAGTTCGCCATTGCCGGTCA
AAAATCGGTGAATATGGAGAGCAACAGTAGTGTGACCTATCAGCGATTTG
CGATCATGGGAAAAGTAGAGGCCACCGATGCTGATGGGGATAAAATTGCC
TATCGCCTCAAGTCGCCCAGCAATGTTGTGATTATAGTCCCTCAAACTGG
CGAAATAATGCTGGCGGGTGAGCCCACCTCAAATGAGCTTCTCATCGAGG
TGTTGGCTCATGATTTGAGGTATCCCAGTCTACTGAGTGCCAAGCCCGCA
AAGGTCCTGCTGGAATTTTTGGCTGCTGAACCAGTTTCGTTTATTATGCA
ACATCTGGAACACGATGAGGTGAATAATCACTCACATCACCGCGAGAAAA
GACGAGTTACCCGAGCTGTTCGACCCACCAAGAGGATTGAGTTCACCGAA
GCTGATGGAGATACTGAGGGAAAATCGGTATTTCAGTTGGAAAAGGAAAC
CGACAAGGAAACATTCAAGATCAGGGATGATAATCCCTGGGTGACGGTGG
AAACAAATGGCGCGGTGCGAGTCAAGAAGAAGTGGGACTACGAGGAGCTG
GGTCCGGAGAAGACCATCGATTTCTGGGTCATCATCACCAATATGGGGCA
TAATGCTGGCATCAAGTATACGGACAACCAGCGTGTGATAATCCTGGTGA
AGGATGTGAACGATGAGCCACCGTACTTCATCAACCGACCGCTGCCAATG
CAGGCGGTGGTCCAGCTAAATGCACCACCTAATACTCCTGTTTTTACGCT
CCAAGCCCGAGATCCCGATACCGATCACAATATCCATTACTTCATCGTTC
GAGATCGAACTGGCGGACGTTTCGAGGTGGATGAGCGATCTGGAGTGGTG
CGAACTAGGGGCACGGACCTCTTTCAACTGGATATGGAGTATGTCCTGTA
TGTGAAGGCCGAGGATCAGAATGGAAAGGTCGATGATCGCAGATTCCAGA
GTACTCCGGAGGAGCGACTGTCTATTGTTGGTGGCAAACGAGCTCCTCAG
TTCTATATGCCCAGCTATGAAGCCGAGATTCCAGAAAACCAGAAAAAGGA
CTCCGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGCGAAATCC
GCTACACTTTGAAGGCCCAGGGCCAGGGAGCCGGCACCTTTAATATCGGA
CCCACGTCGGGCATTGTCAAGTTGGCCAAGGAGTTGGACTTTGAGGATCT
GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGACTCCG
GGGGATTTTCCACCTCTGTCGATCTCACCATTCGCGTAACTGATGTGAAC
GATAATGCTCCTAAGTTCGAGCTGCCCGATTATCAGGCCCACAATGTGGA
TGAGGATATTCCGCTGGGCACAAGCATACTTCGTGTCAAAGCTATGGATT
CGGATTCTGGGTCGAATGCGGAAATCGAATACCTAGTGTCTGATGATCAT
TTCGCCGTGGATTCCAATGGAATCATCGTGAACAACAAGCAATTGGATGC
GGATAACAATAATGCCTACTATGAGTTCATAGTCACTGCCAAGGACAAAG
GTGAACCGCCAAAATCGGGAGTGGCTACAGTTCGTGTTTACACCAAAAAT
AAGAACGATGAGGAGCCAAAGTTCTCACAGCAAGTCTATACACCCAATGT
CGATGAGAATGCCGGTCCGAATACTTTGGTGACCACTGTGGTGGCCTCCG
ATAAGGATGGTGATAATGTACGATTTGGATTCGTGGGTGGCGGCACTTCG
TCGGGTCAGTTTGTCATCGAGGATATAACCGGTGTGATCCGACTGCACAA
TAAAGCCATTTCCCTGGACAGGGACAAGTACGAGTTGAACGTCACCGCCA
TGGACGATGGATCGTGTTGTGTGAATGGCGATCAAACTATCCACACCTCA
ACCGCCGTGGTTGTGGTCTTCATTACCGATGTCAACGATAATAAGCCGGT
GTTCAAGGACTGCAGTACCTACTACCCAAAAGTCGAGGAAGGAGCTCCCA
ACGGAAGTCCTGTCATCAAAGTTGTGGCCACCGATGAGGATAAGGGCGTG
AATGGACAGGTGAAATACTCGATTGTTCAGCAGCCGAATCAGAAGGGAAC
AAAGTTCACAGTGGACGAGGAAACTGGAGAGGTGTCCACCAACAAGGTGT
TCGATCGTGAAGGAGATGACGGCAAGTTTGTGTCGGTCACAGTTAAGGCC
ACCGATCAGGGTGATCCAAGTCTGGAGGGTGTCTGCTCTTTTACTGTGGA
AATCACAGACGTTAACGATAATCCCCCACTATTCGATCGTCAGAAATATG
TGGAGAATGTAAAACAGGATGCCAGCATTGGCACGAATATCCTCCGTGTC
TCCGCTTCTGATGAAGATGCCGATAACAATGGAGCTATAGTATACAGCCT
GACTGCCCCCTTCAATCCTAACGATCTGGAATATTTTGAAATTCAGGCCG
AATCCGGTTGGATTGTGCTGAAGAAACCGCTTGACCGTGATCGATATCGT
TTGAGGGTTAGCGCCTCCGATAAGGGCACTCCCGCCTCGGCAGCCGATGT
CGACGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCGCCCATTTGGG
ATAAGATCGTTTACGGGCCGATTTACATACGCGAGAATGTAACTGTGGGT
ACGGTTGTAACATCAGTTAAGGCAAGTTCGGGCATTGAAGGCAATCCCAC
AGTTTTCTATCGACTGATGCCCGGGTCAACGGCCCAAACGAACAAATTTC
ACACGTTCTACTTGCAACAAAGACCGGACAATGGCGACACTTGGGCCGAT
ATAAAAGTAAATCATCCGCTGGACTACGAGAGCATCAAGGAATACAATCT
AACCATACGTGTGGAGAACAACGGGGCCCAACAATTGGCATCGGAAGCGA
CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
GAACGCGAACAGGAAACGGTGCTCGAGGGCGAACCGATTGGCACCAAAGT
GACACAAGTGAACGCCATCGACAAGGATGGCACATTCCCAAATAATCAGG
TCTACTACTACATTGTCGATTCGCCGCGAAACGAGGGCAAAGAATTCTTT
GAAATCAACCTGCAGAGTGGAGAGATATTCACGAAAACCGTGTTCGACAG
GGAGAAGAAGGGCGCCTATGCCCTCGAAGTGGAGGCTCGGGATGGAGCTC
CTTCGGCGCGACCCAATAGCAATGGACCCAATTCAGTCACCAAATTCATA
CGCATTGGCATCGCCGATAAAAACGATAATCCGCCCTATTTCGACAAATC
GCTGTACGAGGCCGAAGTGGATGAGAACGAGGACATTCAGCACACAGTGC
TCACTGTAACGGCCAAGGATCACGACGAGTCCTCACGTATCCGCTATGAA
ATTACAAGCGGCAACATCGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
AACTGAAATTGGTTGCGTCGGACAGTTTGAATGAAAATCAAACAACAATC
GTCATAAATGTGCGCGACGTCAACGATCTGCCACCGCGATTCCCGCAGAC
ATCCTATGAGCGAACTCTCGACGAGGGAATGAACGACACGCCCTTTACCA
TCATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
GTGTACTTCCTCACGGGGCAAGGCATTGATCCGGATAATCCAGCCAATAG
CAAATTCGACATTAACCGCACCACTGGCGAAATATTCGTTTTAAAGCCCC
TGGATCGCGATCAACCGAACGGACGACCCCAGTGGCGCTTCACTGTATTC
GCCCAGGACGAGGGCGGCGAGGGGCTCGTGGGCTATGCGGATGTCCAGGT
CAATCTGAAGGACATCAACGATAATGCCCCCATTTTCCCGCAGGGCGTGT
ACTTTGGCAATGTCACGGAGAACGGCACCGCCGGCATGGTGGTGATGACC
ATGACGGCCGTGGATTACGACGACCCCAACGAGGGCTCCAACGCCCGACT
GGTCTACTCCATCGAGAAGAACGTGATTGAGGAGGAGACCGGGTCGCCCA
TTTTCGAAATCGAACCCGACACGGGTGTGATTAAGACCGCAGTGTGTTGT
CTGGATCGCGAGAGAACCCCGGACTATTCGATACAGGTCGTTGCAATGGA
CGGCGGGGGATTGAAGGGGACGGGGACGGCCTCCATACGGGTTAAGGATA
TCAACGATATGCCGCCGCAGTTCACGAAGGACGAATGGTTTACGGAAGTG
GACGAAACGGATGGCACGGCCCTGCCGGAAATGCCCATTTTAACCGTGAC
CGTGCACGATGAAGACGAAACGAATAAGTTCCAGTACAAAGTGATCGATA
ACAGCGGCTACGGCGCCGATAAATTCACCATGGTACGGAATAACGATGGC
ACTGGCTCCCTGAAAATCGTCCAGCCCCTGGACTACGAGGATCAACTGCA
AAGCAATGGCTTCCGCTTCCGCATCCAAGTGAACGACAAGGGCGAGGACA
ACGACAATGATAAATACCACGTGGCCTACTCGTGGGTTGTGGTCAAACTG
AGGGACATCAACGACAATAAGCCGCATTTCGAGCGAGCCAATGTGGAGGT
CTCCGTTTTCGAGGACACCAAAGTGGGCACCGAACTAGAGAAGTTCAAGG
CCACCGATCCGGATCAGGGTGGCAAGAGCAAGGTCTCCTATTCCATCGAT
CGTTCCTCGGATCGCCAGCGCCAGTTTGCCATCAACCAAAATGGATCGGT
TACCATTCAACGCTCCTTGGACCGCGAAGTTGTGCCCCGTCATCAGGTCA
AGATCCTGGCCATTGACGACGGCTCTCCACCGAAAACCGCCACTGCCACG
CTCACAGTTATCGTTCAGGACATCAATGACAATGCTCCCAAGTTCCTGAA
GGACTACCGACCCGTTCTGCCGGAGCATGTGCCTCCACGTAAGGTGGTCG
AGATCCTGGCCACCGACGATGACGATCGCTCCAAGAGCAATGGTCCACCT
TTCCAGTTCCGCTTGGACCCCAGTGCCGATGATATCATCCGTGCCTCCTT
CAAGGTGGAACAGGATCAGAAGGGTGCCAATGGTGATGGCATGGCTGTGA
TTTCCTCCCTGCGATCCTTCGATCGCGAGCAGCAAAAGGAGTATATGATC
CCGATTGTGATCAAGGATCACGGTTCGCCAGCGATGACGGGAACCAGTAC
ATTGACCGTCATAATCGGTGATGTGAATGACAACAAAATGCAGCCTGGCT
CCAAAGACATATTTGTTTACAACTACCAAGGACAATCACCGGACACGCCA
ATTGGTCGAGTTTATGTCTACGATTTGGATGATTGGGATCTGCCCGACAA
GAAGTTCTACTGGGAGGCCATGGAGCATCCGCGATTCAAGTTGGATGAGG
ATTCCGGCATGGTCACCATGCGGGCAGGCACTCGCGAGGGACGTTATCAT
CTCAGGTTCAAGGTCTACGATCGCAAACACACCCAAACCGACATTCCAGC
CAATGTCACGGTTACCGTGAGGGAAATCCCCCATGAAGCTGTCATAAATT
CGGGATCCGTACGCCTGTCTGGCATTTCAGACGAAGACTTCATTCGCGTG
TGGAATTACAGAACCCAGAGCATGAGTCGCTCGAAAATGGATCGTTTCAG
GGATAAGCTCGCCGACTTGCTGAATACTGAAAGGGAGAACGTGGATATAT
TCAGTGTGCAATTGAAGAGGAAAAATCCGGCTCTAACTGATATAAGGTTC
TCAGCCCATGGATCTCCGTACTACAAACCCGTGAGGCTAAATGGCATTGT
TTTGATGCACCGCGAGGAGATCGAAAAGGATGTGGGCATCAATATCACCA
TGGTGGGCATCGATGAATGTCTGTATGAGAATCAAATGTGCGAGGGTAGC
TGCACAAATGCCCTGGAAATAAGTCCGTTGCCATATATGGTAAATGCCAA
CAAAACTGCCTTGGTCGGAGTTCGAGTGGACACGATTGCCGACTGTACCT
GTGGTGCTCGCAACTTCTCCAAGCCCGAATCCTGTCGAACCACGCCCTGT
CACAACGGTGGACGTTGTGTGGACACCAGATTTGGACCCCACTGCTCTTG
TCCAGTGGGCTATGCCGGTCCCAGATGTCAGCAAACCACTCGCAGTTTCC
GTGGAAACGGCTGGGCCTGGTATCCACCTCTTGAAATGTGCGACGAGTCG
CATTTGAGTCTGGAGTTTATCACCCGAAAACCCGATGGTCTCATCATCTA
CAACGGACCCATTGTTCCACCCGAACGGGATGAGAAGCTTATATCCGACT
TTATTGCCCTGGAATTGGAGCGTGGTTATCCCAGGCTCCTCATCGACTTC
GGTTCGGGAACCTTGGAACTAAGAGTGAAGACCAAGAAGACATTGGACGA
CGGTGAGTGGCACAGAATCGATCTGTTTTGGAATACCGAAAGCATTCGCA
TGGTTGTGGACTTCTGCAAATCAGCGGAGATAGCCGAAATGGAGGATGGA
ACTCCGCCCGAATTCGATGATATGTCCTGCCAGGCGAGAGGACAAATTCC
GCCATTTGATGAGTACCTGAATGTAAATGCTCCTCTGCAAGTGGGTGGCT
TATACCGCGAGCAGTTCGATCAAAGTCTGTACTTCTGGCACTATATGCCC
ACGGCCAAGGGTTTCGATGGTTGCATCAGGAATTTGGTTCACAACTCCAA
GCTCTACGATCTGGCGCATCCGGGACTTTCGAGGAACAGTATGGCAGGTT
GTCCACAAACGGAGGAAGTTTGCGCCCAAACGGAGACCACAGCTCGTTGC
TGGGAACATGGAAATTGTGTGGGATCCCTGTCCGAAGCCCGATGCCATTG
TCGACCAGGGTGGACGGGTCCTGCCTGTAATATTCCCACAATACCCACCA
CTTTCAAGGCGCAGAGCTATGTGAAGTATGCCCTGAGCTTCGAACCAGAT
CGATTCAGCACTCAAGTCCAGCTGAGATTCCGTACCAGAGAGGAGTACGG
AGAACTTTTCCGTGTAAGCGATCAGCACAATCGGGAATACGGAATTCTGG
AGATCAAGGATGGCCACCTGCACTTCCGATACAATCTGAATTCCCTCCGC
ACCGAAGAAAAGGATCTCTGGCTAAATGCCATTGTGGTTAACGATGGCCA
GTGGCATGTGGTGAAGGTGAATCGTTATGGCTCTGCTGCTACCCTGGAAT
TGGATGGAGGCGAGGGTCGTCGCTACAACGAGACCTTTGAGTTCGTGGGA
CATCAGTGGTTGTTGGTGGACAAACAGGAGGGTGTCTATGCAGGCGGAAA
GGCCGAATACACTGGCGTCAGAACCTTTGAGGTATACGCCGATTACCAGA
AGAGCTGTCTCGATGATATACGTCTTGAAGGCAAACACCTTCCATTGCCA
CCGGCGATGAATGGCACCCAATGGGGACAGGCCACAATGGCCAGGAATCT
GGAGAAGGGTTGTCCTTCAAATAAACCCTGCTCGAATGTAATCTGCCCCG
ATCCTTTCGAGTGCGTGGACCTGTGGAATGTCTACGAGTGCACCTGTCCG
GCGGGGTACAAGAGCGCCGGCAGCACCTGTGTAAACGACAACGAGTGCCT
ATTGTTCCCGTGCCGCAATGGGGGTCGCTGTCGCGATCATCATCCGCCCA
AGAAGTACGAGTGCCACTGCCCCATGGGCTTCACCGGCATGCACTGCGAA
CTGGAGTTATTGGCCTCCGGCGTATTGACTCCGTCCCGTGATTTTATTGT
CGCCCTGGCTCTCTGCCTGGGCACTCTGATACTACTCGTCTTGGTGTTCG
TCGTATACAATCGTCGGCGTGAGGCGCATATCAAATATCCGGGTCCCGAT
GATGATGTGCGCGAGAATATAATCAACTATGACGATGAGGGAGGCGGCGA
GGACGATATGACCGCCTTTGATATCACGCCTCTGCAGATACCAATTGGTG
GGCCAATGCCACCTGAGCTGGCGCCCATGAAAATGCCAATTATGTATCCC
GTTATGACCTTAATGCCAGGTCAGGAACCCAATGTGGGCATGTTCATTGA
GGAGCATAAAAAGCGTGCCGATGGAGATCCAAATGCGCCGCCCTTCGATG
ACTTGAGGAATTACGCGTATGAAGGCGGCGGCAGCACTGCCGGATCGCTT
AGCTCGTTGGCTTCAGGAACTGATGACGAGCAGCAGGAGTATGACTACCT
CGGGGCCTGGGGGCCACGCTTCGACAAGCTGGCCAATATGTACGGACCCG
AGGCGCCCAATCCCCACAATACCGAACTAGAATTG---
>D_elegans_CadN-PC
ATGGCGGCACGACGTTGCCTGAATCAGCTCAGGCAACGTTATATAACCAA
TCGATTAAATATGTACTCCTGCGCGATATTTTTAATATCACTTCCGTTCA
TTTTGGCCATAGAAGAGACCACATTTGCTGGTTTGTCGGCGGAAAATGCG
GCTCGCATGCTGGCCGGCAGTCCTGGAGATGTGGAAAAGTCTCCGCCG--
-CATCACAGCGAAATGTCCTTGGTGCTGCCACACGATACCTATCCGGGGT
TTAGCATCAAGAAGTTCAAGACCCATCCCGTCAAGATAAATGGTAGCTCG
CATGCCGGCGGAGCTGCCTATCACATGTTGGATAGTGATTACTCCAAGTA
CTTCACGGTGCTGGAAGACGGTGTGGTGATGACCACGGCGGATATATCCC
CGCTGGTCAATCGTCCAGTTCAATTGGTAGTGGTTGAACAAACGCCCAAT
GTCACCAATACCCACAATCTCCAGTTGTTTGTGATGCATCGCAATGATAT
GCTGCGGTTTTCGGGTTCCCTACTCGACGCCAGTGGTGAAGTCAAAGAGA
ATCAGCCAGCGGGTACCAGAGTGAGAGGAGTGCCCCTAATGCAGGCCTTC
AGCGGATCCATCCTCGACGAAGAGCTCGCCAAGCCAAAGAAAGTGAGGTA
CACCATAATCGACGGCAATGTGGATGACGCATTTGCCCTGCAGGAACGCA
AGGCCAATAAAAATATCCAAATAAGCGCCAAATCGTTGGTTATTAGTGGC
GATGACGAGTCTGGTGTTTGGCTGGTCACCAATCGTCCACTGGATCGCGA
GGAACGGGCTCACTACGATCTCTCTGTGGAAGCATCCGATGTGGATGGCT
TGGACAAGACGGTGTCCAAAATCCAGATCACCGTACTCGATGAAAACGAT
AATAGACCGATTTTTAAGGCCCTGGACTATAAGTTCGCCATTGCCGGTCA
AAAATCCGCAAGTATGGAGAGCAATAGTAGTGTTACTTATCGGCGCTTTG
CGATCATGGGTAAAGTTGAGGCCACCGATGCTGATGGGGATAAAATAGCC
TATCGCCTCAAGTCCCCCAGCAATGTTGTGATCATAGTCCCTCAAACTGG
CGAAATAATGCTGGCCGGCGAGCCCACCGCCAATGAGCTTCTTATCGAGG
TGATGGCGCATGATTTGCGATACCCCAGCCTGTTAAGTGCCCAGCCCGCA
AAGGTTCTGTTGGAATTTCTGGCTGCCGAACCAGTTTCGTTTATAATGCA
ACACCTGGAGCACGACGAGGTCAATAGTCACTCCCATCATCGCGAGAAAA
GACGAGTTACCCGAGCTGTTCGACCCACCAAGAGGATTGAGTTCACCGAA
GCCGATGGAGACACTGAGGGAAAATCGGTGTTTCAATTGGAAAAGGAAAC
CGACAAGGAGACATTCAAGATCAGGGATGATAATCCCTGGGTGACGGTGG
AAACAAATGGAGCTGTGCGAGTCAAAAAGAAGTGGGACTACGAGGAGTTG
GGTCCGGAGAAGACCATCGATTTCTGGGTCATCATCACCAATATGGGACA
CAACGCTGGCATCAAGTACACGGACAACCAGCGTGTGATAATCCTTGTGA
AGGATGTGAACGATGAGCCACCGTACTTCATCAACCGGCCACTGCCCATG
CAGGCGGTGGTTCAGCTAAATGCGCCACCCAACACACCGGTTTTCACGCT
CCAGGCCCGAGATCCCGATACAGATCATAATATCCATTACTTTATCGTTC
GCGATCGAACTGGCGGTCGTTTTGAGGTGGATGAGCGATCTGGCGTGGTG
AGGACCAGGGGCACCGATCTCTTCCAGCTGGACATGGAGTATGTGCTGTA
TGTGAAGGCCGAGGACCAGAACGGAAAGGTCGATGATCGCAGATTCCAGA
GCACCCCCGAGGAGCGACTTTCGATCGTGGGTGGCAAGAGAGCTCCTCAG
TTCTATATGCCCAGCTATGAAGCCGAGATTCCAGAAAACCAGAAAAAGGA
CTCCGACATCATTTCGATTAAGGCCAAGTCGTTCGCAGACCGCGAAATCC
GCTACACTTTGAAGGCCCAGGGCCAAGGAGCCGGCACCTTTAATATCGGA
CCCACGTCGGGCATTGTCAAGTTGGCCAAGGAGTTGGATTTCGAGGATCT
GCGACAGCCGCACGTGTACTCGCTGATTGTGACAGCCACCGAGGACTCCG
GAGGATTCTCCACCTCTGTCGATCTCACCATTCGCGTAACTGATGTGAAC
GACAATGCTCCGAAGTTCGAGCTGCCCGATTACCAGGCCCACAATGTGGA
TGAGGATATTCCGCTGGGCACAAGCATACTTCGAGTCAAGGCCATGGATT
CGGATTCCGGATCAAATGCCGAAATCGAATACTTAGTATCCGATGACCAT
TTCGCCGTGGATTCCAACGGAATCATTGTGAACAACAAGCAACTGGATGC
GGATAACAATAATGCCTACTACGAGTTCATAGTCACGGCCAAGGATAAAG
GTGAGCCGCCAAAATCAGGAGTGGCTACAGTGCGTGTTTACACGAAGAAC
AAGAACGACGAGGAGCCCAAGTTCTCACAGCAAGTGTATACGCCCAATGT
CGATGAGAATGCCGGTCCGAATACTTTGGTCACCACTGTGGTGGCCTCCG
ACAAGGATGGTGATAATGTACGGTTTGGATTTGTTGGCGGCGGCACTTCG
TCTGGTCAGTTCGTCATTGAGGACATAACCGGTGTGATCCGACTGCACAA
TAAGGCCATATCGCTGGACAAGGACAAATACGAGTTGAACGTCACCGCCA
TGGACGATGGATCTTGCTGTGTGAATGGCGATCAAACTATCCATACCTCC
ACCGCCGTGGTTGTGGTTTTCATCACCGACGTTAACGACAATAAGCCGGT
GTTCAAGGACTGCAGTACCTACTATCCGAAAGTCGAGGAAGGGGCGCCCA
ACGGCAGTCCCGTCATCAAAGTGGTGGCCACCGATGAGGACAAGGGTGTC
AATGGACAGGTGAAATACTCGATTGTTCAGCAGCCGAATCAGAAGGGAAC
CAAGTTCACAGTGGACGAGGAAACTGGAGAGGTGTCCACCAATAAGGTCT
TCGATCGAGAGGGAGATGATGGAAAGTTCGTGTCGGTCACGGTTAAGGCC
ACCGATCAGGGTGATCCAAGTCTGGAGGGTGTCTGCTCGTTCACCGTGGA
GATCACTGATGTCAACGATAATCCTCCCCTGTTCGATCGTCAGAAATATG
TGGAGAATGTGAAACAGGATGCCAGCATTGGCACAAATATCCTCCGTGTC
TCCGCCTCCGATGAAGATGCCGACAACAATGGCGCTATAGTATACAGCCT
GACTGCGCCCTTCAATCCCAACGATCTGGAATACTTTGAAATTCAGGCCG
AATCTGGATGGATTGTGCTTAAGAAGCCGCTTGACCGTGATCGATATCGC
TTGAGGGTTAGCGCCTCCGATAAGGGCACTCCCGCCTCGGCAGCCGATGT
CGACGTTGAGTTAGATGTCGTCGATCGGAATAATAAGCCGCCCATTTGGG
ATAAGATCGTTTACGGGCCGATTTACATACGCGAGAATGTCACTGTGGGT
ACGGTTGTAACATCGGTTAAGGCAAGTTCGGGTATTGAAGGCAATCCCAC
AGTTTTCTATCGACTGATGCCCGGGTCAACGGCTCAAACCAACAAATTTC
ACACGTTCTACTTGCAACAAAGACCGGACAATGGCGACACTTGGGCCGAT
ATAAAAGTAAATCATCCGCTGGACTACGAGAGCATCAAGGAATACAATCT
AACCATACGTGTTGAGAACAACGGGGCCCAGCAATTGGCATCGGAAGCGA
CCGTTTACATAATGCTCGAGGATGTTAATGATGAAATACCTTTATTCACC
GAACGCGAACAGGAAACGGTGCTCGAGGGCGAACCGATTGGCACCAAAGT
GACACAAGTGAACGCTATCGACAAGGATGGCACATTCCCAAATAATCAGG
TCTACTACTACATTGTCGATTCGCCGCGAAACGAGGGCAAAGAATTCTTC
GAAATCAACCTGCAGAGCGGAGAGATATTCACGAAAACCGTGTTCGACAG
GGAGAAGAAGGGCGCCTATGCCCTCGAAGTGGAGGCACGGGATGGAGCAC
CATCGGCGCGACCAAATAGCAATGGACCCAATTCAGTCACCAAATTCATA
CGCATTGGCATCGCCGATAAAAACGATAATCCGCCCTATTTCGACAAATC
GCTGTACGAGGCCGAAGTGGACGAGAACGAGGACATTCAGCACACAGTGC
TCACTGTAACGGCCAAGGATCACGACGAGTCCTCACGTATCCGCTATGAA
ATTACAAGCGGCAACATTGGCGGCGCTTTTGCGGTTAAAAATATGACGGG
TGCCATTTATGTAGCTGGCGCTTTAGATTACGAAACTCGACGCCGGTACG
AACTGAAATTGGTTGCGTCGGACAGTTTGAATGAAAATCAAACAACAATC
GTCATAAATGTACGCGACGTCAACGATCTGCCACCGCGATTCCCGCAGAC
ATCCTATGAGCGAACTCTCGACGAGGGAATGACCGACACGCCCTTTACCA
TCATGCAGGTTACGGCCACAGATGGCGACAAGGATCGTCCCCAGAACATC
GTGTACTTCCTCACGGGCCAAGGCATTGATCCGGATAATCCAGCCAATAG
CAAATTCGACATTAACCGCACCACTGGCGAAATATTCGTTTTAAAGCCGC
TGGATCGCGATCAACCCAATGGTCGGCCCCAGTGGCGCTTCACTGTATTC
GCCCAGGACGAAGGGGGCGAGGGACTCGTGGGCTATGCGGATGTCCAGGT
CAATCTGAAGGACATCAACGATAACGCGCCCATTTTCCCCCAGGGCGTAT
ACTTTGGCAATGTCACGGAGAACGGCACCGCCGGCATGGTTGTGATGACC
ATGACGGCCGTGGACTACGACGACCCCAACGAGGGCTCCAATGCCCGCCT
GGTGTACTCCATCGAGAAGAACGTGATTGAGGAGGAGACCGGGTCGCCCA
TTTTCGAGATCGAACCCGACACGGGTGTGATTAAGACGGCGGTGTGTTGT
CTGGATCGCGAGAGGACGCCGGACTATTCGATACAGGTCGTGGCAATGGA
TGGTGGGGGGTTAAAAGGGACGGGGACGGCCTCCATACGCGTTAAGGATA
TCAACGACATGCCGCCGCAGTTCACCAAGGACGAATGGTTCACGGAAGTG
GACGAAACGGATGGCACGGCGCTGCCGGAAATGCCCATTTTAACCGTGAC
CGTGCACGATGAGGACGAAACGAACAAGTTCCAATACAAGGTCATCGACA
ACAGCGGCTATGGGGCCGATAAATTCACCATGGTGCGGAACAACGACGGC
ACTGGCTCTCTGAAAATCGTCCAGCCCCTGGACTACGAGGATCAGCTGCA
GAGCAATGGCTTCCGTTTCCGCATTCAAGTGAACGACAAGGGCGAAGATA
ACGACAACGACAAGTACCACGTGGCCTACTCGTGGGTTGTGGTGAAACTG
AGGGACATCAACGACAATAAGCCGCACTTCGAGCGGGCCAATGTGGAGGT
CTCCGTGTTCGAGGACACCAAAGTGGGCACCGAACTCGAGAAGTTCAAGG
CAACCGATCCGGATCAGGGTGGCAAGAGCAAGGTCTCCTACTCCATCGAT
CGTTCCTCGGATCGCCAGCGCCAGTTTGCCATCAACCAAAACGGTTCGGT
GACCATTCAGCGCTCCTTGGACCGCGAGGTTGTGCCCCGTCATCAGGTCA
AAATCCTGGCCATCGATGATGGTTCTCCCCCGAAAACCGCCACCGCCACG
CTCACAGTCATCGTTCAGGATATCAACGATAATGCCCCCAAGTTCCTGAA
GGACTACAGACCAGTCCTGCCGGAGCATGTGCCACCACGCAAAGTGGTCG
AAATCCTGGCCACCGACGATGACGATCGCTCGAAGAGTAATGGTCCACCA
TTCCAGTTCCGTCTGGACCCCAGTGCCGACGATATTATCCGGGCTTCCTT
CAAGGTGGAGCAGGATCAAAAGGGTGCCAATGGTGACGGCATGGCTGTAA
TTTCCTCCCTACGATCCTTCGATCGCGAGCAGCAGAAGGAGTACATGATC
CCGATTGTGATTAAGGATCATGGTTCGCCAGCGATGACGGGAACCAGCAC
ACTGACCGTCATAATTGGCGATGTGAATGACAACAAGATGCAGCCCGGCT
CCAAAGACATCTTCGTCTACAACTACCAAGGACAGTCGCCAGACACGCCC
GTTGGTCGAGTCTACGTGTACGATTTGGACGACTGGGATCTGCCCGACAA
GAAGTTCTACTGGGAGGCCATGGAGCATCCGCGTTTCAAGTTGGACGAGG
ATTCCGGCATGGTCACCATGAGAGCGGGAACTCGCGAGGGGCGATACCAT
CTCAGGTTCAAGGTGTACGACCGCAAGCACACCCAAACTGATATTCCGGC
CAATGTCACGGTCACAGTAAGGGAAATCCCCCACGAGGCTGTCATCAATT
CGGGATCAGTGCGCCTGTCTGGCATCTCGGACGAAGACTTCATTCGAGTG
TGGAACTACAGGACGCAGAGCATGAGTCGCTCCAAAATGGATCGGTTTAG
GGACAAGCTTGCCGATCTGCTCAATACCGAAAGGGAGAATGTGGACATAT
TCAGTGTGCAATTGAAGAGGAAAAATCCGCCTTTGACCGATGTCCGGTTC
TCGGCCCACGGATCGCCGTACTACAAGCCCGTCAGGCTGAACGGCATTGT
CTTGATGCACCGCGAGGAGATCGAAAAGGATGTGGGCATCAATATCACCA
TGGTGGGCATCGACGAGTGTCTGTACGAGAACCAAATGTGCGAGGGCAGC
TGCACGAATTCCCTGGAAATCAGTCCCCTACCCTACATGGTGAATGCCAA
TAAAACTGCTTTGGTCGGTGTTCGAGTGGACACCATTGCGGACTGTACTT
GCGGTGCTCGCAACTTCACCAAACCGGAATCGTGTCGCACCACACCCTGT
CACAATGGCGGACGTTGTGTGGACACCAGATTTGGGCCCCACTGCTCGTG
TCCCGTGGGCTATGCCGGTCCCAGGTGTCAGCAAACCACGCGCAGTTTCC
GTGGCAACGGTTGGGCCTGGTATCCTCCCCTTGAAATGTGCGACGAGTCG
CATTTGAGTCTGGAGTTTATTACCCGAAAACCCGACGGTCTCATCATCTA
CAACGGACCCATTGTGCCGCCAGAGAGGGATGAGAAGCTCATATCGGATT
TCATTGCCCTGGAATTGGAGCGAGGCTACCCCAGACTCCTCATCGACTTC
GGTTCGGGAACCTTGGAGCTGAGAGTGAAGACCAAGAAGACATTGGACGA
CGGGGAGTGGCACAGGATCGACCTGTTCTGGAATACCGAAAGCATTCGCA
TGGTTGTGGACTTTTGCAAATCGGCAGAGATTGCCGAAATGGAGGATGGC
ACGCCGCCGGAGTTCGACGATATGTCGTGTCAGGCGAGGGGACAAATTCC
ACCCTTTGATGAGTATCTCAATGTGAATGCTCCTCTGCAAGTGGGTGGCC
TGTACCGGGAACAGTTTGACCAGAGCCTCTACTTCTGGCACTATATGCCC
ACGGCCAAGGGCTTCGATGGCTGCATCAGGAACTTGGTTCACAACTCCAA
GCTCTATGACCTTGCTCATCCGGGACTCTCGCGGAACAGTGTGGCGGGTT
GTCCGCAAACCGAGGAAGTTTGCGCCCAAACGGAGACCACGGCTCGTTGC
TGGGAACACGGAAATTGTGTGGGGTCCCTGTCCGAGGCCCGATGCCATTG
TCGACCGGGCTGGACAGGTCCTGCCTGCAATATTCCCACCATACCCACCA
CCTTCAAGGCGCAGAGCTACGTCAAGTATGCCCTGAGCTTCGAACCCGAT
CGGTTTAGCACCCAAGTCCAGTTGCGGTTCCGGACGAGGGAGGAGTACGG
CGAACTGTTCCGGGTCAGCGATCAGCACAATCGGGAGTACGGAATTCTGG
AGATCAAAGATGGTCATCTGCACTTCCGCTACAATCTGAACTCGCTTCGC
ACCGAGGAGAGGGATCTCTGGCTGAATGCCATTGTGGTCAACGATGGCCA
GTGGCATGTGGTGAAGGTAAATCGGTATGGCTCTGCTGCTACCCTGGAAT
TGGACGGCGGCGAGGGTCGACGCTACAACGAGACCTTTGAGTTTGTGGGG
CATCAGTGGCTGTTGGTGGACAAACAGGAGGGTGTCTATGCGGGAGGAAA
GGCCGAGTACACTGGCGTCAGAACATTTGAGGTATATGCTGATTACCAGA
AGAGCTGTCTCGATGATATACGTCTTGAAGGCAAACACCTTCCACTGCCA
CCGGCGATGAATGGCACCCAATGGGGTCAGGCCACCATGGCCAGGAATCT
GGAGAAGGGTTGTCCTTCGAACAAACCCTGCTCGAATGTTATCTGCCCCG
ATCCCTTCGAATGCGTGGACCTGTGGAATGTCTACGAGTGCACCTGTCCG
GCGGGCTACAAAAGCGCCGGCAGCACCTGTGTAAACGACAACGAGTGCCT
ATTGTTCCCGTGCCGCAATGGGGGCCGCTGTCGCGATCATCATCCGCCAA
AGAAGTACGAGTGCCACTGTCCCATGGGCTTCACCGGCATGCACTGCGAA
CTGGAGTTATTGGCCTCCGGCGTATTGACTCCGTCCCGTGATTTTATTGT
CGCCTTGGCTCTATGCCTGGGCACTCTGATACTACTCGTCTTGGTGTTCG
TCGTATACAATCGTCGCCGTGAGGCGCATATCAAATATCCGGGTCCCGAT
GATGATGTGCGCGAGAATATAATCAACTACGACGATGAGGGAGGCGGTGA
GGATGATATGACCGCTTTTGATATCACACCTCTGCAGATACCAATTGGAG
GGCCAATGCCACCAGAGCTGGCGCCCATGAAAATGCCAATTATGTATCCC
GTCATGACCCTGATGCCAGGTCAGGAACCCAATGTAGGCATGTTCATTGA
GGAGCATAAAAAGCGTGCCGATGGAGATCCAAATGCGCCGCCCTTCGATG
ACTTGAGGAATTATGCGTACGAGGGAGGCGGCAGCACTGCCGGATCGCTT
AGCTCGTTGGCTTCAGGAACTGACGACGAGCAGCAGGAGTATGACTACCT
CGGGGCCTGGGGGCCACGCTTCGACAAGCTGGCCAATATGTACGGACCCG
AGGCGCCCAATCCCCACAATACCGAACTAGAATTG---
>D_melanogaster_CadN-PC
MAARRCLNQLRQRYITNRFNICTCAIFLISLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSSLSHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HSGAAAYHMLDTDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
ATNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDRTVSKIQITVLDEND
NRPIFKSLDYKFAIAGQKSASMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLVSAKPA
KVLLEFLAAEPVSFIMQHLEHDDINNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVVNSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYTGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
>D_sechellia_CadN-PC
MAARRCLNQLRQRYITNRFNICTCAIFLISLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSSSLHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HSGAAAYHMLDTDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
ATNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
NRPIFKSLDYKFAIAGQKSANMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEINNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVVNSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
>D_yakuba_CadN-PC
MAARRCLNQLRQRYITSRFNICTCAIFLISLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSSSSHHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HSGAAAYHMLDTDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
ATNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNEDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQISVLDEND
NRPIFKSLDYKFAIAGQKSANMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVVNSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYTGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
>D_takahashii_CadN-PC
MAARRCLNELRQRYITNRLNIYTCAIFLISLPLILATEETTFAGLSAENA
ARMLAGSPGEVEKSPS-HHSEMSLVLPHDTYPGFSIKKFKTHPVRINGSS
HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANRNVQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQISVLDEND
NRPIFKSLDYKFAIAGQKSVNMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPHTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKEIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPALTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMTCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYNWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLMLLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
>D_biarmipes_CadN-PC
MAARRCLNQLRQRYISNRLNIYTCAIFLISLPLILAIEETTFAGLSAENA
ARMLAGSPGDVEKAPS-HHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITILDEND
NRPIFKSMDYKFAIAGQKSANMESNSSVTYKRFAIMGKVEATDADGDKIA
YRLKAPSNVVIIVPQTGEIMLAGEPTSNELLIEVTAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPRFPQTSYERTLDEGMTNTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERDNVDIFSVQLKRKHPPLTDIRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYNWHYMP
TAKGFDGCIRNLVHNSELYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYRSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPLGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
>D_suzukii_CadN-PC
MAARRCLNQLRQRYITNRLNIYTCAIFLISLPLILAIEETTFAGLSAENA
ARMLAGSPGDVEKSPS-HHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
NRPIFKSLDYKFAIAGQKSANMESNSSVTYRRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPRFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERDNVDIFSVQLKRKHPPLTDIRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYNWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYRSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
>D_eugracilis_CadN-PC
MAARRCLDLLRQRYITNRFNIYTCAIYLIALPLVLAIEETTFAGLSAENA
ARMLAGSPGDVEKSPSSHHSEMSLVLPHDTYPGFSIKKFKTHPAKINGSS
HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKSNKNIQLSAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTISKIQISVLDEND
NRPIFKSLDYKFAIAGQKSANMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEINNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPQFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFDRANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKEIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKYPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDETLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSLAGCPQTEEVCAQTETTSRC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSSCINDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEDHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
>D_ficusphila_CadN-PC
MAARRCLNQLRQRYITTKLNLYTCAILLICLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSPS-HHSEMSLVLPHDTYPGFSIKKFKTHPLKINGSS
HSGAAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILEEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
NRPIFKSLDYKFAIAGQKSANIESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVIAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKSIYGPIHIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPRFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRTLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKHPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECFYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDEMVISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWDTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFNEYLNVNAPLQVGGLYREQFDQSVYYWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEERDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSSGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
>D_rhopaloa_CadN-PC
MAARRCLNQLRQRYITNRLNLYTCAIFLISLPLILAIEETTFAGLSAENA
ARMLAGSPGDVEKSPS-HHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HAGGAAYHMLNSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVRENQPAGTRVRGVPLMQAF
SGSILDEELATPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVING
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
NRPIFKSLDYKFAIAGQKSVNMESNSSVTYQRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTSNELLIEVLAHDLRYPSLLSAKPA
KVLLEFLAAEPVSFIMQHLEHDEVNNHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDRDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKIVYGPIYIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPRFPQTSYERTLDEGMNDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
IGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKNPALTDIRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNALEISPLPYMVNANKTALVGVRVDTIADCTCGARNFSKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDEKLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWNTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSMAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEEKDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSAGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
>D_elegans_CadN-PC
MAARRCLNQLRQRYITNRLNMYSCAIFLISLPFILAIEETTFAGLSAENA
ARMLAGSPGDVEKSPP-HHSEMSLVLPHDTYPGFSIKKFKTHPVKINGSS
HAGGAAYHMLDSDYSKYFTVLEDGVVMTTADISPLVNRPVQLVVVEQTPN
VTNTHNLQLFVMHRNDMLRFSGSLLDASGEVKENQPAGTRVRGVPLMQAF
SGSILDEELAKPKKVRYTIIDGNVDDAFALQERKANKNIQISAKSLVISG
DDESGVWLVTNRPLDREERAHYDLSVEASDVDGLDKTVSKIQITVLDEND
NRPIFKALDYKFAIAGQKSASMESNSSVTYRRFAIMGKVEATDADGDKIA
YRLKSPSNVVIIVPQTGEIMLAGEPTANELLIEVMAHDLRYPSLLSAQPA
KVLLEFLAAEPVSFIMQHLEHDEVNSHSHHREKRRVTRAVRPTKRIEFTE
ADGDTEGKSVFQLEKETDKETFKIRDDNPWVTVETNGAVRVKKKWDYEEL
GPEKTIDFWVIITNMGHNAGIKYTDNQRVIILVKDVNDEPPYFINRPLPM
QAVVQLNAPPNTPVFTLQARDPDTDHNIHYFIVRDRTGGRFEVDERSGVV
RTRGTDLFQLDMEYVLYVKAEDQNGKVDDRRFQSTPEERLSIVGGKRAPQ
FYMPSYEAEIPENQKKDSDIISIKAKSFADREIRYTLKAQGQGAGTFNIG
PTSGIVKLAKELDFEDLRQPHVYSLIVTATEDSGGFSTSVDLTIRVTDVN
DNAPKFELPDYQAHNVDEDIPLGTSILRVKAMDSDSGSNAEIEYLVSDDH
FAVDSNGIIVNNKQLDADNNNAYYEFIVTAKDKGEPPKSGVATVRVYTKN
KNDEEPKFSQQVYTPNVDENAGPNTLVTTVVASDKDGDNVRFGFVGGGTS
SGQFVIEDITGVIRLHNKAISLDKDKYELNVTAMDDGSCCVNGDQTIHTS
TAVVVVFITDVNDNKPVFKDCSTYYPKVEEGAPNGSPVIKVVATDEDKGV
NGQVKYSIVQQPNQKGTKFTVDEETGEVSTNKVFDREGDDGKFVSVTVKA
TDQGDPSLEGVCSFTVEITDVNDNPPLFDRQKYVENVKQDASIGTNILRV
SASDEDADNNGAIVYSLTAPFNPNDLEYFEIQAESGWIVLKKPLDRDRYR
LRVSASDKGTPASAADVDVELDVVDRNNKPPIWDKIVYGPIYIRENVTVG
TVVTSVKASSGIEGNPTVFYRLMPGSTAQTNKFHTFYLQQRPDNGDTWAD
IKVNHPLDYESIKEYNLTIRVENNGAQQLASEATVYIMLEDVNDEIPLFT
EREQETVLEGEPIGTKVTQVNAIDKDGTFPNNQVYYYIVDSPRNEGKEFF
EINLQSGEIFTKTVFDREKKGAYALEVEARDGAPSARPNSNGPNSVTKFI
RIGIADKNDNPPYFDKSLYEAEVDENEDIQHTVLTVTAKDHDESSRIRYE
ITSGNIGGAFAVKNMTGAIYVAGALDYETRRRYELKLVASDSLNENQTTI
VINVRDVNDLPPRFPQTSYERTLDEGMTDTPFTIMQVTATDGDKDRPQNI
VYFLTGQGIDPDNPANSKFDINRTTGEIFVLKPLDRDQPNGRPQWRFTVF
AQDEGGEGLVGYADVQVNLKDINDNAPIFPQGVYFGNVTENGTAGMVVMT
MTAVDYDDPNEGSNARLVYSIEKNVIEEETGSPIFEIEPDTGVIKTAVCC
LDRERTPDYSIQVVAMDGGGLKGTGTASIRVKDINDMPPQFTKDEWFTEV
DETDGTALPEMPILTVTVHDEDETNKFQYKVIDNSGYGADKFTMVRNNDG
TGSLKIVQPLDYEDQLQSNGFRFRIQVNDKGEDNDNDKYHVAYSWVVVKL
RDINDNKPHFERANVEVSVFEDTKVGTELEKFKATDPDQGGKSKVSYSID
RSSDRQRQFAINQNGSVTIQRSLDREVVPRHQVKILAIDDGSPPKTATAT
LTVIVQDINDNAPKFLKDYRPVLPEHVPPRKVVEILATDDDDRSKSNGPP
FQFRLDPSADDIIRASFKVEQDQKGANGDGMAVISSLRSFDREQQKEYMI
PIVIKDHGSPAMTGTSTLTVIIGDVNDNKMQPGSKDIFVYNYQGQSPDTP
VGRVYVYDLDDWDLPDKKFYWEAMEHPRFKLDEDSGMVTMRAGTREGRYH
LRFKVYDRKHTQTDIPANVTVTVREIPHEAVINSGSVRLSGISDEDFIRV
WNYRTQSMSRSKMDRFRDKLADLLNTERENVDIFSVQLKRKNPPLTDVRF
SAHGSPYYKPVRLNGIVLMHREEIEKDVGINITMVGIDECLYENQMCEGS
CTNSLEISPLPYMVNANKTALVGVRVDTIADCTCGARNFTKPESCRTTPC
HNGGRCVDTRFGPHCSCPVGYAGPRCQQTTRSFRGNGWAWYPPLEMCDES
HLSLEFITRKPDGLIIYNGPIVPPERDEKLISDFIALELERGYPRLLIDF
GSGTLELRVKTKKTLDDGEWHRIDLFWNTESIRMVVDFCKSAEIAEMEDG
TPPEFDDMSCQARGQIPPFDEYLNVNAPLQVGGLYREQFDQSLYFWHYMP
TAKGFDGCIRNLVHNSKLYDLAHPGLSRNSVAGCPQTEEVCAQTETTARC
WEHGNCVGSLSEARCHCRPGWTGPACNIPTIPTTFKAQSYVKYALSFEPD
RFSTQVQLRFRTREEYGELFRVSDQHNREYGILEIKDGHLHFRYNLNSLR
TEERDLWLNAIVVNDGQWHVVKVNRYGSAATLELDGGEGRRYNETFEFVG
HQWLLVDKQEGVYAGGKAEYTGVRTFEVYADYQKSCLDDIRLEGKHLPLP
PAMNGTQWGQATMARNLEKGCPSNKPCSNVICPDPFECVDLWNVYECTCP
AGYKSAGSTCVNDNECLLFPCRNGGRCRDHHPPKKYECHCPMGFTGMHCE
LELLASGVLTPSRDFIVALALCLGTLILLVLVFVVYNRRREAHIKYPGPD
DDVRENIINYDDEGGGEDDMTAFDITPLQIPIGGPMPPELAPMKMPIMYP
VMTLMPGQEPNVGMFIEEHKKRADGDPNAPPFDDLRNYAYEGGGSTAGSL
SSLASGTDDEQQEYDYLGAWGPRFDKLANMYGPEAPNPHNTELEL
#NEXUS

[ID: 2888357786]
begin taxa;
	dimensions ntax=10;
	taxlabels
		D_melanogaster_CadN-PC
		D_sechellia_CadN-PC
		D_yakuba_CadN-PC
		D_takahashii_CadN-PC
		D_biarmipes_CadN-PC
		D_suzukii_CadN-PC
		D_eugracilis_CadN-PC
		D_ficusphila_CadN-PC
		D_rhopaloa_CadN-PC
		D_elegans_CadN-PC
		;
end;
begin trees;
	translate
		1	D_melanogaster_CadN-PC,
		2	D_sechellia_CadN-PC,
		3	D_yakuba_CadN-PC,
		4	D_takahashii_CadN-PC,
		5	D_biarmipes_CadN-PC,
		6	D_suzukii_CadN-PC,
		7	D_eugracilis_CadN-PC,
		8	D_ficusphila_CadN-PC,
		9	D_rhopaloa_CadN-PC,
		10	D_elegans_CadN-PC
		;
   [Note: This tree contains information on the topology, 
          branch lengths (if present), and the probability
          of the partition indicated by the branch.]
   tree con_50_majrule = (1:0.03227379,2:0.02547776,(3:0.05497085,(((4:0.1248587,(5:0.1064454,6:0.06066119)1.000:0.03715535)1.000:0.03349373,(8:0.1724502,(9:0.07381274,10:0.1202994)1.000:0.03306582)0.999:0.01339014)1.000:0.02049805,7:0.1516214)1.000:0.1006427)1.000:0.02616654);

   [Note: This tree contains information only on the topology
          and branch lengths (median of the posterior probability density).]
   tree con_50_majrule = (1:0.03227379,2:0.02547776,(3:0.05497085,(((4:0.1248587,(5:0.1064454,6:0.06066119):0.03715535):0.03349373,(8:0.1724502,(9:0.07381274,10:0.1202994):0.03306582):0.01339014):0.02049805,7:0.1516214):0.1006427):0.02616654);
end;
      Estimated marginal likelihoods for runs sampled in files
"/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p" and "/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run2.p":
(Use the harmonic mean for Bayes factor comparisons of models)

(Values are saved to the file /opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.lstat)

Run   Arithmetic mean   Harmonic mean
--------------------------------------
1     -31171.24        -31188.70
2     -31171.74        -31186.66
--------------------------------------
TOTAL   -31171.46        -31188.13
--------------------------------------


Model parameter summaries over the runs sampled in files
"/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p" and "/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run2.p":
Summaries are based on a total of 3002 samples from 2 runs.
Each run produced 2001 samples of which 1501 samples were included.
Parameter summaries saved to file "/opt/ADOPS/30/CadN-PC/batch/allfiles/mrbayes/input.fasta.fasta.mrb.pstat".

95% HPD Interval
--------------------
Parameter         Mean      Variance     Lower       Upper       Median    min ESS*  avg ESS    PSRF+
------------------------------------------------------------------------------------------------------
TL{all}         1.189595    0.000931    1.133053    1.252446    1.188950   1410.92   1455.96    1.000
r(A<->C){all}   0.082354    0.000029    0.072153    0.093428    0.082244    978.32   1108.31    1.001
r(A<->G){all}   0.295840    0.000109    0.273485    0.315164    0.295598    702.09    756.34    1.002
r(A<->T){all}   0.069888    0.000030    0.060169    0.081398    0.069806   1047.05   1063.25    1.001
r(C<->G){all}   0.056879    0.000018    0.048792    0.065396    0.056788    869.67    989.98    1.000
r(C<->T){all}   0.440788    0.000125    0.418677    0.462162    0.440747    559.01    661.98    1.002
r(G<->T){all}   0.054252    0.000020    0.045356    0.063237    0.054095    901.03   1023.86    1.000
pi(A){all}      0.253458    0.000019    0.244998    0.262244    0.253323    697.27    840.55    1.000
pi(C){all}      0.261944    0.000018    0.253629    0.269772    0.261936    661.84    706.34    1.000
pi(G){all}      0.266981    0.000019    0.258335    0.275215    0.266916    497.45    797.75    1.000
pi(T){all}      0.217617    0.000015    0.209741    0.225156    0.217544    632.87    809.01    1.001
alpha{1,2}      0.085978    0.000009    0.080313    0.091878    0.085898   1439.94   1470.47    1.000
alpha{3}        8.213413    1.628749    5.921812   10.713210    8.106510   1296.62   1311.23    1.000
pinvar{all}     0.438154    0.000120    0.416767    0.459369    0.438205   1486.78   1493.89    1.000
------------------------------------------------------------------------------------------------------
* Convergence diagnostic (ESS = Estimated Sample Size); min and avg values
correspond to minimal and average ESS among runs.
ESS value below 100 may indicate that the parameter is undersampled.
+ Convergence diagnostic (PSRF = Potential Scale Reduction Factor; Gelman
and Rubin, 1992) should approach 1.0 as runs converge.


Setting sumt conformat to Simple
CODONML (in paml version 4.8, March 2014)  /opt/ADOPS/30/CadN-PC/batch/allfiles/codeml/input.fasta.fasta.pnxs
Model: One dN/dS ratio for branches, 
Codon frequency model: F3x4
Site-class models: 
ns =  10  ls = 3094

Codon usage in sequences
--------------------------------------------------------------------------------------------------------------------------------------
Phe TTT  40  39  44  29  25  40 | Ser TCT  15  15  10  10   9  14 | Tyr TAT  52  50  44  40  27  46 | Cys TGT  21  20  19  16  15  22
    TTC  83  84  79  91  95  80 |     TCC  48  50  56  47  59  52 |     TAC  58  60  66  71  84  65 |     TGC  25  26  27  29  30  23
Leu TTA  12  12  13  12  11  12 |     TCA  21  21  22  11  10  13 | *** TAA   0   0   0   0   0   0 | *** TGA   0   0   0   0   0   0
    TTG  46  44  43  33  36  42 |     TCG  37  36  35  51  40  40 |     TAG   0   0   0   0   0   0 | Trp TGG  26  26  26  26  26  26
--------------------------------------------------------------------------------------------------------------------------------------
Leu CTT  13   8  14   6  11  11 | Pro CCT  27  28  25  13  20  27 | His CAT  31  25  24  29  19  30 | Arg CGT  36  39  32  27  30  34
    CTC  26  29  28  39  30  31 |     CCC  65  68  71  77  85  76 |     CAC  32  38  39  35  44  33 |     CGC  39  39  40  49  52  44
    CTA  18  15  14  10  10  17 |     CCA  40  42  44  24  31  35 | Gln CAA  47  44  44  30  26  31 |     CGA  34  34  34  26  30  37
    CTG  81  88  84  98 100  85 |     CCG  46  40  38  64  43  41 |     CAG  64  67  67  79  83  78 |     CGG  18  18  25  28  20  12
--------------------------------------------------------------------------------------------------------------------------------------
Ile ATT  62  60  58  49  54  59 | Thr ACT  45  45  47  34  31  38 | Asn AAT  94  95 100  89  76 100 | Ser AGT  31  28  26  18  24  28
    ATC  74  77  74  79  82  69 |     ACC  81  80  76  94  97  93 |     AAC  85  85  79  91 104  79 |     AGC  25  27  30  38  34  29
    ATA  37  36  40  42  38  46 |     ACA  37  34  37  28  24  29 | Lys AAA  54  54  46  38  37  49 | Arg AGA  18  18  16  11  12  17
Met ATG  61  61  61  62  61  61 |     ACG  41  44  43  47  49  41 |     AAG 108 109 117 122 124 112 |     AGG  24  20  21  30  27  28
--------------------------------------------------------------------------------------------------------------------------------------
Val GTT  65  63  56  53  44  54 | Ala GCT  42  41  37  30  27  35 | Asp GAT 155 159 156 142 126 176 | Gly GGT  59  51  51  45  41  64
    GTC  47  50  55  60  62  62 |     GCC  89  90  90 105 103 100 |     GAC 105 100 103 117 136  87 |     GGC  75  82  83  97 110  80
    GTA  36  35  34  15  17  23 |     GCA  17  18  18  14  16  16 | Glu GAA  98  95  90  80  70  90 |     GGA  67  66  59  57  51  55
    GTG 103 102 105 125 126 111 |     GCG  29  29  32  29  33  27 |     GAG 116 120 126 137 144 123 |     GGG  13  15  21  16  13  16
--------------------------------------------------------------------------------------------------------------------------------------

------------------------------------------------------------------------------------------------------
Phe TTT  35  28  38  34 | Ser TCT  14  12  13  12 | Tyr TAT  52  35  45  36 | Cys TGT  22  17  21  20
    TTC  86  93  83  88 |     TCC  43  45  50  46 |     TAC  61  77  67  76 |     TGC  23  29  24  25
Leu TTA  18  16  10  11 |     TCA  28  20  15   9 | *** TAA   0   0   0   0 | *** TGA   0   0   0   0
    TTG  51  55  53  45 |     TCG  38  42  41  50 |     TAG   0   0   0   0 | Trp TGG  26  26  26  26
------------------------------------------------------------------------------------------------------
Leu CTT  20  20  11  15 | Pro CCT  30  23  20  11 | His CAT  37  27  28  27 | Arg CGT  39  32  37  26
    CTC  25  35  31  35 |     CCC  52  63  67  76 |     CAC  25  36  33  34 |     CGC  35  41  45  51
    CTA  20  11  16  10 |     CCA  54  41  39  37 | Gln CAA  49  45  42  35 |     CGA  39  36  39  32
    CTG  66  60  79  81 |     CCG  43  52  52  56 |     CAG  61  65  68  75 |     CGG  13  14  11  22
------------------------------------------------------------------------------------------------------
Ile ATT  72  63  58  59 | Thr ACT  52  45  39  31 | Asn AAT 116 104 119 109 | Ser AGT  31  21  23  22
    ATC  59  77  75  74 |     ACC  76  83  89  95 |     AAC  62  74  63  68 |     AGC  25  35  32  36
    ATA  43  33  39  37 |     ACA  38  36  29  28 | Lys AAA  67  57  55  54 | Arg AGA  22  19  14  13
Met ATG  61  61  62  63 |     ACG  33  39  42  45 |     AAG  95 105 108 110 |     AGG  21  28  24  26
------------------------------------------------------------------------------------------------------
Val GTT  71  72  52  45 | Ala GCT  47  41  35  32 | Asp GAT 193 173 170 147 | Gly GGT  71  62  49  51
    GTC  50  49  59  69 |     GCC  87  90 101  99 |     GAC  69  86  89 113 |     GGC  73  74  88  92
    GTA  42  22  26  21 |     GCA  23  13  15  14 | Glu GAA 110 101  95  79 |     GGA  59  63  59  50
    GTG  84 109 114 118 |     GCG  21  33  28  35 |     GAG 104 115 120 136 |     GGG  12  15  19  22
------------------------------------------------------------------------------------------------------

Codon position x base (3x4) table for each sequence.

#1: D_melanogaster_CadN-PC             
position  1:    T:0.15643    C:0.19942    A:0.28345    G:0.36070
position  2:    T:0.25986    C:0.21978    A:0.35520    G:0.16516
position  3:    T:0.25469    C:0.30931    A:0.17324    G:0.26277
Average         T:0.22366    C:0.24284    A:0.27063    G:0.26287

#2: D_sechellia_CadN-PC             
position  1:    T:0.15611    C:0.20103    A:0.28216    G:0.36070
position  2:    T:0.25953    C:0.22010    A:0.35585    G:0.16451
position  3:    T:0.24758    C:0.31836    A:0.16936    G:0.26471
Average         T:0.22107    C:0.24650    A:0.26912    G:0.26331

#3: D_yakuba_CadN-PC             
position  1:    T:0.15643    C:0.20136    A:0.28151    G:0.36070
position  2:    T:0.25921    C:0.22010    A:0.35585    G:0.16484
position  3:    T:0.24014    C:0.32191    A:0.16516    G:0.27279
Average         T:0.21860    C:0.24779    A:0.26751    G:0.26611

#4: D_takahashii_CadN-PC             
position  1:    T:0.15061    C:0.20491    A:0.28184    G:0.36264
position  2:    T:0.25953    C:0.21913    A:0.35553    G:0.16580
position  3:    T:0.20362    C:0.36167    A:0.12864    G:0.30608
Average         T:0.20459    C:0.26190    A:0.25533    G:0.27817

#5: D_biarmipes_CadN-PC             
position  1:    T:0.15094    C:0.20491    A:0.28248    G:0.36167
position  2:    T:0.25921    C:0.21881    A:0.35553    G:0.16645
position  3:    T:0.18714    C:0.39011    A:0.12379    G:0.29897
Average         T:0.19910    C:0.27128    A:0.25393    G:0.27569

#6: D_suzukii_CadN-PC             
position  1:    T:0.15352    C:0.20103    A:0.28378    G:0.36167
position  2:    T:0.25953    C:0.21881    A:0.35520    G:0.16645
position  3:    T:0.25145    C:0.32418    A:0.15191    G:0.27246
Average         T:0.22150    C:0.24801    A:0.26363    G:0.26686

#7: D_eugracilis_CadN-PC             
position  1:    T:0.16063    C:0.19651    A:0.28216    G:0.36070
position  2:    T:0.25953    C:0.21946    A:0.35585    G:0.16516
position  3:    T:0.29153    C:0.27505    A:0.19780    G:0.23562
Average         T:0.23723    C:0.23034    A:0.27860    G:0.25382

#8: D_ficusphila_CadN-PC             
position  1:    T:0.15999    C:0.19425    A:0.28442    G:0.36134
position  2:    T:0.25986    C:0.21913    A:0.35553    G:0.16548
position  3:    T:0.25048    C:0.31900    A:0.16580    G:0.26471
Average         T:0.22344    C:0.24413    A:0.26858    G:0.26384

#9: D_rhopaloa_CadN-PC             
position  1:    T:0.15708    C:0.19974    A:0.28151    G:0.36167
position  2:    T:0.26050    C:0.21816    A:0.35617    G:0.16516
position  3:    T:0.24499    C:0.32191    A:0.15934    G:0.27376
Average         T:0.22086    C:0.24661    A:0.26568    G:0.26686

#10: D_elegans_CadN-PC            
position  1:    T:0.15449    C:0.20136    A:0.28119    G:0.36296
position  2:    T:0.26018    C:0.21849    A:0.35520    G:0.16613
position  3:    T:0.21881    C:0.34809    A:0.13898    G:0.29412
Average         T:0.21116    C:0.25598    A:0.25846    G:0.27440

Sums of codon usage counts
------------------------------------------------------------------------------
Phe F TTT     352 | Ser S TCT     124 | Tyr Y TAT     427 | Cys C TGT     193
      TTC     862 |       TCC     496 |       TAC     685 |       TGC     261
Leu L TTA     127 |       TCA     170 | *** * TAA       0 | *** * TGA       0
      TTG     448 |       TCG     410 |       TAG       0 | Trp W TGG     260
------------------------------------------------------------------------------
Leu L CTT     129 | Pro P CCT     224 | His H CAT     277 | Arg R CGT     332
      CTC     309 |       CCC     700 |       CAC     349 |       CGC     435
      CTA     141 |       CCA     387 | Gln Q CAA     393 |       CGA     341
      CTG     822 |       CCG     475 |       CAG     707 |       CGG     181
------------------------------------------------------------------------------
Ile I ATT     594 | Thr T ACT     407 | Asn N AAT    1002 | Ser S AGT     252
      ATC     740 |       ACC     864 |       AAC     790 |       AGC     311
      ATA     391 |       ACA     320 | Lys K AAA     511 | Arg R AGA     160
Met M ATG     614 |       ACG     424 |       AAG    1110 |       AGG     249
------------------------------------------------------------------------------
Val V GTT     575 | Ala A GCT     367 | Asp D GAT    1597 | Gly G GGT     544
      GTC     563 |       GCC     954 |       GAC    1005 |       GGC     854
      GTA     271 |       GCA     164 | Glu E GAA     908 |       GGA     586
      GTG    1097 |       GCG     296 |       GAG    1241 |       GGG     162
------------------------------------------------------------------------------


Codon position x base (3x4) table, overall

position  1:    T:0.15562    C:0.20045    A:0.28245    G:0.36147
position  2:    T:0.25970    C:0.21920    A:0.35559    G:0.16551
position  3:    T:0.23904    C:0.32896    A:0.15740    G:0.27460
Average         T:0.21812    C:0.24954    A:0.26515    G:0.26719


Nei & Gojobori 1986. dN/dS (dN, dS)
(Note: This matrix is not used in later ML. analysis.
Use runmode = -2 for ML pairwise comparison.)

D_melanogaster_CadN-PC                  
D_sechellia_CadN-PC                   0.0071 (0.0008 0.1181)
D_yakuba_CadN-PC                   0.0063 (0.0014 0.2247) 0.0032 (0.0007 0.2177)
D_takahashii_CadN-PC                   0.0095 (0.0058 0.6087) 0.0083 (0.0049 0.5928) 0.0072 (0.0042 0.5897)
D_biarmipes_CadN-PC                   0.0082 (0.0054 0.6639) 0.0071 (0.0044 0.6284) 0.0080 (0.0047 0.5900) 0.0106 (0.0044 0.4191)
D_suzukii_CadN-PC                   0.0085 (0.0047 0.5586) 0.0072 (0.0039 0.5417) 0.0076 (0.0039 0.5225) 0.0081 (0.0034 0.4159) 0.0052 (0.0017 0.3250)
D_eugracilis_CadN-PC                   0.0109 (0.0060 0.5518) 0.0092 (0.0050 0.5455) 0.0094 (0.0052 0.5575) 0.0090 (0.0056 0.6188) 0.0101 (0.0066 0.6580) 0.0102 (0.0052 0.5101)
D_ficusphila_CadN-PC                   0.0093 (0.0058 0.6186) 0.0086 (0.0051 0.5870) 0.0075 (0.0046 0.6122) 0.0103 (0.0061 0.5891) 0.0093 (0.0059 0.6370) 0.0083 (0.0046 0.5608) 0.0122 (0.0071 0.5821)
D_rhopaloa_CadN-PC                   0.0120 (0.0065 0.5423) 0.0099 (0.0052 0.5276) 0.0106 (0.0055 0.5202) 0.0110 (0.0053 0.4795) 0.0093 (0.0049 0.5269) 0.0078 (0.0035 0.4414) 0.0124 (0.0062 0.5015) 0.0116 (0.0058 0.5052)
D_elegans_CadN-PC                  0.0103 (0.0063 0.6143) 0.0092 (0.0056 0.6080) 0.0094 (0.0056 0.5992) 0.0144 (0.0071 0.4956) 0.0108 (0.0059 0.5465) 0.0087 (0.0045 0.5181) 0.0120 (0.0076 0.6309) 0.0111 (0.0061 0.5532) 0.0104 (0.0037 0.3599)


Model 0: one-ratio


TREE #  1:  (1, 2, (3, (((4, (5, 6)), (8, (9, 10))), 7)));   MP score: 4050
lnL(ntime: 17  np: 19): -29045.783047      +0.000000
  11..1    11..2    11..12   12..3    12..13   13..14   14..15   15..4    15..16   16..5    16..6    14..17   17..8    17..18   18..9    18..10   13..7  
 0.047216 0.037917 0.038248 0.078645 0.127644 0.032663 0.048341 0.169608 0.051191 0.148200 0.083109 0.019523 0.218959 0.047832 0.099816 0.161617 0.190706 1.909764 0.009129

Note: Branch length is defined as number of nucleotide substitutions per codon (not per neucleotide site).

tree length =   1.60124

(1: 0.047216, 2: 0.037917, (3: 0.078645, (((4: 0.169608, (5: 0.148200, 6: 0.083109): 0.051191): 0.048341, (8: 0.218959, (9: 0.099816, 10: 0.161617): 0.047832): 0.019523): 0.032663, 7: 0.190706): 0.127644): 0.038248);

(D_melanogaster_CadN-PC: 0.047216, D_sechellia_CadN-PC: 0.037917, (D_yakuba_CadN-PC: 0.078645, (((D_takahashii_CadN-PC: 0.169608, (D_biarmipes_CadN-PC: 0.148200, D_suzukii_CadN-PC: 0.083109): 0.051191): 0.048341, (D_ficusphila_CadN-PC: 0.218959, (D_rhopaloa_CadN-PC: 0.099816, D_elegans_CadN-PC: 0.161617): 0.047832): 0.019523): 0.032663, D_eugracilis_CadN-PC: 0.190706): 0.127644): 0.038248);

Detailed output identifying parameters

kappa (ts/tv) =  1.90976

omega (dN/dS) =  0.00913

dN & dS for each branch

 branch          t       N       S   dN/dS      dN      dS  N*dN  S*dS

  11..1      0.047  6994.8  2287.2  0.0091  0.0006  0.0621   4.0 142.1
  11..2      0.038  6994.8  2287.2  0.0091  0.0005  0.0499   3.2 114.1
  11..12     0.038  6994.8  2287.2  0.0091  0.0005  0.0503   3.2 115.1
  12..3      0.079  6994.8  2287.2  0.0091  0.0009  0.1035   6.6 236.7
  12..13     0.128  6994.8  2287.2  0.0091  0.0015  0.1680  10.7 384.2
  13..14     0.033  6994.8  2287.2  0.0091  0.0004  0.0430   2.7  98.3
  14..15     0.048  6994.8  2287.2  0.0091  0.0006  0.0636   4.1 145.5
  15..4      0.170  6994.8  2287.2  0.0091  0.0020  0.2232  14.3 510.5
  15..16     0.051  6994.8  2287.2  0.0091  0.0006  0.0674   4.3 154.1
  16..5      0.148  6994.8  2287.2  0.0091  0.0018  0.1950  12.5 446.1
  16..6      0.083  6994.8  2287.2  0.0091  0.0010  0.1094   7.0 250.2
  14..17     0.020  6994.8  2287.2  0.0091  0.0002  0.0257   1.6  58.8
  17..8      0.219  6994.8  2287.2  0.0091  0.0026  0.2881  18.4 659.1
  17..18     0.048  6994.8  2287.2  0.0091  0.0006  0.0629   4.0 144.0
  18..9      0.100  6994.8  2287.2  0.0091  0.0012  0.1314   8.4 300.4
  18..10     0.162  6994.8  2287.2  0.0091  0.0019  0.2127  13.6 486.5
  13..7      0.191  6994.8  2287.2  0.0091  0.0023  0.2510  16.0 574.0

tree length for dN:       0.0192
tree length for dS:       2.1072


Time used:  0:50


Model 1: NearlyNeutral (2 categories)


TREE #  1:  (1, 2, (3, (((4, (5, 6)), (8, (9, 10))), 7)));   MP score: 4050
lnL(ntime: 17  np: 20): -28979.626918      +0.000000
  11..1    11..2    11..12   12..3    12..13   13..14   14..15   15..4    15..16   16..5    16..6    14..17   17..8    17..18   18..9    18..10   13..7  
 0.047299 0.038011 0.038229 0.078890 0.128091 0.032878 0.048409 0.170279 0.050970 0.148380 0.083670 0.018896 0.220271 0.047855 0.100663 0.161724 0.191705 1.942887 0.989236 0.004479

Note: Branch length is defined as number of nucleotide substitutions per codon (not per neucleotide site).

tree length =   1.60622

(1: 0.047299, 2: 0.038011, (3: 0.078890, (((4: 0.170279, (5: 0.148380, 6: 0.083670): 0.050970): 0.048409, (8: 0.220271, (9: 0.100663, 10: 0.161724): 0.047855): 0.018896): 0.032878, 7: 0.191705): 0.128091): 0.038229);

(D_melanogaster_CadN-PC: 0.047299, D_sechellia_CadN-PC: 0.038011, (D_yakuba_CadN-PC: 0.078890, (((D_takahashii_CadN-PC: 0.170279, (D_biarmipes_CadN-PC: 0.148380, D_suzukii_CadN-PC: 0.083670): 0.050970): 0.048409, (D_ficusphila_CadN-PC: 0.220271, (D_rhopaloa_CadN-PC: 0.100663, D_elegans_CadN-PC: 0.161724): 0.047855): 0.018896): 0.032878, D_eugracilis_CadN-PC: 0.191705): 0.128091): 0.038229);

Detailed output identifying parameters

kappa (ts/tv) =  1.94289


dN/dS (w) for site classes (K=2)

p:   0.98924  0.01076
w:   0.00448  1.00000

dN & dS for each branch

 branch          t       N       S   dN/dS      dN      dS  N*dN  S*dS

  11..1       0.047   6987.6   2294.4   0.0152   0.0009   0.0610    6.5  139.9
  11..2       0.038   6987.6   2294.4   0.0152   0.0007   0.0490    5.2  112.4
  11..12      0.038   6987.6   2294.4   0.0152   0.0007   0.0493    5.2  113.0
  12..3       0.079   6987.6   2294.4   0.0152   0.0015   0.1017   10.8  233.3
  12..13      0.128   6987.6   2294.4   0.0152   0.0025   0.1651   17.5  378.8
  13..14      0.033   6987.6   2294.4   0.0152   0.0006   0.0424    4.5   97.2
  14..15      0.048   6987.6   2294.4   0.0152   0.0009   0.0624    6.6  143.2
  15..4       0.170   6987.6   2294.4   0.0152   0.0033   0.2195   23.3  503.5
  15..16      0.051   6987.6   2294.4   0.0152   0.0010   0.0657    7.0  150.7
  16..5       0.148   6987.6   2294.4   0.0152   0.0029   0.1912   20.3  438.8
  16..6       0.084   6987.6   2294.4   0.0152   0.0016   0.1078   11.4  247.4
  14..17      0.019   6987.6   2294.4   0.0152   0.0004   0.0244    2.6   55.9
  17..8       0.220   6987.6   2294.4   0.0152   0.0043   0.2839   30.1  651.4
  17..18      0.048   6987.6   2294.4   0.0152   0.0009   0.0617    6.5  141.5
  18..9       0.101   6987.6   2294.4   0.0152   0.0020   0.1297   13.8  297.7
  18..10      0.162   6987.6   2294.4   0.0152   0.0032   0.2084   22.1  478.2
  13..7       0.192   6987.6   2294.4   0.0152   0.0038   0.2471   26.2  566.9


Time used:  2:28


Model 2: PositiveSelection (3 categories)


TREE #  1:  (1, 2, (3, (((4, (5, 6)), (8, (9, 10))), 7)));   MP score: 4050
check convergence..
lnL(ntime: 17  np: 22): -28979.626938      +0.000000
  11..1    11..2    11..12   12..3    12..13   13..14   14..15   15..4    15..16   16..5    16..6    14..17   17..8    17..18   18..9    18..10   13..7  
 0.047299 0.038012 0.038229 0.078890 0.128092 0.032878 0.048409 0.170280 0.050970 0.148381 0.083670 0.018895 0.220271 0.047855 0.100663 0.161724 0.191706 1.942881 0.989237 0.010763 0.004479 96.011904

Note: Branch length is defined as number of nucleotide substitutions per codon (not per neucleotide site).

tree length =   1.60622

(1: 0.047299, 2: 0.038012, (3: 0.078890, (((4: 0.170280, (5: 0.148381, 6: 0.083670): 0.050970): 0.048409, (8: 0.220271, (9: 0.100663, 10: 0.161724): 0.047855): 0.018895): 0.032878, 7: 0.191706): 0.128092): 0.038229);

(D_melanogaster_CadN-PC: 0.047299, D_sechellia_CadN-PC: 0.038012, (D_yakuba_CadN-PC: 0.078890, (((D_takahashii_CadN-PC: 0.170280, (D_biarmipes_CadN-PC: 0.148381, D_suzukii_CadN-PC: 0.083670): 0.050970): 0.048409, (D_ficusphila_CadN-PC: 0.220271, (D_rhopaloa_CadN-PC: 0.100663, D_elegans_CadN-PC: 0.161724): 0.047855): 0.018895): 0.032878, D_eugracilis_CadN-PC: 0.191706): 0.128092): 0.038229);

Detailed output identifying parameters

kappa (ts/tv) =  1.94288


dN/dS (w) for site classes (K=3)

p:   0.98924  0.01076  0.00000
w:   0.00448  1.00000 96.01190
(note that p[2] is zero)


dN & dS for each branch

 branch          t       N       S   dN/dS      dN      dS  N*dN  S*dS

  11..1       0.047   6987.6   2294.4   0.0152   0.0009   0.0610    6.5  139.9
  11..2       0.038   6987.6   2294.4   0.0152   0.0007   0.0490    5.2  112.4
  11..12      0.038   6987.6   2294.4   0.0152   0.0007   0.0493    5.2  113.0
  12..3       0.079   6987.6   2294.4   0.0152   0.0015   0.1017   10.8  233.3
  12..13      0.128   6987.6   2294.4   0.0152   0.0025   0.1651   17.5  378.8
  13..14      0.033   6987.6   2294.4   0.0152   0.0006   0.0424    4.5   97.2
  14..15      0.048   6987.6   2294.4   0.0152   0.0009   0.0624    6.6  143.2
  15..4       0.170   6987.6   2294.4   0.0152   0.0033   0.2195   23.3  503.5
  15..16      0.051   6987.6   2294.4   0.0152   0.0010   0.0657    7.0  150.7
  16..5       0.148   6987.6   2294.4   0.0152   0.0029   0.1912   20.3  438.8
  16..6       0.084   6987.6   2294.4   0.0152   0.0016   0.1078   11.4  247.4
  14..17      0.019   6987.6   2294.4   0.0152   0.0004   0.0244    2.6   55.9
  17..8       0.220   6987.6   2294.4   0.0152   0.0043   0.2839   30.1  651.4
  17..18      0.048   6987.6   2294.4   0.0152   0.0009   0.0617    6.5  141.5
  18..9       0.101   6987.6   2294.4   0.0152   0.0020   0.1297   13.8  297.7
  18..10      0.162   6987.6   2294.4   0.0152   0.0032   0.2084   22.1  478.2
  13..7       0.192   6987.6   2294.4   0.0152   0.0038   0.2471   26.2  566.9


Naive Empirical Bayes (NEB) analysis
Bayes Empirical Bayes (BEB) analysis (Yang, Wong & Nielsen 2005. Mol. Biol. Evol. 22:1107-1118)
Positively selected sites (*: P>95%; **: P>99%)
(amino acids refer to 1st sequence: D_melanogaster_CadN-PC)

            Pr(w>1)     post mean +- SE for w

    33 F      0.505         1.239 +- 0.296



The grid (see ternary graph for p0-p1)

w0:   0.050  0.150  0.250  0.350  0.450  0.550  0.650  0.750  0.850  0.950
w2:   1.500  2.500  3.500  4.500  5.500  6.500  7.500  8.500  9.500 10.500


Posterior on the grid

w0:   1.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
w2:   0.993  0.003  0.001  0.000  0.000  0.000  0.000  0.000  0.000  0.000

Posterior for p0-p1 (see the ternary graph)

 0.000
 0.000 0.000 0.000
 0.000 0.000 0.000 0.000 0.000
 0.000 0.000 0.000 0.000 0.000 0.000 0.000
 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 1.000

sum of density on p0-p1 =   1.000000

Time used:  8:07


Model 3: discrete (3 categories)


TREE #  1:  (1, 2, (3, (((4, (5, 6)), (8, (9, 10))), 7)));   MP score: 4050
check convergence..
lnL(ntime: 17  np: 23): -28949.183788      +0.000000
  11..1    11..2    11..12   12..3    12..13   13..14   14..15   15..4    15..16   16..5    16..6    14..17   17..8    17..18   18..9    18..10   13..7  
 0.047269 0.037972 0.038282 0.078781 0.127932 0.032812 0.048516 0.169905 0.051043 0.148424 0.083393 0.018937 0.219941 0.047791 0.100458 0.161755 0.191293 1.909628 0.637320 0.318036 0.000005 0.001657 0.209555

Note: Branch length is defined as number of nucleotide substitutions per codon (not per neucleotide site).

tree length =   1.60451

(1: 0.047269, 2: 0.037972, (3: 0.078781, (((4: 0.169905, (5: 0.148424, 6: 0.083393): 0.051043): 0.048516, (8: 0.219941, (9: 0.100458, 10: 0.161755): 0.047791): 0.018937): 0.032812, 7: 0.191293): 0.127932): 0.038282);

(D_melanogaster_CadN-PC: 0.047269, D_sechellia_CadN-PC: 0.037972, (D_yakuba_CadN-PC: 0.078781, (((D_takahashii_CadN-PC: 0.169905, (D_biarmipes_CadN-PC: 0.148424, D_suzukii_CadN-PC: 0.083393): 0.051043): 0.048516, (D_ficusphila_CadN-PC: 0.219941, (D_rhopaloa_CadN-PC: 0.100458, D_elegans_CadN-PC: 0.161755): 0.047791): 0.018937): 0.032812, D_eugracilis_CadN-PC: 0.191293): 0.127932): 0.038282);

Detailed output identifying parameters

kappa (ts/tv) =  1.90963


dN/dS (w) for site classes (K=3)

p:   0.63732  0.31804  0.04464
w:   0.00001  0.00166  0.20956

dN & dS for each branch

 branch          t       N       S   dN/dS      dN      dS  N*dN  S*dS

  11..1       0.047   6994.8   2287.2   0.0099   0.0006   0.0621    4.3  142.0
  11..2       0.038   6994.8   2287.2   0.0099   0.0005   0.0499    3.4  114.0
  11..12      0.038   6994.8   2287.2   0.0099   0.0005   0.0503    3.5  115.0
  12..3       0.079   6994.8   2287.2   0.0099   0.0010   0.1034    7.2  236.6
  12..13      0.128   6994.8   2287.2   0.0099   0.0017   0.1680   11.6  384.2
  13..14      0.033   6994.8   2287.2   0.0099   0.0004   0.0431    3.0   98.5
  14..15      0.049   6994.8   2287.2   0.0099   0.0006   0.0637    4.4  145.7
  15..4       0.170   6994.8   2287.2   0.0099   0.0022   0.2231   15.4  510.3
  15..16      0.051   6994.8   2287.2   0.0099   0.0007   0.0670    4.6  153.3
  16..5       0.148   6994.8   2287.2   0.0099   0.0019   0.1949   13.5  445.7
  16..6       0.083   6994.8   2287.2   0.0099   0.0011   0.1095    7.6  250.4
  14..17      0.019   6994.8   2287.2   0.0099   0.0002   0.0249    1.7   56.9
  17..8       0.220   6994.8   2287.2   0.0099   0.0029   0.2888   20.0  660.5
  17..18      0.048   6994.8   2287.2   0.0099   0.0006   0.0628    4.3  143.5
  18..9       0.100   6994.8   2287.2   0.0099   0.0013   0.1319    9.1  301.7
  18..10      0.162   6994.8   2287.2   0.0099   0.0021   0.2124   14.7  485.8
  13..7       0.191   6994.8   2287.2   0.0099   0.0025   0.2512   17.4  574.5


Naive Empirical Bayes (NEB) analysis
Time used: 21:57


Model 7: beta (10 categories)


TREE #  1:  (1, 2, (3, (((4, (5, 6)), (8, (9, 10))), 7)));   MP score: 4050
lnL(ntime: 17  np: 20): -28959.628256      +0.000000
  11..1    11..2    11..12   12..3    12..13   13..14   14..15   15..4    15..16   16..5    16..6    14..17   17..8    17..18   18..9    18..10   13..7  
 0.047372 0.038048 0.038372 0.078928 0.128138 0.032857 0.048596 0.170222 0.051247 0.148722 0.083486 0.019085 0.220175 0.047972 0.100529 0.162048 0.191533 1.909583 0.011334 0.351681

Note: Branch length is defined as number of nucleotide substitutions per codon (not per neucleotide site).

tree length =   1.60733

(1: 0.047372, 2: 0.038048, (3: 0.078928, (((4: 0.170222, (5: 0.148722, 6: 0.083486): 0.051247): 0.048596, (8: 0.220175, (9: 0.100529, 10: 0.162048): 0.047972): 0.019085): 0.032857, 7: 0.191533): 0.128138): 0.038372);

(D_melanogaster_CadN-PC: 0.047372, D_sechellia_CadN-PC: 0.038048, (D_yakuba_CadN-PC: 0.078928, (((D_takahashii_CadN-PC: 0.170222, (D_biarmipes_CadN-PC: 0.148722, D_suzukii_CadN-PC: 0.083486): 0.051247): 0.048596, (D_ficusphila_CadN-PC: 0.220175, (D_rhopaloa_CadN-PC: 0.100529, D_elegans_CadN-PC: 0.162048): 0.047972): 0.019085): 0.032857, D_eugracilis_CadN-PC: 0.191533): 0.128138): 0.038372);

Detailed output identifying parameters

kappa (ts/tv) =  1.90958

Parameters in M7 (beta):
 p =   0.01133  q =   0.35168


dN/dS (w) for site classes (K=10)

p:   0.10000  0.10000  0.10000  0.10000  0.10000  0.10000  0.10000  0.10000  0.10000  0.10000
w:   0.00000  0.00000  0.00000  0.00000  0.00000  0.00000  0.00000  0.00000  0.00001  0.10447

dN & dS for each branch

 branch          t       N       S   dN/dS      dN      dS  N*dN  S*dS

  11..1       0.047   6994.8   2287.2   0.0104   0.0006   0.0621    4.5  142.0
  11..2       0.038   6994.8   2287.2   0.0104   0.0005   0.0499    3.6  114.1
  11..12      0.038   6994.8   2287.2   0.0104   0.0005   0.0503    3.7  115.0
  12..3       0.079   6994.8   2287.2   0.0104   0.0011   0.1035    7.6  236.6
  12..13      0.128   6994.8   2287.2   0.0104   0.0018   0.1680   12.3  384.2
  13..14      0.033   6994.8   2287.2   0.0104   0.0004   0.0431    3.1   98.5
  14..15      0.049   6994.8   2287.2   0.0104   0.0007   0.0637    4.7  145.7
  15..4       0.170   6994.8   2287.2   0.0104   0.0023   0.2231   16.3  510.4
  15..16      0.051   6994.8   2287.2   0.0104   0.0007   0.0672    4.9  153.6
  16..5       0.149   6994.8   2287.2   0.0104   0.0020   0.1950   14.2  445.9
  16..6       0.083   6994.8   2287.2   0.0104   0.0011   0.1094    8.0  250.3
  14..17      0.019   6994.8   2287.2   0.0104   0.0003   0.0250    1.8   57.2
  17..8       0.220   6994.8   2287.2   0.0104   0.0030   0.2886   21.1  660.1
  17..18      0.048   6994.8   2287.2   0.0104   0.0007   0.0629    4.6  143.8
  18..9       0.101   6994.8   2287.2   0.0104   0.0014   0.1318    9.6  301.4
  18..10      0.162   6994.8   2287.2   0.0104   0.0022   0.2124   15.5  485.9
  13..7       0.192   6994.8   2287.2   0.0104   0.0026   0.2511   18.3  574.3


Time used: 39:26


Model 8: beta&w>1 (11 categories)


TREE #  1:  (1, 2, (3, (((4, (5, 6)), (8, (9, 10))), 7)));   MP score: 4050
lnL(ntime: 17  np: 22): -28957.150338      +0.000000
  11..1    11..2    11..12   12..3    12..13   13..14   14..15   15..4    15..16   16..5    16..6    14..17   17..8    17..18   18..9    18..10   13..7  
 0.047359 0.038039 0.038360 0.078898 0.128147 0.032805 0.048537 0.170343 0.051291 0.148688 0.083546 0.018987 0.220256 0.047996 0.100655 0.161886 0.191666 1.914188 0.997339 0.011171 0.370907 1.000000

Note: Branch length is defined as number of nucleotide substitutions per codon (not per neucleotide site).

tree length =   1.60746

(1: 0.047359, 2: 0.038039, (3: 0.078898, (((4: 0.170343, (5: 0.148688, 6: 0.083546): 0.051291): 0.048537, (8: 0.220256, (9: 0.100655, 10: 0.161886): 0.047996): 0.018987): 0.032805, 7: 0.191666): 0.128147): 0.038360);

(D_melanogaster_CadN-PC: 0.047359, D_sechellia_CadN-PC: 0.038039, (D_yakuba_CadN-PC: 0.078898, (((D_takahashii_CadN-PC: 0.170343, (D_biarmipes_CadN-PC: 0.148688, D_suzukii_CadN-PC: 0.083546): 0.051291): 0.048537, (D_ficusphila_CadN-PC: 0.220256, (D_rhopaloa_CadN-PC: 0.100655, D_elegans_CadN-PC: 0.161886): 0.047996): 0.018987): 0.032805, D_eugracilis_CadN-PC: 0.191666): 0.128147): 0.038360);

Detailed output identifying parameters

kappa (ts/tv) =  1.91419

Parameters in M8 (beta&w>1):
  p0 =   0.99734  p =   0.01117 q =   0.37091
 (p1 =   0.00266) w =   1.00000


dN/dS (w) for site classes (K=11)

p:   0.09973  0.09973  0.09973  0.09973  0.09973  0.09973  0.09973  0.09973  0.09973  0.09973  0.00266
w:   0.00000  0.00000  0.00000  0.00000  0.00000  0.00000  0.00000  0.00000  0.00000  0.08440  1.00000

dN & dS for each branch

 branch          t       N       S   dN/dS      dN      dS  N*dN  S*dS

  11..1       0.047   6993.8   2288.2   0.0111   0.0007   0.0619    4.8  141.7
  11..2       0.038   6993.8   2288.2   0.0111   0.0006   0.0497    3.9  113.8
  11..12      0.038   6993.8   2288.2   0.0111   0.0006   0.0502    3.9  114.8
  12..3       0.079   6993.8   2288.2   0.0111   0.0011   0.1032    8.0  236.1
  12..13      0.128   6993.8   2288.2   0.0111   0.0019   0.1676   13.0  383.5
  13..14      0.033   6993.8   2288.2   0.0111   0.0005   0.0429    3.3   98.2
  14..15      0.049   6993.8   2288.2   0.0111   0.0007   0.0635    4.9  145.3
  15..4       0.170   6993.8   2288.2   0.0111   0.0025   0.2228   17.3  509.8
  15..16      0.051   6993.8   2288.2   0.0111   0.0007   0.0671    5.2  153.5
  16..5       0.149   6993.8   2288.2   0.0111   0.0022   0.1945   15.1  445.0
  16..6       0.084   6993.8   2288.2   0.0111   0.0012   0.1093    8.5  250.0
  14..17      0.019   6993.8   2288.2   0.0111   0.0003   0.0248    1.9   56.8
  17..8       0.220   6993.8   2288.2   0.0111   0.0032   0.2881   22.3  659.2
  17..18      0.048   6993.8   2288.2   0.0111   0.0007   0.0628    4.9  143.6
  18..9       0.101   6993.8   2288.2   0.0111   0.0015   0.1316   10.2  301.2
  18..10      0.162   6993.8   2288.2   0.0111   0.0023   0.2117   16.4  484.5
  13..7       0.192   6993.8   2288.2   0.0111   0.0028   0.2507   19.4  573.6


Naive Empirical Bayes (NEB) analysis
Bayes Empirical Bayes (BEB) analysis (Yang, Wong & Nielsen 2005. Mol. Biol. Evol. 22:1107-1118)
Positively selected sites (*: P>95%; **: P>99%)
(amino acids refer to 1st sequence: D_melanogaster_CadN-PC)

            Pr(w>1)     post mean +- SE for w

    33 F      0.659         1.161 +- 0.492
  2303 S      0.664         1.183 +- 0.464



The grid 

p0:   0.050  0.150  0.250  0.350  0.450  0.550  0.650  0.750  0.850  0.950
p :   0.100  0.300  0.500  0.700  0.900  1.100  1.300  1.500  1.700  1.900
q :   0.100  0.300  0.500  0.700  0.900  1.100  1.300  1.500  1.700  1.900
ws:   1.500  2.500  3.500  4.500  5.500  6.500  7.500  8.500  9.500 10.500


Posterior on the grid

p0:   0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  1.000
p :   1.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
q :   0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  1.000
ws:   0.996  0.002  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000

Time used: 1:06:30
Model 1: NearlyNeutral	-28979.626918
Model 2: PositiveSelection	-28979.626938
Model 0: one-ratio	-29045.783047
Model 3: discrete	-28949.183788
Model 7: beta	-28959.628256
Model 8: beta&w>1	-28957.150338


Model 0 vs 1	132.3122579999981

Model 2 vs 1	3.9999998989515007E-5

Model 8 vs 7	4.955836000001