--- EXPERIMENT NOTES
--- EXPERIMENT PROPERTIES
#Sat Nov 12 05:23:26 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/2/Ac76E-PA/input.fasta
input.names=
mrbayes.params=
codeml.params=
--- PSRF SUMMARY
Estimated marginal likelihoods for runs sampled in files
"/opt/ADOPS/2/Ac76E-PA/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p" and "/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/batch/allfiles/mrbayes/input.fasta.fasta.mrb.lstat)
Run Arithmetic mean Harmonic mean
--------------------------------------
1 -12095.72 -12109.17
2 -12096.07 -12109.57
--------------------------------------
TOTAL -12095.88 -12109.39
--------------------------------------
Model parameter summaries over the runs sampled in files
"/opt/ADOPS/2/Ac76E-PA/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p" and "/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/batch/allfiles/mrbayes/input.fasta.fasta.mrb.pstat".
95% HPD Interval
--------------------
Parameter Mean Variance Lower Upper Median min ESS* avg ESS PSRF+
------------------------------------------------------------------------------------------------------
TL{all} 0.667738 0.001077 0.607688 0.734053 0.667299 1369.07 1404.27 1.000
r(A<->C){all} 0.132980 0.000145 0.110058 0.156550 0.132675 1000.98 1063.28 1.000
r(A<->G){all} 0.278409 0.000338 0.243570 0.315766 0.277989 553.28 765.12 1.000
r(A<->T){all} 0.083024 0.000146 0.060075 0.106815 0.082461 997.80 1007.61 1.000
r(C<->G){all} 0.079235 0.000066 0.063511 0.095126 0.078988 1169.02 1262.46 1.000
r(C<->T){all} 0.357377 0.000372 0.319549 0.393800 0.356899 890.64 919.92 1.000
r(G<->T){all} 0.068975 0.000086 0.052048 0.088704 0.068709 885.23 984.01 1.000
pi(A){all} 0.224299 0.000037 0.211279 0.235209 0.224301 1086.43 1092.80 1.002
pi(C){all} 0.295933 0.000048 0.282434 0.309019 0.295890 915.59 990.93 1.000
pi(G){all} 0.271215 0.000045 0.257340 0.283481 0.271144 975.33 985.67 1.000
pi(T){all} 0.208553 0.000034 0.197596 0.220294 0.208700 1037.76 1053.67 1.000
alpha{1,2} 0.158194 0.000183 0.130695 0.184697 0.157601 1374.41 1437.70 1.000
alpha{3} 4.372858 1.064250 2.643965 6.559605 4.249739 1315.13 1326.77 1.000
pinvar{all} 0.432648 0.000645 0.384763 0.484567 0.433419 1297.82 1378.67 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 -11237.599668
Model 2: PositiveSelection -11237.599676
Model 0: one-ratio -11438.14586
Model 3: discrete -11235.836021
Model 7: beta -11242.134885
Model 8: beta&w>1 -11238.121944
Model 0 vs 1 401.0923839999996
Model 2 vs 1 1.599999814061448E-5
Model 8 vs 7 8.025881999998091
Additional information for M7 vs M8:
Naive Empirical Bayes (NEB) analysis
Positively selected sites (*: P>95%; **: P>99%)
(amino acids refer to 1st sequence: D_melanogaster_Ac76E-PA)
Pr(w>1) post mean +- SE for w
29 T 0.860 1.898
517 I 0.870 1.913
520 T 0.959* 2.048
655 Q 0.643 1.566
923 K 0.732 1.702
931 E 0.980* 2.080
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_Ac76E-PA)
Pr(w>1) post mean +- SE for w
8 T 0.839 1.348 +- 0.358
16 N 0.820 1.330 +- 0.375
17 A 0.691 1.169 +- 0.514
19 A 0.574 1.027 +- 0.573
25 D 0.797 1.313 +- 0.380
29 T 0.963* 1.469 +- 0.159
202 T 0.584 1.040 +- 0.569
512 T 0.634 1.136 +- 0.497
515 T 0.753 1.264 +- 0.427
517 I 0.967* 1.474 +- 0.146
518 K 0.795 1.311 +- 0.382
520 T 0.984* 1.488 +- 0.096
541 P 0.581 1.037 +- 0.569
543 A 0.590 1.044 +- 0.570
544 I 0.522 1.010 +- 0.534
595 H 0.520 1.007 +- 0.535
602 N 0.863 1.377 +- 0.318
603 D 0.564 1.055 +- 0.526
605 E 0.899 1.413 +- 0.267
606 P 0.755 1.272 +- 0.412
655 Q 0.911 1.420 +- 0.264
672 G 0.664 1.136 +- 0.532
674 A 0.578 1.069 +- 0.524
923 K 0.946 1.455 +- 0.191
927 S 0.763 1.270 +- 0.426
928 T 0.710 1.221 +- 0.451
931 E 0.990* 1.493 +- 0.075
932 S 0.576 1.070 +- 0.522
934 F 0.519 0.970 +- 0.576
935 S 0.578 1.032 +- 0.572
938 V 0.825 1.334 +- 0.372
940 S 0.809 1.325 +- 0.371
947 L 0.555 1.020 +- 0.561
952 Y 0.859 1.368 +- 0.336
1005 M 0.753 1.270 +- 0.413
1008 D 0.890 1.403 +- 0.282
1009 A 0.757 1.264 +- 0.430
1012 T 0.792 1.300 +- 0.402
1013 H 0.547 0.996 +- 0.579
1266 T 0.662 1.162 +- 0.490
>C1
MVNHNAETAKTGNGTNATANLIVKADGNATQPKAMTSSAARMNDALSASL
ADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACVVSIII
GIVYGQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAIVTTFS
LGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAIHIVYR
IGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDGTRTGI
EQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAGGQAST
SATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDLFGRFD
QIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDAIRHVR
EATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMESGGVAG
RVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKPAYTYS
VPRVVECIEQNDPSPTTEETKEIKETDQSHEATDVADVLLPVTVAPPPAI
VDEKMSPTSINSQEAPLHAPLASAASMSIKELSEEEDEADEATAVTEPLM
HRDQDGKNDKEPKANGGHRGSGDSAASESVAKSAALSLPADDLLSMSGSE
SGISNSGAQAQSSNPASVTPTAAAPAGGAASNSLTVAEAPERSRRKLSVQ
GLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTRNRPSSKMTKYVE
CWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERKCFNFNFFGPPTE
LKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLSLAVVQLIVIELN
LALLGSLLASFVSLALFLYLSNMSVPDVHASTTERNGPGQVVASSRYLRL
AMFVVVNILISSCAVFSVINYTVPDGVSKEPSSNQTILESNFSSVFVNST
LEDVQLWEIDYAIPIAPVFLYCCAISLAAISAFLRSGFILKLIAMLVAVI
AQVTVLGYSDLFEMYNDANITHGLPLEIKGFLLLLVIILVLHTLDRQGEY
VARTDFLWKAKLKVEQEEVETMRGINKILLENILPAHVATHFLHLERSTE
LYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLRLLNEIICDFDKLL
LKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKRTEEHNVVILVEFA
IALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQKPQYDIWSNTVNV
ASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTYVKGKGNLVTYFVK
TPFDGKLoooooooo
>C2
MVNHNAETAKTENGTNATANLIVKADGNATQTKTMTSSAARMNDALSASL
ADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACVVSIII
GIVYDQHLVQTMLLVLAALVSGSILTALQFPAVLSSPAAALAFAIVTTFS
LGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAIHIVYR
IGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDGTRTGI
EQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAGGQAST
SATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDLFGRFD
QIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDAIRHVR
EATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMESGGVAG
RVHITKQTLDFLGDKFEVEQGDGGNRDAYLADHKVESYLIVPPKPAYTYS
VPRVVECIEQNDPSPTNEETKEIKEADHFHEATDVADGLLPVTVAPPPAI
VDEKMSPTSTNSQEAPLHAPLASAASMSIKELSEEEDEADEATAVTEPLM
HRDRDGKNGKEPKANGGHRGSGDSAASESAAKSAALSLPADDLLSMSGSE
SGISNSGAQAQSSNPASVTPTAAAPAGGVSSASNSLTVAEAPERSRRKLS
VQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTRNRPSSKMTKY
VECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERKCFNFNFFGPP
TELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLSLAVVQLIVIE
LNLALLGSLLASFVSLALFLYLSNMSVPDVHASTTERNGPGQVVASSRYL
RLAMFVVVNILISSCAVFSVINYTVPDGVTKEPSSNQTILESNFSSGFVN
STLEDVQLWEIDHAIPIAPVFLYCCAISLAAISAFLRSGFILKLIAMLVA
VIAQMKVLGYSDLFEMYNDANITCGLPLEIKGFLLLLVIILVLHTLDRQG
EYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAHVATHFLHLERS
TELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLRLLNEIICDFDK
LLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKRTEEHNVVILVE
FAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQKPQYDIWSNTV
NVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTYVKGKGNLVTYF
VKTPFDGKLoooooo
>C3
MVNHNAETAKTENGTNATANLIVKADGNATQPKTMTSSAARINDALSASL
ADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACVVSIII
GIVYDQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAIVTTFS
LGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAIHIVYR
IGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDGTRTGI
EQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAGGQAST
SATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDLFGRFD
QIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDAIRHVR
EATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMESGGVAG
RVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKPAYTYS
VPRVVECIEQNDPSPTTEETKEIKEADHSHEATDVADGLLPVTVAPPPAI
VDEKMSPTSTNSQEAPLHAPLASAASMSIKELSEEEDEADEATAVTEPLM
HRDQDGRNGKEPKANGGHRGSGDSAASESAAKSAALSLPADDLLSMSGSE
SGISNSGAQAQSSNPASVTPTAAAPPGGVSSASNSLTVAEAPERSRRKLS
VQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTRNRPSSKMTKY
VECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERKCFNFNFFGPP
TELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLSLAVVQLIVIE
LNLALLGSLLASFVSLALFLYLSNMSVPDVHASTTERNGPGQVVASSRYL
RLAMFVVVNILISSCAVFSVINYTVPDGVNKEPSSNQTILESNFSSEFVN
STLEDVQLWEIDHAIPIAPVFLYCCAISLAAISAFLRSGFILKLIAMLVA
VIAQMTVLGYSDLFEMYNDANITYGLPLEIKGFLLLLVIILVLHTLDRQG
EYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAHVATHFLHLERS
TELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLRLLNEIICDFDK
LLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKRTEEHNVVILVE
FAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQKPQYDIWSNTV
NVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTYVKGKGNLVTYF
VKTPFDGKLoooooo
>C4
MVNHNAEAARTENGTNATASLIVKAHGNASQPKTMMTSAARMNEALSASL
VELSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACVVSIII
GIVYDQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAIVTTFS
LGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAIHIVYR
IGTSADYSPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDGTRTGI
EQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAGGQAST
SATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDLFGRFD
QIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDAIRHVR
EATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMESGGVAG
RVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKPAYTYS
VPRVVECMEQNDPSPTTEETKEVKDLDHSHEATDVADSLLPVTVAPPPAI
VDEKMSPTSTNSQEAALHAPLASAASMSIKELSEEEDEADDATAVTEPLM
LRDQDGKNGKEPKANGGHRGSGDSAASESAAKSAALSLPADDLLSMSGSE
SGISNSGAQAQSSNPASVTPTAAAPAGGASSASNSLTVAEAPERSRRKLS
VQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTRNRPSSKMTKY
VECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERKCFNFNFFGPP
TELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLSLAVVQLIVIE
LNLALLGSLLASFVSLALFLYLSNMSVPDVHSSATERNGPGQVVASSRYL
RLAMFVVVNILISSCAVFSVINYTVPDRVNREPSSNLTILGSNSSSEFIN
ATLEDMQIWEIDHAIPIAPVFLYCCAISLAAISAFLRSGFILKLIAMLVA
VIAQVTVLGYSDLFEMYNVTNIKYGLPLEIKGFLLLLVIILVLHTLDRQG
EYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAHVATHFLHLERS
TELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLRLLNEIICDFDK
LLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKRTEEHNVVILVE
FAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQKPQYDIWSNTV
NVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTYVKGKGNLVTYF
VKTPFDGKLoooooo
>C5
MVNRNAEAARSENGTNATANLIVKAQGNASQPKTMTMTMTTSAARMNEGL
SASLAELSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACVV
SIIIGIVYDQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAIV
TTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAIH
IVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDGT
RTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAGG
QASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDLF
GRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDAI
RHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMESG
GVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKPA
YTYSVPRVVECIEQNDPSPTTEETKELKELDHSHEATDVSDSLLPVTVAP
PPAIADEKMSPTSTNSQDAPLHAPLASAASMSIKELSEEEDEADEATAVT
EPLMLRDQDGKSGKEPKANGGHRGSGDSAASESAAKSAALSLPADDLLSM
SGSESGISNSGAQAPTSNPASVTPTAAAPAGAASSVSNSLTVAEAPERSR
RKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTRNRPSSK
MTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERKCFNFNF
FGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLSLAVVQL
IVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHSSATERNGPGQVVAS
SRYLRLAMFVVVNILISSCAVFSVINYTVPDGVNKEPSSNHTILNSNFSS
EFINSTLGDMQLWEIDHAIPIAPVFLYCCAISLAAISAFLRSGFILKLIA
MLVAVIAQVTVLGYSDLFEMYNDTNIKYGLPLEIKGFLLLLVIILVLHTL
DRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAHVATHFLH
LERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLRLLNEIIC
DFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKRTEEHNVV
ILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQKPQYDIW
SNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTYVKGKGNL
VTYFVKTPFDGKLoo
>C6
MVNHNAESAKTENGTNATNLIVKAGGNATIQPKTMTSSAARMTEALSASL
ADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACVVSIII
GIVYDQSLVQTLLLVLAALISGSILTALQFPAVLSSPAAALAFAIVTTFS
LGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAIHIVYR
IGTSADYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDGTRTGI
EQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAGGQAST
SATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDLFGRFD
QIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDAIRHVR
EATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMESGGVAG
RVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKPAYTYS
VPRVVECIEQNDPSPTEEKETKEAVVVDHSNESADVTDSLIPVTVTDPLP
LAVDEKMSPTSTNSQEAPLHAPLASAASMSIKEMSEEEDEADEATAVTEP
LMLKDQESKEGQSQETAKPNGGHRGSGDSAASESAAKSTALSLPAEDLLS
MSGSESGISNGGTPAASSNPASVTPTTAAPAGGASSGTNSLTVAEAPERS
RRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTRNRPSS
KMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERKCFNFN
FFGPPTELKPFTMWYRNTPREGMYRAQPDTHFRFDLICAFVLFLSLAVVQ
LIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASATDRNGPGQVVA
SSRYLRLAMFVVVNILISSCAVFSVINFTVPDGINSEPPPSNVSTLEGNY
SMEFLNATQEDMQPWEIARAIPIAPVFLYCCAISLAAISAFLRSGFILKL
IAMLVALIAQVTVLGYSDLFEKYNETNIIYGLPLEIKGFLLLLVIILVLH
TLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAHVATHF
LHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLRLLNEI
ICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKRTEEHN
VVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQKPQYD
IWSNTVNVASRMDSCGVMGRLQTTENTAKILMSAGYECECRGLTYVKGKG
NLVTYFVKTPFDGKL
>C7
MVNHNAEPAKTENGTSATNLIVKAGGNASQPKTMTSSAARMTEALSASLA
DLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACVVSIIIG
IAYDQSLLRTLLLVLAALISGSILTALQFPAVLSSPAAALAFAIVTTFSL
GTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAIHIVYRI
GTSPDYAPNLPMLFGEIVMLASASISGLYYRIMSDAAHNRTVDGTRTGIE
QRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAGGQASTS
ATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDLFGRFDQ
IAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDAIRHVRE
ATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMESGGVAGR
VHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKPAYTYSV
PRVVECIEHNDPSPTEEKQKETKVADQSNEGTDVTDSLIPATVDPIPLVV
DEKMSPTSTNSQEVPLHAPLASTASMSIKELSEEEDEADEATAVTEPLML
KDQESKEGQEVKPNGGHRGSGDSAASESAAKSTALSLPAEDLLSMSGSES
GISNSGTPAPSSNPTSVTPTAAAPAGGASSGTNSLTVAEAPERSRRKLSV
QGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTRNRPSSKMTKYV
ECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERKCFNFNFFGPPT
ELKPFTMWYRNTPREGMYRAQPDTHFRFDLICAFVLFLSLAIVQLIVIEL
NLALLGSLLASFLSLALFLYLSNMSVPDVHASATERNGPGQVVASSRYLR
LAMFVVVNILISSCAVFSVINYTVPDGVNSEPPPNATSLVGNFSDLLNAT
QEEMQPWDIARSIHIAPVFLYCCAISLAAISAFLRSGFILKLIAMLVAVI
AQVTVLGYSDLFVIYNDTNIKYGLALEIKGFLLLLVIILVLHTLDRQGEY
VARTDFLWKAKLKVEQEEVETMRGINKILLENILPAHVATHFLHLERSTE
LYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLRLLNEIICDFDKLL
LKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKRTEEHNVVILVEFA
IALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQKPQYDIWSNTVNV
ASRMDSCGVMGRLQTTENTAKILMAAGYECECRGLTYVKGKGNLVTYFVK
TPFDGKLoooooooo
>C8
MVNHNAESAKTENGTNATNLIVKAGGNAIQTKTMTSSAARMTEALSASLA
DLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACVVSIIIG
VVYDQSLLQTLLLVLAALISGSILTALQFPAVLSSPAAALAFAIVTTFSL
GTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAIHIVYRI
GTSPDYAPNLSMLFGEIVMLASASISGLYYRIMSDAAHNRTVDGTRTGIE
QRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAGGQASTS
ATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDLFGRFDQ
IAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDAIRHVRE
ATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMESGGVAGR
VHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKPAYTYSV
PRVVECIEQNDPSPTEEKEAKVVVDHSNEGADVTDSLIPVTVDPIPLVVD
EKMSPTSTNSQEVPLHAALASAASMSIKELSEEEDEADEATAVTEPLMLK
DQESKDGQEVKPNGGHRGSGDSAASESAAKSTALSLPAEDLLSMSGSESG
VSNSGTPAPSSNPTSVTPTAAAPAGAASSGTNSLTVTEAPERSRRKLSVQ
GLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTRNRPSSKMTKYVE
CWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERKCFNFNFFGPPTE
LKPFTMWYRNTPREGMYRAQPDTHFRFDLICAFVLFLSLAIVQLIVIKLN
LALLGSLLASFLSLALFLYLSNMSVPDVHSSATERNGPGQVVASSRYLRL
AMFVVVNILISSCAVFSVINFTVPDGVNKEPPPNATNLASNFSDFLNDTQ
EEMQPWEIARAIHIAPVFLYCCAISLAAISAFLRSGFILKLIAMLVALIA
QVTVLGYSDLFVIYNDTNIKYGLPLEIKGFLLLLVIILVLHTLDRQGEYV
ARTDFLWKAKLKVEQEEVETMRGINKILLENILPAHVATHFLHLERSTEL
YHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLRLLNEIICDFDKLLL
KPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKRTEEHNVVILVEFAI
ALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQKPQYDIWSNTVNVA
SRMDSCGVMGRLQTTENTAKILMAAGYECECRGLTYVKGKGNLVTYFVKT
PFDGKLooooooooo
>C9
MLNRNAESAKTENGNANATNLIVKASGNAAQPKTMTSSAAKMTEALSASL
ADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACVVSIII
GIIYDQHLGQTLLLALAAIISGSILTALQFPAVLSSPAAALAFAIVTTFS
LGTIAAITGDKLAPLPMYALFLCIHSMLPISWPVSVVLALFMTAIHIAYR
IGENPNLPMLFGEIVMLASASISGLYYRIMSDAAHNRTVDGTRTGIEQRV
KLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAGGQASTSATR
FHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDLFGRFDQIAQ
ENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDAIRHVREATG
INVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMESGGVAGRVHI
TKQTLDFLGEKFEVEQGEGGNRDAYLADHKIETYLIVPPKPAYTYSVPRV
VECIEHNDPSSTEEVKEIKENQNSNDAADVTDNLLPVTVDPPPLTVDEKM
SPTSTNSQEAPLHAPLVSTASMSIKELSEEEDEADEETAVTEPLMAKDQD
KKDLEPEIKANGNHRGSGDSAVSESAAKSAALSLPAEDLLSMSGSESGIS
NSGTPAPSSNAASVTPTAAASAGGAASTTNSLTVAEAPERSRRKLSVQGL
MSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTRNRPSSKMTKYVECW
GADRPFANIAESKLVKNIGLASIAMIESNLLPPERKCFNFNFFGPPTELK
PFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLSLAIVQLIVIKLNLA
LLGSLLASFISLSLFLYLSNMSVPDVHASSTERNGPGQVVASSRYLRLAM
FVIVNILISSCAVFSVINYTVPDGVSSEPSNETFIANFSMEFFNGTQEEM
QPWEIANAIPIAPVFLYCCAISLAAISAFLRSGFILKLIAMLVAVIAQVT
VLGYSDLFVQYNQLNIEYGLRLEVKGFLLLLVIILVLHTLDRQGEYVART
DFLWKAKLKVEQEEVETMRGINKILLENILPAHVATHFLHLERSTELYHE
SYSCVAVMFASIPNYKEFYDETDVNKQGLECLRLLNEIICDFDKLLLKPK
FSGIEKIKTIASTYMCASGLRPGKEDGATDEKRTEEHNVVILVEFAIALM
SILDSINRESFQRFRLRIGLNHGPVIAGVIGAQKPQYDIWSNTVNVASRM
DSCGVMGRLQTTENTAKILMAAGYECECRGLTYVKGKGNLVTYFVKTPFD
GKLoooooooooooo
CLUSTAL FORMAT for T-COFFEE Version_10.00.r1613 [http://www.tcoffee.org] [MODE: ], CPU=0.00 sec, SCORE=100, Nseq=9, Len=1332
C1 MVNHNAETAKTGNGTNATANLIVKADGNA-TQPK----AMTSSAARMNDA
C2 MVNHNAETAKTENGTNATANLIVKADGNA-TQTK----TMTSSAARMNDA
C3 MVNHNAETAKTENGTNATANLIVKADGNA-TQPK----TMTSSAARINDA
C4 MVNHNAEAARTENGTNATASLIVKAHGNA-SQPK----TMMTSAARMNEA
C5 MVNRNAEAARSENGTNATANLIVKAQGNA-SQPKTMTMTMTTSAARMNEG
C6 MVNHNAESAKTENGTNATN-LIVKAGGNATIQPK----TMTSSAARMTEA
C7 MVNHNAEPAKTENGTSATN-LIVKAGGNA-SQPK----TMTSSAARMTEA
C8 MVNHNAESAKTENGTNATN-LIVKAGGNA-IQTK----TMTSSAARMTEA
C9 MLNRNAESAKTENGNANATNLIVKASGNA-AQPK----TMTSSAAKMTEA
*:*:***.*:: **. : ***** *** *.* :* :***::.:.
C1 LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
C2 LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
C3 LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
C4 LSASLVELSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
C5 LSASLAELSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
C6 LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
C7 LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
C8 LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
C9 LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
*****.:*******************************************
C1 VSIIIGIVYGQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI
C2 VSIIIGIVYDQHLVQTMLLVLAALVSGSILTALQFPAVLSSPAAALAFAI
C3 VSIIIGIVYDQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI
C4 VSIIIGIVYDQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI
C5 VSIIIGIVYDQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI
C6 VSIIIGIVYDQSLVQTLLLVLAALISGSILTALQFPAVLSSPAAALAFAI
C7 VSIIIGIAYDQSLLRTLLLVLAALISGSILTALQFPAVLSSPAAALAFAI
C8 VSIIIGVVYDQSLLQTLLLVLAALISGSILTALQFPAVLSSPAAALAFAI
C9 VSIIIGIIYDQHLGQTLLLALAAIISGSILTALQFPAVLSSPAAALAFAI
******: *.* * :*:**.***::*************************
C1 VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
C2 VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
C3 VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
C4 VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
C5 VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
C6 VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
C7 VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
C8 VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
C9 VTTFSLGTIAAITGDKLAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
***************:**********************************
C1 HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
C2 HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
C3 HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
C4 HIVYRIGTSADYSPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
C5 HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
C6 HIVYRIGTSADYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
C7 HIVYRIGTSPDYAPNLPMLFGEIVMLASASISGLYYRIMSDAAHNRTVDG
C8 HIVYRIGTSPDYAPNLSMLFGEIVMLASASISGLYYRIMSDAAHNRTVDG
C9 HIAYRIGEN----PNLPMLFGEIVMLASASISGLYYRIMSDAAHNRTVDG
**.**** . ***.*************:*******************
C1 TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
C2 TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
C3 TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
C4 TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
C5 TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
C6 TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
C7 TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
C8 TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
C9 TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
**************************************************
C1 GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
C2 GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
C3 GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
C4 GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
C5 GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
C6 GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
C7 GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
C8 GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
C9 GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
**************************************************
C1 FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
C2 FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
C3 FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
C4 FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
C5 FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
C6 FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
C7 FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
C8 FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
C9 FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
**************************************************
C1 IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
C2 IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
C3 IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
C4 IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
C5 IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
C6 IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
C7 IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
C8 IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
C9 IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
**************************************************
C1 GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
C2 GGVAGRVHITKQTLDFLGDKFEVEQGDGGNRDAYLADHKVESYLIVPPKP
C3 GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
C4 GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
C5 GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
C6 GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
C7 GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
C8 GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
C9 GGVAGRVHITKQTLDFLGEKFEVEQGEGGNRDAYLADHKIETYLIVPPKP
******************:*******:************:*:********
C1 AYTYSVPRVVECIEQNDPSPTTEETK-EIKETDQSHEATDVADVLLPVTV
C2 AYTYSVPRVVECIEQNDPSPTNEETK-EIKEADHFHEATDVADGLLPVTV
C3 AYTYSVPRVVECIEQNDPSPTTEETK-EIKEADHSHEATDVADGLLPVTV
C4 AYTYSVPRVVECMEQNDPSPTTEETK-EVKDLDHSHEATDVADSLLPVTV
C5 AYTYSVPRVVECIEQNDPSPTTEETK-ELKELDHSHEATDVSDSLLPVTV
C6 AYTYSVPRVVECIEQNDPSPTEEKETKEAVVVDHSNESADVTDSLIPVTV
C7 AYTYSVPRVVECIEHNDPSPTEEKQK-ETKVADQSNEGTDVTDSLIPATV
C8 AYTYSVPRVVECIEQNDPSPTEEKE--AKVVVDHSNEGADVTDSLIPVTV
C9 AYTYSVPRVVECIEHNDPSSTEEVK--EIKENQNSNDAADVTDNLLPVTV
************:*:****.* * :: ::.:**:* *:*.**
C1 -APPPAIVDEKMSPTSINSQEAPLHAPLASAASMSIKELSEEEDEADEAT
C2 -APPPAIVDEKMSPTSTNSQEAPLHAPLASAASMSIKELSEEEDEADEAT
C3 -APPPAIVDEKMSPTSTNSQEAPLHAPLASAASMSIKELSEEEDEADEAT
C4 -APPPAIVDEKMSPTSTNSQEAALHAPLASAASMSIKELSEEEDEADDAT
C5 -APPPAIADEKMSPTSTNSQDAPLHAPLASAASMSIKELSEEEDEADEAT
C6 TDPLPLAVDEKMSPTSTNSQEAPLHAPLASAASMSIKEMSEEEDEADEAT
C7 -DPIPLVVDEKMSPTSTNSQEVPLHAPLASTASMSIKELSEEEDEADEAT
C8 -DPIPLVVDEKMSPTSTNSQEVPLHAALASAASMSIKELSEEEDEADEAT
C9 -DPPPLTVDEKMSPTSTNSQEAPLHAPLVSTASMSIKELSEEEDEADEET
* * .******** ***:..***.*.*:*******:********: *
C1 AVTEPLMHRDQDGKNDKE---PKANGGHRGSGDSAASESVAKSAALSLPA
C2 AVTEPLMHRDRDGKNGKE---PKANGGHRGSGDSAASESAAKSAALSLPA
C3 AVTEPLMHRDQDGRNGKE---PKANGGHRGSGDSAASESAAKSAALSLPA
C4 AVTEPLMLRDQDGKNGKE---PKANGGHRGSGDSAASESAAKSAALSLPA
C5 AVTEPLMLRDQDGKSGKE---PKANGGHRGSGDSAASESAAKSAALSLPA
C6 AVTEPLMLKDQESKEGQSQETAKPNGGHRGSGDSAASESAAKSTALSLPA
C7 AVTEPLMLKDQESKEGQE---VKPNGGHRGSGDSAASESAAKSTALSLPA
C8 AVTEPLMLKDQESKDGQE---VKPNGGHRGSGDSAASESAAKSTALSLPA
C9 AVTEPLMAKDQDKKDLEP--EIKANGNHRGSGDSAVSESAAKSAALSLPA
******* :*:: :. : *.**.********.***.***:******
C1 DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPAGG--AASNSLTVAE
C2 DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPAGGVSSASNSLTVAE
C3 DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPPGGVSSASNSLTVAE
C4 DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPAGGASSASNSLTVAE
C5 DDLLSMSGSESGISNSGAQAPTSNPASVTPTAAAPAGAASSVSNSLTVAE
C6 EDLLSMSGSESGISNGGTPAASSNPASVTPTTAAPAGGASSGTNSLTVAE
C7 EDLLSMSGSESGISNSGTPAPSSNPTSVTPTAAAPAGGASSGTNSLTVAE
C8 EDLLSMSGSESGVSNSGTPAPSSNPTSVTPTAAAPAGAASSGTNSLTVTE
C9 EDLLSMSGSESGISNSGTPAPSSNAASVTPTAAASAGGAASTTNSLTVAE
:***********:**.*: * :**.:*****:**..*. : :*****:*
C1 APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
C2 APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
C3 APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
C4 APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
C5 APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
C6 APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
C7 APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
C8 APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
C9 APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
**************************************************
C1 NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
C2 NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
C3 NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
C4 NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
C5 NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
C6 NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
C7 NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
C8 NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
C9 NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
**************************************************
C1 CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
C2 CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
C3 CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
C4 CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
C5 CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
C6 CFNFNFFGPPTELKPFTMWYRNTPREGMYRAQPDTHFRFDLICAFVLFLS
C7 CFNFNFFGPPTELKPFTMWYRNTPREGMYRAQPDTHFRFDLICAFVLFLS
C8 CFNFNFFGPPTELKPFTMWYRNTPREGMYRAQPDTHFRFDLICAFVLFLS
C9 CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
**************************.***********************
C1 LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASTTERNGP
C2 LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASTTERNGP
C3 LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASTTERNGP
C4 LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHSSATERNGP
C5 LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHSSATERNGP
C6 LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASATDRNGP
C7 LAIVQLIVIELNLALLGSLLASFLSLALFLYLSNMSVPDVHASATERNGP
C8 LAIVQLIVIKLNLALLGSLLASFLSLALFLYLSNMSVPDVHSSATERNGP
C9 LAIVQLIVIKLNLALLGSLLASFISLSLFLYLSNMSVPDVHASSTERNGP
**:******:*************:**:**************:*:*:****
C1 GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVSKEPSS-NQTI
C2 GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVTKEPSS-NQTI
C3 GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVNKEPSS-NQTI
C4 GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDRVNREPSS-NLTI
C5 GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVNKEPSS-NHTI
C6 GQVVASSRYLRLAMFVVVNILISSCAVFSVINFTVPDGINSEPPPSNVST
C7 GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVNSEPPP-NATS
C8 GQVVASSRYLRLAMFVVVNILISSCAVFSVINFTVPDGVNKEPPP-NATN
C9 GQVVASSRYLRLAMFVIVNILISSCAVFSVINYTVPDGVSSEPSN---ET
****************:***************:**** :. **.
C1 LESNFSSVFVNSTLEDVQLWEIDYAIPIAPVFLYCCAISLAAISAFLRSG
C2 LESNFSSGFVNSTLEDVQLWEIDHAIPIAPVFLYCCAISLAAISAFLRSG
C3 LESNFSSEFVNSTLEDVQLWEIDHAIPIAPVFLYCCAISLAAISAFLRSG
C4 LGSNSSSEFINATLEDMQIWEIDHAIPIAPVFLYCCAISLAAISAFLRSG
C5 LNSNFSSEFINSTLGDMQLWEIDHAIPIAPVFLYCCAISLAAISAFLRSG
C6 LEGNYSMEFLNATQEDMQPWEIARAIPIAPVFLYCCAISLAAISAFLRSG
C7 LVGNFS-DLLNATQEEMQPWDIARSIHIAPVFLYCCAISLAAISAFLRSG
C8 LASNFS-DFLNDTQEEMQPWEIARAIHIAPVFLYCCAISLAAISAFLRSG
C9 FIANFSMEFFNGTQEEMQPWEIANAIPIAPVFLYCCAISLAAISAFLRSG
: .* * :.* * ::* *:* :* ***********************
C1 FILKLIAMLVAVIAQVTVLGYSDLFEMYNDANITHGLPLEIKGFLLLLVI
C2 FILKLIAMLVAVIAQMKVLGYSDLFEMYNDANITCGLPLEIKGFLLLLVI
C3 FILKLIAMLVAVIAQMTVLGYSDLFEMYNDANITYGLPLEIKGFLLLLVI
C4 FILKLIAMLVAVIAQVTVLGYSDLFEMYNVTNIKYGLPLEIKGFLLLLVI
C5 FILKLIAMLVAVIAQVTVLGYSDLFEMYNDTNIKYGLPLEIKGFLLLLVI
C6 FILKLIAMLVALIAQVTVLGYSDLFEKYNETNIIYGLPLEIKGFLLLLVI
C7 FILKLIAMLVAVIAQVTVLGYSDLFVIYNDTNIKYGLALEIKGFLLLLVI
C8 FILKLIAMLVALIAQVTVLGYSDLFVIYNDTNIKYGLPLEIKGFLLLLVI
C9 FILKLIAMLVAVIAQVTVLGYSDLFVQYNQLNIEYGLRLEVKGFLLLLVI
***********:***:.******** ** ** ** **:*********
C1 ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
C2 ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
C3 ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
C4 ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
C5 ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
C6 ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
C7 ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
C8 ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
C9 ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
**************************************************
C1 VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
C2 VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
C3 VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
C4 VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
C5 VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
C6 VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
C7 VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
C8 VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
C9 VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
**************************************************
C1 LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
C2 LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
C3 LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
C4 LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
C5 LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
C6 LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
C7 LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
C8 LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
C9 LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
**************************************************
C1 TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
C2 TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
C3 TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
C4 TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
C5 TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
C6 TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
C7 TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
C8 TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
C9 TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
**************************************************
C1 KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
C2 KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
C3 KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
C4 KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
C5 KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
C6 KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMSAGYECECRGLTY
C7 KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMAAGYECECRGLTY
C8 KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMAAGYECECRGLTY
C9 KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMAAGYECECRGLTY
*************************************:************
C1 VKGKGNLVTYFVKTPFDGKLoooooooo----
C2 VKGKGNLVTYFVKTPFDGKLoooooo------
C3 VKGKGNLVTYFVKTPFDGKLoooooo------
C4 VKGKGNLVTYFVKTPFDGKLoooooo------
C5 VKGKGNLVTYFVKTPFDGKLoo----------
C6 VKGKGNLVTYFVKTPFDGKL------------
C7 VKGKGNLVTYFVKTPFDGKLoooooooo----
C8 VKGKGNLVTYFVKTPFDGKLooooooooo---
C9 VKGKGNLVTYFVKTPFDGKLoooooooooooo
********************
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/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
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/2/Ac76E-PA/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: 9 SEQUENCES [PROTEIN]
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C1 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C2 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C3 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C4 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C5 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C6 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C7 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C8 Length 1315 type PROTEIN Struct Unchecked
Input File /opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln Seq C9 Length 1315 type PROTEIN Struct Unchecked
Multi Core Mode: 72 processors:
--- Process Method/Library/Aln S/opt/ADOPS/2/Ac76E-PA/batch/allfiles/tcoffee/input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved S/opt/ADOPS/2/Ac76E-PA/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: [99986]
Library Relaxation: Multi_proc [72]
Relaxation Summary: [99986]--->[98599]
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/2/Ac76E-PA/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= 29.933 Mb, Max= 34.008 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
MVNHNAETAKTGNGTNATANLIVKADGNA-TQPK----AMTSSAARMNDA
LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIVYGQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECIEQNDPSPTTEETK-EIKETDQSHEATDVADVLLPVTV
-APPPAIVDEKMSPTSINSQEAPLHAPLASAASMSIKELSEEEDEADEAT
AVTEPLMHRDQDGKNDKE---PKANGGHRGSGDSAASESVAKSAALSLPA
DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPAGG--AASNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASTTERNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVSKEPSS-NQTI
LESNFSSVFVNSTLEDVQLWEIDYAIPIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVAVIAQVTVLGYSDLFEMYNDANITHGLPLEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKLoooooooo----
>C2
MVNHNAETAKTENGTNATANLIVKADGNA-TQTK----TMTSSAARMNDA
LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIVYDQHLVQTMLLVLAALVSGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGDGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECIEQNDPSPTNEETK-EIKEADHFHEATDVADGLLPVTV
-APPPAIVDEKMSPTSTNSQEAPLHAPLASAASMSIKELSEEEDEADEAT
AVTEPLMHRDRDGKNGKE---PKANGGHRGSGDSAASESAAKSAALSLPA
DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPAGGVSSASNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASTTERNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVTKEPSS-NQTI
LESNFSSGFVNSTLEDVQLWEIDHAIPIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVAVIAQMKVLGYSDLFEMYNDANITCGLPLEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKLoooooo------
>C3
MVNHNAETAKTENGTNATANLIVKADGNA-TQPK----TMTSSAARINDA
LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIVYDQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECIEQNDPSPTTEETK-EIKEADHSHEATDVADGLLPVTV
-APPPAIVDEKMSPTSTNSQEAPLHAPLASAASMSIKELSEEEDEADEAT
AVTEPLMHRDQDGRNGKE---PKANGGHRGSGDSAASESAAKSAALSLPA
DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPPGGVSSASNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASTTERNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVNKEPSS-NQTI
LESNFSSEFVNSTLEDVQLWEIDHAIPIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVAVIAQMTVLGYSDLFEMYNDANITYGLPLEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKLoooooo------
>C4
MVNHNAEAARTENGTNATASLIVKAHGNA-SQPK----TMMTSAARMNEA
LSASLVELSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIVYDQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSADYSPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECMEQNDPSPTTEETK-EVKDLDHSHEATDVADSLLPVTV
-APPPAIVDEKMSPTSTNSQEAALHAPLASAASMSIKELSEEEDEADDAT
AVTEPLMLRDQDGKNGKE---PKANGGHRGSGDSAASESAAKSAALSLPA
DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPAGGASSASNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHSSATERNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDRVNREPSS-NLTI
LGSNSSSEFINATLEDMQIWEIDHAIPIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVAVIAQVTVLGYSDLFEMYNVTNIKYGLPLEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKLoooooo------
>C5
MVNRNAEAARSENGTNATANLIVKAQGNA-SQPKTMTMTMTTSAARMNEG
LSASLAELSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIVYDQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECIEQNDPSPTTEETK-ELKELDHSHEATDVSDSLLPVTV
-APPPAIADEKMSPTSTNSQDAPLHAPLASAASMSIKELSEEEDEADEAT
AVTEPLMLRDQDGKSGKE---PKANGGHRGSGDSAASESAAKSAALSLPA
DDLLSMSGSESGISNSGAQAPTSNPASVTPTAAAPAGAASSVSNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHSSATERNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVNKEPSS-NHTI
LNSNFSSEFINSTLGDMQLWEIDHAIPIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVAVIAQVTVLGYSDLFEMYNDTNIKYGLPLEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKLoo----------
>C6
MVNHNAESAKTENGTNATN-LIVKAGGNATIQPK----TMTSSAARMTEA
LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIVYDQSLVQTLLLVLAALISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSADYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECIEQNDPSPTEEKETKEAVVVDHSNESADVTDSLIPVTV
TDPLPLAVDEKMSPTSTNSQEAPLHAPLASAASMSIKEMSEEEDEADEAT
AVTEPLMLKDQESKEGQSQETAKPNGGHRGSGDSAASESAAKSTALSLPA
EDLLSMSGSESGISNGGTPAASSNPASVTPTTAAPAGGASSGTNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREGMYRAQPDTHFRFDLICAFVLFLS
LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASATDRNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINFTVPDGINSEPPPSNVST
LEGNYSMEFLNATQEDMQPWEIARAIPIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVALIAQVTVLGYSDLFEKYNETNIIYGLPLEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMSAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKL------------
>C7
MVNHNAEPAKTENGTSATN-LIVKAGGNA-SQPK----TMTSSAARMTEA
LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIAYDQSLLRTLLLVLAALISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSPDYAPNLPMLFGEIVMLASASISGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECIEHNDPSPTEEKQK-ETKVADQSNEGTDVTDSLIPATV
-DPIPLVVDEKMSPTSTNSQEVPLHAPLASTASMSIKELSEEEDEADEAT
AVTEPLMLKDQESKEGQE---VKPNGGHRGSGDSAASESAAKSTALSLPA
EDLLSMSGSESGISNSGTPAPSSNPTSVTPTAAAPAGGASSGTNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREGMYRAQPDTHFRFDLICAFVLFLS
LAIVQLIVIELNLALLGSLLASFLSLALFLYLSNMSVPDVHASATERNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVNSEPPP-NATS
LVGNFS-DLLNATQEEMQPWDIARSIHIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVAVIAQVTVLGYSDLFVIYNDTNIKYGLALEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMAAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKLoooooooo----
>C8
MVNHNAESAKTENGTNATN-LIVKAGGNA-IQTK----TMTSSAARMTEA
LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGVVYDQSLLQTLLLVLAALISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSPDYAPNLSMLFGEIVMLASASISGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECIEQNDPSPTEEKE--AKVVVDHSNEGADVTDSLIPVTV
-DPIPLVVDEKMSPTSTNSQEVPLHAALASAASMSIKELSEEEDEADEAT
AVTEPLMLKDQESKDGQE---VKPNGGHRGSGDSAASESAAKSTALSLPA
EDLLSMSGSESGVSNSGTPAPSSNPTSVTPTAAAPAGAASSGTNSLTVTE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREGMYRAQPDTHFRFDLICAFVLFLS
LAIVQLIVIKLNLALLGSLLASFLSLALFLYLSNMSVPDVHSSATERNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINFTVPDGVNKEPPP-NATN
LASNFS-DFLNDTQEEMQPWEIARAIHIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVALIAQVTVLGYSDLFVIYNDTNIKYGLPLEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMAAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKLooooooooo---
>C9
MLNRNAESAKTENGNANATNLIVKASGNA-AQPK----TMTSSAAKMTEA
LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIIYDQHLGQTLLLALAAIISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDKLAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIAYRIGEN----PNLPMLFGEIVMLASASISGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGEKFEVEQGEGGNRDAYLADHKIETYLIVPPKP
AYTYSVPRVVECIEHNDPSSTEEVK--EIKENQNSNDAADVTDNLLPVTV
-DPPPLTVDEKMSPTSTNSQEAPLHAPLVSTASMSIKELSEEEDEADEET
AVTEPLMAKDQDKKDLEP--EIKANGNHRGSGDSAVSESAAKSAALSLPA
EDLLSMSGSESGISNSGTPAPSSNAASVTPTAAASAGGAASTTNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
LAIVQLIVIKLNLALLGSLLASFISLSLFLYLSNMSVPDVHASSTERNGP
GQVVASSRYLRLAMFVIVNILISSCAVFSVINYTVPDGVSSEPSN---ET
FIANFSMEFFNGTQEEMQPWEIANAIPIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVAVIAQVTVLGYSDLFVQYNQLNIEYGLRLEVKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMAAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKLoooooooooooo
FORMAT of file /tmp/tmp1142022595645973122aln Not Supported[FATAL:T-COFFEE]
>C1
MVNHNAETAKTGNGTNATANLIVKADGNA-TQPK----AMTSSAARMNDA
LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIVYGQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECIEQNDPSPTTEETK-EIKETDQSHEATDVADVLLPVTV
-APPPAIVDEKMSPTSINSQEAPLHAPLASAASMSIKELSEEEDEADEAT
AVTEPLMHRDQDGKNDKE---PKANGGHRGSGDSAASESVAKSAALSLPA
DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPAGG--AASNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASTTERNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVSKEPSS-NQTI
LESNFSSVFVNSTLEDVQLWEIDYAIPIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVAVIAQVTVLGYSDLFEMYNDANITHGLPLEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKLoooooooo----
>C2
MVNHNAETAKTENGTNATANLIVKADGNA-TQTK----TMTSSAARMNDA
LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIVYDQHLVQTMLLVLAALVSGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGDGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECIEQNDPSPTNEETK-EIKEADHFHEATDVADGLLPVTV
-APPPAIVDEKMSPTSTNSQEAPLHAPLASAASMSIKELSEEEDEADEAT
AVTEPLMHRDRDGKNGKE---PKANGGHRGSGDSAASESAAKSAALSLPA
DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPAGGVSSASNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASTTERNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVTKEPSS-NQTI
LESNFSSGFVNSTLEDVQLWEIDHAIPIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVAVIAQMKVLGYSDLFEMYNDANITCGLPLEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKLoooooo------
>C3
MVNHNAETAKTENGTNATANLIVKADGNA-TQPK----TMTSSAARINDA
LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIVYDQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECIEQNDPSPTTEETK-EIKEADHSHEATDVADGLLPVTV
-APPPAIVDEKMSPTSTNSQEAPLHAPLASAASMSIKELSEEEDEADEAT
AVTEPLMHRDQDGRNGKE---PKANGGHRGSGDSAASESAAKSAALSLPA
DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPPGGVSSASNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASTTERNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVNKEPSS-NQTI
LESNFSSEFVNSTLEDVQLWEIDHAIPIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVAVIAQMTVLGYSDLFEMYNDANITYGLPLEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKLoooooo------
>C4
MVNHNAEAARTENGTNATASLIVKAHGNA-SQPK----TMMTSAARMNEA
LSASLVELSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIVYDQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSADYSPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECMEQNDPSPTTEETK-EVKDLDHSHEATDVADSLLPVTV
-APPPAIVDEKMSPTSTNSQEAALHAPLASAASMSIKELSEEEDEADDAT
AVTEPLMLRDQDGKNGKE---PKANGGHRGSGDSAASESAAKSAALSLPA
DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPAGGASSASNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHSSATERNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDRVNREPSS-NLTI
LGSNSSSEFINATLEDMQIWEIDHAIPIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVAVIAQVTVLGYSDLFEMYNVTNIKYGLPLEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKLoooooo------
>C5
MVNRNAEAARSENGTNATANLIVKAQGNA-SQPKTMTMTMTTSAARMNEG
LSASLAELSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIVYDQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECIEQNDPSPTTEETK-ELKELDHSHEATDVSDSLLPVTV
-APPPAIADEKMSPTSTNSQDAPLHAPLASAASMSIKELSEEEDEADEAT
AVTEPLMLRDQDGKSGKE---PKANGGHRGSGDSAASESAAKSAALSLPA
DDLLSMSGSESGISNSGAQAPTSNPASVTPTAAAPAGAASSVSNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHSSATERNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVNKEPSS-NHTI
LNSNFSSEFINSTLGDMQLWEIDHAIPIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVAVIAQVTVLGYSDLFEMYNDTNIKYGLPLEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKLoo----------
>C6
MVNHNAESAKTENGTNATN-LIVKAGGNATIQPK----TMTSSAARMTEA
LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIVYDQSLVQTLLLVLAALISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSADYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECIEQNDPSPTEEKETKEAVVVDHSNESADVTDSLIPVTV
TDPLPLAVDEKMSPTSTNSQEAPLHAPLASAASMSIKEMSEEEDEADEAT
AVTEPLMLKDQESKEGQSQETAKPNGGHRGSGDSAASESAAKSTALSLPA
EDLLSMSGSESGISNGGTPAASSNPASVTPTTAAPAGGASSGTNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREGMYRAQPDTHFRFDLICAFVLFLS
LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASATDRNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINFTVPDGINSEPPPSNVST
LEGNYSMEFLNATQEDMQPWEIARAIPIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVALIAQVTVLGYSDLFEKYNETNIIYGLPLEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMSAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKL------------
>C7
MVNHNAEPAKTENGTSATN-LIVKAGGNA-SQPK----TMTSSAARMTEA
LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIAYDQSLLRTLLLVLAALISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSPDYAPNLPMLFGEIVMLASASISGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECIEHNDPSPTEEKQK-ETKVADQSNEGTDVTDSLIPATV
-DPIPLVVDEKMSPTSTNSQEVPLHAPLASTASMSIKELSEEEDEADEAT
AVTEPLMLKDQESKEGQE---VKPNGGHRGSGDSAASESAAKSTALSLPA
EDLLSMSGSESGISNSGTPAPSSNPTSVTPTAAAPAGGASSGTNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREGMYRAQPDTHFRFDLICAFVLFLS
LAIVQLIVIELNLALLGSLLASFLSLALFLYLSNMSVPDVHASATERNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVNSEPPP-NATS
LVGNFS-DLLNATQEEMQPWDIARSIHIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVAVIAQVTVLGYSDLFVIYNDTNIKYGLALEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMAAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKLoooooooo----
>C8
MVNHNAESAKTENGTNATN-LIVKAGGNA-IQTK----TMTSSAARMTEA
LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGVVYDQSLLQTLLLVLAALISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSPDYAPNLSMLFGEIVMLASASISGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECIEQNDPSPTEEKE--AKVVVDHSNEGADVTDSLIPVTV
-DPIPLVVDEKMSPTSTNSQEVPLHAALASAASMSIKELSEEEDEADEAT
AVTEPLMLKDQESKDGQE---VKPNGGHRGSGDSAASESAAKSTALSLPA
EDLLSMSGSESGVSNSGTPAPSSNPTSVTPTAAAPAGAASSGTNSLTVTE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREGMYRAQPDTHFRFDLICAFVLFLS
LAIVQLIVIKLNLALLGSLLASFLSLALFLYLSNMSVPDVHSSATERNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINFTVPDGVNKEPPP-NATN
LASNFS-DFLNDTQEEMQPWEIARAIHIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVALIAQVTVLGYSDLFVIYNDTNIKYGLPLEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMAAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKLooooooooo---
>C9
MLNRNAESAKTENGNANATNLIVKASGNA-AQPK----TMTSSAAKMTEA
LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIIYDQHLGQTLLLALAAIISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDKLAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIAYRIGEN----PNLPMLFGEIVMLASASISGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGEKFEVEQGEGGNRDAYLADHKIETYLIVPPKP
AYTYSVPRVVECIEHNDPSSTEEVK--EIKENQNSNDAADVTDNLLPVTV
-DPPPLTVDEKMSPTSTNSQEAPLHAPLVSTASMSIKELSEEEDEADEET
AVTEPLMAKDQDKKDLEP--EIKANGNHRGSGDSAVSESAAKSAALSLPA
EDLLSMSGSESGISNSGTPAPSSNAASVTPTAAASAGGAASTTNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
LAIVQLIVIKLNLALLGSLLASFISLSLFLYLSNMSVPDVHASSTERNGP
GQVVASSRYLRLAMFVIVNILISSCAVFSVINYTVPDGVSSEPSN---ET
FIANFSMEFFNGTQEEMQPWEIANAIPIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVAVIAQVTVLGYSDLFVQYNQLNIEYGLRLEVKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMAAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKLoooooooooooo
input.fasta.prot.fasta.clustalw2_rs_0_0.fasta.aln I:1332 S:98 BS:1332
# 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
# PW_SEQ_DISTANCES
BOT 0 1 98.32 C1 C2 98.32
TOP 1 0 98.32 C2 C1 98.32
BOT 0 2 98.63 C1 C3 98.63
TOP 2 0 98.63 C3 C1 98.63
BOT 0 3 96.50 C1 C4 96.50
TOP 3 0 96.50 C4 C1 96.50
BOT 0 4 96.72 C1 C5 96.72
TOP 4 0 96.72 C5 C1 96.72
BOT 0 5 93.57 C1 C6 93.57
TOP 5 0 93.57 C6 C1 93.57
BOT 0 6 93.37 C1 C7 93.37
TOP 6 0 93.37 C7 C1 93.37
BOT 0 7 93.14 C1 C8 93.14
TOP 7 0 93.14 C8 C1 93.14
BOT 0 8 92.28 C1 C9 92.28
TOP 8 0 92.28 C9 C1 92.28
BOT 1 2 99.01 C2 C3 99.01
TOP 2 1 99.01 C3 C2 99.01
BOT 1 3 96.50 C2 C4 96.50
TOP 3 1 96.50 C4 C2 96.50
BOT 1 4 96.72 C2 C5 96.72
TOP 4 1 96.72 C5 C2 96.72
BOT 1 5 93.58 C2 C6 93.58
TOP 5 1 93.58 C6 C2 93.58
BOT 1 6 93.30 C2 C7 93.30
TOP 6 1 93.30 C7 C2 93.30
BOT 1 7 93.29 C2 C8 93.29
TOP 7 1 93.29 C8 C2 93.29
BOT 1 8 91.97 C2 C9 91.97
TOP 8 1 91.97 C9 C2 91.97
BOT 2 3 97.03 C3 C4 97.03
TOP 3 2 97.03 C4 C3 97.03
BOT 2 4 97.25 C3 C5 97.25
TOP 4 2 97.25 C5 C3 97.25
BOT 2 5 94.04 C3 C6 94.04
TOP 5 2 94.04 C6 C3 94.04
BOT 2 6 93.68 C3 C7 93.68
TOP 6 2 93.68 C7 C3 93.68
BOT 2 7 93.52 C3 C8 93.52
TOP 7 2 93.52 C8 C3 93.52
BOT 2 8 92.35 C3 C9 92.35
TOP 8 2 92.35 C9 C3 92.35
BOT 3 4 97.64 C4 C5 97.64
TOP 4 3 97.64 C5 C4 97.64
BOT 3 5 94.11 C4 C6 94.11
TOP 5 3 94.11 C6 C4 94.11
BOT 3 6 93.60 C4 C7 93.60
TOP 6 3 93.60 C7 C4 93.60
BOT 3 7 93.45 C4 C8 93.45
TOP 7 3 93.45 C8 C4 93.45
BOT 3 8 91.82 C4 C9 91.82
TOP 8 3 91.82 C9 C4 91.82
BOT 4 5 93.88 C5 C6 93.88
TOP 5 4 93.88 C6 C5 93.88
BOT 4 6 93.74 C5 C7 93.74
TOP 6 4 93.74 C7 C5 93.74
BOT 4 7 93.88 C5 C8 93.88
TOP 7 4 93.88 C8 C5 93.88
BOT 4 8 92.10 C5 C9 92.10
TOP 8 4 92.10 C9 C5 92.10
BOT 5 6 96.02 C6 C7 96.02
TOP 6 5 96.02 C7 C6 96.02
BOT 5 7 96.48 C6 C8 96.48
TOP 7 5 96.48 C8 C6 96.48
BOT 5 8 92.78 C6 C9 92.78
TOP 8 5 92.78 C9 C6 92.78
BOT 6 7 97.26 C7 C8 97.26
TOP 7 6 97.26 C8 C7 97.26
BOT 6 8 93.27 C7 C9 93.27
TOP 8 6 93.27 C9 C7 93.27
BOT 7 8 92.82 C8 C9 92.82
TOP 8 7 92.82 C9 C8 92.82
AVG 0 C1 * 95.32
AVG 1 C2 * 95.34
AVG 2 C3 * 95.69
AVG 3 C4 * 95.08
AVG 4 C5 * 95.24
AVG 5 C6 * 94.31
AVG 6 C7 * 94.28
AVG 7 C8 * 94.23
AVG 8 C9 * 92.42
TOT TOT * 94.66
CLUSTAL W (1.83) multiple sequence alignment
C1 ATGGTAAATCACAATGCGGAAACTGCGAAAACGGGCAATGGCACAAATGC
C2 ATGGTAAATCACAATGCGGAAACTGCGAAAACGGAAAATGGCACAAATGC
C3 ATGGTAAATCACAATGCGGAAACTGCGAAAACGGAAAATGGCACAAATGC
C4 ATGGTAAATCACAATGCGGAAGCTGCGAGAACGGAAAATGGCACAAATGC
C5 ATGGTAAATCGCAATGCGGAAGCTGCGAGATCGGAAAATGGCACAAATGC
C6 ATGGTAAATCACAATGCGGAGTCTGCGAAAACGGAAAACGGCACAAATGC
C7 ATGGTAAATCACAATGCGGAGCCTGCAAAAACGGAAAACGGCACGAGTGC
C8 ATGGTAAATCACAATGCGGAATCTGCGAAAACGGAAAACGGCACGAATGC
C9 ATGTTAAATCGCAATGCGGAATCTGCGAAGACGGAAAACGGCAATGCAAA
*** ******.*********. ****.*..:***..** ****. . :..
C1 AACAGCGAATCTGATTGTTAAGGCCGACGGAAATGCA---ACGCAGCCGA
C2 AACAGCGAATCTGATTGTTAAGGCCGACGGAAATGCA---ACGCAGACCA
C3 AACAGCGAATCTGATTGTTAAGGCCGACGGAAATGCA---ACGCAGCCCA
C4 AACAGCGAGTCTGATCGTTAAAGCCCATGGAAATGCA---TCACAACCCA
C5 AACAGCGAATCTGATTGTTAAGGCCCAAGGAAATGCA---TCGCAACCCA
C6 AACGAAT---CTGATTGTTAAAGCCGGCGGAAATGCAACAATCCAACCCA
C7 AACGAAT---CTGATTGTGAAAGCCGGCGGAAATGCA---TCGCAGCCCA
C8 AACGAAC---CTGATTGTGAAAGCCGGCGGAAATGCA---ATCCAGACCA
C9 TGCAACGAATCTGATTGTTAAGGCCAGCGGAAATGCA---GCTCAGCCCA
:.*... ***** ** **.*** . ********* **..* *
C1 AG------------GCGATGACGTCATCGGCGGCCAGGATGAATGACGCC
C2 AG------------ACGATGACGTCATCGGCGGCCAGGATGAATGACGCC
C3 AG------------ACGATGACGTCATCGGCGGCCAGGATAAATGACGCC
C4 AG------------ACGATGATGACTTCGGCGGCCAGGATGAATGAGGCC
C5 AGACGATGACGATGACGATGACGACTTCGGCGGCCAGGATGAATGAGGGC
C6 AG------------ACGATGACGTCATCGGCGGCTAGGATGACGGAGGCC
C7 AG------------ACGATGACGTCCTCGGCGGCCAGGATGACGGAGGCC
C8 AG------------ACGATGACGTCCTCGGCTGCCAGGATGACGGAGGCC
C9 AG------------ACGATGACGTCATCGGCGGCCAAAATGACAGAGGCT
** .****** *:* ***** ** *..**.*. ** *
C1 CTTTCGGCATCTTTGGCCGATTTGAGCGAGCAGGAAAATGGAACCACGGC
C2 CTTTCGGCATCTCTGGCCGATTTGAGCGAGCAGGAAAATGGAACCACGGC
C3 CTTTCGGCATCTCTGGCCGATTTGAGCGAGCAGGAAAATGGAACCACGGC
C4 CTTTCGGCATCTTTGGTCGAATTGAGCGAGCAGGAAAATGGAACCACGGC
C5 CTTTCGGCATCTTTGGCCGAATTGAGCGAGCAGGAAAATGGTACCACGGC
C6 CTTTCGGCATCTTTGGCCGATTTGAGCGAGCAGGAGAATGGAACCACGGC
C7 CTCTCGGCCTCTTTGGCCGACTTGAGCGAGCAGGAAAACGGAACCACGGC
C8 CTTTCGGCATCTTTGGCCGATTTGAGCGAGCAGGAAAATGGAACCACGGC
C9 CTGTCGGCCTCGCTGGCCGATTTGAGCGAGCAGGAAAATGGAACCACGGC
** *****.** *** *** **************.** **:********
C1 TGAGGACATCCACCTAAACGATTTGTATACCCGCTACCGCCAGAGGCTCC
C2 TGAGGACATCCACCTAAACGATTTATACACCCGCTACCGCCAGAGGCTCC
C3 TGAGGACATCCACCTAAACGATTTATACACCCGCTACCGCCAGAGGCTCC
C4 TGAGGACATCCACCTCAACGATTTATACACCCGCTACCGCCAGAGGCTCC
C5 TGAGGACATCCACCTAAACGATTTATACACCCGCTACCGCCAGAGGCTCC
C6 TGAGGACATCCACCTAAACGATTTATATACCCGCTACCGCCAGAGACTCC
C7 TGAGGACATCCACCTAAACGATTTATATACCCGCTACCGCCAGAGGCTCC
C8 TGAGGACATCCACCTAAACGATTTATATACCCGCTACCGCCAGAGGCTCC
C9 TGAGGACATCCACCTAAACGATTTATACACCCGCTACCGCCAGAGACTCC
***************.********.** *****************.****
C1 GCAAGTCGCTTTTCAGATCGGGATTGTTAACTTCGCTGCTGGCATGTGTT
C2 GCAAGTCGCTCTTCAGATCGGGATTGTTAACTTCGCTGCTGGCATGTGTT
C3 GCAAGTCGCTCTTCAGATCGGGATTGCTAACTTCGCTGCTGGCATGTGTT
C4 GCAAGTCACTCTTCAGATCGGGATTGTTAACTTCGCTGCTGGCATGTGTT
C5 GCAAGTCACTCTTCAGATCGGGATTGTTAACTTCGCTGCTGGCATGTGTT
C6 GCAAGTCGCTCTTCAGATCGGGCCTCCTAACTTCACTGCTGGCATGTGTT
C7 GCAAGTCCCTCTTCAGATCGGGCCTCCTAACTTCGCTGCTGGCATGTGTT
C8 GCAAGTCTCTCTTCAGATCGGGCCTCTTAACTTCGCTGCTGGCATGTGTT
C9 GCAAGTCGCTCTTCAGATCGGGACTGCTTACTTCGCTGCTGGCATGTGTT
******* ** ***********. * *:*****.***************
C1 GTGTCCATAATAATTGGCATCGTTTACGGCCAGCACCTGGTGCAGACCAT
C2 GTGTCCATAATAATTGGCATCGTTTACGACCAGCACCTGGTGCAGACGAT
C3 GTGTCCATAATAATTGGCATCGTTTACGACCAGCACCTGGTGCAGACCAT
C4 GTGTCCATAATAATTGGCATCGTTTACGACCAGCACCTGGTGCAGACCAT
C5 GTGTCCATAATAATTGGCATCGTTTACGACCAGCACCTGGTGCAGACCAT
C6 GTGTCCATAATAATTGGCATCGTTTACGACCAGAGCCTGGTGCAAACCCT
C7 GTGTCCATAATAATTGGCATCGCTTACGACCAGAGTCTGCTGCGAACTCT
C8 GTGTCCATAATAATTGGCGTCGTTTACGACCAGAGCCTGCTGCAAACTTT
C9 GTGTCCATAATAATTGGCATCATCTACGACCAGCACCTGGGACAGACTCT
******************.**. ****.****.. *** .*..** *
C1 GCTCTTAGTCCTGGCTGCCCTAATCTCGGGATCCATTCTCACGGCCCTGC
C2 GCTCTTAGTCCTGGCTGCCCTAGTCTCGGGCTCCATTCTCACGGCCCTGC
C3 GCTCTTAGTCCTGGCTGCCCTAATCTCGGGCTCCATTCTCACGGCCCTGC
C4 GCTCTTAGTCCTGGCGGCTCTAATCTCGGGATCCATTCTCACGGCTCTGC
C5 GCTCCTAGTCCTGGCGGCCCTAATCTCGGGATCCATTCTCACGGCTCTGC
C6 GCTGCTGGTGCTGGCGGCTCTAATCTCGGGATCCATTCTGACGGCTCTGC
C7 GCTGCTGGTGCTGGCGGCTCTAATCTCGGGATCCATTCTGACGGCTCTGC
C8 GCTGCTGGTGCTGGCGGCTCTAATCTCGGGATCCATTCTGACGGCTCTGC
C9 GCTGCTGGCACTGGCGGCCATAATCTCGGGATCCATCCTGACGGCTCTGC
*** *.* ***** ** .**.*******.***** ** ***** ****
C1 AGTTCCCGGCGGTGCTGAGCTCCCCGGCAGCCGCCTTGGCCTTCGCCATC
C2 AGTTCCCGGCGGTGCTGAGCTCCCCGGCCGCCGCCTTGGCCTTCGCCATC
C3 AGTTCCCGGCGGTGCTGAGCTCCCCGGCCGCCGCCTTGGCCTTCGCCATC
C4 AGTTTCCGGCGGTGCTGAGCTCCCCGGCTGCCGCCTTGGCCTTCGCCATC
C5 AGTTTCCGGCGGTGCTGAGCTCCCCGGCTGCCGCCTTGGCCTTCGCCATC
C6 AGTTTCCGGCTGTGCTGAGCTCCCCGGCTGCCGCCTTGGCCTTCGCCATC
C7 AGTTTCCGGCGGTGCTGAGCTCCCCGGCCGCCGCCTTGGCCTTCGCCATC
C8 AGTTTCCGGCGGTGCTGAGCTCCCCAGCCGCCGCCTTGGCCTTCGCCATC
C9 AATTTCCGGCCGTGCTGAGCTCCCCGGCCGCAGCCTTGGCCTTCGCCATC
*.** ***** **************.** **.******************
C1 GTCACCACCTTCTCACTGGGCACCATTGCGGCCATCACCGGGGACGAACT
C2 GTCACCACCTTCTCGCTGGGCACCATTGCGGCCATCACCGGAGACGAACT
C3 GTCACCACCTTCTCGCTGGGCACGATTGCGGCCATCACCGGGGACGAACT
C4 GTCACCACCTTCTCGCTGGGCACAATTGCGGCCATCACCGGGGACGAACT
C5 GTCACCACCTTCTCGCTGGGCACCATTGCGGCCATCACCGGGGACGAGCT
C6 GTCACCACCTTCTCGCTGGGCACGATTGCGGCCATCACCGGGGATGAGCT
C7 GTCACCACCTTCTCGCTGGGCACAATTGCGGCCATCACCGGGGATGAACT
C8 GTCACCACCTTCTCGCTGGGCACAATTGCGGCCATCACCGGGGATGAGTT
C9 GTCACCACCTTCTCGCTGGGCACAATTGCAGCCATCACCGGGGATAAGCT
**************.******** *****.***********.** .*. *
C1 GGCTCCCCTGCCCATGTACGCCCTCTTCCTGTGCATCCACTCCATGCTGC
C2 GGCTCCCCTGCCCATGTACGCCCTCTTCCTGTGCATCCACTCCATGCTGC
C3 GGCTCCCCTGCCCATGTACGCCCTCTTCCTGTGCATCCACTCCATGCTGC
C4 GGCTCCCCTGCCGATGTACGCCCTCTTCCTGTGCATCCACTCCATGCTGC
C5 GGCTCCCCTGCCCATGTACGCCCTCTTCCTGTGCATCCACTCCATGCTGC
C6 GGCCCCGCTGCCCATGTACGCCCTGTTCCTGTGCATCCACTCCATGCTGC
C7 GGCCCCGCTGCCCATGTACGCCCTATTCCTGTGCATCCACTCCATGCTGC
C8 GGCCCCGCTGCCCATGTACGCCCTGTTCCTGTGCATCCACTCCATGCTGC
C9 GGCCCCCCTGCCCATGTACGCCCTCTTCCTGTGCATCCACTCCATGCTGC
*** ** ***** *********** *************************
C1 CCATTTCGTGGCCCGTCTCCGTGGTCCTGGCTCTATTCATGACCGCCATT
C2 CCATTTCGTGGCCCGTCTCCGTGGTCCTGGCTCTATTCATGACCGCCATT
C3 CCATTTCGTGGCCCGTCTCCGTGGTCCTGGCTCTATTCATGACCGCCATT
C4 CCATTTCGTGGCCCGTTTCCGTGGTGCTGGCTTTATTCATGACCGCCATT
C5 CCATTTCGTGGCCCGTTTCCGTGGTGCTGGCCTTATTCATGACCGCCATT
C6 CCATTTCGTGGCCCGTTTCCGTGGTGCTGGCCTTGTTCATGACCGCCATC
C7 CCATTTCGTGGCCCGTCTCCGTGGTGCTGGCCCTATTCATGACCGCCATC
C8 CCATTTCGTGGCCCGTCTCCGTGGTGCTGGCTTTATTCATGACCGCCATC
C9 CCATTTCGTGGCCCGTTTCCGTGGTGCTGGCCCTGTTCATGACCGCCATT
**************** ******** ***** *.**************
C1 CACATCGTTTACCGCATCGGCACAAGTCCCGACTACGCGCCCAATTTGCC
C2 CACATCGTTTACCGCATCGGCACAAGTCCCGACTACGCGCCCAATTTGCC
C3 CACATCGTTTACCGCATCGGCACAAGTCCCGACTACGCGCCCAATTTGCC
C4 CACATCGTTTACCGGATCGGCACAAGTGCCGACTACTCGCCCAATTTGCC
C5 CACATCGTTTACCGGATCGGCACAAGTCCCGACTACGCGCCCAATTTGCC
C6 CACATCGTTTACCGGATTGGCACAAGTGCCGACTACGCGCCCAATTTGCC
C7 CACATCGTTTACCGGATCGGCACAAGTCCCGACTACGCGCCCAATTTGCC
C8 CACATCGTTTACCGGATCGGCACAAGTCCCGACTACGCGCCCAATTTGTC
C9 CACATCGCTTACCGCATCGGCGAGAAT------------CCCAATTTGCC
******* ****** ** ***...*.* ********* *
C1 AATGCTCTTCGGGGAGATTGTGATGTTGGCCAGCGCCTCCGTTTCCGGTC
C2 AATGCTCTTCGGGGAGATTGTGATGCTGGCCAGCGCCTCCGTTTCCGGTC
C3 AATGCTCTTCGGGGAGATTGTGATGCTGGCCAGCGCCTCAGTTTCCGGTC
C4 AATGCTCTTCGGGGAGATTGTTATGCTGGCCAGTGCCTCCGTTTCCGGTC
C5 AATGCTCTTCGGGGAGATTGTGATGCTGGCCAGCGCCTCCGTTTCCGGTC
C6 CATGCTCTTCGGGGAGATTGTGATGCTGGCCAGTGCCTCCGTTTCCGGGC
C7 AATGCTCTTCGGGGAGATTGTGATGCTGGCCAGCGCCTCCATTTCCGGGC
C8 AATGCTCTTCGGGGAGATTGTGATGCTGGCCAGCGCCTCCATTTCCGGGC
C9 AATGCTATTTGGGGAGATTGTGATGCTGGCCAGCGCCTCCATTTCCGGGC
.*****.** *********** *** ******* *****..******* *
C1 TCTACTACCGCATCATGTCGGACGCAGCCCACAACCGGACGGTGGACGGA
C2 TCTACTACCGCATCATGTCGGACGCAGCCCACAACCGGACCGTGGACGGA
C3 TCTACTACCGCATCATGTCGGACGCAGCCCACAACCGGACCGTGGACGGA
C4 TCTACTACCGCATCATGTCGGATGCAGCCCACAACCGGACCGTGGACGGA
C5 TCTACTACCGCATCATGTCGGATGCAGCCCACAACCGCACCGTGGACGGA
C6 TCTACTACCGCATCATGTCGGACGCGGCGCACAATAGGACCGTGGATGGA
C7 TCTACTACCGCATCATGTCGGACGCGGCGCACAACAGGACCGTGGATGGC
C8 TCTACTACCGCATCATGTCGGATGCGGCGCACAACAGGACCGTGGATGGA
C9 TCTACTACCGCATCATGTCGGATGCGGCACACAACCGGACCGTCGACGGA
********************** **.** ***** .* ** ** ** **.
C1 ACCAGGACGGGAATCGAACAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA
C2 ACCAGGACGGGAATCGAGCAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA
C3 ACAAGGACGGGAATCGAGCAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA
C4 ACCAGGACGGGAATCGAGCAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA
C5 ACCAGGACGGGAATCGAGCAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA
C6 ACTCGGACGGGAATCGAGCAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA
C7 ACCCGGACGGGCATCGAGCAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA
C8 ACCCGGACGGGAATCGAGCAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA
C9 ACCCGCACGGGAATCGAGCAGCGCGTGAAGCTCGAGTGCGAAAGGGAGCA
** .* *****.*****.***********************..*******
C1 GCAGGAGCAATTGCTCCTCAGCGTTATTCCCGCCTACATCGCCGCCGAGG
C2 GCAGGAGCAGCTGCTCCTCAGCGTCATTCCCGCCTACATCGCCGCCGAGG
C3 GCAGGAGCAGCTGCTCCTCAGCGTCATTCCCGCTTACATCGCCGCCGAGG
C4 GCAGGAGCAACTGCTCCTCAGCGTCATTCCCGCCTACATCGCCGCTGAGG
C5 GCAGGAGCAACTGCTCCTCAGCGTCATTCCCGCCTACATCGCCGCCGAGG
C6 GCAGGAGCAGCTGCTGCTCAGCGTCATTCCCGCCTACATTGCCGCCGAGG
C7 GCAGGAGCAGCTGCTCCTCAGCGTCATCCCCGCCTACATTGCCGCAGAGG
C8 GCAGGAGCAGCTGCTCCTCAGCGTCATTCCCGCCTACATTGCCGCCGAGG
C9 GCAGGAGCAGCTCCTCCTCAGCGTCATTCCCGCCTACATTGCCGCCGAGG
*********. * ** ******** ** ***** ***** ***** ****
C1 TGAAACGCAGCATCATGCTGAAAATGGCAGATGCCTGTCAGAGAGCCGGA
C2 TGAAGCGCAGCATCATGCTGAAAATGGCGGATGCCTGTCAGAGAGCCGGA
C3 TGAAGCGCAGCATCATGCTGAAAATGGCGGATGCCTGTCAGAGAGCCGGA
C4 TGAAGCGCAGCATAATGTTGAAAATGGCGGATGCCTGTCAGAGAGCCGGA
C5 TGAAGCGCAGCATCATGTTGAAAATGGCTGATGCCTGTCAGAGAGCCGGA
C6 TGAAGCGCAGCATCATGTTGAAAATGGCGGATGCCTGTCAGAGAGCCGGA
C7 TGAAGCGCAGCATCATGCTGAAGATGGCGGATGCCTGTCAGAGGGCTGGG
C8 TGAAGCGCAGCATCATGCTGAAGATGGCGGATGCCTGTCAAAGAGCTGGA
C9 TGAAGCGCAGCATCATGCTGAAGATGGCCGATGCCTGTCAGCGAGCTGGA
****.********.*** ****.***** ***********..*.** **.
C1 GGACAGGCGTCCACTTCGGCCACCCGGTTCCATGAGCTCCACGTCCAGCG
C2 GGACAGGCGTCCACCTCGGCCACCCGGTTCCATGAGCTCCACGTCCAGCG
C3 GGACAGGCGTCCACCTCGGCCACCCGGTTCCATGAGCTCCACGTCCAGCG
C4 GGACAGGCGTCCACCTCGGCCACCCGGTTCCATGAGCTTCACGTCCAGCG
C5 GGACAGGCGTCCACCTCGGCCACCCGGTTCCACGAGCTTCACGTCCAGCG
C6 GGACAGGCGTCCACCTCGGCCACTCGATTCCACGAACTCCACGTCCAGCG
C7 GGACAGGCTTCCACCTCGGCCACTCGGTTCCACGAGCTGCATGTCCAGCG
C8 GGACAGGCGTCCACCTCGGCCACTCGGTTCCACGAGCTCCATGTCCAGCG
C9 GGACAGGCGTCCACTTCGGCCACGCGATTCCACGAGCTGCATGTCCAGCG
******** ***** ******** **.***** **.** ** ********
C1 GCACACGAATGTCACCATTCTGTTCGCGGATATTGTCAACTTCACGCCCC
C2 GCACACGAATGTCACCATTCTGTTCGCTGATATTGTCAACTTCACGCCCC
C3 GCACACGAATGTCACCATTCTGTTCGCGGATATTGTCAACTTCACGCCCC
C4 ACACACCAATGTCACCATTCTTTTTGCGGATATTGTCAACTTCACGCCCC
C5 GCACACCAATGTCACCATTCTCTTCGCGGATATTGTCAACTTCACGCCCC
C6 ACACACCAATGTCACCATTCTCTTCGCTGATATCGTCAACTTTACGCCAC
C7 CCACACCAATGTCACCATTCTCTTCGCCGATATCGTCAACTTCACGCCCC
C8 ACACACCAATGTCACCATTCTCTTCGCTGATATCGTCAACTTCACGCCCC
C9 CCACACGAATGTCACCATTCTCTTCGCGGACATTGTCAACTTCACGCCCC
***** ************** ** ** ** ** ******** *****.*
C1 TTTCAAGTTCCCTGACGGCCAGCGATTTGGTGAAGACCCTGAACGATCTG
C2 TTTCAAGTTCCCTGACGGCCAGCGATTTGGTGAAGACCCTGAACGATCTG
C3 TTTCAAGTTCCCTGACGGCCAGCGATTTGGTGAAGACCCTCAACGATCTC
C4 TTTCAAGTTCCCTGACGGCCAGCGATTTGGTGAAGACCCTGAACGATCTT
C5 TTTCAAGTTCCCTCACGGCCAGCGATTTGGTGAAGACTCTGAACGATCTG
C6 TGTCAAGTTCCCTGACGGCCAGCGATTTGGTCAAGACCCTGAACGATCTG
C7 TCTCAAGTTCCCTGACGGCCAGCGACTTGGTCAAGACCCTGAACGATCTG
C8 TCTCAAGTTCCCTGACGGCCAGCGATTTGGTCAAGACCCTGAACGATCTG
C9 TTTCAAGTTCTTTGACAGCCAGCGACTTGGTCAAGACCCTCAACGATCTC
* ******** * **.******** ***** ***** ** ********
C1 TTTGGACGATTCGATCAAATAGCTCAGGAGAACCAATGCCTACGGATCAA
C2 TTTGGACGATTCGATCAAATAGCGCAGGAGAACCAATGCCTACGCATCAA
C3 TTTGGACGATTCGATCAAATAGCTCAGGAGAACCAATGCCTACGCATCAA
C4 TTTGGACGATTCGATCAAATCGCTCAGGAGAACCAATGCCTACGTATCAA
C5 TTTGGACGATTCGATCAAATTGCTCAGGAGAACCAATGCCTGCGTATCAA
C6 TTTGGACGCTTCGATCAAATTGCTCAGGAGAACCAATGCCTTCGCATCAA
C7 TTTGGACGGTTCGATCAAATAGCTCAGGAGAACCAGTGCCTGCGCATCAA
C8 TTTGGAAGATTCGATCAAATAGCTCAGGAGAACCAGTGCCTGCGCATCAA
C9 TTTGGACGATTCGACCAAATAGCTCAGGAGAACCAGTGCCTGCGCATCAA
******.* ***** ***** ** ***********.***** ** *****
C1 GATCCTGGGGGATTGTTATTACTGTGTGTCCGGCCTGCCCATTTCCCGGC
C2 GATCCTGGGGGATTGTTATTACTGTGTGTCCGGCCTGCCCATTTCCCGGC
C3 GATCCTGGGGGATTGTTATTACTGTGTGTCCGGCCTGCCCATTTCCCGGC
C4 GATCCTGGGGGACTGTTATTACTGTGTGTCCGGCCTGCCCATTTCCCGGC
C5 GATCCTGGGCGACTGTTATTACTGTGTGTCCGGCCTGCCCATTTCCCGGC
C6 GATCCTGGGGGATTGTTATTACTGCGTGTCCGGCCTGCCCATTTCCCGGC
C7 GATCCTCGGGGACTGTTATTACTGCGTGTCCGGCCTGCCCATTTCCCGGC
C8 GATCCTCGGGGACTGTTATTACTGCGTGTCCGGCCTGCCCATTTCCCGGC
C9 GATCCTGGGGGACTGTTATTACTGCGTGTCGGGACTTCCCATTTCCCGGC
****** ** ** *********** ***** **.** *************
C1 CCCAACATGCAACCAACTGTGTCAACATGGGCCTGCAGATGATCGATGCC
C2 CCCAACATGCAACCAACTGTGTCAACATGGGCCTGCAGATGATCGATGCC
C3 CCCAACATGCAACCAACTGTGTCAACATGGGCCTGCAGATGATCGATGCC
C4 CCCAACATGCAACCAACTGTGTCAACATGGGCCTGCAGATGATCGATGCC
C5 CCCAACATGCAACCAACTGTGTCAACATGGGCCTGCAGATGATCGATGCC
C6 CCCAACATGCAACCAATTGTGTCAACATGGGCCTGCAGATGATCGATGCC
C7 CCCAACATGCAACCAATTGTGTCAACATGGGCCTGCAGATGATCGATGCC
C8 CCCAACATGCAACCAATTGTGTCAACATGGGCCTGCAGATGATCGATGCC
C9 CCCAACATGCAACCAATTGCGTCAACATGGGCCTGCAGATGATCGACGCC
**************** ** ************************** ***
C1 ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTCGACATGCGAATTGG
C2 ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTCGACATGCGAATTGG
C3 ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTCGACATGCGAATTGG
C4 ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTCGACATGCGAATTGG
C5 ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTCGACATGCGAATTGG
C6 ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTTGACATGCGAATTGG
C7 ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTTGACATGCGAATTGG
C8 ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTTGACATGCGAATCGG
C9 ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTTGACATGCGAATTGG
*********************************** *********** **
C1 CATCCACACTGGCAACGTACTCTGCGGCGTCCTTGGCCTACGCAAGTGGC
C2 CATCCACACTGGCAACGTACTCTGCGGCGTCCTTGGCCTACGCAAGTGGC
C3 CATCCACACTGGCAACGTACTCTGCGGCGTCCTTGGCCTACGCAAGTGGC
C4 CATCCACACTGGCAACGTTCTCTGCGGCGTCCTTGGCCTACGCAAGTGGC
C5 CATCCACACTGGCAACGTACTCTGCGGCGTCCTTGGCCTACGCAAGTGGC
C6 CATCCACACTGGCAACGTTCTCTGCGGCGTCCTTGGCCTCCGCAAGTGGC
C7 CATCCACACTGGCAACGTTCTCTGCGGCGTCCTTGGCCTCCGAAAGTGGC
C8 CATCCACACGGGCAACGTTCTCTGCGGCGTCCTTGGCCTCCGAAAGTGGC
C9 CATCCACACTGGCAACGTTCTCTGCGGCGTCCTTGGCCTACGAAAGTGGC
********* ********:********************.**.*******
C1 AATTTGATGTTTGGAGCGACGACGTTACATTGGCCAACCACATGGAGAGC
C2 AATTTGATGTTTGGAGCGACGACGTTACATTGGCCAACCACATGGAGAGC
C3 AATTTGATGTTTGGAGCGACGACGTTACATTGGCCAACCACATGGAGAGC
C4 AATTTGATGTTTGGAGCGACGACGTTACTTTGGCCAACCACATGGAGAGC
C5 AATTTGATGTTTGGAGCGACGACGTTACATTGGCCAACCACATGGAGAGC
C6 AATTTGATGTTTGGAGCGACGATGTTACTTTGGCCAACCACATGGAGAGT
C7 AATTTGATGTTTGGAGCGACGACGTTACATTGGCCAACCACATGGAGAGC
C8 AATTTGATGTTTGGAGCGACGATGTTACATTGGCCAACCACATGGAGAGC
C9 AATTTGATGTTTGGAGCGACGATGTTACATTGGCCAACCACATGGAGAGT
********************** *****:********************
C1 GGCGGTGTCGCTGGGCGAGTCCACATCACGAAGCAAACTTTGGACTTCCT
C2 GGCGGTGTCGCTGGGCGCGTCCACATCACGAAGCAAACTTTGGACTTCCT
C3 GGCGGTGTAGCTGGGCGCGTCCACATCACGAAGCAAACTTTGGACTTCCT
C4 GGCGGTGTCGCCGGGCGCGTCCACATCACGAAGCAAACATTGGACTTCCT
C5 GGCGGTGTCGCTGGGCGTGTCCACATCACGAAGCAAACTTTGGACTTCCT
C6 GGCGGTGTCGCCGGGCGCGTCCACATCACCAAACAAACTCTGGACTTCCT
C7 GGCGGTGTCGCCGGGCGCGTCCACATCACGAAACAAACTCTGGACTTCCT
C8 GGCGGTGTCGCCGGGCGTGTCCACATCACGAAACAAACTTTGGACTTCCT
C9 GGCGGTGTCGCCGGGCGAGTCCACATCACGAAACAAACTCTGGACTTCCT
********.** ***** *********** **.*****: **********
C1 GGGCGACAAGTTCGAGGTGGAGCAGGGCGAGGGTGGCAATCGAGATGCGT
C2 GGGCGACAAGTTCGAGGTGGAGCAGGGTGACGGTGGCAATCGAGATGCGT
C3 GGGCGACAAGTTCGAGGTGGAGCAGGGCGAGGGTGGCAATCGAGATGCGT
C4 GGGCGACAAGTTCGAGGTGGAGCAGGGAGAGGGTGGCAATCGAGATGCAT
C5 GGGCGACAAGTTCGAGGTGGAGCAGGGAGAGGGTGGCAATCGAGATGCGT
C6 GGGCGACAAATTCGAGGTTGAGCAAGGGGAGGGCGGCAACCGGGATGCGT
C7 GGGCGATAAGTTCGAGGTGGAGCAAGGAGAGGGTGGCAACCGGGATGCGT
C8 GGGCGACAAGTTCGAGGTTGAACAAGGAGAGGGTGGCAATCGGGATGCGT
C9 GGGCGAGAAATTCGAGGTGGAGCAGGGCGAGGGCGGAAATCGGGATGCGT
****** **.******** **.**.** ** ** **.** **.*****.*
C1 ATCTGGCGGATCACAAGGTTGAATCGTATCTCATTGTGCCACCGAAACCA
C2 ATCTGGCGGATCACAAGGTGGAATCGTATCTCATAGTGCCACCGAAACCA
C3 ATCTGGCGGATCACAAGGTGGAATCGTATCTCATAGTGCCACCGAAACCA
C4 ATCTGGCGGATCACAAGGTGGAATCGTATCTCATAGTGCCACCGAAACCA
C5 ATCTGGCGGATCACAAGGTGGAATCGTATCTCATAGTGCCACCGAAACCA
C6 ATCTGGCGGATCACAAGGTGGAATCGTATCTCATAGTGCCACCAAAACCG
C7 ATCTGGCGGATCACAAGGTGGAATCGTACCTCATAGTGCCGCCCAAGCCG
C8 ATCTGGCGGACCACAAGGTGGAATCGTATCTCATAGTGCCGCCCAAGCCG
C9 ATCTGGCGGATCACAAGATAGAAACGTATCTCATAGTGCCACCAAAGCCG
********** ******.* ***:**** *****:*****.** **.**.
C1 GCATACACCTACAGCGTTCCACGCGTGGTGGAATGCATTGAGCAGAACGA
C2 GCATACACATACAGCGTTCCACGGGTGGTGGAGTGCATTGAGCAGAACGA
C3 GCATACACATACAGCGTTCCACGGGTGGTGGAGTGCATTGAGCAGAACGA
C4 GCATACACCTACAGCGTTCCACGGGTGGTGGAGTGCATGGAACAGAACGA
C5 GCATACACCTACAGCGTTCCACGGGTGGTGGAGTGCATTGAACAGAACGA
C6 GCCTACACCTACAGCGTTCCGCGGGTGGTGGAGTGCATTGAGCAGAATGA
C7 GCCTACACCTACAGCGTTCCGCGAGTGGTGGAGTGCATCGAGCACAATGA
C8 GCCTACACCTACAGCGTTCCACGAGTGGTCGAGTGCATCGAGCAGAATGA
C9 GCGTACACCTACAGCGTTCCGCGAGTGGTGGAATGCATTGAGCACAACGA
** *****.***********.** ***** **.***** **.** ** **
C1 TCCCAGTCCCACCACCGAGGAGACCAAG---GAGATCAAGGAGACGGATC
C2 TCCCAGTCCCACCAACGAGGAGACCAAG---GAGATCAAGGAGGCGGATC
C3 TCCCAGTCCCACCACCGAGGAGACCAAG---GAGATCAAGGAGGCGGATC
C4 TCCCAGTCCCACCACCGAGGAGACCAAG---GAGGTCAAGGACTTGGATC
C5 TCCCAGTCCCACCACCGAGGAGACCAAG---GAGCTCAAGGAGTTGGATC
C6 TCCCAGTCCCACAGAGGAGAAGGAGACCAAGGAGGCGGTGGTGGTGGATC
C7 TCCCAGTCCCACGGAGGAGAAGCAGAAG---GAGACCAAGGTGGCGGATC
C8 TCCCAGTCCCACGGAGGAGAAGGAG------GCCAAGGTGGTGGTGGATC
C9 TCCCAGTTCCACGGAGGAGGTCAAG------GAAATTAAGGAGAATCAGA
******* **** .. ***.: . *. .:**: * .
C1 AATCCCATGAAGCCACCGATGTCGCCGATGTCCTTCTTCCGGTAACTGTG
C2 ACTTCCATGAAGCCACCGATGTCGCCGATGGCCTGCTCCCGGTAACTGTG
C3 ACTCCCATGAAGCCACCGATGTTGCCGATGGCCTGCTCCCGGTAACTGTG
C4 ACTCCCATGAAGCCACCGATGTCGCCGATAGCCTACTTCCTGTAACCGTG
C5 ACTCGCATGAAGCCACCGATGTCTCCGATAGCCTACTTCCTGTAACTGTG
C6 ACTCCAATGAGTCAGCCGATGTCACCGATAGCCTCATCCCGGTCACGGTT
C7 AGTCCAACGAGGGCACAGATGTGACCGACAGCCTAATCCCGGCTACGGTG
C8 ACTCCAACGAGGGCGCCGATGTCACCGACAGCCTAATCCCGGTTACGGTG
C9 ACTCCAATGATGCAGCTGATGTTACGGATAATCTACTTCCGGTTACGGTG
* * .* ** ..* ***** * ** . ** .* ** * ** **
C1 ---GCTCCACCGCCTGCAATCGTTGACGAGAAGATGTCACCCACCTCGAT
C2 ---GCTCCACCGCCTGCAATCGTTGACGAGAAGATGTCACCCACCTCGAC
C3 ---GCTCCACCGCCTGCAATCGTGGACGAGAAGATGTCACCCACCTCGAC
C4 ---GCTCCACCTCCTGCAATCGTTGACGAGAAGATGTCACCCACTTCGAC
C5 ---GCCCCACCTCCTGCAATCGCCGACGAGAAGATGTCACCCACTTCGAC
C6 ACGGATCCCCTTCCTCTGGCCGTCGATGAAAAGATGTCACCCACCTCGAC
C7 ---GATCCCATACCCTTGGTCGTCGACGAAAAGATGTCACCCACCTCGAC
C8 ---GATCCCATACCCTTGGTCGTTGACGAAAAGATGTCACCCACGTCGAC
C9 ---GATCCACCTCCACTTACAGTCGACGAAAAGATGTCGCCCACTTCAAC
*. **.. ** . .* ** **.********.***** **.*
C1 CAATAGCCAGGAGGCACCTTTGCATGCCCCTCTCGCCTCAGCCGCCTCCA
C2 TAATAGCCAGGAGGCACCTTTGCATGCCCCACTCGCCTCGGCCGCCTCCA
C3 CAATAGCCAGGAGGCACCTTTGCATGCCCCACTCGCCTCGGCCGCCTCCA
C4 TAATAGCCAGGAGGCTGCTTTGCATGCCCCACTCGCCTCAGCCGCCTCCA
C5 TAATAGCCAGGATGCCCCTTTGCATGCCCCTCTCGCCTCAGCCGCCTCCA
C6 GAACAGCCAGGAGGCGCCTTTGCACGCTCCCCTCGCCTCCGCGGCCTCCA
C7 GAATAGTCAGGAGGTTCCTTTGCACGCTCCACTCGCCTCCACTGCCTCCA
C8 GAATAGCCAGGAGGTCCCTTTGCATGCTGCTTTGGCATCCGCCGCCTCGA
C9 GAATAGTCAGGAGGCTCCGCTGCACGCTCCCCTCGTCTCCACTGCCTCGA
** ** ***** * * **** ** * * * .** .* ***** *
C1 TGTCCATTAAGGAGCTGTCCGAGGAGGAGGACGAGGCTGATGAGGCCACT
C2 TGTCCATTAAGGAGCTGTCCGAGGAGGAGGACGAGGCTGATGAGGCCACT
C3 TGTCCATTAAGGAGCTGTCCGAGGAGGAGGACGAGGCTGATGAGGCCACT
C4 TGTCCATAAAGGAGCTGTCTGAGGAGGAAGACGAGGCGGACGATGCCACG
C5 TGTCCATTAAGGAGCTGTCCGAGGAGGAGGACGAGGCCGACGAGGCCACC
C6 TGTCCATCAAGGAGATGTCCGAGGAGGAGGACGAGGCTGACGAGGCCACC
C7 TGTCCATTAAGGAGCTGTCCGAGGAGGAGGACGAAGCGGACGAGGCCACC
C8 TGTCCATCAAGGAGTTGTCCGAGGAGGAGGACGAAGCGGACGAGGCCACC
C9 TGTCGATCAAGGAACTCTCCGAGGAGGAGGACGAGGCCGATGAGGAAACC
**** ** *****. * ** ********.*****.** ** ** *..**
C1 GCCGTCACCGAGCCGCTGATGCACAGGGATCAGGATGGCAAGAATGACAA
C2 GCCGTCACCGAGCCGCTGATGCACAGGGATCGGGATGGCAAGAATGGCAA
C3 GCCGTCACCGAGCCGCTGATGCACAGGGATCAGGATGGCAGGAATGGCAA
C4 GCAGTCACCGAGCCGCTGATGCTCAGGGATCAGGATGGCAAAAACGGTAA
C5 GCAGTCACCGAGCCGCTGATGCTCAGGGATCAGGATGGCAAGAGCGGCAA
C6 GCTGTCACCGAACCCCTGATGCTCAAGGATCAGGAGAGCAAAGAAGGCCA
C7 GCAGTCACAGAGCCCCTGATGCTCAAGGATCAGGAGAGCAAGGAAGGCCA
C8 GCGGTGACCGAACCCCTGATGCTCAAGGATCAGGAGAGCAAGGATGGCCA
C9 GCCGTCACCGAACCGCTGATGGCCAAGGATCAGGACAAAAAGGACCTGGA
** ** **.**.** ****** **.*****.*** ...*.... *
C1 GGAG---------CCGAAGGCAAATGGTGGCCATCGCGGCAGTGGTGATT
C2 GGAG---------CCGAAGGCAAATGGTGGCCATCGCGGCAGTGGTGATT
C3 GGAG---------CCGAAGGCAAATGGTGGTCATCGCGGCAGTGGTGATT
C4 GGAG---------CCCAAAGCAAATGGTGGCCATCGCGGCAGTGGTGACT
C5 GGAG---------CCCAAAGCAAATGGTGGCCATCGCGGCAGTGGTGATT
C6 AAGCCAGGAAACGGCCAAACCCAATGGTGGCCATCGCGGAAGTGGTGATT
C7 GGAG---------GTCAAGCCCAACGGTGGCCACCGCGGCAGTGGCGATT
C8 GGAG---------GTCAAGCCCAATGGTGGCCACCGCGGCAGTGGCGATT
C9 ACCG------GAGATCAAGGCCAATGGCAACCATCGTGGCAGCGGTGATT
. **. *.** ** .. ** ** **.** ** ** *
C1 CCGCCGCCTCCGAGTCGGTGGCCAAGTCCGCTGCCCTTTCCCTGCCCGCC
C2 CCGCCGCCTCCGAGTCGGCGGCCAAGTCCGCTGCCCTTTCCCTGCCCGCC
C3 CCGCCGCCTCCGAGTCGGCGGCCAAGTCCGCTGCCCTTTCCCTGCCCGCC
C4 CCGCCGCCTCCGAGTCGGCGGCCAAATCCGCTGCCCTTTCCCTGCCCGCC
C5 CCGCCGCCTCCGAGTCGGCGGCCAAATCCGCTGCCCTTTCCCTGCCCGCC
C6 CAGCCGCCTCCGAGTCGGCGGCCAAGTCCACTGCCCTTTCGCTGCCCGCC
C7 CCGCCGCCTCCGAGTCCGCGGCCAAGTCCACCGCCCTTTCCCTGCCAGCC
C8 CCGCAGCCTCCGAGTCCGCGGCCAAGTCCACCGCCCTTTCCCTGCCCGCC
C9 CCGCCGTCTCGGAATCGGCTGCCAAATCAGCGGCACTTTCCCTGCCCGCC
*.**.* *** **.** * *****.**..* **.***** *****.***
C1 GATGATCTGCTCAGTATGAGTGGGTCAGAGAGCGGCATCTCCAACAGCGG
C2 GATGATCTGCTCAGTATGAGTGGCTCAGAGAGCGGCATCTCCAACAGCGG
C3 GATGATCTGCTCAGTATGAGTGGGTCAGAGAGCGGCATCTCCAACAGCGG
C4 GATGATCTGCTCAGTATGAGTGGCTCAGAGAGCGGCATCTCCAACAGCGG
C5 GATGATCTGCTCAGTATGAGTGGATCAGAGAGCGGCATCTCCAACAGCGG
C6 GAGGATCTGCTCAGCATGAGCGGATCGGAGAGCGGGATCTCAAACGGCGG
C7 GAAGATCTGCTCAGCATGAGCGGTTCGGAGAGCGGCATCTCCAACAGCGG
C8 GAGGATCTGCTCAGCATGAGCGGATCGGAAAGCGGCGTCTCCAACAGCGG
C9 GAGGATCTTCTGAGCATGAGCGGTTCGGAGAGCGGTATCTCCAACAGCGG
** ***** ** ** ***** ** **.**.***** .****.***.****
C1 AGCCCAGGCGCAATCCTCGAATCCGGCGAGTGTCACACCCACCGCAGCCG
C2 AGCCCAGGCGCAATCCTCAAATCCGGCGAGTGTCACACCCACCGCAGCCG
C3 AGCCCAGGCGCAATCCTCGAATCCGGCGAGTGTCACACCCACCGCAGCCG
C4 AGCCCAGGCGCAATCCTCGAATCCGGCAAGTGTCACACCCACCGCAGCCG
C5 AGCCCAGGCGCCCACCTCGAATCCGGCGAGTGTCACACCCACTGCGGCCG
C6 AACCCCGGCTGCATCCTCGAATCCTGCTAGTGTCACGCCCACCACCGCCG
C7 CACCCCGGCTCCATCCTCGAATCCCACGAGTGTCACGCCCACCGCAGCCG
C8 CACCCCGGCTCCATCCTCGAATCCCACGAGTGTCACGCCCACCGCAGCCG
C9 AACCCCGGCTCCGTCCTCGAATGCTGCGAGTGTCACGCCCACCGCAGCCG
..***.*** . :****.*** * .* ********.***** .* ****
C1 CTCCAGCCGGAGGA------GCCGCCTCCAACAGCTTGACGGTGGCCGAG
C2 CTCCAGCCGGAGGAGTTTCATCCGCCTCCAATAGCTTGACGGTGGCCGAG
C3 CTCCACCCGGAGGAGTTTCATCCGCCTCCAACAGCTTGACGGTGGCCGAG
C4 CCCCAGCCGGAGGAGCTTCCTCCGCCTCCAACAGCCTCACGGTGGCCGAG
C5 CCCCAGCCGGAGCAGCTTCCTCCGTCTCCAACAGCCTCACGGTGGCCGAG
C6 CCCCCGCCGGAGGAGCCTCCTCCGGCACCAACAGCCTCACTGTGGCCGAG
C7 CCCCCGCCGGAGGAGCTTCCTCCGGCACCAACAGCCTCACTGTGGCCGAG
C8 CCCCCGCCGGAGCAGCTTCCTCCGGCACCAACAGCCTCACTGTGACCGAG
C9 CCTCCGCCGGAGGAGCGGCCTCCACCACAAACAGCCTCACGGTCGCCGAG
* *. ****** * **. *:*.** *** * ** ** .*****
C1 GCCCCGGAGAGATCTCGTCGGAAGTTGTCCGTTCAAGGTCTGATGTCCTT
C2 GCACCGGAGAGATCTCGCCGGAAGTTGTCCGTTCAAGGTCTGATGTCCTT
C3 GCACCGGAGAGATCTCGCCGGAAGTTGTCCGTTCAAGGTCTGATGTCCTT
C4 GCGCCGGAGAGATCTCGCCGGAAGTTGTCTGTTCAAGGTCTGATGTCCTT
C5 GCACCGGAGAGATCTCGCCGGAAGTTGTCCGTTCAAGGTCTGATGTCCTT
C6 GCCCCCGAGAGATCCAGAAGAAAGTTGTCCGTTCAAGGCCTGATGTCCTT
C7 GCCCCGGAGCGATCCCGCCGGAAGTTGTCCGTTCAAGGTCTGATGTCCTT
C8 GCCCCGGAGCGCTCCCGCCGGAAGTTGTCCGTTCAAGGTCTGATGTCCTT
C9 GCTCCGGAAAGATCTCGAAGGAAGTTGTCCGTGCAAGGTCTGATGTCCTT
** ** **..*.** .* .*.******** ** ***** ***********
C1 CGCCGACAGACGACGCTCCTCCGGAGCCTTCATCGAAGGACGAAAGCTGT
C2 CGCCGACAGACGCCGCTCCTCCGGAGCCTTCATCGAAGGGCGAAAGCTGT
C3 CGCCGACAGACGCCGCTCCTCCGGAGCCTTCATCGAAGGACGAAAGCTGT
C4 CGCCGACAGACGCCGTTCCTCCGGAGCATTCATCGAAGGACGAAAGCTGT
C5 CGCCGACAGACGCCGTTCCTCCGGAGCCTTCATCGAAGGACGCAAGCTGT
C6 CGCCGACAGACGCCGCTCCTCCGGAGCATTCATCGAGGGACGAAAGCTGT
C7 CGCCGACAGACGCCGCTCCTCCGGAGCCTTCATCGAAGGACGAAAGCTGT
C8 CGCCGACAGACGCCGCTCCTCCGGAGCCTTCATCGAAGGACGAAAGCTGT
C9 CGCCGACAGACGCCGCTCCTCAGGAGCCTTCATCGAAGGACGAAAGCTGT
************.** *****.*****.********.**.**.*******
C1 CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGTCATGTCACACGC
C2 CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGTCATGTCACACGC
C3 CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGTCATGTCACACGC
C4 CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGCCATGTCACACGC
C5 CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGCCATGTCACACGC
C6 CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGACATGTCACACGC
C7 CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGTCATGTCACACGC
C8 CCATCCACAGTGGAGAAAGTTTCCGCAGTCATGCGGGTCATGTCACACGT
C9 CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGTCATGTCACACGC
********** ************************** ***********
C1 AATCGTCCTTCATCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA
C2 AATCGTCCTTCGTCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA
C3 AATCGTCCCTCGTCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA
C4 AATCGGCCCTCATCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA
C5 AATCGGCCCTCGTCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA
C6 AATCGTCCCTCATCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA
C7 AATCGTCCCTCATCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA
C8 AATCGTCCCTCATCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA
C9 AATCGTCCCTCATCGAAGATGACCAAATATGTGGAGTGCTGGGGAGCAGA
***** ** **.********************************.*****
C1 TCGACCCTTTGCCAATATTGCCGAATCCAAGCTGGTGAAGAACATTGGAC
C2 TCGACCCTTTGCCAATATTGCCGAATCCAAGCTGGTGAAGAACATCGGAC
C3 TCGACCCTTTGCCAATATTGCCGAATCCAAGCTGGTGAAGAACATCGGAC
C4 TCGACCCTTTGCCAATATTGCAGAATCCAAGCTGGTGAAGAACATCGGAC
C5 TCGACCCTTTGCCAATATTGCCGAATCCAAGCTGGTGAAGAACATCGGAC
C6 TAGACCCTTTGCCAATATTGCCGAATCCAAGCTGGTGAAGAACATTGGAC
C7 TAGACCCTTTGCCAATATTGCCGAATCCAAACTGGTCAAGAACATTGGAC
C8 TAGACCCTTTGCCAATATTGCCGAATCCAAACTGGTGAAGAACATTGGAC
C9 TCGACCCTTTGCCAACATTGCCGAATCCAAGCTAGTGAAGAACATCGGAC
*.************* *****.********.**.** ******** ****
C1 TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCGCCGGAGCGTAAA
C2 TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCACCGGAGCGTAAA
C3 TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCACCGGAGCGTAAA
C4 TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCGCCGGAGCGTAAA
C5 TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCGCCGGAGCGTAAA
C6 TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCGCCCGAGCGTAAA
C7 TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCGCCGGAGCGTAAA
C8 TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCGCCGGAGCGTAAA
C9 TGGCGAGCATCGCCATGATTGAATCGAATTTACTGCCGCCGGAGCGTAAA
*************************.***********.** *********
C1 TGTTTCAATTTTAATTTCTTCGGGCCGCCCACGGAGCTGAAGCCGTTCAC
C2 TGTTTCAATTTTAATTTCTTCGGGCCGCCCACGGAGCTGAAGCCGTTCAC
C3 TGTTTCAATTTTAATTTCTTCGGGCCGCCCACGGAGCTGAAGCCGTTCAC
C4 TGTTTCAATTTTAATTTCTTTGGCCCGCCCACCGAGCTGAAGCCGTTCAC
C5 TGTTTCAATTTTAATTTCTTTGGGCCGCCCACGGAGCTGAAGCCGTTCAC
C6 TGTTTCAATTTTAATTTCTTCGGACCGCCCACGGAGCTAAAGCCGTTCAC
C7 TGTTTCAATTTTAATTTCTTCGGACCGCCCACGGAGCTGAAACCGTTCAC
C8 TGTTTCAATTTTAATTTCTTCGGACCGCCCACGGAGCTGAAGCCCTTCAC
C9 TGTTTCAATTTTAATTTCTTCGGACCGCCGACGGAGCTGAAGCCGTTCAC
******************** ** ***** ** *****.**.** *****
C1 CATGTGGTACCGCAATACGCCCCGGGAGGCCATGTACCGCGCCCAGCCGG
C2 CATGTGGTACCGCAATACGCCCCGGGAGGCCATGTACCGCGCCCAGCCGG
C3 CATGTGGTACCGCAATACGCCCCGGGAGGCCATGTACCGCGCCCAGCCGG
C4 CATGTGGTACCGCAACACGCCCCGGGAGGCCATGTACCGCGCCCAGCCGG
C5 CATGTGGTACCGCAACACGCCCCGGGAGGCCATGTACCGCGCCCAGCCGG
C6 CATGTGGTACCGCAATACGCCCCGGGAGGGAATGTACCGCGCCCAGCCGG
C7 CATGTGGTACCGCAACACGCCCCGGGAGGGCATGTACCGCGCCCAGCCGG
C8 CATGTGGTACCGCAACACGCCCCGGGAGGGAATGTACCGCGCCCAGCCGG
C9 CATGTGGTACCGCAACACGCCCCGGGAGGCGATGTACCGCGCCCAGCCGG
*************** ************* *******************
C1 ATACGCACTTCCGGTTCGACCTGATATGCGCCTTCGTCCTCTTCCTCTCG
C2 ATACGCACTTCCGGTTCGACCTGATATGCGCCTTCGTCCTCTTCCTCTCG
C3 ATACGCACTTCCGGTTCGACCTGATATGCGCCTTCGTCCTCTTCCTCTCG
C4 ATACGCACTTCCGGTTCGACCTGATATGCGCCTTCGTCCTCTTCCTCTCG
C5 ATACGCACTTCCGGTTCGACCTGATATGCGCCTTCGTCCTCTTCCTCTCG
C6 ATACGCACTTCCGGTTCGACCTGATATGCGCCTTCGTCCTCTTCCTCTCG
C7 ACACGCACTTCCGGTTCGACCTGATATGCGCCTTCGTGCTCTTCCTCTCG
C8 ATACGCACTTCCGGTTCGACCTGATATGCGCCTTTGTCCTCTTCCTCTCG
C9 ATACGCACTTCCGGTTCGACCTGATTTGCGCCTTCGTCCTCTTCCTGTCG
* ***********************:******** ** ******** ***
C1 CTAGCCGTCGTCCAGCTGATTGTAATCGAATTGAACCTGGCCCTCCTTGG
C2 CTAGCCGTCGTCCAGCTGATTGTAATCGAATTGAACCTGGCCCTCCTTGG
C3 CTGGCCGTCGTCCAGCTGATTGTAATCGAATTGAACCTGGCCCTTCTTGG
C4 CTGGCCGTCGTCCAGCTGATTGTAATCGAATTAAACCTGGCCCTGCTTGG
C5 CTAGCCGTCGTCCAGCTGATTGTAATCGAATTGAACCTGGCCCTGCTTGG
C6 CTGGCCGTCGTCCAGCTGATTGTAATCGAATTGAACCTGGCTCTCCTTGG
C7 CTGGCCATCGTCCAGCTGATTGTAATCGAATTGAACCTGGCCCTCCTCGG
C8 CTGGCCATCGTCCAGCTGATTGTAATCAAATTGAACCTGGCCCTCCTTGG
C9 CTGGCCATCGTCCAGCTGATTGTAATCAAATTGAACCTGGCCCTGCTCGG
**.***.********************.****.******** ** ** **
C1 ATCCCTCCTGGCCAGCTTCGTCTCGCTGGCCCTCTTCCTCTACCTGAGCA
C2 ATCCCTTCTGGCCAGCTTCGTATCGCTGGCCCTCTTCCTCTACCTGAGCA
C3 ATCCCTTCTGGCCAGCTTCGTATCGCTGGCCCTCTTCCTCTACCTGAGCA
C4 ATCCCTCCTGGCCAGCTTCGTCTCGCTGGCCCTCTTCCTCTACCTGAGCA
C5 ATCCCTCCTGGCCAGCTTCGTCTCGCTGGCCCTCTTCCTCTACCTGAGCA
C6 ATCCCTTTTGGCCAGCTTTGTGTCGCTGGCCCTGTTCCTCTACCTGAGCA
C7 ATCCCTCCTGGCCAGCTTTCTGTCCCTGGCCCTGTTCCTCTACCTGAGCA
C8 ATCCCTCCTGGCCAGCTTTCTGTCCCTGGCCCTGTTCCTCTATCTGAGCA
C9 CTCCCTCTTGGCCAGCTTTATATCGCTGTCCCTGTTCCTCTACCTGAGCA
.***** ********** * ** *** **** ******** *******
C1 ACATGTCCGTGCCGGACGTGCACGCCTCCACTACGGAGCGAAATGGTCCC
C2 ACATGTCCGTGCCGGACGTGCACGCCTCCACCACGGAGCGAAATGGTCCC
C3 ACATGTCCGTGCCGGACGTGCACGCCTCCACCACGGAGCGAAATGGTCCC
C4 ACATGTCCGTGCCGGATGTGCACTCCTCTGCCACGGAGCGAAATGGTCCA
C5 ACATGTCCGTGCCGGATGTGCACTCCTCCGCCACGGAGCGCAATGGTCCC
C6 ACATGTCCGTGCCGGATGTCCATGCCTCGGCCACGGATCGGAATGGTCCT
C7 ACATGTCCGTGCCGGACGTGCACGCCTCGGCCACGGAGCGGAACGGTCCT
C8 ACATGTCCGTGCCGGATGTCCACTCCTCGGCCACGGAAAGAAACGGTCCT
C9 ACATGTCCGTGCCGGATGTCCATGCCTCGTCGACGGAGCGAAACGGCCCC
**************** ** ** **** * ***** .* ** ** **
C1 GGCCAGGTGGTGGCCAGCAGTCGCTACTTACGGCTGGCCATGTTCGTTGT
C2 GGCCAGGTGGTGGCCAGCAGTCGCTACTTGCGGCTGGCCATGTTCGTCGT
C3 GGCCAGGTGGTGGCCAGCAGTCGCTACTTGCGGCTGGCCATGTTCGTCGT
C4 GGTCAGGTGGTGGCCAGCAGTCGCTACTTGCGGCTGGCCATGTTCGTCGT
C5 GGCCAGGTGGTGGCCAGCAGTCGCTACTTGCGGCTGGCCATGTTCGTCGT
C6 GGCCAGGTGGTGGCCAGCAGTCGCTACCTGCGACTGGCCATGTTCGTCGT
C7 GGCCAGGTGGTGGCCAGCAGTCGCTACCTGCGACTGGCCATGTTCGTCGT
C8 GGACAAGTGGTGGCCAGCAGTCGCTACCTGCGACTGGCCATGTTCGTGGT
C9 GGACAGGTGGTGGCCAGCAGTCGGTATCTGCGACTCGCCATGTTCGTCAT
** **.***************** ** *.**.** *********** .*
C1 GGTCAACATTCTCATTTCATCTTGCGCGGTGTTTAGTGTGATAAACTACA
C2 GGTCAACATCCTTATTTCGTCCTGCGCGGTGTTCAGTGTGATAAACTACA
C3 GGTCAACATCCTCATTTCGTCCTGCGCGGTGTTCAGTGTGATAAACTACA
C4 GGTCAACATCCTCATCTCGTCCTGCGCGGTGTTTAGTGTGATAAACTACA
C5 GGTCAACATCCTCATTTCGTCCTGCGCGGTGTTCAGTGTGATAAACTACA
C6 GGTCAACATCCTCATCTCGTCCTGTGCGGTGTTCAGTGTGATAAACTTCA
C7 GGTCAACATCCTCATCTCCTCCTGCGCGGTCTTCAGTGTGATTAACTACA
C8 AGTCAACATTCTCATCTCGTCCTGCGCGGTGTTCAGTGTGATCAACTTTA
C9 CGTCAACATCCTCATCTCGTCCTGTGCGGTCTTCAGTGTGATCAACTACA
******** ** ** ** ** ** ***** ** ******** ****: *
C1 CTGTGCCTGACGGGGTAAGCAAGGAGCCATCATCC---AATCAGACCATC
C2 CTGTGCCTGACGGGGTAACCAAGGAGCCATCATCC---AATCAGACCATC
C3 CTGTGCCTGACGGGGTAAACAAGGAGCCATCATCC---AATCAGACCATC
C4 CTGTGCCTGACAGGGTAAACAGGGAGCCGTCATCC---AATCTCACCATC
C5 CCGTGCCCGACGGGGTGAACAAGGAGCCGTCGTCC---AATCATACCATC
C6 CAGTACCTGATGGGATAAACAGTGAGCCACCGCCATCTAATGTAAGCACC
C7 CGGTACCCGATGGGGTAAACAGTGAGCCACCGCCT---AATGCCACCAGC
C8 CGGTGCCTGATGGGGTAAACAAAGAGCCACCACCT---AACGCCACCAAC
C9 CCGTGCCAGACGGGGTAAGCAGTGAGCCATCGAAT---------GAAACA
* **.** ** .**.*.* **. *****. *. . . .* .
C1 CTGGAGAGCAATTTTTCGAGTGTGTTCGTAAACTCCACCCTGGAGGATGT
C2 CTGGAGAGCAATTTTTCGAGTGGGTTCGTGAACTCCACCCTGGAGGATGT
C3 CTGGAGAGCAATTTTTCGAGTGAGTTCGTGAACTCCACCCTGGAGGATGT
C4 TTGGGCAGCAATTCGTCGAGTGAGTTCATAAATGCCACCTTGGAGGATAT
C5 CTGAACAGCAATTTTTCGAGTGAGTTCATAAACTCCACCTTGGGGGACAT
C6 TTGGAGGGCAATTATTCGATGGAGTTCTTAAACGCCACCCAGGAGGATAT
C7 CTGGTCGGAAATTTCAGT---GACCTTTTGAACGCCACCCAGGAGGAGAT
C8 TTGGCCAGCAATTTCAGC---GACTTTTTAAACGACACCCAGGAGGAGAT
C9 TTCATAGCCAATTTCTCGATGGAGTTCTTTAACGGCACTCAGGAGGAAAT
* . . .**** : * * * ** *** :**.*** .*
C1 GCAGCTGTGGGAAATCGATTATGCCATACCCATTGCGCCCGTATTTCTGT
C2 GCAGCTGTGGGAGATCGACCATGCCATACCCATTGCGCCCGTATTTCTGT
C3 GCAGCTGTGGGAGATCGACCATGCCATACCCATTGCGCCCGTATTTCTGT
C4 GCAGATATGGGAAATCGACCATGCCATACCGATAGCCCCCGTGTTTCTAT
C5 GCAGCTGTGGGAAATCGACCATGCCATACCGATTGCCCCGGTGTTTCTGT
C6 GCAGCCGTGGGAAATCGCCCGAGCCATACCCATTGCCCCCGTGTTTCTAT
C7 GCAGCCGTGGGACATAGCCCGTTCCATACACATTGCTCCCGTGTTTCTAT
C8 GCAGCCGTGGGAAATCGCCCGTGCCATACACATTGCCCCAGTGTTTCTAT
C9 GCAGCCGTGGGAAATTGCAAATGCCATACCGATTGCACCAGTATTCCTAT
****. .***** ** *. .: ******. **:** ** **.** **.*
C1 ATTGCTGTGCCATTAGTTTGGCTGCAATTTCCGCCTTCCTGCGATCCGGA
C2 ATTGCTGCGCCATCAGTTTGGCTGCGATTTCTGCCTTCCTGCGATCTGGA
C3 ATTGCTGTGCCATTAGTTTGGCTGCGATTTCCGCCTTCCTGCGATCTGGA
C4 ATTGCTGTGCCATTAGTTTGGCGGCGATTTCTGCCTTTCTGCGATCTGGA
C5 ATTGCTGTGCCATAAGTTTGGCAGCGATTTCTGCCTTTCTGCGATCTGGA
C6 ATTGCTGTGCCATTAGTTTGGCGGCAATCTCAGCCTTTCTAAGATCTGGT
C7 ACTGCTGTGCCATTAGTTTGGCGGCTATTTCCGCCTTTCTAAGATCTGGG
C8 ATTGCTGTGCCATTAGTTTGGCGGCAATTTCCGCCTTTCTAAGATCTGGT
C9 ATTGTTGTGCCATCAGTCTGGCGGCCATTTCAGCCTTTCTGCGATCTGGT
* ** ** ***** *** **** ** ** ** ***** **..**** **
C1 TTTATTCTCAAGCTGATTGCCATGCTGGTGGCTGTGATCGCACAGGTGAC
C2 TTTATTCTCAAGCTGATTGCCATGCTGGTGGCTGTGATCGCACAGATGAA
C3 TTTATTCTCAAGCTGATTGCCATGCTGGTGGCTGTGATCGCACAGATGAC
C4 TTTATCCTCAAGCTGATTGCCATGCTGGTGGCTGTGATCGCACAGGTCAC
C5 TTTATCCTCAAGCTGATTGCCATGCTGGTGGCCGTAATCGCACAGGTCAC
C6 TTTATCCTCAAGCTGATTGCCATGCTGGTGGCCCTAATCGCCCAGGTCAC
C7 TTTATCCTCAAGCTGATCGCCATGTTGGTGGCTGTAATCGCTCAGGTCAC
C8 TTTATCCTCAAGCTGATTGCCATGCTGGTGGCTCTGATCGCACAAGTCAC
C9 TTTATCCTAAAGCTAATTGCAATGTTGGTGGCCGTGATCGCACAGGTTAC
***** **.*****.** **.*** ******* *.***** **..* *.
C1 AGTTCTTGGGTACAGTGATCTCTTTGAGATGTACAACGATGCCAACATCA
C2 AGTCCTTGGGTACAGTGATCTCTTTGAGATGTACAACGATGCCAACATCA
C3 AGTCCTTGGGTACAGTGATCTCTTTGAGATGTACAACGATGCCAACATCA
C4 AGTCCTTGGATACAGTGACCTCTTTGAGATGTACAACGTGACCAACATTA
C5 AGTCCTTGGATACAGCGATCTCTTTGAGATGTACAACGATACCAACATTA
C6 AGTTCTGGGATACAGTGATCTCTTCGAAAAGTACAACGAGACAAACATTA
C7 CGTGCTCGGATACAGCGATCTCTTTGTTATTTACAACGACACAAATATTA
C8 AGTTCTCGGATACAGCGATCTCTTTGTTATTTACAACGACACAAATATTA
C9 CGTACTCGGATACAGCGATCTTTTTGTGCAGTACAACCAACTAAACATCG
.** ** **.***** ** ** ** *: .: ****** : .** ** .
C1 CACACGGCTTGCCACTTGAGATCAAGGGCTTCCTTTTGCTTCTGGTGATC
C2 CATGCGGCTTGCCACTTGAGATCAAGGGCTTCCTTTTGCTCCTGGTGATC
C3 CATACGGCTTGCCACTTGAGATCAAGGGCTTCCTTTTGCTCCTGGTAATC
C4 AGTATGGGTTGCCACTTGAGATCAAGGGATTCCTTTTGCTTCTGGTAATC
C5 AATATGGCTTGCCACTTGAGATCAAGGGATTCCTTTTGCTTCTGGTGATC
C6 TATATGGCTTACCCCTGGAGATCAAGGGATTCCTGCTGCTTTTGGTTATC
C7 AATATGGCTTAGCCCTGGAGATCAAGGGCTTCCTGCTGCTCTTGGTCATC
C8 AATATGGCTTACCCCTGGAGATCAAGGGATTCCTTCTGCTCTTGGTCATC
C9 AATATGGATTGCGCTTGGAGGTTAAGGGATTCCTGTTGCTCCTGGTAATC
. . ** **. . * ***.* *****.***** **** **** ***
C1 ATCTTGGTGCTTCACACTCTGGATCGCCAGGGTGAATATGTGGCTCGCAC
C2 ATCTTGGTGCTTCACACTCTGGATCGCCAGGGTGAATATGTGGCTCGCAC
C3 ATCTTGGTGCTTCACACTCTGGATCGCCAGGGTGAATATGTGGCTCGCAC
C4 ATCTTGGTGCTGCACACCCTGGATCGCCAGGGTGAATATGTGGCTCGCAC
C5 ATCTTAGTGCTGCACACCCTGGATCGCCAGGGTGAATATGTGGCTCGCAC
C6 ATTCTGGTGCTTCATACTCTGGATCGCCAGGGTGAATATGTGGCCCGCAC
C7 ATCCTGGTGCTCCACACTCTGGATCGCCAGGGTGAGTATGTGGCCCGCAC
C8 ATTCTGGTGCTCCACACTTTGGATCGCCAGGGTGAATATGTGGCGCGCAC
C9 ATTCTGGTGCTGCACACTTTGGATCGTCAGGGTGAATATGTGGCACGAAC
** *.***** ** ** ******* ********.******** **.**
C1 AGATTTCCTCTGGAAGGCCAAGTTGAAGGTGGAGCAGGAGGAGGTGGAAA
C2 AGATTTCCTCTGGAAGGCCAAGTTGAAGGTGGAGCAGGAGGAGGTGGAGA
C3 AGATTTCCTCTGGAAGGCCAAGTTGAAGGTGGAGCAGGAGGAGGTGGAGA
C4 TGATTTCCTGTGGAAGGCCAAATTGAAGGTTGAGCAGGAGGAGGTGGAAA
C5 GGATTTCCTGTGGAAGGCCAAACTGAAGGTGGAGCAGGAGGAGGTGGAAA
C6 CGATTTCCTGTGGAAAGCCAAATTGAAGGTCGAACAGGAGGAGGTGGAAA
C7 GGATTTCCTGTGGAAGGCCAAGTTGAAGGTCGAACAGGAGGAGGTCGAGA
C8 AGATTTCCTGTGGAAGGCCAAGTTAAAGGTCGAGCAGGAGGAGGTCGAGA
C9 GGATTTCCTGTGGAAGGCCAAGCTGAAGGTCGAACAGGAGGAGGTGGAAA
******** *****.*****. *.***** **.*********** **.*
C1 CCATGCGTGGCATTAACAAGATTCTGCTGGAGAACATCCTGCCGGCCCAC
C2 CCATGCGTGGCATTAACAAGATTCTGCTGGAGAACATCCTGCCGGCCCAT
C3 CCATGCGTGGCATTAACAAGATTCTGCTGGAGAACATCCTGCCGGCCCAC
C4 CCATGCGTGGCATCAACAAGATTCTGCTGGAGAATATCCTGCCGGCCCAC
C5 CCATGCGTGGCATCAACAAGATTCTGCTGGAGAACATCCTGCCGGCCCAC
C6 CCATGCGTGGCATCAACAAGATTCTGCTGGAGAATATCCTGCCGGCCCAC
C7 CCATGCGTGGCATCAACAAGATTCTGCTGGAGAACATCCTGCCAGCCCAC
C8 CCATGCGTGGCATTAACAAGATTCTGCTGGAGAACATCCTGCCAGCCCAC
C9 CAATGCGTGGCATAAACAAGATCCTGCTGGAGAACATCCTGCCGGCCCAC
*.*********** ******** *********** ********.*****
C1 GTGGCCACCCATTTCCTGCACCTGGAACGCTCCACGGAGCTCTACCACGA
C2 GTGGCCACCCATTTCCTGCATCTGGAACGCTCCACGGAGCTCTACCACGA
C3 GTGGCCACCCATTTTCTGCATCTGGAACGCTCCACGGAGCTCTACCACGA
C4 GTGGCCACCCATTTCCTGCACCTGGAACGATCCACGGAGCTCTACCACGA
C5 GTGGCCACCCATTTCCTGCACCTGGAACGATCCACGGAGCTCTACCACGA
C6 GTGGCCACCCATTTCCTGCACCTGGAACGCTCCACGGAGCTCTACCACGA
C7 GTGGCCACCCATTTCCTGCACCTGGAACGCTCCACGGAGCTCTACCACGA
C8 GTGGCCACCCATTTCCTGCACCTGGAACGCTCCACGGAGCTCTACCACGA
C9 GTGGCCACCCACTTCCTGCACCTGGAACGCTCCACGGAGCTCTACCACGA
*********** ** ***** ********.********************
C1 GAGCTACTCCTGCGTGGCCGTCATGTTCGCCTCCATTCCCAACTACAAGG
C2 GAGCTACTCCTGCGTGGCCGTCATGTTCGCCTCCATTCCCAACTACAAGG
C3 GAGCTACTCCTGCGTGGCCGTCATGTTCGCCTCCATTCCCAACTACAAGG
C4 GAGCTACTCCTGCGTGGCTGTCATGTTCGCTTCCATTCCCAACTACAAGG
C5 GAGCTACTCCTGCGTGGCCGTCATGTTCGCCTCCATTCCCAACTACAAGG
C6 GAGCTACTCCTGCGTGGCCGTCATGTTCGCCTCCATTCCCAACTACAAGG
C7 AAGCTACTCCTGCGTGGCCGTGATGTTCGCCTCCATTCCCAACTACAAGG
C8 GAGCTACTCCTGCGTGGCCGTGATGTTCGCCTCCATTCCCAACTACAAGG
C9 GAGCTACTCCTGCGTGGCAGTCATGTTCGCCTCCATTCCCAACTACAAGG
.***************** ** ******** *******************
C1 AGTTCTACGATGAGACGGATGTGAACAAACAGGGCTTGGAGTGCCTGCGT
C2 AGTTCTACGATGAGACGGATGTCAACAAACAGGGCCTGGAGTGCCTGCGT
C3 AGTTCTACGATGAGACGGATGTCAACAAACAGGGCTTGGAGTGCCTGCGT
C4 AGTTCTACGATGAGACGGATGTCAACAAACAGGGCTTGGAGTGCCTGCGT
C5 AGTTCTACGATGAGACGGATGTCAACAAACAGGGCTTGGAGTGCCTGCGT
C6 AGTTCTACGACGAGACGGATGTCAACAAGCAGGGCCTGGAGTGCCTGCGC
C7 AGTTCTACGACGAGACGGATGTCAACAAACAGGGCCTGGAGTGCCTGCGT
C8 AGTTCTACGACGAGACAGATGTCAACAAGCAGGGTCTGGAGTGCCTGCGT
C9 AGTTCTACGACGAGACCGATGTCAACAAACAGGGACTCGAGTGCCTGCGA
********** ***** ***** *****.***** * ***********
C1 CTGTTGAACGAAATCATTTGTGATTTTGATAAGCTTCTCTTGAAACCAAA
C2 CTGTTGAACGAAATCATTTGTGATTTCGATAAGCTTCTCTTGAAACCAAA
C3 CTATTGAATGAAATCATTTGTGATTTCGATAAGCTTCTCTTAAAACCAAA
C4 CTGTTGAACGAAATAATTTGTGATTTCGATAAGCTTCTCTTGAAACCAAA
C5 CTGTTGAACGAAATAATTTGTGATTTCGATAAGCTTCTCTTGAAACCAAA
C6 CTGTTGAACGAAATCATTTGTGATTTCGATAAGCTTCTGCTAAAACCAAA
C7 CTGTTGAACGAAATCATTTGCGATTTCGATAAGCTCCTGTTAAAGCCAAA
C8 CTGTTGAACGAAATCATTTGTGATTTCGATAAGCTCCTCTTAAAGCCAAA
C9 TTGTTGAACGAAATCATTTGTGATTTCGATAAGTTGCTATTAAAACCAAA
*.***** *****.***** ***** ****** * ** *.**.*****
C1 GTTCAGTGGAATCGAAAAGATAAAGACTATAGCTAGCACATATATGTGTG
C2 GTTCAGTGGAATCGAAAAGATTAAGACTATAGCGAGCACATATATGTGTG
C3 GTTCAGTGGAATCGAAAAGATTAAGACTATAGCGAGCACATATATGTGTG
C4 GTTCAGTGGCATCGAAAAGATTAAGACTATAGCAAGCACATATATGTGTG
C5 GTTCAGTGGGATCGAAAAGATTAAGACTATAGCAAGCACATATATGTGTG
C6 GTTCAGTGGCATCGAGAAAATTAAAACTATAGCCAGCACTTATATGTGTG
C7 GTTCAGTGGAATCGAAAAGATTAAAACCATAGCCAGCACCTACATGTGCG
C8 GTTCAGTGGAATCGAAAAGATTAAAACTATAGCCAGCACCTATATGTGTG
C9 GTTCAGTGGAATTGAGAAGATTAAGACCATAGCCAGCACCTATATGTGTG
********* ** **.**.**:**.** ***** ***** ** ***** *
C1 CCTCGGGCTTGAGACCCGGCAAGGAGGACGGCGCTACGGACGAGAAGCGC
C2 CCTCGGGTTTGCGACCCGGCAAGGAGGATGGCGCTACGGACGAGAAGCGC
C3 CCTCGGGCTTGCGACCCGGCAAGGAGGACGGCGCCACGGACGAGAAGCGC
C4 CCTCGGGTTTGAGACCCGGAAAGGAAGACGGCGCTACGGACGAGAAGCGC
C5 CCTCGGGCTTGAGACCCGGAAAGGAAGACGGCGCTACGGACGAGAAGCGC
C6 CTTCGGGTTTAAGACCCGGCAAAGAAGACGGCGCTACGGACGAGAAGCGA
C7 CTTCGGGTTTGAGGCCCGGCAAGGAAGACGGCGCTACGGACGAGAAGCGA
C8 CTTCAGGTTTAAGGCCAGGCAAGGAAGACGGCGCTACGGACGAGAAGCGA
C9 CATCGGGTTTAAGGCCCGGAAAAGAAGACGGCGCCACGGACGAGAAGCGA
* **.** **..*.**.**.**.**.** ***** **************.
C1 ACGGAGGAGCACAACGTGGTCATTTTGGTGGAGTTTGCGATTGCTTTGAT
C2 ACGGAGGAGCACAACGTGGTCATTTTGGTGGAGTTTGCGATTGCTTTGAT
C3 ACGGAGGAGCACAACGTGGTCATTTTGGTGGAGTTTGCGATTGCTTTGAT
C4 ACGGAGGAGCACAACGTGGTCATTTTGGTTGAGTTTGCGATTGCTTTGAT
C5 ACGGAGGAGCACAACGTGGTCATTTTGGTCGAGTTTGCGATTGCTTTGAT
C6 ACGGAGGAGCACAACGTGGTCATATTGGTCGAGTTTGCGATTGCTTTGAT
C7 ACGGAGGAGCACAACGTGGTCATATTGGTCGAGTTTGCGATTGCTTTGAT
C8 ACGGAGGAGCACAACGTGGTCATACTGGTCGAGTTTGCGATTGCTTTGAT
C9 ACGGAGGAGCACAACGTGGTCATATTGGTCGAGTTTGCGATTGCTTTGAT
***********************: **** ********************
C1 GTCCATACTGGACTCGATTAATCGCGAGTCCTTCCAACGATTCCGTCTCC
C2 GTCCATACTGGACTCGATTAATCGCGAGTCCTTCCAACGATTCCGTCTCC
C3 GTCCATACTGGACTCGATTAATCGCGAGTCCTTCCAACGATTCCGTCTCC
C4 GTCCATACTGGACTCGATTAATCGCGAGTCCTTCCAACGATTCCGACTCC
C5 GTCCATACTGGACTCGATTAATCGCGAGTCCTTCCAACGATTCCGTCTCC
C6 GTCCATATTGGATTCGATTAATCGCGAGTCCTTCCAGCGATTCCGTCTCC
C7 GTCCATATTGGATTCGATTAATCGCGAGTCCTTCCAACGATTCCGTCTCC
C8 GTCCATATTGGATTCGATTAATCGCGAGTCCTTCCAACGATTCCGTCTCC
C9 GTCCATATTGGATTCGATTAACCGGGAGTCCTTCCAACGCTTCCGTCTCC
******* **** ******** ** ***********.**.*****:****
C1 GCATCGGACTCAATCACGGTCCGGTGATTGCCGGCGTGATTGGTGCCCAG
C2 GCATCGGACTCAATCACGGTCCGGTGATTGCCGGCGTGATTGGTGCCCAG
C3 GCATCGGACTCAATCACGGTCCGGTGATTGCCGGCGTGATTGGTGCCCAG
C4 GCATAGGACTCAATCACGGTCCGGTGATTGCCGGGGTGATTGGTGCCCAG
C5 GCATAGGACTCAATCACGGTCCGGTGATTGCCGGCGTGATTGGTGCCCAG
C6 GCATAGGACTCAATCATGGCCCAGTGATTGCCGGTGTGATTGGCGCCCAG
C7 GCATAGGACTCAATCACGGACCAGTGATTGCCGGCGTGATTGGCGCCCAG
C8 GCATAGGGCTCAATCATGGTCCTGTGATTGCCGGCGTGATTGGCGCCCAG
C9 GCATAGGACTCAATCATGGACCCGTGATTGCCGGCGTGATTGGCGCCCAG
****.**.******** ** ** *********** ******** ******
C1 AAACCTCAGTACGACATCTGGAGCAACACGGTCAACGTGGCCTCCCGCAT
C2 AAGCCGCAGTACGACATATGGAGCAACACGGTCAACGTGGCCTCCCGCAT
C3 AAGCCGCAGTACGACATCTGGAGCAACACGGTCAACGTGGCCTCCCGCAT
C4 AAACCACAATATGACATCTGGAGCAATACGGTCAACGTGGCCTCACGCAT
C5 AAACCACAGTATGACATCTGGAGCAATACGGTCAACGTGGCCTCACGCAT
C6 AAACCGCAATATGATATCTGGAGTAATACGGTTAATGTGGCCTCACGCAT
C7 AAACCGCAGTACGACATCTGGAGCAATACGGTCAACGTGGCCTCACGCAT
C8 AAACCGCAGTACGATATCTGGAGTAACACAGTAAATGTGGCCTCACGCAT
C9 AAGCCACAATACGATATCTGGAGCAATACGGTTAATGTGGCCTCACGCAT
**.** **.** ** **.***** ** **.** ** ********.*****
C1 GGACTCATGTGGCGTAATGGGACGACTTCAGACGACGGAAAACACGGCCA
C2 GGATTCATGTGGCGTAATGGGACGACTTCAGACGACGGAAAACACGGCCA
C3 GGACTCATGTGGCGTAATGGGACGACTTCAGACGACGGAAAACACGGCCA
C4 GGACTCATGTGGCGTAATGGGACGTCTTCAGACGACGGAAAACACAGCCA
C5 GGACTCATGTGGCGTAATGGGACGACTTCAGACGACGGAAAACACGGCCA
C6 GGACTCGTGTGGCGTAATGGGAAGACTTCAGACTACCGAAAACACGGCAA
C7 GGACTCATGTGGCGTGATGGGACGGCTTCAGACGACGGAAAACACGGCCA
C8 GGACTCATGTGGCGTAATGGGACGACTTCAGACGACGGAAAACACGGCCA
C9 GGACTCATGTGGCGTCATGGGTCGACTTCAGACGACGGAAAACACGGCAA
*** **.******** *****:.* ******** ** ********.**.*
C1 AGATATTGATGACCGCCGGCTATGAGTGCGAGTGCCGAGGCCTGACTTAT
C2 AGATTTTGATGACCGCCGGCTACGAGTGCGAGTGCCGAGGCCTGACTTAT
C3 AGATTTTGATGACCGCCGGCTACGAGTGCGAGTGCCGAGGCCTGACTTAT
C4 AAATTTTGATGACCGCCGGTTACGAGTGCGAGTGCCGAGGCCTGACTTAT
C5 AGATATTGATGACCGCCGGCTACGAGTGCGAGTGCCGAGGCCTGACGTAT
C6 AGATATTGATGAGCGCTGGATACGAATGCGAGTGCCGAGGCCTGACCTAC
C7 AGATATTGATGGCAGCCGGCTACGAGTGCGAGTGCCGCGGCCTGACCTAT
C8 AGATATTGATGGCAGCCGGCTATGAGTGCGAGTGCCGCGGCCTGACCTAT
C9 AGATATTGATGGCAGCCGGTTACGAGTGCGAATGCCGAGGCCTCACCTAC
*.**:******. .** ** ** **.*****.*****.***** ** **
C1 GTAAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA
C2 GTGAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA
C3 GTGAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA
C4 GTCAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA
C5 GTCAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA
C6 GTCAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA
C7 GTCAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA
C8 GTCAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA
C9 GTGAAGGGCAAAGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA
** ********.**************************************
C1 TGGGAAATTG------------------------------------
C2 TGGGAAGTTG------------------------------------
C3 TGGGAAGTTG------------------------------------
C4 TGGGAAGTTG------------------------------------
C5 TGGGAAGTTG------------------------------------
C6 TGGGAAATTG------------------------------------
C7 CGGGAAATTG------------------------------------
C8 CGGGAAATTG------------------------------------
C9 TGGGAAATTG------------------------------------
*****.***
>C1
ATGGTAAATCACAATGCGGAAACTGCGAAAACGGGCAATGGCACAAATGC
AACAGCGAATCTGATTGTTAAGGCCGACGGAAATGCA---ACGCAGCCGA
AG------------GCGATGACGTCATCGGCGGCCAGGATGAATGACGCC
CTTTCGGCATCTTTGGCCGATTTGAGCGAGCAGGAAAATGGAACCACGGC
TGAGGACATCCACCTAAACGATTTGTATACCCGCTACCGCCAGAGGCTCC
GCAAGTCGCTTTTCAGATCGGGATTGTTAACTTCGCTGCTGGCATGTGTT
GTGTCCATAATAATTGGCATCGTTTACGGCCAGCACCTGGTGCAGACCAT
GCTCTTAGTCCTGGCTGCCCTAATCTCGGGATCCATTCTCACGGCCCTGC
AGTTCCCGGCGGTGCTGAGCTCCCCGGCAGCCGCCTTGGCCTTCGCCATC
GTCACCACCTTCTCACTGGGCACCATTGCGGCCATCACCGGGGACGAACT
GGCTCCCCTGCCCATGTACGCCCTCTTCCTGTGCATCCACTCCATGCTGC
CCATTTCGTGGCCCGTCTCCGTGGTCCTGGCTCTATTCATGACCGCCATT
CACATCGTTTACCGCATCGGCACAAGTCCCGACTACGCGCCCAATTTGCC
AATGCTCTTCGGGGAGATTGTGATGTTGGCCAGCGCCTCCGTTTCCGGTC
TCTACTACCGCATCATGTCGGACGCAGCCCACAACCGGACGGTGGACGGA
ACCAGGACGGGAATCGAACAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA
GCAGGAGCAATTGCTCCTCAGCGTTATTCCCGCCTACATCGCCGCCGAGG
TGAAACGCAGCATCATGCTGAAAATGGCAGATGCCTGTCAGAGAGCCGGA
GGACAGGCGTCCACTTCGGCCACCCGGTTCCATGAGCTCCACGTCCAGCG
GCACACGAATGTCACCATTCTGTTCGCGGATATTGTCAACTTCACGCCCC
TTTCAAGTTCCCTGACGGCCAGCGATTTGGTGAAGACCCTGAACGATCTG
TTTGGACGATTCGATCAAATAGCTCAGGAGAACCAATGCCTACGGATCAA
GATCCTGGGGGATTGTTATTACTGTGTGTCCGGCCTGCCCATTTCCCGGC
CCCAACATGCAACCAACTGTGTCAACATGGGCCTGCAGATGATCGATGCC
ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTCGACATGCGAATTGG
CATCCACACTGGCAACGTACTCTGCGGCGTCCTTGGCCTACGCAAGTGGC
AATTTGATGTTTGGAGCGACGACGTTACATTGGCCAACCACATGGAGAGC
GGCGGTGTCGCTGGGCGAGTCCACATCACGAAGCAAACTTTGGACTTCCT
GGGCGACAAGTTCGAGGTGGAGCAGGGCGAGGGTGGCAATCGAGATGCGT
ATCTGGCGGATCACAAGGTTGAATCGTATCTCATTGTGCCACCGAAACCA
GCATACACCTACAGCGTTCCACGCGTGGTGGAATGCATTGAGCAGAACGA
TCCCAGTCCCACCACCGAGGAGACCAAG---GAGATCAAGGAGACGGATC
AATCCCATGAAGCCACCGATGTCGCCGATGTCCTTCTTCCGGTAACTGTG
---GCTCCACCGCCTGCAATCGTTGACGAGAAGATGTCACCCACCTCGAT
CAATAGCCAGGAGGCACCTTTGCATGCCCCTCTCGCCTCAGCCGCCTCCA
TGTCCATTAAGGAGCTGTCCGAGGAGGAGGACGAGGCTGATGAGGCCACT
GCCGTCACCGAGCCGCTGATGCACAGGGATCAGGATGGCAAGAATGACAA
GGAG---------CCGAAGGCAAATGGTGGCCATCGCGGCAGTGGTGATT
CCGCCGCCTCCGAGTCGGTGGCCAAGTCCGCTGCCCTTTCCCTGCCCGCC
GATGATCTGCTCAGTATGAGTGGGTCAGAGAGCGGCATCTCCAACAGCGG
AGCCCAGGCGCAATCCTCGAATCCGGCGAGTGTCACACCCACCGCAGCCG
CTCCAGCCGGAGGA------GCCGCCTCCAACAGCTTGACGGTGGCCGAG
GCCCCGGAGAGATCTCGTCGGAAGTTGTCCGTTCAAGGTCTGATGTCCTT
CGCCGACAGACGACGCTCCTCCGGAGCCTTCATCGAAGGACGAAAGCTGT
CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGTCATGTCACACGC
AATCGTCCTTCATCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA
TCGACCCTTTGCCAATATTGCCGAATCCAAGCTGGTGAAGAACATTGGAC
TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCGCCGGAGCGTAAA
TGTTTCAATTTTAATTTCTTCGGGCCGCCCACGGAGCTGAAGCCGTTCAC
CATGTGGTACCGCAATACGCCCCGGGAGGCCATGTACCGCGCCCAGCCGG
ATACGCACTTCCGGTTCGACCTGATATGCGCCTTCGTCCTCTTCCTCTCG
CTAGCCGTCGTCCAGCTGATTGTAATCGAATTGAACCTGGCCCTCCTTGG
ATCCCTCCTGGCCAGCTTCGTCTCGCTGGCCCTCTTCCTCTACCTGAGCA
ACATGTCCGTGCCGGACGTGCACGCCTCCACTACGGAGCGAAATGGTCCC
GGCCAGGTGGTGGCCAGCAGTCGCTACTTACGGCTGGCCATGTTCGTTGT
GGTCAACATTCTCATTTCATCTTGCGCGGTGTTTAGTGTGATAAACTACA
CTGTGCCTGACGGGGTAAGCAAGGAGCCATCATCC---AATCAGACCATC
CTGGAGAGCAATTTTTCGAGTGTGTTCGTAAACTCCACCCTGGAGGATGT
GCAGCTGTGGGAAATCGATTATGCCATACCCATTGCGCCCGTATTTCTGT
ATTGCTGTGCCATTAGTTTGGCTGCAATTTCCGCCTTCCTGCGATCCGGA
TTTATTCTCAAGCTGATTGCCATGCTGGTGGCTGTGATCGCACAGGTGAC
AGTTCTTGGGTACAGTGATCTCTTTGAGATGTACAACGATGCCAACATCA
CACACGGCTTGCCACTTGAGATCAAGGGCTTCCTTTTGCTTCTGGTGATC
ATCTTGGTGCTTCACACTCTGGATCGCCAGGGTGAATATGTGGCTCGCAC
AGATTTCCTCTGGAAGGCCAAGTTGAAGGTGGAGCAGGAGGAGGTGGAAA
CCATGCGTGGCATTAACAAGATTCTGCTGGAGAACATCCTGCCGGCCCAC
GTGGCCACCCATTTCCTGCACCTGGAACGCTCCACGGAGCTCTACCACGA
GAGCTACTCCTGCGTGGCCGTCATGTTCGCCTCCATTCCCAACTACAAGG
AGTTCTACGATGAGACGGATGTGAACAAACAGGGCTTGGAGTGCCTGCGT
CTGTTGAACGAAATCATTTGTGATTTTGATAAGCTTCTCTTGAAACCAAA
GTTCAGTGGAATCGAAAAGATAAAGACTATAGCTAGCACATATATGTGTG
CCTCGGGCTTGAGACCCGGCAAGGAGGACGGCGCTACGGACGAGAAGCGC
ACGGAGGAGCACAACGTGGTCATTTTGGTGGAGTTTGCGATTGCTTTGAT
GTCCATACTGGACTCGATTAATCGCGAGTCCTTCCAACGATTCCGTCTCC
GCATCGGACTCAATCACGGTCCGGTGATTGCCGGCGTGATTGGTGCCCAG
AAACCTCAGTACGACATCTGGAGCAACACGGTCAACGTGGCCTCCCGCAT
GGACTCATGTGGCGTAATGGGACGACTTCAGACGACGGAAAACACGGCCA
AGATATTGATGACCGCCGGCTATGAGTGCGAGTGCCGAGGCCTGACTTAT
GTAAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA
TGGGAAATTG------------------------------------
>C2
ATGGTAAATCACAATGCGGAAACTGCGAAAACGGAAAATGGCACAAATGC
AACAGCGAATCTGATTGTTAAGGCCGACGGAAATGCA---ACGCAGACCA
AG------------ACGATGACGTCATCGGCGGCCAGGATGAATGACGCC
CTTTCGGCATCTCTGGCCGATTTGAGCGAGCAGGAAAATGGAACCACGGC
TGAGGACATCCACCTAAACGATTTATACACCCGCTACCGCCAGAGGCTCC
GCAAGTCGCTCTTCAGATCGGGATTGTTAACTTCGCTGCTGGCATGTGTT
GTGTCCATAATAATTGGCATCGTTTACGACCAGCACCTGGTGCAGACGAT
GCTCTTAGTCCTGGCTGCCCTAGTCTCGGGCTCCATTCTCACGGCCCTGC
AGTTCCCGGCGGTGCTGAGCTCCCCGGCCGCCGCCTTGGCCTTCGCCATC
GTCACCACCTTCTCGCTGGGCACCATTGCGGCCATCACCGGAGACGAACT
GGCTCCCCTGCCCATGTACGCCCTCTTCCTGTGCATCCACTCCATGCTGC
CCATTTCGTGGCCCGTCTCCGTGGTCCTGGCTCTATTCATGACCGCCATT
CACATCGTTTACCGCATCGGCACAAGTCCCGACTACGCGCCCAATTTGCC
AATGCTCTTCGGGGAGATTGTGATGCTGGCCAGCGCCTCCGTTTCCGGTC
TCTACTACCGCATCATGTCGGACGCAGCCCACAACCGGACCGTGGACGGA
ACCAGGACGGGAATCGAGCAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA
GCAGGAGCAGCTGCTCCTCAGCGTCATTCCCGCCTACATCGCCGCCGAGG
TGAAGCGCAGCATCATGCTGAAAATGGCGGATGCCTGTCAGAGAGCCGGA
GGACAGGCGTCCACCTCGGCCACCCGGTTCCATGAGCTCCACGTCCAGCG
GCACACGAATGTCACCATTCTGTTCGCTGATATTGTCAACTTCACGCCCC
TTTCAAGTTCCCTGACGGCCAGCGATTTGGTGAAGACCCTGAACGATCTG
TTTGGACGATTCGATCAAATAGCGCAGGAGAACCAATGCCTACGCATCAA
GATCCTGGGGGATTGTTATTACTGTGTGTCCGGCCTGCCCATTTCCCGGC
CCCAACATGCAACCAACTGTGTCAACATGGGCCTGCAGATGATCGATGCC
ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTCGACATGCGAATTGG
CATCCACACTGGCAACGTACTCTGCGGCGTCCTTGGCCTACGCAAGTGGC
AATTTGATGTTTGGAGCGACGACGTTACATTGGCCAACCACATGGAGAGC
GGCGGTGTCGCTGGGCGCGTCCACATCACGAAGCAAACTTTGGACTTCCT
GGGCGACAAGTTCGAGGTGGAGCAGGGTGACGGTGGCAATCGAGATGCGT
ATCTGGCGGATCACAAGGTGGAATCGTATCTCATAGTGCCACCGAAACCA
GCATACACATACAGCGTTCCACGGGTGGTGGAGTGCATTGAGCAGAACGA
TCCCAGTCCCACCAACGAGGAGACCAAG---GAGATCAAGGAGGCGGATC
ACTTCCATGAAGCCACCGATGTCGCCGATGGCCTGCTCCCGGTAACTGTG
---GCTCCACCGCCTGCAATCGTTGACGAGAAGATGTCACCCACCTCGAC
TAATAGCCAGGAGGCACCTTTGCATGCCCCACTCGCCTCGGCCGCCTCCA
TGTCCATTAAGGAGCTGTCCGAGGAGGAGGACGAGGCTGATGAGGCCACT
GCCGTCACCGAGCCGCTGATGCACAGGGATCGGGATGGCAAGAATGGCAA
GGAG---------CCGAAGGCAAATGGTGGCCATCGCGGCAGTGGTGATT
CCGCCGCCTCCGAGTCGGCGGCCAAGTCCGCTGCCCTTTCCCTGCCCGCC
GATGATCTGCTCAGTATGAGTGGCTCAGAGAGCGGCATCTCCAACAGCGG
AGCCCAGGCGCAATCCTCAAATCCGGCGAGTGTCACACCCACCGCAGCCG
CTCCAGCCGGAGGAGTTTCATCCGCCTCCAATAGCTTGACGGTGGCCGAG
GCACCGGAGAGATCTCGCCGGAAGTTGTCCGTTCAAGGTCTGATGTCCTT
CGCCGACAGACGCCGCTCCTCCGGAGCCTTCATCGAAGGGCGAAAGCTGT
CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGTCATGTCACACGC
AATCGTCCTTCGTCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA
TCGACCCTTTGCCAATATTGCCGAATCCAAGCTGGTGAAGAACATCGGAC
TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCACCGGAGCGTAAA
TGTTTCAATTTTAATTTCTTCGGGCCGCCCACGGAGCTGAAGCCGTTCAC
CATGTGGTACCGCAATACGCCCCGGGAGGCCATGTACCGCGCCCAGCCGG
ATACGCACTTCCGGTTCGACCTGATATGCGCCTTCGTCCTCTTCCTCTCG
CTAGCCGTCGTCCAGCTGATTGTAATCGAATTGAACCTGGCCCTCCTTGG
ATCCCTTCTGGCCAGCTTCGTATCGCTGGCCCTCTTCCTCTACCTGAGCA
ACATGTCCGTGCCGGACGTGCACGCCTCCACCACGGAGCGAAATGGTCCC
GGCCAGGTGGTGGCCAGCAGTCGCTACTTGCGGCTGGCCATGTTCGTCGT
GGTCAACATCCTTATTTCGTCCTGCGCGGTGTTCAGTGTGATAAACTACA
CTGTGCCTGACGGGGTAACCAAGGAGCCATCATCC---AATCAGACCATC
CTGGAGAGCAATTTTTCGAGTGGGTTCGTGAACTCCACCCTGGAGGATGT
GCAGCTGTGGGAGATCGACCATGCCATACCCATTGCGCCCGTATTTCTGT
ATTGCTGCGCCATCAGTTTGGCTGCGATTTCTGCCTTCCTGCGATCTGGA
TTTATTCTCAAGCTGATTGCCATGCTGGTGGCTGTGATCGCACAGATGAA
AGTCCTTGGGTACAGTGATCTCTTTGAGATGTACAACGATGCCAACATCA
CATGCGGCTTGCCACTTGAGATCAAGGGCTTCCTTTTGCTCCTGGTGATC
ATCTTGGTGCTTCACACTCTGGATCGCCAGGGTGAATATGTGGCTCGCAC
AGATTTCCTCTGGAAGGCCAAGTTGAAGGTGGAGCAGGAGGAGGTGGAGA
CCATGCGTGGCATTAACAAGATTCTGCTGGAGAACATCCTGCCGGCCCAT
GTGGCCACCCATTTCCTGCATCTGGAACGCTCCACGGAGCTCTACCACGA
GAGCTACTCCTGCGTGGCCGTCATGTTCGCCTCCATTCCCAACTACAAGG
AGTTCTACGATGAGACGGATGTCAACAAACAGGGCCTGGAGTGCCTGCGT
CTGTTGAACGAAATCATTTGTGATTTCGATAAGCTTCTCTTGAAACCAAA
GTTCAGTGGAATCGAAAAGATTAAGACTATAGCGAGCACATATATGTGTG
CCTCGGGTTTGCGACCCGGCAAGGAGGATGGCGCTACGGACGAGAAGCGC
ACGGAGGAGCACAACGTGGTCATTTTGGTGGAGTTTGCGATTGCTTTGAT
GTCCATACTGGACTCGATTAATCGCGAGTCCTTCCAACGATTCCGTCTCC
GCATCGGACTCAATCACGGTCCGGTGATTGCCGGCGTGATTGGTGCCCAG
AAGCCGCAGTACGACATATGGAGCAACACGGTCAACGTGGCCTCCCGCAT
GGATTCATGTGGCGTAATGGGACGACTTCAGACGACGGAAAACACGGCCA
AGATTTTGATGACCGCCGGCTACGAGTGCGAGTGCCGAGGCCTGACTTAT
GTGAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA
TGGGAAGTTG------------------------------------
>C3
ATGGTAAATCACAATGCGGAAACTGCGAAAACGGAAAATGGCACAAATGC
AACAGCGAATCTGATTGTTAAGGCCGACGGAAATGCA---ACGCAGCCCA
AG------------ACGATGACGTCATCGGCGGCCAGGATAAATGACGCC
CTTTCGGCATCTCTGGCCGATTTGAGCGAGCAGGAAAATGGAACCACGGC
TGAGGACATCCACCTAAACGATTTATACACCCGCTACCGCCAGAGGCTCC
GCAAGTCGCTCTTCAGATCGGGATTGCTAACTTCGCTGCTGGCATGTGTT
GTGTCCATAATAATTGGCATCGTTTACGACCAGCACCTGGTGCAGACCAT
GCTCTTAGTCCTGGCTGCCCTAATCTCGGGCTCCATTCTCACGGCCCTGC
AGTTCCCGGCGGTGCTGAGCTCCCCGGCCGCCGCCTTGGCCTTCGCCATC
GTCACCACCTTCTCGCTGGGCACGATTGCGGCCATCACCGGGGACGAACT
GGCTCCCCTGCCCATGTACGCCCTCTTCCTGTGCATCCACTCCATGCTGC
CCATTTCGTGGCCCGTCTCCGTGGTCCTGGCTCTATTCATGACCGCCATT
CACATCGTTTACCGCATCGGCACAAGTCCCGACTACGCGCCCAATTTGCC
AATGCTCTTCGGGGAGATTGTGATGCTGGCCAGCGCCTCAGTTTCCGGTC
TCTACTACCGCATCATGTCGGACGCAGCCCACAACCGGACCGTGGACGGA
ACAAGGACGGGAATCGAGCAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA
GCAGGAGCAGCTGCTCCTCAGCGTCATTCCCGCTTACATCGCCGCCGAGG
TGAAGCGCAGCATCATGCTGAAAATGGCGGATGCCTGTCAGAGAGCCGGA
GGACAGGCGTCCACCTCGGCCACCCGGTTCCATGAGCTCCACGTCCAGCG
GCACACGAATGTCACCATTCTGTTCGCGGATATTGTCAACTTCACGCCCC
TTTCAAGTTCCCTGACGGCCAGCGATTTGGTGAAGACCCTCAACGATCTC
TTTGGACGATTCGATCAAATAGCTCAGGAGAACCAATGCCTACGCATCAA
GATCCTGGGGGATTGTTATTACTGTGTGTCCGGCCTGCCCATTTCCCGGC
CCCAACATGCAACCAACTGTGTCAACATGGGCCTGCAGATGATCGATGCC
ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTCGACATGCGAATTGG
CATCCACACTGGCAACGTACTCTGCGGCGTCCTTGGCCTACGCAAGTGGC
AATTTGATGTTTGGAGCGACGACGTTACATTGGCCAACCACATGGAGAGC
GGCGGTGTAGCTGGGCGCGTCCACATCACGAAGCAAACTTTGGACTTCCT
GGGCGACAAGTTCGAGGTGGAGCAGGGCGAGGGTGGCAATCGAGATGCGT
ATCTGGCGGATCACAAGGTGGAATCGTATCTCATAGTGCCACCGAAACCA
GCATACACATACAGCGTTCCACGGGTGGTGGAGTGCATTGAGCAGAACGA
TCCCAGTCCCACCACCGAGGAGACCAAG---GAGATCAAGGAGGCGGATC
ACTCCCATGAAGCCACCGATGTTGCCGATGGCCTGCTCCCGGTAACTGTG
---GCTCCACCGCCTGCAATCGTGGACGAGAAGATGTCACCCACCTCGAC
CAATAGCCAGGAGGCACCTTTGCATGCCCCACTCGCCTCGGCCGCCTCCA
TGTCCATTAAGGAGCTGTCCGAGGAGGAGGACGAGGCTGATGAGGCCACT
GCCGTCACCGAGCCGCTGATGCACAGGGATCAGGATGGCAGGAATGGCAA
GGAG---------CCGAAGGCAAATGGTGGTCATCGCGGCAGTGGTGATT
CCGCCGCCTCCGAGTCGGCGGCCAAGTCCGCTGCCCTTTCCCTGCCCGCC
GATGATCTGCTCAGTATGAGTGGGTCAGAGAGCGGCATCTCCAACAGCGG
AGCCCAGGCGCAATCCTCGAATCCGGCGAGTGTCACACCCACCGCAGCCG
CTCCACCCGGAGGAGTTTCATCCGCCTCCAACAGCTTGACGGTGGCCGAG
GCACCGGAGAGATCTCGCCGGAAGTTGTCCGTTCAAGGTCTGATGTCCTT
CGCCGACAGACGCCGCTCCTCCGGAGCCTTCATCGAAGGACGAAAGCTGT
CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGTCATGTCACACGC
AATCGTCCCTCGTCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA
TCGACCCTTTGCCAATATTGCCGAATCCAAGCTGGTGAAGAACATCGGAC
TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCACCGGAGCGTAAA
TGTTTCAATTTTAATTTCTTCGGGCCGCCCACGGAGCTGAAGCCGTTCAC
CATGTGGTACCGCAATACGCCCCGGGAGGCCATGTACCGCGCCCAGCCGG
ATACGCACTTCCGGTTCGACCTGATATGCGCCTTCGTCCTCTTCCTCTCG
CTGGCCGTCGTCCAGCTGATTGTAATCGAATTGAACCTGGCCCTTCTTGG
ATCCCTTCTGGCCAGCTTCGTATCGCTGGCCCTCTTCCTCTACCTGAGCA
ACATGTCCGTGCCGGACGTGCACGCCTCCACCACGGAGCGAAATGGTCCC
GGCCAGGTGGTGGCCAGCAGTCGCTACTTGCGGCTGGCCATGTTCGTCGT
GGTCAACATCCTCATTTCGTCCTGCGCGGTGTTCAGTGTGATAAACTACA
CTGTGCCTGACGGGGTAAACAAGGAGCCATCATCC---AATCAGACCATC
CTGGAGAGCAATTTTTCGAGTGAGTTCGTGAACTCCACCCTGGAGGATGT
GCAGCTGTGGGAGATCGACCATGCCATACCCATTGCGCCCGTATTTCTGT
ATTGCTGTGCCATTAGTTTGGCTGCGATTTCCGCCTTCCTGCGATCTGGA
TTTATTCTCAAGCTGATTGCCATGCTGGTGGCTGTGATCGCACAGATGAC
AGTCCTTGGGTACAGTGATCTCTTTGAGATGTACAACGATGCCAACATCA
CATACGGCTTGCCACTTGAGATCAAGGGCTTCCTTTTGCTCCTGGTAATC
ATCTTGGTGCTTCACACTCTGGATCGCCAGGGTGAATATGTGGCTCGCAC
AGATTTCCTCTGGAAGGCCAAGTTGAAGGTGGAGCAGGAGGAGGTGGAGA
CCATGCGTGGCATTAACAAGATTCTGCTGGAGAACATCCTGCCGGCCCAC
GTGGCCACCCATTTTCTGCATCTGGAACGCTCCACGGAGCTCTACCACGA
GAGCTACTCCTGCGTGGCCGTCATGTTCGCCTCCATTCCCAACTACAAGG
AGTTCTACGATGAGACGGATGTCAACAAACAGGGCTTGGAGTGCCTGCGT
CTATTGAATGAAATCATTTGTGATTTCGATAAGCTTCTCTTAAAACCAAA
GTTCAGTGGAATCGAAAAGATTAAGACTATAGCGAGCACATATATGTGTG
CCTCGGGCTTGCGACCCGGCAAGGAGGACGGCGCCACGGACGAGAAGCGC
ACGGAGGAGCACAACGTGGTCATTTTGGTGGAGTTTGCGATTGCTTTGAT
GTCCATACTGGACTCGATTAATCGCGAGTCCTTCCAACGATTCCGTCTCC
GCATCGGACTCAATCACGGTCCGGTGATTGCCGGCGTGATTGGTGCCCAG
AAGCCGCAGTACGACATCTGGAGCAACACGGTCAACGTGGCCTCCCGCAT
GGACTCATGTGGCGTAATGGGACGACTTCAGACGACGGAAAACACGGCCA
AGATTTTGATGACCGCCGGCTACGAGTGCGAGTGCCGAGGCCTGACTTAT
GTGAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA
TGGGAAGTTG------------------------------------
>C4
ATGGTAAATCACAATGCGGAAGCTGCGAGAACGGAAAATGGCACAAATGC
AACAGCGAGTCTGATCGTTAAAGCCCATGGAAATGCA---TCACAACCCA
AG------------ACGATGATGACTTCGGCGGCCAGGATGAATGAGGCC
CTTTCGGCATCTTTGGTCGAATTGAGCGAGCAGGAAAATGGAACCACGGC
TGAGGACATCCACCTCAACGATTTATACACCCGCTACCGCCAGAGGCTCC
GCAAGTCACTCTTCAGATCGGGATTGTTAACTTCGCTGCTGGCATGTGTT
GTGTCCATAATAATTGGCATCGTTTACGACCAGCACCTGGTGCAGACCAT
GCTCTTAGTCCTGGCGGCTCTAATCTCGGGATCCATTCTCACGGCTCTGC
AGTTTCCGGCGGTGCTGAGCTCCCCGGCTGCCGCCTTGGCCTTCGCCATC
GTCACCACCTTCTCGCTGGGCACAATTGCGGCCATCACCGGGGACGAACT
GGCTCCCCTGCCGATGTACGCCCTCTTCCTGTGCATCCACTCCATGCTGC
CCATTTCGTGGCCCGTTTCCGTGGTGCTGGCTTTATTCATGACCGCCATT
CACATCGTTTACCGGATCGGCACAAGTGCCGACTACTCGCCCAATTTGCC
AATGCTCTTCGGGGAGATTGTTATGCTGGCCAGTGCCTCCGTTTCCGGTC
TCTACTACCGCATCATGTCGGATGCAGCCCACAACCGGACCGTGGACGGA
ACCAGGACGGGAATCGAGCAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA
GCAGGAGCAACTGCTCCTCAGCGTCATTCCCGCCTACATCGCCGCTGAGG
TGAAGCGCAGCATAATGTTGAAAATGGCGGATGCCTGTCAGAGAGCCGGA
GGACAGGCGTCCACCTCGGCCACCCGGTTCCATGAGCTTCACGTCCAGCG
ACACACCAATGTCACCATTCTTTTTGCGGATATTGTCAACTTCACGCCCC
TTTCAAGTTCCCTGACGGCCAGCGATTTGGTGAAGACCCTGAACGATCTT
TTTGGACGATTCGATCAAATCGCTCAGGAGAACCAATGCCTACGTATCAA
GATCCTGGGGGACTGTTATTACTGTGTGTCCGGCCTGCCCATTTCCCGGC
CCCAACATGCAACCAACTGTGTCAACATGGGCCTGCAGATGATCGATGCC
ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTCGACATGCGAATTGG
CATCCACACTGGCAACGTTCTCTGCGGCGTCCTTGGCCTACGCAAGTGGC
AATTTGATGTTTGGAGCGACGACGTTACTTTGGCCAACCACATGGAGAGC
GGCGGTGTCGCCGGGCGCGTCCACATCACGAAGCAAACATTGGACTTCCT
GGGCGACAAGTTCGAGGTGGAGCAGGGAGAGGGTGGCAATCGAGATGCAT
ATCTGGCGGATCACAAGGTGGAATCGTATCTCATAGTGCCACCGAAACCA
GCATACACCTACAGCGTTCCACGGGTGGTGGAGTGCATGGAACAGAACGA
TCCCAGTCCCACCACCGAGGAGACCAAG---GAGGTCAAGGACTTGGATC
ACTCCCATGAAGCCACCGATGTCGCCGATAGCCTACTTCCTGTAACCGTG
---GCTCCACCTCCTGCAATCGTTGACGAGAAGATGTCACCCACTTCGAC
TAATAGCCAGGAGGCTGCTTTGCATGCCCCACTCGCCTCAGCCGCCTCCA
TGTCCATAAAGGAGCTGTCTGAGGAGGAAGACGAGGCGGACGATGCCACG
GCAGTCACCGAGCCGCTGATGCTCAGGGATCAGGATGGCAAAAACGGTAA
GGAG---------CCCAAAGCAAATGGTGGCCATCGCGGCAGTGGTGACT
CCGCCGCCTCCGAGTCGGCGGCCAAATCCGCTGCCCTTTCCCTGCCCGCC
GATGATCTGCTCAGTATGAGTGGCTCAGAGAGCGGCATCTCCAACAGCGG
AGCCCAGGCGCAATCCTCGAATCCGGCAAGTGTCACACCCACCGCAGCCG
CCCCAGCCGGAGGAGCTTCCTCCGCCTCCAACAGCCTCACGGTGGCCGAG
GCGCCGGAGAGATCTCGCCGGAAGTTGTCTGTTCAAGGTCTGATGTCCTT
CGCCGACAGACGCCGTTCCTCCGGAGCATTCATCGAAGGACGAAAGCTGT
CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGCCATGTCACACGC
AATCGGCCCTCATCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA
TCGACCCTTTGCCAATATTGCAGAATCCAAGCTGGTGAAGAACATCGGAC
TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCGCCGGAGCGTAAA
TGTTTCAATTTTAATTTCTTTGGCCCGCCCACCGAGCTGAAGCCGTTCAC
CATGTGGTACCGCAACACGCCCCGGGAGGCCATGTACCGCGCCCAGCCGG
ATACGCACTTCCGGTTCGACCTGATATGCGCCTTCGTCCTCTTCCTCTCG
CTGGCCGTCGTCCAGCTGATTGTAATCGAATTAAACCTGGCCCTGCTTGG
ATCCCTCCTGGCCAGCTTCGTCTCGCTGGCCCTCTTCCTCTACCTGAGCA
ACATGTCCGTGCCGGATGTGCACTCCTCTGCCACGGAGCGAAATGGTCCA
GGTCAGGTGGTGGCCAGCAGTCGCTACTTGCGGCTGGCCATGTTCGTCGT
GGTCAACATCCTCATCTCGTCCTGCGCGGTGTTTAGTGTGATAAACTACA
CTGTGCCTGACAGGGTAAACAGGGAGCCGTCATCC---AATCTCACCATC
TTGGGCAGCAATTCGTCGAGTGAGTTCATAAATGCCACCTTGGAGGATAT
GCAGATATGGGAAATCGACCATGCCATACCGATAGCCCCCGTGTTTCTAT
ATTGCTGTGCCATTAGTTTGGCGGCGATTTCTGCCTTTCTGCGATCTGGA
TTTATCCTCAAGCTGATTGCCATGCTGGTGGCTGTGATCGCACAGGTCAC
AGTCCTTGGATACAGTGACCTCTTTGAGATGTACAACGTGACCAACATTA
AGTATGGGTTGCCACTTGAGATCAAGGGATTCCTTTTGCTTCTGGTAATC
ATCTTGGTGCTGCACACCCTGGATCGCCAGGGTGAATATGTGGCTCGCAC
TGATTTCCTGTGGAAGGCCAAATTGAAGGTTGAGCAGGAGGAGGTGGAAA
CCATGCGTGGCATCAACAAGATTCTGCTGGAGAATATCCTGCCGGCCCAC
GTGGCCACCCATTTCCTGCACCTGGAACGATCCACGGAGCTCTACCACGA
GAGCTACTCCTGCGTGGCTGTCATGTTCGCTTCCATTCCCAACTACAAGG
AGTTCTACGATGAGACGGATGTCAACAAACAGGGCTTGGAGTGCCTGCGT
CTGTTGAACGAAATAATTTGTGATTTCGATAAGCTTCTCTTGAAACCAAA
GTTCAGTGGCATCGAAAAGATTAAGACTATAGCAAGCACATATATGTGTG
CCTCGGGTTTGAGACCCGGAAAGGAAGACGGCGCTACGGACGAGAAGCGC
ACGGAGGAGCACAACGTGGTCATTTTGGTTGAGTTTGCGATTGCTTTGAT
GTCCATACTGGACTCGATTAATCGCGAGTCCTTCCAACGATTCCGACTCC
GCATAGGACTCAATCACGGTCCGGTGATTGCCGGGGTGATTGGTGCCCAG
AAACCACAATATGACATCTGGAGCAATACGGTCAACGTGGCCTCACGCAT
GGACTCATGTGGCGTAATGGGACGTCTTCAGACGACGGAAAACACAGCCA
AAATTTTGATGACCGCCGGTTACGAGTGCGAGTGCCGAGGCCTGACTTAT
GTCAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA
TGGGAAGTTG------------------------------------
>C5
ATGGTAAATCGCAATGCGGAAGCTGCGAGATCGGAAAATGGCACAAATGC
AACAGCGAATCTGATTGTTAAGGCCCAAGGAAATGCA---TCGCAACCCA
AGACGATGACGATGACGATGACGACTTCGGCGGCCAGGATGAATGAGGGC
CTTTCGGCATCTTTGGCCGAATTGAGCGAGCAGGAAAATGGTACCACGGC
TGAGGACATCCACCTAAACGATTTATACACCCGCTACCGCCAGAGGCTCC
GCAAGTCACTCTTCAGATCGGGATTGTTAACTTCGCTGCTGGCATGTGTT
GTGTCCATAATAATTGGCATCGTTTACGACCAGCACCTGGTGCAGACCAT
GCTCCTAGTCCTGGCGGCCCTAATCTCGGGATCCATTCTCACGGCTCTGC
AGTTTCCGGCGGTGCTGAGCTCCCCGGCTGCCGCCTTGGCCTTCGCCATC
GTCACCACCTTCTCGCTGGGCACCATTGCGGCCATCACCGGGGACGAGCT
GGCTCCCCTGCCCATGTACGCCCTCTTCCTGTGCATCCACTCCATGCTGC
CCATTTCGTGGCCCGTTTCCGTGGTGCTGGCCTTATTCATGACCGCCATT
CACATCGTTTACCGGATCGGCACAAGTCCCGACTACGCGCCCAATTTGCC
AATGCTCTTCGGGGAGATTGTGATGCTGGCCAGCGCCTCCGTTTCCGGTC
TCTACTACCGCATCATGTCGGATGCAGCCCACAACCGCACCGTGGACGGA
ACCAGGACGGGAATCGAGCAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA
GCAGGAGCAACTGCTCCTCAGCGTCATTCCCGCCTACATCGCCGCCGAGG
TGAAGCGCAGCATCATGTTGAAAATGGCTGATGCCTGTCAGAGAGCCGGA
GGACAGGCGTCCACCTCGGCCACCCGGTTCCACGAGCTTCACGTCCAGCG
GCACACCAATGTCACCATTCTCTTCGCGGATATTGTCAACTTCACGCCCC
TTTCAAGTTCCCTCACGGCCAGCGATTTGGTGAAGACTCTGAACGATCTG
TTTGGACGATTCGATCAAATTGCTCAGGAGAACCAATGCCTGCGTATCAA
GATCCTGGGCGACTGTTATTACTGTGTGTCCGGCCTGCCCATTTCCCGGC
CCCAACATGCAACCAACTGTGTCAACATGGGCCTGCAGATGATCGATGCC
ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTCGACATGCGAATTGG
CATCCACACTGGCAACGTACTCTGCGGCGTCCTTGGCCTACGCAAGTGGC
AATTTGATGTTTGGAGCGACGACGTTACATTGGCCAACCACATGGAGAGC
GGCGGTGTCGCTGGGCGTGTCCACATCACGAAGCAAACTTTGGACTTCCT
GGGCGACAAGTTCGAGGTGGAGCAGGGAGAGGGTGGCAATCGAGATGCGT
ATCTGGCGGATCACAAGGTGGAATCGTATCTCATAGTGCCACCGAAACCA
GCATACACCTACAGCGTTCCACGGGTGGTGGAGTGCATTGAACAGAACGA
TCCCAGTCCCACCACCGAGGAGACCAAG---GAGCTCAAGGAGTTGGATC
ACTCGCATGAAGCCACCGATGTCTCCGATAGCCTACTTCCTGTAACTGTG
---GCCCCACCTCCTGCAATCGCCGACGAGAAGATGTCACCCACTTCGAC
TAATAGCCAGGATGCCCCTTTGCATGCCCCTCTCGCCTCAGCCGCCTCCA
TGTCCATTAAGGAGCTGTCCGAGGAGGAGGACGAGGCCGACGAGGCCACC
GCAGTCACCGAGCCGCTGATGCTCAGGGATCAGGATGGCAAGAGCGGCAA
GGAG---------CCCAAAGCAAATGGTGGCCATCGCGGCAGTGGTGATT
CCGCCGCCTCCGAGTCGGCGGCCAAATCCGCTGCCCTTTCCCTGCCCGCC
GATGATCTGCTCAGTATGAGTGGATCAGAGAGCGGCATCTCCAACAGCGG
AGCCCAGGCGCCCACCTCGAATCCGGCGAGTGTCACACCCACTGCGGCCG
CCCCAGCCGGAGCAGCTTCCTCCGTCTCCAACAGCCTCACGGTGGCCGAG
GCACCGGAGAGATCTCGCCGGAAGTTGTCCGTTCAAGGTCTGATGTCCTT
CGCCGACAGACGCCGTTCCTCCGGAGCCTTCATCGAAGGACGCAAGCTGT
CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGCCATGTCACACGC
AATCGGCCCTCGTCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA
TCGACCCTTTGCCAATATTGCCGAATCCAAGCTGGTGAAGAACATCGGAC
TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCGCCGGAGCGTAAA
TGTTTCAATTTTAATTTCTTTGGGCCGCCCACGGAGCTGAAGCCGTTCAC
CATGTGGTACCGCAACACGCCCCGGGAGGCCATGTACCGCGCCCAGCCGG
ATACGCACTTCCGGTTCGACCTGATATGCGCCTTCGTCCTCTTCCTCTCG
CTAGCCGTCGTCCAGCTGATTGTAATCGAATTGAACCTGGCCCTGCTTGG
ATCCCTCCTGGCCAGCTTCGTCTCGCTGGCCCTCTTCCTCTACCTGAGCA
ACATGTCCGTGCCGGATGTGCACTCCTCCGCCACGGAGCGCAATGGTCCC
GGCCAGGTGGTGGCCAGCAGTCGCTACTTGCGGCTGGCCATGTTCGTCGT
GGTCAACATCCTCATTTCGTCCTGCGCGGTGTTCAGTGTGATAAACTACA
CCGTGCCCGACGGGGTGAACAAGGAGCCGTCGTCC---AATCATACCATC
CTGAACAGCAATTTTTCGAGTGAGTTCATAAACTCCACCTTGGGGGACAT
GCAGCTGTGGGAAATCGACCATGCCATACCGATTGCCCCGGTGTTTCTGT
ATTGCTGTGCCATAAGTTTGGCAGCGATTTCTGCCTTTCTGCGATCTGGA
TTTATCCTCAAGCTGATTGCCATGCTGGTGGCCGTAATCGCACAGGTCAC
AGTCCTTGGATACAGCGATCTCTTTGAGATGTACAACGATACCAACATTA
AATATGGCTTGCCACTTGAGATCAAGGGATTCCTTTTGCTTCTGGTGATC
ATCTTAGTGCTGCACACCCTGGATCGCCAGGGTGAATATGTGGCTCGCAC
GGATTTCCTGTGGAAGGCCAAACTGAAGGTGGAGCAGGAGGAGGTGGAAA
CCATGCGTGGCATCAACAAGATTCTGCTGGAGAACATCCTGCCGGCCCAC
GTGGCCACCCATTTCCTGCACCTGGAACGATCCACGGAGCTCTACCACGA
GAGCTACTCCTGCGTGGCCGTCATGTTCGCCTCCATTCCCAACTACAAGG
AGTTCTACGATGAGACGGATGTCAACAAACAGGGCTTGGAGTGCCTGCGT
CTGTTGAACGAAATAATTTGTGATTTCGATAAGCTTCTCTTGAAACCAAA
GTTCAGTGGGATCGAAAAGATTAAGACTATAGCAAGCACATATATGTGTG
CCTCGGGCTTGAGACCCGGAAAGGAAGACGGCGCTACGGACGAGAAGCGC
ACGGAGGAGCACAACGTGGTCATTTTGGTCGAGTTTGCGATTGCTTTGAT
GTCCATACTGGACTCGATTAATCGCGAGTCCTTCCAACGATTCCGTCTCC
GCATAGGACTCAATCACGGTCCGGTGATTGCCGGCGTGATTGGTGCCCAG
AAACCACAGTATGACATCTGGAGCAATACGGTCAACGTGGCCTCACGCAT
GGACTCATGTGGCGTAATGGGACGACTTCAGACGACGGAAAACACGGCCA
AGATATTGATGACCGCCGGCTACGAGTGCGAGTGCCGAGGCCTGACGTAT
GTCAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA
TGGGAAGTTG------------------------------------
>C6
ATGGTAAATCACAATGCGGAGTCTGCGAAAACGGAAAACGGCACAAATGC
AACGAAT---CTGATTGTTAAAGCCGGCGGAAATGCAACAATCCAACCCA
AG------------ACGATGACGTCATCGGCGGCTAGGATGACGGAGGCC
CTTTCGGCATCTTTGGCCGATTTGAGCGAGCAGGAGAATGGAACCACGGC
TGAGGACATCCACCTAAACGATTTATATACCCGCTACCGCCAGAGACTCC
GCAAGTCGCTCTTCAGATCGGGCCTCCTAACTTCACTGCTGGCATGTGTT
GTGTCCATAATAATTGGCATCGTTTACGACCAGAGCCTGGTGCAAACCCT
GCTGCTGGTGCTGGCGGCTCTAATCTCGGGATCCATTCTGACGGCTCTGC
AGTTTCCGGCTGTGCTGAGCTCCCCGGCTGCCGCCTTGGCCTTCGCCATC
GTCACCACCTTCTCGCTGGGCACGATTGCGGCCATCACCGGGGATGAGCT
GGCCCCGCTGCCCATGTACGCCCTGTTCCTGTGCATCCACTCCATGCTGC
CCATTTCGTGGCCCGTTTCCGTGGTGCTGGCCTTGTTCATGACCGCCATC
CACATCGTTTACCGGATTGGCACAAGTGCCGACTACGCGCCCAATTTGCC
CATGCTCTTCGGGGAGATTGTGATGCTGGCCAGTGCCTCCGTTTCCGGGC
TCTACTACCGCATCATGTCGGACGCGGCGCACAATAGGACCGTGGATGGA
ACTCGGACGGGAATCGAGCAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA
GCAGGAGCAGCTGCTGCTCAGCGTCATTCCCGCCTACATTGCCGCCGAGG
TGAAGCGCAGCATCATGTTGAAAATGGCGGATGCCTGTCAGAGAGCCGGA
GGACAGGCGTCCACCTCGGCCACTCGATTCCACGAACTCCACGTCCAGCG
ACACACCAATGTCACCATTCTCTTCGCTGATATCGTCAACTTTACGCCAC
TGTCAAGTTCCCTGACGGCCAGCGATTTGGTCAAGACCCTGAACGATCTG
TTTGGACGCTTCGATCAAATTGCTCAGGAGAACCAATGCCTTCGCATCAA
GATCCTGGGGGATTGTTATTACTGCGTGTCCGGCCTGCCCATTTCCCGGC
CCCAACATGCAACCAATTGTGTCAACATGGGCCTGCAGATGATCGATGCC
ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTTGACATGCGAATTGG
CATCCACACTGGCAACGTTCTCTGCGGCGTCCTTGGCCTCCGCAAGTGGC
AATTTGATGTTTGGAGCGACGATGTTACTTTGGCCAACCACATGGAGAGT
GGCGGTGTCGCCGGGCGCGTCCACATCACCAAACAAACTCTGGACTTCCT
GGGCGACAAATTCGAGGTTGAGCAAGGGGAGGGCGGCAACCGGGATGCGT
ATCTGGCGGATCACAAGGTGGAATCGTATCTCATAGTGCCACCAAAACCG
GCCTACACCTACAGCGTTCCGCGGGTGGTGGAGTGCATTGAGCAGAATGA
TCCCAGTCCCACAGAGGAGAAGGAGACCAAGGAGGCGGTGGTGGTGGATC
ACTCCAATGAGTCAGCCGATGTCACCGATAGCCTCATCCCGGTCACGGTT
ACGGATCCCCTTCCTCTGGCCGTCGATGAAAAGATGTCACCCACCTCGAC
GAACAGCCAGGAGGCGCCTTTGCACGCTCCCCTCGCCTCCGCGGCCTCCA
TGTCCATCAAGGAGATGTCCGAGGAGGAGGACGAGGCTGACGAGGCCACC
GCTGTCACCGAACCCCTGATGCTCAAGGATCAGGAGAGCAAAGAAGGCCA
AAGCCAGGAAACGGCCAAACCCAATGGTGGCCATCGCGGAAGTGGTGATT
CAGCCGCCTCCGAGTCGGCGGCCAAGTCCACTGCCCTTTCGCTGCCCGCC
GAGGATCTGCTCAGCATGAGCGGATCGGAGAGCGGGATCTCAAACGGCGG
AACCCCGGCTGCATCCTCGAATCCTGCTAGTGTCACGCCCACCACCGCCG
CCCCCGCCGGAGGAGCCTCCTCCGGCACCAACAGCCTCACTGTGGCCGAG
GCCCCCGAGAGATCCAGAAGAAAGTTGTCCGTTCAAGGCCTGATGTCCTT
CGCCGACAGACGCCGCTCCTCCGGAGCATTCATCGAGGGACGAAAGCTGT
CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGACATGTCACACGC
AATCGTCCCTCATCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA
TAGACCCTTTGCCAATATTGCCGAATCCAAGCTGGTGAAGAACATTGGAC
TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCGCCCGAGCGTAAA
TGTTTCAATTTTAATTTCTTCGGACCGCCCACGGAGCTAAAGCCGTTCAC
CATGTGGTACCGCAATACGCCCCGGGAGGGAATGTACCGCGCCCAGCCGG
ATACGCACTTCCGGTTCGACCTGATATGCGCCTTCGTCCTCTTCCTCTCG
CTGGCCGTCGTCCAGCTGATTGTAATCGAATTGAACCTGGCTCTCCTTGG
ATCCCTTTTGGCCAGCTTTGTGTCGCTGGCCCTGTTCCTCTACCTGAGCA
ACATGTCCGTGCCGGATGTCCATGCCTCGGCCACGGATCGGAATGGTCCT
GGCCAGGTGGTGGCCAGCAGTCGCTACCTGCGACTGGCCATGTTCGTCGT
GGTCAACATCCTCATCTCGTCCTGTGCGGTGTTCAGTGTGATAAACTTCA
CAGTACCTGATGGGATAAACAGTGAGCCACCGCCATCTAATGTAAGCACC
TTGGAGGGCAATTATTCGATGGAGTTCTTAAACGCCACCCAGGAGGATAT
GCAGCCGTGGGAAATCGCCCGAGCCATACCCATTGCCCCCGTGTTTCTAT
ATTGCTGTGCCATTAGTTTGGCGGCAATCTCAGCCTTTCTAAGATCTGGT
TTTATCCTCAAGCTGATTGCCATGCTGGTGGCCCTAATCGCCCAGGTCAC
AGTTCTGGGATACAGTGATCTCTTCGAAAAGTACAACGAGACAAACATTA
TATATGGCTTACCCCTGGAGATCAAGGGATTCCTGCTGCTTTTGGTTATC
ATTCTGGTGCTTCATACTCTGGATCGCCAGGGTGAATATGTGGCCCGCAC
CGATTTCCTGTGGAAAGCCAAATTGAAGGTCGAACAGGAGGAGGTGGAAA
CCATGCGTGGCATCAACAAGATTCTGCTGGAGAATATCCTGCCGGCCCAC
GTGGCCACCCATTTCCTGCACCTGGAACGCTCCACGGAGCTCTACCACGA
GAGCTACTCCTGCGTGGCCGTCATGTTCGCCTCCATTCCCAACTACAAGG
AGTTCTACGACGAGACGGATGTCAACAAGCAGGGCCTGGAGTGCCTGCGC
CTGTTGAACGAAATCATTTGTGATTTCGATAAGCTTCTGCTAAAACCAAA
GTTCAGTGGCATCGAGAAAATTAAAACTATAGCCAGCACTTATATGTGTG
CTTCGGGTTTAAGACCCGGCAAAGAAGACGGCGCTACGGACGAGAAGCGA
ACGGAGGAGCACAACGTGGTCATATTGGTCGAGTTTGCGATTGCTTTGAT
GTCCATATTGGATTCGATTAATCGCGAGTCCTTCCAGCGATTCCGTCTCC
GCATAGGACTCAATCATGGCCCAGTGATTGCCGGTGTGATTGGCGCCCAG
AAACCGCAATATGATATCTGGAGTAATACGGTTAATGTGGCCTCACGCAT
GGACTCGTGTGGCGTAATGGGAAGACTTCAGACTACCGAAAACACGGCAA
AGATATTGATGAGCGCTGGATACGAATGCGAGTGCCGAGGCCTGACCTAC
GTCAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA
TGGGAAATTG------------------------------------
>C7
ATGGTAAATCACAATGCGGAGCCTGCAAAAACGGAAAACGGCACGAGTGC
AACGAAT---CTGATTGTGAAAGCCGGCGGAAATGCA---TCGCAGCCCA
AG------------ACGATGACGTCCTCGGCGGCCAGGATGACGGAGGCC
CTCTCGGCCTCTTTGGCCGACTTGAGCGAGCAGGAAAACGGAACCACGGC
TGAGGACATCCACCTAAACGATTTATATACCCGCTACCGCCAGAGGCTCC
GCAAGTCCCTCTTCAGATCGGGCCTCCTAACTTCGCTGCTGGCATGTGTT
GTGTCCATAATAATTGGCATCGCTTACGACCAGAGTCTGCTGCGAACTCT
GCTGCTGGTGCTGGCGGCTCTAATCTCGGGATCCATTCTGACGGCTCTGC
AGTTTCCGGCGGTGCTGAGCTCCCCGGCCGCCGCCTTGGCCTTCGCCATC
GTCACCACCTTCTCGCTGGGCACAATTGCGGCCATCACCGGGGATGAACT
GGCCCCGCTGCCCATGTACGCCCTATTCCTGTGCATCCACTCCATGCTGC
CCATTTCGTGGCCCGTCTCCGTGGTGCTGGCCCTATTCATGACCGCCATC
CACATCGTTTACCGGATCGGCACAAGTCCCGACTACGCGCCCAATTTGCC
AATGCTCTTCGGGGAGATTGTGATGCTGGCCAGCGCCTCCATTTCCGGGC
TCTACTACCGCATCATGTCGGACGCGGCGCACAACAGGACCGTGGATGGC
ACCCGGACGGGCATCGAGCAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA
GCAGGAGCAGCTGCTCCTCAGCGTCATCCCCGCCTACATTGCCGCAGAGG
TGAAGCGCAGCATCATGCTGAAGATGGCGGATGCCTGTCAGAGGGCTGGG
GGACAGGCTTCCACCTCGGCCACTCGGTTCCACGAGCTGCATGTCCAGCG
CCACACCAATGTCACCATTCTCTTCGCCGATATCGTCAACTTCACGCCCC
TCTCAAGTTCCCTGACGGCCAGCGACTTGGTCAAGACCCTGAACGATCTG
TTTGGACGGTTCGATCAAATAGCTCAGGAGAACCAGTGCCTGCGCATCAA
GATCCTCGGGGACTGTTATTACTGCGTGTCCGGCCTGCCCATTTCCCGGC
CCCAACATGCAACCAATTGTGTCAACATGGGCCTGCAGATGATCGATGCC
ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTTGACATGCGAATTGG
CATCCACACTGGCAACGTTCTCTGCGGCGTCCTTGGCCTCCGAAAGTGGC
AATTTGATGTTTGGAGCGACGACGTTACATTGGCCAACCACATGGAGAGC
GGCGGTGTCGCCGGGCGCGTCCACATCACGAAACAAACTCTGGACTTCCT
GGGCGATAAGTTCGAGGTGGAGCAAGGAGAGGGTGGCAACCGGGATGCGT
ATCTGGCGGATCACAAGGTGGAATCGTACCTCATAGTGCCGCCCAAGCCG
GCCTACACCTACAGCGTTCCGCGAGTGGTGGAGTGCATCGAGCACAATGA
TCCCAGTCCCACGGAGGAGAAGCAGAAG---GAGACCAAGGTGGCGGATC
AGTCCAACGAGGGCACAGATGTGACCGACAGCCTAATCCCGGCTACGGTG
---GATCCCATACCCTTGGTCGTCGACGAAAAGATGTCACCCACCTCGAC
GAATAGTCAGGAGGTTCCTTTGCACGCTCCACTCGCCTCCACTGCCTCCA
TGTCCATTAAGGAGCTGTCCGAGGAGGAGGACGAAGCGGACGAGGCCACC
GCAGTCACAGAGCCCCTGATGCTCAAGGATCAGGAGAGCAAGGAAGGCCA
GGAG---------GTCAAGCCCAACGGTGGCCACCGCGGCAGTGGCGATT
CCGCCGCCTCCGAGTCCGCGGCCAAGTCCACCGCCCTTTCCCTGCCAGCC
GAAGATCTGCTCAGCATGAGCGGTTCGGAGAGCGGCATCTCCAACAGCGG
CACCCCGGCTCCATCCTCGAATCCCACGAGTGTCACGCCCACCGCAGCCG
CCCCCGCCGGAGGAGCTTCCTCCGGCACCAACAGCCTCACTGTGGCCGAG
GCCCCGGAGCGATCCCGCCGGAAGTTGTCCGTTCAAGGTCTGATGTCCTT
CGCCGACAGACGCCGCTCCTCCGGAGCCTTCATCGAAGGACGAAAGCTGT
CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGTCATGTCACACGC
AATCGTCCCTCATCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA
TAGACCCTTTGCCAATATTGCCGAATCCAAACTGGTCAAGAACATTGGAC
TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCGCCGGAGCGTAAA
TGTTTCAATTTTAATTTCTTCGGACCGCCCACGGAGCTGAAACCGTTCAC
CATGTGGTACCGCAACACGCCCCGGGAGGGCATGTACCGCGCCCAGCCGG
ACACGCACTTCCGGTTCGACCTGATATGCGCCTTCGTGCTCTTCCTCTCG
CTGGCCATCGTCCAGCTGATTGTAATCGAATTGAACCTGGCCCTCCTCGG
ATCCCTCCTGGCCAGCTTTCTGTCCCTGGCCCTGTTCCTCTACCTGAGCA
ACATGTCCGTGCCGGACGTGCACGCCTCGGCCACGGAGCGGAACGGTCCT
GGCCAGGTGGTGGCCAGCAGTCGCTACCTGCGACTGGCCATGTTCGTCGT
GGTCAACATCCTCATCTCCTCCTGCGCGGTCTTCAGTGTGATTAACTACA
CGGTACCCGATGGGGTAAACAGTGAGCCACCGCCT---AATGCCACCAGC
CTGGTCGGAAATTTCAGT---GACCTTTTGAACGCCACCCAGGAGGAGAT
GCAGCCGTGGGACATAGCCCGTTCCATACACATTGCTCCCGTGTTTCTAT
ACTGCTGTGCCATTAGTTTGGCGGCTATTTCCGCCTTTCTAAGATCTGGG
TTTATCCTCAAGCTGATCGCCATGTTGGTGGCTGTAATCGCTCAGGTCAC
CGTGCTCGGATACAGCGATCTCTTTGTTATTTACAACGACACAAATATTA
AATATGGCTTAGCCCTGGAGATCAAGGGCTTCCTGCTGCTCTTGGTCATC
ATCCTGGTGCTCCACACTCTGGATCGCCAGGGTGAGTATGTGGCCCGCAC
GGATTTCCTGTGGAAGGCCAAGTTGAAGGTCGAACAGGAGGAGGTCGAGA
CCATGCGTGGCATCAACAAGATTCTGCTGGAGAACATCCTGCCAGCCCAC
GTGGCCACCCATTTCCTGCACCTGGAACGCTCCACGGAGCTCTACCACGA
AAGCTACTCCTGCGTGGCCGTGATGTTCGCCTCCATTCCCAACTACAAGG
AGTTCTACGACGAGACGGATGTCAACAAACAGGGCCTGGAGTGCCTGCGT
CTGTTGAACGAAATCATTTGCGATTTCGATAAGCTCCTGTTAAAGCCAAA
GTTCAGTGGAATCGAAAAGATTAAAACCATAGCCAGCACCTACATGTGCG
CTTCGGGTTTGAGGCCCGGCAAGGAAGACGGCGCTACGGACGAGAAGCGA
ACGGAGGAGCACAACGTGGTCATATTGGTCGAGTTTGCGATTGCTTTGAT
GTCCATATTGGATTCGATTAATCGCGAGTCCTTCCAACGATTCCGTCTCC
GCATAGGACTCAATCACGGACCAGTGATTGCCGGCGTGATTGGCGCCCAG
AAACCGCAGTACGACATCTGGAGCAATACGGTCAACGTGGCCTCACGCAT
GGACTCATGTGGCGTGATGGGACGGCTTCAGACGACGGAAAACACGGCCA
AGATATTGATGGCAGCCGGCTACGAGTGCGAGTGCCGCGGCCTGACCTAT
GTCAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA
CGGGAAATTG------------------------------------
>C8
ATGGTAAATCACAATGCGGAATCTGCGAAAACGGAAAACGGCACGAATGC
AACGAAC---CTGATTGTGAAAGCCGGCGGAAATGCA---ATCCAGACCA
AG------------ACGATGACGTCCTCGGCTGCCAGGATGACGGAGGCC
CTTTCGGCATCTTTGGCCGATTTGAGCGAGCAGGAAAATGGAACCACGGC
TGAGGACATCCACCTAAACGATTTATATACCCGCTACCGCCAGAGGCTCC
GCAAGTCTCTCTTCAGATCGGGCCTCTTAACTTCGCTGCTGGCATGTGTT
GTGTCCATAATAATTGGCGTCGTTTACGACCAGAGCCTGCTGCAAACTTT
GCTGCTGGTGCTGGCGGCTCTAATCTCGGGATCCATTCTGACGGCTCTGC
AGTTTCCGGCGGTGCTGAGCTCCCCAGCCGCCGCCTTGGCCTTCGCCATC
GTCACCACCTTCTCGCTGGGCACAATTGCGGCCATCACCGGGGATGAGTT
GGCCCCGCTGCCCATGTACGCCCTGTTCCTGTGCATCCACTCCATGCTGC
CCATTTCGTGGCCCGTCTCCGTGGTGCTGGCTTTATTCATGACCGCCATC
CACATCGTTTACCGGATCGGCACAAGTCCCGACTACGCGCCCAATTTGTC
AATGCTCTTCGGGGAGATTGTGATGCTGGCCAGCGCCTCCATTTCCGGGC
TCTACTACCGCATCATGTCGGATGCGGCGCACAACAGGACCGTGGATGGA
ACCCGGACGGGAATCGAGCAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA
GCAGGAGCAGCTGCTCCTCAGCGTCATTCCCGCCTACATTGCCGCCGAGG
TGAAGCGCAGCATCATGCTGAAGATGGCGGATGCCTGTCAAAGAGCTGGA
GGACAGGCGTCCACCTCGGCCACTCGGTTCCACGAGCTCCATGTCCAGCG
ACACACCAATGTCACCATTCTCTTCGCTGATATCGTCAACTTCACGCCCC
TCTCAAGTTCCCTGACGGCCAGCGATTTGGTCAAGACCCTGAACGATCTG
TTTGGAAGATTCGATCAAATAGCTCAGGAGAACCAGTGCCTGCGCATCAA
GATCCTCGGGGACTGTTATTACTGCGTGTCCGGCCTGCCCATTTCCCGGC
CCCAACATGCAACCAATTGTGTCAACATGGGCCTGCAGATGATCGATGCC
ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTTGACATGCGAATCGG
CATCCACACGGGCAACGTTCTCTGCGGCGTCCTTGGCCTCCGAAAGTGGC
AATTTGATGTTTGGAGCGACGATGTTACATTGGCCAACCACATGGAGAGC
GGCGGTGTCGCCGGGCGTGTCCACATCACGAAACAAACTTTGGACTTCCT
GGGCGACAAGTTCGAGGTTGAACAAGGAGAGGGTGGCAATCGGGATGCGT
ATCTGGCGGACCACAAGGTGGAATCGTATCTCATAGTGCCGCCCAAGCCG
GCCTACACCTACAGCGTTCCACGAGTGGTCGAGTGCATCGAGCAGAATGA
TCCCAGTCCCACGGAGGAGAAGGAG------GCCAAGGTGGTGGTGGATC
ACTCCAACGAGGGCGCCGATGTCACCGACAGCCTAATCCCGGTTACGGTG
---GATCCCATACCCTTGGTCGTTGACGAAAAGATGTCACCCACGTCGAC
GAATAGCCAGGAGGTCCCTTTGCATGCTGCTTTGGCATCCGCCGCCTCGA
TGTCCATCAAGGAGTTGTCCGAGGAGGAGGACGAAGCGGACGAGGCCACC
GCGGTGACCGAACCCCTGATGCTCAAGGATCAGGAGAGCAAGGATGGCCA
GGAG---------GTCAAGCCCAATGGTGGCCACCGCGGCAGTGGCGATT
CCGCAGCCTCCGAGTCCGCGGCCAAGTCCACCGCCCTTTCCCTGCCCGCC
GAGGATCTGCTCAGCATGAGCGGATCGGAAAGCGGCGTCTCCAACAGCGG
CACCCCGGCTCCATCCTCGAATCCCACGAGTGTCACGCCCACCGCAGCCG
CCCCCGCCGGAGCAGCTTCCTCCGGCACCAACAGCCTCACTGTGACCGAG
GCCCCGGAGCGCTCCCGCCGGAAGTTGTCCGTTCAAGGTCTGATGTCCTT
CGCCGACAGACGCCGCTCCTCCGGAGCCTTCATCGAAGGACGAAAGCTGT
CCATCCACAGTGGAGAAAGTTTCCGCAGTCATGCGGGTCATGTCACACGT
AATCGTCCCTCATCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA
TAGACCCTTTGCCAATATTGCCGAATCCAAACTGGTGAAGAACATTGGAC
TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCGCCGGAGCGTAAA
TGTTTCAATTTTAATTTCTTCGGACCGCCCACGGAGCTGAAGCCCTTCAC
CATGTGGTACCGCAACACGCCCCGGGAGGGAATGTACCGCGCCCAGCCGG
ATACGCACTTCCGGTTCGACCTGATATGCGCCTTTGTCCTCTTCCTCTCG
CTGGCCATCGTCCAGCTGATTGTAATCAAATTGAACCTGGCCCTCCTTGG
ATCCCTCCTGGCCAGCTTTCTGTCCCTGGCCCTGTTCCTCTATCTGAGCA
ACATGTCCGTGCCGGATGTCCACTCCTCGGCCACGGAAAGAAACGGTCCT
GGACAAGTGGTGGCCAGCAGTCGCTACCTGCGACTGGCCATGTTCGTGGT
AGTCAACATTCTCATCTCGTCCTGCGCGGTGTTCAGTGTGATCAACTTTA
CGGTGCCTGATGGGGTAAACAAAGAGCCACCACCT---AACGCCACCAAC
TTGGCCAGCAATTTCAGC---GACTTTTTAAACGACACCCAGGAGGAGAT
GCAGCCGTGGGAAATCGCCCGTGCCATACACATTGCCCCAGTGTTTCTAT
ATTGCTGTGCCATTAGTTTGGCGGCAATTTCCGCCTTTCTAAGATCTGGT
TTTATCCTCAAGCTGATTGCCATGCTGGTGGCTCTGATCGCACAAGTCAC
AGTTCTCGGATACAGCGATCTCTTTGTTATTTACAACGACACAAATATTA
AATATGGCTTACCCCTGGAGATCAAGGGATTCCTTCTGCTCTTGGTCATC
ATTCTGGTGCTCCACACTTTGGATCGCCAGGGTGAATATGTGGCGCGCAC
AGATTTCCTGTGGAAGGCCAAGTTAAAGGTCGAGCAGGAGGAGGTCGAGA
CCATGCGTGGCATTAACAAGATTCTGCTGGAGAACATCCTGCCAGCCCAC
GTGGCCACCCATTTCCTGCACCTGGAACGCTCCACGGAGCTCTACCACGA
GAGCTACTCCTGCGTGGCCGTGATGTTCGCCTCCATTCCCAACTACAAGG
AGTTCTACGACGAGACAGATGTCAACAAGCAGGGTCTGGAGTGCCTGCGT
CTGTTGAACGAAATCATTTGTGATTTCGATAAGCTCCTCTTAAAGCCAAA
GTTCAGTGGAATCGAAAAGATTAAAACTATAGCCAGCACCTATATGTGTG
CTTCAGGTTTAAGGCCAGGCAAGGAAGACGGCGCTACGGACGAGAAGCGA
ACGGAGGAGCACAACGTGGTCATACTGGTCGAGTTTGCGATTGCTTTGAT
GTCCATATTGGATTCGATTAATCGCGAGTCCTTCCAACGATTCCGTCTCC
GCATAGGGCTCAATCATGGTCCTGTGATTGCCGGCGTGATTGGCGCCCAG
AAACCGCAGTACGATATCTGGAGTAACACAGTAAATGTGGCCTCACGCAT
GGACTCATGTGGCGTAATGGGACGACTTCAGACGACGGAAAACACGGCCA
AGATATTGATGGCAGCCGGCTATGAGTGCGAGTGCCGCGGCCTGACCTAT
GTCAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA
CGGGAAATTG------------------------------------
>C9
ATGTTAAATCGCAATGCGGAATCTGCGAAGACGGAAAACGGCAATGCAAA
TGCAACGAATCTGATTGTTAAGGCCAGCGGAAATGCA---GCTCAGCCCA
AG------------ACGATGACGTCATCGGCGGCCAAAATGACAGAGGCT
CTGTCGGCCTCGCTGGCCGATTTGAGCGAGCAGGAAAATGGAACCACGGC
TGAGGACATCCACCTAAACGATTTATACACCCGCTACCGCCAGAGACTCC
GCAAGTCGCTCTTCAGATCGGGACTGCTTACTTCGCTGCTGGCATGTGTT
GTGTCCATAATAATTGGCATCATCTACGACCAGCACCTGGGACAGACTCT
GCTGCTGGCACTGGCGGCCATAATCTCGGGATCCATCCTGACGGCTCTGC
AATTTCCGGCCGTGCTGAGCTCCCCGGCCGCAGCCTTGGCCTTCGCCATC
GTCACCACCTTCTCGCTGGGCACAATTGCAGCCATCACCGGGGATAAGCT
GGCCCCCCTGCCCATGTACGCCCTCTTCCTGTGCATCCACTCCATGCTGC
CCATTTCGTGGCCCGTTTCCGTGGTGCTGGCCCTGTTCATGACCGCCATT
CACATCGCTTACCGCATCGGCGAGAAT------------CCCAATTTGCC
AATGCTATTTGGGGAGATTGTGATGCTGGCCAGCGCCTCCATTTCCGGGC
TCTACTACCGCATCATGTCGGATGCGGCACACAACCGGACCGTCGACGGA
ACCCGCACGGGAATCGAGCAGCGCGTGAAGCTCGAGTGCGAAAGGGAGCA
GCAGGAGCAGCTCCTCCTCAGCGTCATTCCCGCCTACATTGCCGCCGAGG
TGAAGCGCAGCATCATGCTGAAGATGGCCGATGCCTGTCAGCGAGCTGGA
GGACAGGCGTCCACTTCGGCCACGCGATTCCACGAGCTGCATGTCCAGCG
CCACACGAATGTCACCATTCTCTTCGCGGACATTGTCAACTTCACGCCCC
TTTCAAGTTCTTTGACAGCCAGCGACTTGGTCAAGACCCTCAACGATCTC
TTTGGACGATTCGACCAAATAGCTCAGGAGAACCAGTGCCTGCGCATCAA
GATCCTGGGGGACTGTTATTACTGCGTGTCGGGACTTCCCATTTCCCGGC
CCCAACATGCAACCAATTGCGTCAACATGGGCCTGCAGATGATCGACGCC
ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTTGACATGCGAATTGG
CATCCACACTGGCAACGTTCTCTGCGGCGTCCTTGGCCTACGAAAGTGGC
AATTTGATGTTTGGAGCGACGATGTTACATTGGCCAACCACATGGAGAGT
GGCGGTGTCGCCGGGCGAGTCCACATCACGAAACAAACTCTGGACTTCCT
GGGCGAGAAATTCGAGGTGGAGCAGGGCGAGGGCGGAAATCGGGATGCGT
ATCTGGCGGATCACAAGATAGAAACGTATCTCATAGTGCCACCAAAGCCG
GCGTACACCTACAGCGTTCCGCGAGTGGTGGAATGCATTGAGCACAACGA
TCCCAGTTCCACGGAGGAGGTCAAG------GAAATTAAGGAGAATCAGA
ACTCCAATGATGCAGCTGATGTTACGGATAATCTACTTCCGGTTACGGTG
---GATCCACCTCCACTTACAGTCGACGAAAAGATGTCGCCCACTTCAAC
GAATAGTCAGGAGGCTCCGCTGCACGCTCCCCTCGTCTCCACTGCCTCGA
TGTCGATCAAGGAACTCTCCGAGGAGGAGGACGAGGCCGATGAGGAAACC
GCCGTCACCGAACCGCTGATGGCCAAGGATCAGGACAAAAAGGACCTGGA
ACCG------GAGATCAAGGCCAATGGCAACCATCGTGGCAGCGGTGATT
CCGCCGTCTCGGAATCGGCTGCCAAATCAGCGGCACTTTCCCTGCCCGCC
GAGGATCTTCTGAGCATGAGCGGTTCGGAGAGCGGTATCTCCAACAGCGG
AACCCCGGCTCCGTCCTCGAATGCTGCGAGTGTCACGCCCACCGCAGCCG
CCTCCGCCGGAGGAGCGGCCTCCACCACAAACAGCCTCACGGTCGCCGAG
GCTCCGGAAAGATCTCGAAGGAAGTTGTCCGTGCAAGGTCTGATGTCCTT
CGCCGACAGACGCCGCTCCTCAGGAGCCTTCATCGAAGGACGAAAGCTGT
CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGTCATGTCACACGC
AATCGTCCCTCATCGAAGATGACCAAATATGTGGAGTGCTGGGGAGCAGA
TCGACCCTTTGCCAACATTGCCGAATCCAAGCTAGTGAAGAACATCGGAC
TGGCGAGCATCGCCATGATTGAATCGAATTTACTGCCGCCGGAGCGTAAA
TGTTTCAATTTTAATTTCTTCGGACCGCCGACGGAGCTGAAGCCGTTCAC
CATGTGGTACCGCAACACGCCCCGGGAGGCGATGTACCGCGCCCAGCCGG
ATACGCACTTCCGGTTCGACCTGATTTGCGCCTTCGTCCTCTTCCTGTCG
CTGGCCATCGTCCAGCTGATTGTAATCAAATTGAACCTGGCCCTGCTCGG
CTCCCTCTTGGCCAGCTTTATATCGCTGTCCCTGTTCCTCTACCTGAGCA
ACATGTCCGTGCCGGATGTCCATGCCTCGTCGACGGAGCGAAACGGCCCC
GGACAGGTGGTGGCCAGCAGTCGGTATCTGCGACTCGCCATGTTCGTCAT
CGTCAACATCCTCATCTCGTCCTGTGCGGTCTTCAGTGTGATCAACTACA
CCGTGCCAGACGGGGTAAGCAGTGAGCCATCGAAT---------GAAACA
TTCATAGCCAATTTCTCGATGGAGTTCTTTAACGGCACTCAGGAGGAAAT
GCAGCCGTGGGAAATTGCAAATGCCATACCGATTGCACCAGTATTCCTAT
ATTGTTGTGCCATCAGTCTGGCGGCCATTTCAGCCTTTCTGCGATCTGGT
TTTATCCTAAAGCTAATTGCAATGTTGGTGGCCGTGATCGCACAGGTTAC
CGTACTCGGATACAGCGATCTTTTTGTGCAGTACAACCAACTAAACATCG
AATATGGATTGCGCTTGGAGGTTAAGGGATTCCTGTTGCTCCTGGTAATC
ATTCTGGTGCTGCACACTTTGGATCGTCAGGGTGAATATGTGGCACGAAC
GGATTTCCTGTGGAAGGCCAAGCTGAAGGTCGAACAGGAGGAGGTGGAAA
CAATGCGTGGCATAAACAAGATCCTGCTGGAGAACATCCTGCCGGCCCAC
GTGGCCACCCACTTCCTGCACCTGGAACGCTCCACGGAGCTCTACCACGA
GAGCTACTCCTGCGTGGCAGTCATGTTCGCCTCCATTCCCAACTACAAGG
AGTTCTACGACGAGACCGATGTCAACAAACAGGGACTCGAGTGCCTGCGA
TTGTTGAACGAAATCATTTGTGATTTCGATAAGTTGCTATTAAAACCAAA
GTTCAGTGGAATTGAGAAGATTAAGACCATAGCCAGCACCTATATGTGTG
CATCGGGTTTAAGGCCCGGAAAAGAAGACGGCGCCACGGACGAGAAGCGA
ACGGAGGAGCACAACGTGGTCATATTGGTCGAGTTTGCGATTGCTTTGAT
GTCCATATTGGATTCGATTAACCGGGAGTCCTTCCAACGCTTCCGTCTCC
GCATAGGACTCAATCATGGACCCGTGATTGCCGGCGTGATTGGCGCCCAG
AAGCCACAATACGATATCTGGAGCAATACGGTTAATGTGGCCTCACGCAT
GGACTCATGTGGCGTCATGGGTCGACTTCAGACGACGGAAAACACGGCAA
AGATATTGATGGCAGCCGGTTACGAGTGCGAATGCCGAGGCCTCACCTAC
GTGAAGGGCAAAGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA
TGGGAAATTG------------------------------------
>C1
MVNHNAETAKTGNGTNATANLIVKADGNAoTQPKooooAMTSSAARMNDA
LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIVYGQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECIEQNDPSPTTEETKoEIKETDQSHEATDVADVLLPVTV
oAPPPAIVDEKMSPTSINSQEAPLHAPLASAASMSIKELSEEEDEADEAT
AVTEPLMHRDQDGKNDKEoooPKANGGHRGSGDSAASESVAKSAALSLPA
DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPAGGooAASNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASTTERNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVSKEPSSoNQTI
LESNFSSVFVNSTLEDVQLWEIDYAIPIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVAVIAQVTVLGYSDLFEMYNDANITHGLPLEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKL
>C2
MVNHNAETAKTENGTNATANLIVKADGNAoTQTKooooTMTSSAARMNDA
LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIVYDQHLVQTMLLVLAALVSGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGDGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECIEQNDPSPTNEETKoEIKEADHFHEATDVADGLLPVTV
oAPPPAIVDEKMSPTSTNSQEAPLHAPLASAASMSIKELSEEEDEADEAT
AVTEPLMHRDRDGKNGKEoooPKANGGHRGSGDSAASESAAKSAALSLPA
DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPAGGVSSASNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASTTERNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVTKEPSSoNQTI
LESNFSSGFVNSTLEDVQLWEIDHAIPIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVAVIAQMKVLGYSDLFEMYNDANITCGLPLEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKL
>C3
MVNHNAETAKTENGTNATANLIVKADGNAoTQPKooooTMTSSAARINDA
LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIVYDQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECIEQNDPSPTTEETKoEIKEADHSHEATDVADGLLPVTV
oAPPPAIVDEKMSPTSTNSQEAPLHAPLASAASMSIKELSEEEDEADEAT
AVTEPLMHRDQDGRNGKEoooPKANGGHRGSGDSAASESAAKSAALSLPA
DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPPGGVSSASNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASTTERNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVNKEPSSoNQTI
LESNFSSEFVNSTLEDVQLWEIDHAIPIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVAVIAQMTVLGYSDLFEMYNDANITYGLPLEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKL
>C4
MVNHNAEAARTENGTNATASLIVKAHGNAoSQPKooooTMMTSAARMNEA
LSASLVELSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIVYDQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSADYSPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECMEQNDPSPTTEETKoEVKDLDHSHEATDVADSLLPVTV
oAPPPAIVDEKMSPTSTNSQEAALHAPLASAASMSIKELSEEEDEADDAT
AVTEPLMLRDQDGKNGKEoooPKANGGHRGSGDSAASESAAKSAALSLPA
DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPAGGASSASNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHSSATERNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDRVNREPSSoNLTI
LGSNSSSEFINATLEDMQIWEIDHAIPIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVAVIAQVTVLGYSDLFEMYNVTNIKYGLPLEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKL
>C5
MVNRNAEAARSENGTNATANLIVKAQGNAoSQPKTMTMTMTTSAARMNEG
LSASLAELSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIVYDQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECIEQNDPSPTTEETKoELKELDHSHEATDVSDSLLPVTV
oAPPPAIADEKMSPTSTNSQDAPLHAPLASAASMSIKELSEEEDEADEAT
AVTEPLMLRDQDGKSGKEoooPKANGGHRGSGDSAASESAAKSAALSLPA
DDLLSMSGSESGISNSGAQAPTSNPASVTPTAAAPAGAASSVSNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHSSATERNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVNKEPSSoNHTI
LNSNFSSEFINSTLGDMQLWEIDHAIPIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVAVIAQVTVLGYSDLFEMYNDTNIKYGLPLEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKL
>C6
MVNHNAESAKTENGTNATNoLIVKAGGNATIQPKooooTMTSSAARMTEA
LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIVYDQSLVQTLLLVLAALISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSADYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECIEQNDPSPTEEKETKEAVVVDHSNESADVTDSLIPVTV
TDPLPLAVDEKMSPTSTNSQEAPLHAPLASAASMSIKEMSEEEDEADEAT
AVTEPLMLKDQESKEGQSQETAKPNGGHRGSGDSAASESAAKSTALSLPA
EDLLSMSGSESGISNGGTPAASSNPASVTPTTAAPAGGASSGTNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREGMYRAQPDTHFRFDLICAFVLFLS
LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASATDRNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINFTVPDGINSEPPPSNVST
LEGNYSMEFLNATQEDMQPWEIARAIPIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVALIAQVTVLGYSDLFEKYNETNIIYGLPLEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMSAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKL
>C7
MVNHNAEPAKTENGTSATNoLIVKAGGNAoSQPKooooTMTSSAARMTEA
LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIAYDQSLLRTLLLVLAALISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSPDYAPNLPMLFGEIVMLASASISGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECIEHNDPSPTEEKQKoETKVADQSNEGTDVTDSLIPATV
oDPIPLVVDEKMSPTSTNSQEVPLHAPLASTASMSIKELSEEEDEADEAT
AVTEPLMLKDQESKEGQEoooVKPNGGHRGSGDSAASESAAKSTALSLPA
EDLLSMSGSESGISNSGTPAPSSNPTSVTPTAAAPAGGASSGTNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREGMYRAQPDTHFRFDLICAFVLFLS
LAIVQLIVIELNLALLGSLLASFLSLALFLYLSNMSVPDVHASATERNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVNSEPPPoNATS
LVGNFSoDLLNATQEEMQPWDIARSIHIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVAVIAQVTVLGYSDLFVIYNDTNIKYGLALEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMAAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKL
>C8
MVNHNAESAKTENGTNATNoLIVKAGGNAoIQTKooooTMTSSAARMTEA
LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGVVYDQSLLQTLLLVLAALISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIVYRIGTSPDYAPNLSMLFGEIVMLASASISGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
AYTYSVPRVVECIEQNDPSPTEEKEooAKVVVDHSNEGADVTDSLIPVTV
oDPIPLVVDEKMSPTSTNSQEVPLHAALASAASMSIKELSEEEDEADEAT
AVTEPLMLKDQESKDGQEoooVKPNGGHRGSGDSAASESAAKSTALSLPA
EDLLSMSGSESGVSNSGTPAPSSNPTSVTPTAAAPAGAASSGTNSLTVTE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREGMYRAQPDTHFRFDLICAFVLFLS
LAIVQLIVIKLNLALLGSLLASFLSLALFLYLSNMSVPDVHSSATERNGP
GQVVASSRYLRLAMFVVVNILISSCAVFSVINFTVPDGVNKEPPPoNATN
LASNFSoDFLNDTQEEMQPWEIARAIHIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVALIAQVTVLGYSDLFVIYNDTNIKYGLPLEIKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMAAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKL
>C9
MLNRNAESAKTENGNANATNLIVKASGNAoAQPKooooTMTSSAAKMTEA
LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
VSIIIGIIYDQHLGQTLLLALAAIISGSILTALQFPAVLSSPAAALAFAI
VTTFSLGTIAAITGDKLAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
HIAYRIGENooooPNLPMLFGEIVMLASASISGLYYRIMSDAAHNRTVDG
TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
GGVAGRVHITKQTLDFLGEKFEVEQGEGGNRDAYLADHKIETYLIVPPKP
AYTYSVPRVVECIEHNDPSSTEEVKooEIKENQNSNDAADVTDNLLPVTV
oDPPPLTVDEKMSPTSTNSQEAPLHAPLVSTASMSIKELSEEEDEADEET
AVTEPLMAKDQDKKDLEPooEIKANGNHRGSGDSAVSESAAKSAALSLPA
EDLLSMSGSESGISNSGTPAPSSNAASVTPTAAASAGGAASTTNSLTVAE
APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
LAIVQLIVIKLNLALLGSLLASFISLSLFLYLSNMSVPDVHASSTERNGP
GQVVASSRYLRLAMFVIVNILISSCAVFSVINYTVPDGVSSEPSNoooET
FIANFSMEFFNGTQEEMQPWEIANAIPIAPVFLYCCAISLAAISAFLRSG
FILKLIAMLVAVIAQVTVLGYSDLFVQYNQLNIEYGLRLEVKGFLLLLVI
ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMAAGYECECRGLTY
VKGKGNLVTYFVKTPFDGKL
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/2/Ac76E-PA/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 9 taxa and 3996 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
Successfully read matrix
Setting default partition (does not divide up characters)
Setting model defaults
Seed (for generating default start values) = 1478926196
Setting output file names to "/opt/ADOPS/2/Ac76E-PA/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) = 511317280
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 = 6689753340
Seed = 1691288869
Swapseed = 1478926196
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 84 unique site patterns
Division 3 has 361 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 -- -17136.137940 -- -24.309708
Chain 2 -- -16447.576699 -- -24.309708
Chain 3 -- -17162.271310 -- -24.309708
Chain 4 -- -17138.263164 -- -24.309708
Initial log likelihoods and log prior probs for run 2:
Chain 1 -- -15871.219194 -- -24.309708
Chain 2 -- -17121.380811 -- -24.309708
Chain 3 -- -16187.998929 -- -24.309708
Chain 4 -- -16674.381340 -- -24.309708
Using a relative burnin of 25.0 % for diagnostics
Chain results (1000000 generations requested):
0 -- [-17136.138] (-16447.577) (-17162.271) (-17138.263) * [-15871.219] (-17121.381) (-16187.999) (-16674.381)
500 -- [-12449.204] (-12563.914) (-12602.418) (-12531.028) * (-12557.037) [-12516.825] (-12571.529) (-12631.861) -- 0:00:00
1000 -- (-12319.245) (-12340.704) (-12508.943) [-12291.009] * (-12374.386) [-12274.223] (-12391.590) (-12470.500) -- 0:16:39
1500 -- (-12232.912) (-12210.747) (-12390.449) [-12219.026] * (-12232.463) [-12148.677] (-12258.609) (-12228.455) -- 0:11:05
2000 -- (-12170.745) (-12153.751) (-12293.805) [-12145.612] * (-12173.303) [-12129.018] (-12140.761) (-12152.490) -- 0:16:38
2500 -- [-12138.391] (-12142.758) (-12155.396) (-12130.633) * (-12157.556) [-12109.689] (-12106.691) (-12156.427) -- 0:13:18
3000 -- (-12124.599) (-12128.950) (-12118.685) [-12115.401] * (-12104.898) (-12104.219) [-12100.282] (-12129.552) -- 0:16:37
3500 -- (-12123.356) [-12098.133] (-12105.281) (-12105.979) * [-12097.097] (-12106.951) (-12101.612) (-12119.604) -- 0:14:14
4000 -- (-12105.828) (-12105.165) [-12109.792] (-12106.590) * (-12103.314) (-12110.409) [-12094.338] (-12099.946) -- 0:16:36
4500 -- (-12113.808) [-12100.978] (-12104.510) (-12101.633) * [-12102.044] (-12103.263) (-12100.583) (-12106.326) -- 0:14:44
5000 -- (-12102.228) (-12108.723) (-12102.836) [-12106.411] * (-12097.286) (-12097.472) [-12098.721] (-12105.787) -- 0:16:35
Average standard deviation of split frequencies: 0.000000
5500 -- (-12100.137) (-12111.012) (-12100.872) [-12097.260] * (-12105.922) [-12095.857] (-12100.502) (-12104.134) -- 0:15:04
6000 -- (-12105.945) [-12103.994] (-12104.889) (-12102.677) * (-12108.564) (-12102.465) (-12102.817) [-12098.135] -- 0:16:34
6500 -- (-12096.865) (-12108.166) [-12100.900] (-12112.654) * [-12102.118] (-12099.144) (-12110.218) (-12101.565) -- 0:15:17
7000 -- (-12100.574) (-12103.270) (-12109.398) [-12101.576] * (-12096.951) [-12097.580] (-12104.113) (-12101.897) -- 0:16:33
7500 -- [-12099.840] (-12104.074) (-12100.322) (-12106.762) * (-12099.080) [-12099.307] (-12106.327) (-12098.554) -- 0:15:26
8000 -- [-12097.089] (-12096.511) (-12103.366) (-12103.241) * [-12102.164] (-12097.479) (-12099.240) (-12100.513) -- 0:16:32
8500 -- (-12105.693) (-12101.125) (-12097.337) [-12102.847] * (-12103.906) (-12106.497) [-12099.213] (-12106.094) -- 0:15:33
9000 -- (-12109.632) (-12097.470) (-12099.215) [-12098.326] * (-12101.028) (-12101.532) (-12101.692) [-12099.482] -- 0:16:31
9500 -- (-12106.713) (-12105.845) (-12099.198) [-12096.401] * (-12102.988) (-12102.811) (-12109.132) [-12099.710] -- 0:17:22
10000 -- (-12106.189) (-12109.986) (-12105.164) [-12101.961] * (-12098.627) [-12101.426] (-12101.731) (-12099.886) -- 0:16:30
Average standard deviation of split frequencies: 0.000000
10500 -- [-12100.992] (-12115.045) (-12098.851) (-12102.451) * [-12100.345] (-12100.271) (-12097.901) (-12099.422) -- 0:17:16
11000 -- (-12101.232) (-12110.309) (-12103.768) [-12095.372] * (-12095.035) (-12098.647) (-12110.994) [-12098.276] -- 0:16:29
11500 -- [-12099.180] (-12112.893) (-12095.852) (-12100.443) * (-12111.258) [-12102.686] (-12105.186) (-12103.018) -- 0:17:11
12000 -- (-12101.945) [-12099.730] (-12093.850) (-12095.743) * [-12102.363] (-12100.366) (-12109.224) (-12097.470) -- 0:16:28
12500 -- (-12109.767) (-12107.517) (-12100.154) [-12097.446] * (-12099.548) [-12103.714] (-12108.176) (-12102.487) -- 0:17:07
13000 -- (-12094.794) (-12104.667) [-12101.070] (-12097.436) * [-12099.586] (-12102.925) (-12103.204) (-12104.547) -- 0:16:27
13500 -- (-12105.948) (-12103.839) (-12111.050) [-12095.927] * [-12100.046] (-12110.599) (-12101.566) (-12098.058) -- 0:17:03
14000 -- (-12110.695) (-12101.229) (-12107.782) [-12108.265] * [-12098.402] (-12095.447) (-12100.953) (-12105.884) -- 0:16:26
14500 -- [-12099.666] (-12097.291) (-12103.845) (-12104.681) * (-12105.358) (-12101.705) [-12102.997] (-12103.546) -- 0:16:59
15000 -- (-12101.768) (-12097.474) [-12106.263] (-12099.550) * (-12100.738) (-12099.174) (-12101.721) [-12097.204] -- 0:16:25
Average standard deviation of split frequencies: 0.000000
15500 -- (-12104.576) (-12095.256) [-12095.298] (-12098.978) * (-12107.739) [-12098.966] (-12110.849) (-12096.731) -- 0:16:56
16000 -- (-12102.570) (-12104.273) (-12110.491) [-12102.542] * (-12102.791) [-12101.101] (-12100.048) (-12100.580) -- 0:16:24
16500 -- (-12097.884) (-12101.414) (-12102.578) [-12104.977] * (-12097.049) (-12102.106) [-12102.703] (-12111.049) -- 0:16:53
17000 -- (-12097.123) (-12109.221) (-12098.453) [-12102.190] * (-12111.672) (-12097.485) [-12096.334] (-12106.765) -- 0:16:23
17500 -- (-12101.342) (-12109.555) (-12108.127) [-12110.778] * (-12103.400) (-12100.902) (-12097.898) [-12111.970] -- 0:16:50
18000 -- (-12099.930) (-12099.529) [-12102.479] (-12114.670) * (-12103.471) (-12097.923) (-12104.139) [-12102.734] -- 0:16:22
18500 -- (-12097.962) (-12106.866) (-12103.060) [-12110.719] * (-12097.215) (-12098.491) [-12102.210] (-12108.892) -- 0:16:48
19000 -- (-12098.315) [-12096.870] (-12097.793) (-12100.735) * (-12102.158) (-12109.672) (-12103.359) [-12100.348] -- 0:16:21
19500 -- (-12103.267) [-12100.170] (-12096.944) (-12098.724) * (-12107.218) (-12103.160) (-12105.309) [-12102.524] -- 0:16:45
20000 -- (-12100.256) (-12101.761) [-12094.343] (-12101.883) * [-12096.526] (-12098.679) (-12103.004) (-12103.618) -- 0:16:20
Average standard deviation of split frequencies: 0.000000
20500 -- [-12102.783] (-12102.591) (-12101.894) (-12110.964) * (-12101.156) (-12103.170) (-12106.247) [-12108.899] -- 0:16:43
21000 -- (-12099.921) (-12105.373) [-12108.752] (-12109.987) * (-12103.585) (-12111.013) (-12115.687) [-12096.907] -- 0:17:05
21500 -- (-12101.228) (-12103.787) (-12102.554) [-12099.137] * (-12097.566) [-12101.600] (-12104.767) (-12103.780) -- 0:16:41
22000 -- (-12102.504) (-12104.413) (-12102.142) [-12094.244] * [-12096.662] (-12098.441) (-12104.847) (-12104.889) -- 0:17:02
22500 -- (-12100.946) [-12112.621] (-12107.054) (-12098.342) * [-12100.716] (-12100.541) (-12108.637) (-12106.956) -- 0:16:39
23000 -- [-12098.489] (-12108.856) (-12105.640) (-12102.256) * [-12102.297] (-12099.292) (-12109.392) (-12106.798) -- 0:16:59
23500 -- [-12105.253] (-12106.758) (-12110.057) (-12098.488) * [-12092.205] (-12103.234) (-12100.863) (-12104.008) -- 0:16:37
24000 -- [-12102.953] (-12111.191) (-12100.254) (-12099.653) * (-12097.551) (-12099.573) [-12094.894] (-12106.640) -- 0:16:56
24500 -- (-12107.941) (-12104.850) [-12100.457] (-12103.846) * [-12100.034] (-12097.840) (-12100.987) (-12101.558) -- 0:16:35
25000 -- (-12107.519) (-12105.479) (-12110.737) [-12092.207] * (-12100.906) (-12097.305) (-12109.342) [-12104.265] -- 0:16:53
Average standard deviation of split frequencies: 0.000000
25500 -- (-12105.334) (-12102.131) (-12107.477) [-12095.874] * (-12105.890) (-12112.506) (-12107.447) [-12104.171] -- 0:16:33
26000 -- (-12111.771) [-12096.020] (-12107.380) (-12097.896) * [-12097.891] (-12101.121) (-12102.373) (-12101.064) -- 0:16:51
26500 -- (-12103.139) (-12101.078) [-12105.490] (-12098.806) * (-12094.608) [-12095.199] (-12100.911) (-12103.875) -- 0:16:31
27000 -- [-12102.333] (-12102.916) (-12116.724) (-12101.004) * [-12100.061] (-12099.525) (-12102.719) (-12101.257) -- 0:16:49
27500 -- (-12100.921) [-12096.400] (-12110.557) (-12106.721) * (-12103.082) [-12101.966] (-12098.248) (-12107.671) -- 0:16:30
28000 -- [-12105.078] (-12102.442) (-12097.732) (-12101.421) * [-12104.153] (-12099.105) (-12101.688) (-12102.004) -- 0:16:46
28500 -- (-12112.752) [-12100.784] (-12099.243) (-12095.562) * (-12103.305) [-12096.146] (-12098.970) (-12102.112) -- 0:16:28
29000 -- (-12102.505) (-12097.864) (-12099.730) [-12097.954] * (-12100.005) [-12093.813] (-12104.788) (-12113.099) -- 0:16:44
29500 -- (-12116.455) (-12112.755) (-12105.970) [-12098.922] * (-12104.410) (-12100.315) (-12103.724) [-12100.428] -- 0:16:26
30000 -- (-12108.417) [-12101.434] (-12101.373) (-12098.689) * (-12102.035) (-12098.781) (-12096.519) [-12092.794] -- 0:16:42
Average standard deviation of split frequencies: 0.000000
30500 -- (-12114.975) (-12094.143) [-12096.024] (-12100.975) * (-12102.227) [-12094.373] (-12102.601) (-12096.631) -- 0:16:25
31000 -- [-12100.506] (-12099.506) (-12102.332) (-12098.161) * (-12101.509) (-12097.151) (-12116.746) [-12100.981] -- 0:16:40
31500 -- (-12107.009) (-12106.862) [-12094.992] (-12099.874) * (-12098.989) [-12100.517] (-12104.325) (-12104.532) -- 0:16:23
32000 -- [-12102.673] (-12109.043) (-12099.207) (-12103.246) * [-12100.846] (-12100.168) (-12105.613) (-12110.215) -- 0:16:38
32500 -- (-12106.148) [-12100.826] (-12106.856) (-12102.058) * (-12114.898) (-12099.983) [-12103.089] (-12100.592) -- 0:16:22
33000 -- [-12103.665] (-12114.505) (-12102.632) (-12110.083) * (-12103.229) (-12097.792) [-12097.859] (-12111.609) -- 0:16:36
33500 -- [-12095.559] (-12115.754) (-12102.312) (-12096.600) * (-12110.922) (-12101.687) (-12097.743) [-12105.897] -- 0:16:49
34000 -- (-12096.121) [-12093.596] (-12106.092) (-12102.013) * (-12109.886) (-12101.132) (-12106.851) [-12099.385] -- 0:16:34
34500 -- (-12107.968) [-12101.532] (-12098.325) (-12106.849) * (-12102.410) (-12118.763) (-12095.111) [-12101.244] -- 0:16:47
35000 -- (-12104.848) (-12107.392) (-12103.774) [-12100.862] * (-12108.323) (-12107.204) (-12095.333) [-12114.743] -- 0:16:32
Average standard deviation of split frequencies: 0.000000
35500 -- (-12104.897) [-12094.747] (-12108.706) (-12103.901) * (-12117.049) (-12105.969) [-12094.674] (-12103.950) -- 0:16:45
36000 -- (-12105.741) (-12096.011) [-12104.458] (-12094.176) * (-12109.052) (-12102.803) [-12102.662] (-12096.342) -- 0:16:30
36500 -- [-12100.067] (-12101.504) (-12114.341) (-12095.417) * (-12108.786) (-12105.952) (-12101.109) [-12096.831] -- 0:16:43
37000 -- (-12095.306) (-12103.251) (-12094.946) [-12102.870] * (-12109.649) (-12102.425) (-12093.977) [-12104.590] -- 0:16:29
37500 -- [-12101.756] (-12115.983) (-12092.634) (-12105.086) * (-12099.246) [-12096.621] (-12101.208) (-12104.854) -- 0:16:40
38000 -- (-12109.430) (-12111.236) [-12103.484] (-12101.141) * (-12100.112) [-12097.421] (-12102.317) (-12105.004) -- 0:16:27
38500 -- (-12099.591) (-12108.597) [-12103.505] (-12104.550) * [-12105.859] (-12094.984) (-12111.736) (-12100.077) -- 0:16:38
39000 -- (-12103.012) [-12100.294] (-12097.486) (-12111.029) * (-12107.891) (-12107.058) (-12103.278) [-12097.124] -- 0:16:25
39500 -- (-12103.511) (-12100.737) [-12104.131] (-12106.652) * (-12103.905) [-12102.882] (-12097.353) (-12103.976) -- 0:16:36
40000 -- (-12098.904) [-12102.505] (-12105.144) (-12106.205) * (-12102.283) [-12097.398] (-12101.842) (-12100.184) -- 0:16:24
Average standard deviation of split frequencies: 0.000000
40500 -- (-12104.040) [-12106.386] (-12104.053) (-12104.185) * (-12102.207) (-12098.762) (-12108.986) [-12098.055] -- 0:16:35
41000 -- (-12112.560) (-12105.017) [-12096.178] (-12101.996) * [-12100.352] (-12101.951) (-12100.351) (-12100.914) -- 0:16:22
41500 -- (-12101.626) (-12102.557) (-12109.497) [-12099.658] * (-12104.706) [-12102.644] (-12099.578) (-12101.971) -- 0:16:33
42000 -- (-12106.672) (-12095.872) (-12105.834) [-12093.801] * (-12106.748) [-12098.569] (-12110.343) (-12099.848) -- 0:16:20
42500 -- (-12103.720) (-12097.716) [-12103.809] (-12105.526) * [-12098.169] (-12101.357) (-12104.754) (-12096.564) -- 0:16:31
43000 -- (-12107.462) (-12096.386) [-12100.974] (-12102.414) * (-12102.679) [-12104.636] (-12096.945) (-12095.971) -- 0:16:19
43500 -- (-12103.405) (-12108.862) [-12109.793] (-12101.367) * (-12106.878) (-12106.368) [-12095.642] (-12104.004) -- 0:16:29
44000 -- (-12101.201) [-12097.334] (-12101.201) (-12093.048) * (-12097.913) (-12098.408) (-12099.133) [-12101.494] -- 0:16:39
44500 -- [-12105.409] (-12108.071) (-12101.757) (-12098.029) * (-12104.059) [-12104.551] (-12099.200) (-12101.369) -- 0:16:27
45000 -- [-12099.491] (-12107.177) (-12098.750) (-12106.379) * [-12101.804] (-12096.756) (-12097.038) (-12101.980) -- 0:16:37
Average standard deviation of split frequencies: 0.000000
45500 -- (-12103.002) (-12100.868) (-12103.999) [-12094.391] * (-12100.401) (-12104.093) [-12102.634] (-12097.758) -- 0:16:25
46000 -- (-12111.518) [-12104.150] (-12099.485) (-12097.904) * (-12099.643) (-12109.953) [-12097.019] (-12101.613) -- 0:16:35
46500 -- (-12111.225) (-12103.897) (-12104.868) [-12103.142] * [-12104.568] (-12106.163) (-12106.622) (-12103.265) -- 0:16:24
47000 -- (-12100.843) (-12099.028) [-12106.274] (-12102.502) * (-12107.110) (-12111.725) (-12099.145) [-12104.602] -- 0:16:33
47500 -- (-12101.328) [-12097.305] (-12105.518) (-12104.433) * [-12097.314] (-12107.319) (-12098.246) (-12107.851) -- 0:16:22
48000 -- (-12099.979) [-12105.744] (-12107.169) (-12101.837) * (-12097.485) [-12105.514] (-12104.388) (-12103.006) -- 0:16:31
48500 -- (-12103.327) [-12100.436] (-12105.038) (-12102.897) * (-12101.748) (-12110.457) (-12109.570) [-12098.092] -- 0:16:20
49000 -- [-12100.130] (-12102.750) (-12097.290) (-12102.175) * [-12114.098] (-12102.345) (-12103.219) (-12108.862) -- 0:16:29
49500 -- (-12111.657) (-12100.357) [-12100.743] (-12104.228) * (-12100.767) (-12100.129) (-12108.361) [-12099.572] -- 0:16:19
50000 -- [-12098.558] (-12100.811) (-12102.779) (-12107.285) * (-12112.237) [-12095.971] (-12100.337) (-12101.431) -- 0:16:27
Average standard deviation of split frequencies: 0.000000
50500 -- (-12098.955) (-12105.464) [-12103.695] (-12104.500) * (-12113.568) (-12107.496) (-12103.876) [-12102.960] -- 0:16:36
51000 -- (-12103.382) [-12102.912] (-12106.498) (-12105.608) * [-12103.321] (-12108.835) (-12104.759) (-12101.974) -- 0:16:26
51500 -- (-12105.187) [-12099.675] (-12098.491) (-12100.224) * [-12102.790] (-12102.909) (-12104.091) (-12099.796) -- 0:16:34
52000 -- [-12098.719] (-12095.424) (-12099.253) (-12110.543) * (-12104.325) (-12106.991) [-12100.706] (-12109.634) -- 0:16:24
52500 -- (-12095.039) [-12098.981] (-12103.232) (-12112.538) * (-12099.335) [-12107.517] (-12105.014) (-12112.886) -- 0:16:32
53000 -- (-12098.216) (-12105.366) (-12100.544) [-12107.665] * (-12106.029) [-12099.946] (-12103.950) (-12113.523) -- 0:16:22
53500 -- [-12110.914] (-12096.653) (-12106.093) (-12105.304) * (-12115.199) (-12104.029) [-12114.899] (-12099.848) -- 0:16:30
54000 -- (-12106.339) (-12093.217) (-12108.521) [-12104.425] * (-12106.497) [-12094.691] (-12105.813) (-12103.518) -- 0:16:21
54500 -- (-12104.596) [-12101.475] (-12100.597) (-12102.866) * (-12103.707) (-12107.386) (-12103.005) [-12103.811] -- 0:16:28
55000 -- (-12103.582) (-12110.296) (-12103.449) [-12098.978] * [-12103.815] (-12105.426) (-12101.379) (-12115.789) -- 0:16:19
Average standard deviation of split frequencies: 0.000000
55500 -- (-12109.635) (-12102.041) (-12105.166) [-12103.118] * (-12105.176) (-12107.215) [-12103.463] (-12104.136) -- 0:16:27
56000 -- (-12107.996) [-12102.623] (-12104.012) (-12094.521) * (-12110.662) (-12107.445) [-12101.391] (-12098.243) -- 0:16:17
56500 -- (-12099.572) (-12101.236) (-12101.064) [-12107.597] * (-12110.574) (-12098.558) (-12093.922) [-12096.317] -- 0:16:25
57000 -- (-12104.893) (-12096.164) [-12106.113] (-12093.096) * (-12096.449) (-12097.924) (-12100.488) [-12101.293] -- 0:16:16
57500 -- (-12102.351) (-12099.588) [-12100.952] (-12102.671) * [-12099.833] (-12099.352) (-12104.243) (-12106.328) -- 0:16:23
58000 -- [-12103.150] (-12101.359) (-12100.506) (-12106.088) * (-12100.260) [-12107.920] (-12099.094) (-12103.512) -- 0:16:30
58500 -- [-12100.767] (-12098.451) (-12092.102) (-12101.227) * (-12103.165) [-12100.094] (-12108.359) (-12102.764) -- 0:16:21
59000 -- (-12104.178) (-12100.404) [-12100.668] (-12096.032) * (-12116.398) (-12099.096) (-12099.918) [-12099.698] -- 0:16:28
59500 -- [-12096.238] (-12102.345) (-12103.643) (-12103.688) * [-12106.496] (-12110.341) (-12103.376) (-12105.535) -- 0:16:20
60000 -- (-12102.239) (-12099.538) (-12101.897) [-12094.756] * (-12105.309) (-12105.873) (-12109.353) [-12097.030] -- 0:16:26
Average standard deviation of split frequencies: 0.000000
60500 -- (-12102.153) (-12104.737) (-12105.070) [-12097.089] * [-12101.891] (-12101.273) (-12099.954) (-12104.444) -- 0:16:18
61000 -- (-12101.250) (-12099.192) (-12108.231) [-12098.794] * (-12109.062) [-12111.976] (-12104.730) (-12109.836) -- 0:16:25
61500 -- (-12101.371) [-12098.516] (-12098.520) (-12102.154) * (-12102.900) [-12103.453] (-12101.809) (-12107.306) -- 0:16:16
62000 -- (-12101.273) (-12105.725) (-12097.935) [-12104.983] * (-12096.356) [-12099.999] (-12099.599) (-12107.796) -- 0:16:23
62500 -- (-12097.649) (-12105.360) (-12108.599) [-12101.697] * (-12100.848) [-12099.751] (-12099.536) (-12100.475) -- 0:16:14
63000 -- (-12101.179) [-12103.425] (-12102.183) (-12106.039) * [-12101.470] (-12099.759) (-12099.139) (-12112.012) -- 0:16:21
63500 -- (-12101.777) [-12094.894] (-12108.853) (-12100.101) * [-12105.007] (-12097.306) (-12111.302) (-12108.247) -- 0:16:13
64000 -- (-12104.386) [-12104.101] (-12108.723) (-12125.952) * (-12103.228) (-12103.604) (-12102.334) [-12096.483] -- 0:16:19
64500 -- (-12103.164) (-12112.713) (-12097.005) [-12101.791] * (-12105.843) (-12105.508) (-12110.076) [-12096.599] -- 0:16:11
65000 -- (-12096.825) (-12100.512) [-12103.056] (-12103.760) * [-12107.452] (-12102.014) (-12101.771) (-12101.752) -- 0:16:18
Average standard deviation of split frequencies: 0.000000
65500 -- (-12095.874) (-12105.796) (-12107.058) [-12107.199] * (-12103.174) (-12104.023) [-12101.780] (-12099.253) -- 0:16:10
66000 -- (-12103.198) [-12101.106] (-12100.740) (-12099.551) * (-12103.587) (-12098.408) [-12096.607] (-12106.996) -- 0:16:16
66500 -- (-12113.012) (-12099.385) (-12102.629) [-12098.400] * (-12103.635) [-12094.221] (-12106.892) (-12093.839) -- 0:16:22
67000 -- (-12093.338) (-12107.148) [-12102.864] (-12105.188) * [-12106.977] (-12104.198) (-12110.143) (-12094.673) -- 0:16:14
67500 -- (-12103.515) (-12112.467) [-12099.392] (-12105.408) * (-12106.361) (-12101.159) [-12102.162] (-12105.646) -- 0:16:20
68000 -- [-12100.442] (-12101.493) (-12096.583) (-12096.986) * (-12102.861) (-12103.948) [-12100.243] (-12100.903) -- 0:16:13
68500 -- [-12104.711] (-12104.576) (-12100.124) (-12096.187) * (-12096.475) (-12099.174) [-12095.270] (-12108.027) -- 0:16:19
69000 -- [-12102.651] (-12098.380) (-12108.115) (-12104.524) * (-12108.862) [-12105.094] (-12114.331) (-12102.609) -- 0:16:11
69500 -- (-12093.212) (-12103.184) (-12113.083) [-12106.755] * (-12102.923) (-12104.316) [-12097.873] (-12108.858) -- 0:16:17
70000 -- (-12101.037) [-12097.510] (-12112.023) (-12101.707) * (-12107.051) (-12098.542) (-12102.929) [-12095.962] -- 0:16:09
Average standard deviation of split frequencies: 0.000000
70500 -- (-12106.422) [-12106.727] (-12107.994) (-12094.849) * (-12104.024) (-12102.473) (-12098.093) [-12094.012] -- 0:16:15
71000 -- [-12097.591] (-12099.923) (-12099.731) (-12105.221) * (-12104.705) (-12098.749) (-12102.759) [-12097.842] -- 0:16:08
71500 -- (-12110.863) [-12098.719] (-12103.564) (-12107.331) * (-12107.379) (-12098.730) (-12102.699) [-12112.487] -- 0:16:13
72000 -- (-12104.144) [-12102.573] (-12105.957) (-12104.752) * (-12098.478) [-12098.572] (-12100.784) (-12102.407) -- 0:16:06
72500 -- (-12098.058) (-12098.774) [-12096.129] (-12093.701) * [-12104.367] (-12100.959) (-12099.862) (-12103.187) -- 0:16:12
73000 -- (-12101.890) (-12105.508) [-12100.878] (-12098.594) * (-12101.727) (-12100.094) [-12100.459] (-12106.152) -- 0:16:05
73500 -- (-12101.816) (-12116.994) [-12094.216] (-12104.331) * [-12099.367] (-12105.522) (-12101.288) (-12107.912) -- 0:16:10
74000 -- (-12093.775) (-12105.663) [-12095.991] (-12097.251) * (-12112.207) (-12105.985) (-12101.695) [-12103.683] -- 0:16:03
74500 -- (-12102.994) (-12105.074) [-12101.951] (-12102.691) * [-12102.127] (-12100.778) (-12102.746) (-12104.873) -- 0:16:08
75000 -- [-12096.671] (-12108.183) (-12095.743) (-12098.407) * (-12107.449) (-12100.017) [-12106.447] (-12098.669) -- 0:16:01
Average standard deviation of split frequencies: 0.000000
75500 -- (-12100.256) (-12099.614) [-12102.208] (-12098.172) * (-12106.389) [-12100.690] (-12102.796) (-12104.120) -- 0:16:07
76000 -- [-12098.138] (-12100.376) (-12107.026) (-12102.199) * [-12096.648] (-12114.199) (-12096.005) (-12095.258) -- 0:16:00
76500 -- (-12104.156) [-12100.739] (-12104.261) (-12097.598) * (-12100.726) (-12102.786) [-12095.200] (-12110.994) -- 0:16:05
77000 -- (-12098.233) (-12108.061) (-12104.902) [-12105.549] * (-12101.538) (-12104.360) [-12104.432] (-12107.449) -- 0:15:58
77500 -- (-12102.928) [-12101.480] (-12097.143) (-12098.872) * (-12100.830) [-12101.192] (-12106.439) (-12113.364) -- 0:16:04
78000 -- [-12102.757] (-12102.068) (-12096.923) (-12096.413) * (-12098.448) (-12104.339) [-12097.603] (-12108.346) -- 0:16:09
78500 -- (-12105.660) (-12102.084) (-12100.672) [-12093.991] * (-12099.839) (-12106.332) [-12100.502] (-12096.963) -- 0:16:02
79000 -- (-12099.814) [-12098.230] (-12099.212) (-12101.754) * (-12108.648) (-12098.621) (-12096.425) [-12099.399] -- 0:16:07
79500 -- (-12100.655) (-12105.998) [-12098.564] (-12101.370) * (-12113.431) [-12099.274] (-12105.780) (-12105.997) -- 0:16:01
80000 -- (-12109.273) (-12105.439) (-12100.038) [-12099.058] * (-12104.458) [-12096.411] (-12105.775) (-12111.763) -- 0:16:05
Average standard deviation of split frequencies: 0.000000
80500 -- (-12104.929) (-12105.874) [-12100.105] (-12109.407) * (-12102.119) [-12105.112] (-12109.370) (-12101.710) -- 0:15:59
81000 -- (-12109.549) (-12106.549) [-12100.343] (-12111.529) * [-12094.497] (-12099.574) (-12105.096) (-12100.346) -- 0:16:04
81500 -- (-12103.574) [-12119.488] (-12100.992) (-12101.520) * [-12097.910] (-12099.530) (-12099.787) (-12099.383) -- 0:15:57
82000 -- (-12101.782) [-12098.889] (-12104.090) (-12098.680) * (-12104.773) [-12093.125] (-12112.328) (-12107.427) -- 0:16:02
82500 -- (-12098.553) (-12099.104) (-12103.555) [-12100.398] * (-12100.884) (-12100.628) [-12112.685] (-12100.292) -- 0:15:56
83000 -- [-12101.662] (-12096.293) (-12100.761) (-12101.462) * (-12096.797) [-12102.001] (-12104.495) (-12099.393) -- 0:16:01
83500 -- (-12098.668) (-12098.451) [-12103.458] (-12106.400) * (-12103.697) (-12100.538) (-12102.634) [-12101.602] -- 0:15:54
84000 -- (-12102.974) [-12099.576] (-12098.001) (-12101.969) * (-12098.143) [-12096.250] (-12105.540) (-12101.667) -- 0:15:59
84500 -- (-12096.160) [-12095.385] (-12098.565) (-12096.340) * (-12109.383) (-12100.690) [-12104.381] (-12095.977) -- 0:15:53
85000 -- (-12097.572) (-12104.851) [-12096.531] (-12099.225) * (-12101.241) (-12102.204) [-12099.438] (-12101.965) -- 0:15:58
Average standard deviation of split frequencies: 0.000000
85500 -- [-12095.514] (-12099.850) (-12102.013) (-12097.692) * (-12098.598) [-12107.143] (-12105.443) (-12106.891) -- 0:15:51
86000 -- [-12093.986] (-12103.319) (-12104.499) (-12103.425) * (-12109.999) [-12100.308] (-12109.899) (-12100.742) -- 0:15:56
86500 -- [-12096.660] (-12102.186) (-12101.146) (-12099.611) * (-12097.519) [-12096.559] (-12098.119) (-12100.822) -- 0:15:50
87000 -- (-12108.308) [-12101.291] (-12115.865) (-12099.770) * [-12099.002] (-12098.788) (-12102.981) (-12118.436) -- 0:15:54
87500 -- [-12105.985] (-12103.104) (-12102.663) (-12095.963) * [-12093.576] (-12097.499) (-12095.842) (-12111.376) -- 0:15:48
88000 -- [-12101.286] (-12098.390) (-12101.747) (-12104.145) * (-12104.158) (-12099.971) [-12095.549] (-12110.115) -- 0:15:53
88500 -- (-12110.724) (-12102.945) [-12096.050] (-12099.682) * (-12104.817) (-12110.814) (-12096.181) [-12103.066] -- 0:15:57
89000 -- (-12098.092) [-12097.222] (-12102.144) (-12104.607) * (-12099.517) (-12105.119) (-12097.041) [-12097.237] -- 0:15:51
89500 -- [-12101.149] (-12102.808) (-12101.072) (-12102.339) * (-12112.393) (-12099.550) (-12097.297) [-12103.091] -- 0:15:56
90000 -- (-12106.391) [-12099.394] (-12100.613) (-12112.172) * [-12102.546] (-12099.288) (-12107.198) (-12102.792) -- 0:15:50
Average standard deviation of split frequencies: 0.000000
90500 -- [-12098.045] (-12099.808) (-12109.586) (-12104.230) * [-12101.002] (-12102.838) (-12107.433) (-12099.505) -- 0:15:54
91000 -- [-12095.721] (-12095.674) (-12108.220) (-12094.359) * (-12098.182) (-12096.432) (-12100.595) [-12101.789] -- 0:15:48
91500 -- [-12094.452] (-12100.063) (-12113.124) (-12100.156) * (-12100.372) (-12103.562) [-12105.013] (-12103.468) -- 0:15:53
92000 -- (-12096.559) [-12099.240] (-12111.940) (-12102.197) * [-12099.615] (-12094.618) (-12109.293) (-12100.137) -- 0:15:47
92500 -- [-12100.470] (-12109.115) (-12104.609) (-12104.209) * [-12105.021] (-12103.398) (-12109.019) (-12104.461) -- 0:15:51
93000 -- [-12098.657] (-12096.662) (-12099.463) (-12105.290) * (-12096.703) (-12099.730) [-12107.396] (-12105.993) -- 0:15:46
93500 -- (-12094.225) (-12100.021) (-12102.372) [-12106.692] * (-12101.531) (-12111.789) (-12106.730) [-12102.598] -- 0:15:50
94000 -- (-12096.968) [-12094.720] (-12094.662) (-12112.034) * (-12103.055) (-12101.213) [-12101.642] (-12106.035) -- 0:15:44
94500 -- (-12104.077) [-12102.289] (-12100.993) (-12112.998) * (-12110.678) [-12103.097] (-12102.234) (-12096.969) -- 0:15:48
95000 -- (-12100.157) (-12109.554) (-12113.793) [-12097.913] * (-12108.897) [-12101.814] (-12105.716) (-12103.058) -- 0:15:43
Average standard deviation of split frequencies: 0.000000
95500 -- (-12098.981) [-12105.202] (-12101.764) (-12095.196) * (-12100.694) (-12106.808) (-12102.096) [-12101.187] -- 0:15:47
96000 -- (-12112.403) (-12103.952) [-12105.388] (-12096.321) * (-12106.670) [-12096.115] (-12107.307) (-12115.376) -- 0:15:41
96500 -- (-12111.750) (-12107.998) (-12100.432) [-12098.230] * (-12098.978) [-12100.631] (-12101.198) (-12100.852) -- 0:15:45
97000 -- (-12106.769) (-12102.116) [-12109.988] (-12100.348) * (-12095.976) (-12094.534) (-12100.690) [-12099.127] -- 0:15:40
97500 -- (-12097.961) (-12099.535) [-12094.660] (-12107.360) * (-12103.478) [-12098.188] (-12105.428) (-12103.219) -- 0:15:44
98000 -- [-12097.793] (-12107.146) (-12096.163) (-12113.103) * (-12100.447) (-12109.462) [-12103.371] (-12102.683) -- 0:15:38
98500 -- (-12101.550) (-12100.641) (-12099.234) [-12095.312] * (-12101.599) [-12101.006] (-12097.492) (-12098.312) -- 0:15:42
99000 -- (-12102.126) (-12104.132) (-12094.923) [-12101.988] * (-12100.288) (-12102.842) (-12112.716) [-12095.598] -- 0:15:46
99500 -- (-12106.375) (-12103.523) (-12100.852) [-12104.023] * (-12106.134) (-12099.889) (-12100.770) [-12095.787] -- 0:15:41
100000 -- (-12114.051) (-12103.334) [-12097.859] (-12105.130) * [-12099.545] (-12102.322) (-12101.398) (-12103.994) -- 0:15:44
Average standard deviation of split frequencies: 0.000000
100500 -- (-12109.623) [-12099.860] (-12110.727) (-12110.709) * (-12104.841) (-12102.192) (-12099.632) [-12100.478] -- 0:15:39
101000 -- [-12098.765] (-12105.815) (-12107.121) (-12112.980) * (-12102.675) (-12105.609) [-12102.804] (-12103.931) -- 0:15:43
101500 -- (-12100.624) (-12103.339) (-12110.113) [-12102.456] * [-12098.324] (-12111.059) (-12108.585) (-12096.707) -- 0:15:38
102000 -- (-12105.054) (-12098.241) (-12106.292) [-12102.542] * (-12101.697) (-12102.886) (-12100.983) [-12097.835] -- 0:15:42
102500 -- (-12105.383) (-12101.466) (-12110.296) [-12099.093] * [-12096.976] (-12091.900) (-12098.434) (-12100.916) -- 0:15:36
103000 -- (-12111.171) (-12098.837) (-12102.908) [-12098.105] * (-12092.805) (-12101.667) [-12100.216] (-12106.732) -- 0:15:40
103500 -- [-12101.148] (-12104.655) (-12104.158) (-12103.217) * (-12104.406) (-12098.801) (-12106.124) [-12101.132] -- 0:15:35
104000 -- (-12104.109) (-12099.200) (-12101.531) [-12100.647] * (-12101.165) (-12099.215) (-12109.622) [-12098.575] -- 0:15:39
104500 -- (-12101.520) (-12101.864) (-12100.438) [-12104.324] * [-12101.513] (-12099.958) (-12111.775) (-12101.734) -- 0:15:34
105000 -- [-12101.620] (-12104.918) (-12102.000) (-12108.117) * (-12108.067) [-12099.148] (-12104.397) (-12104.302) -- 0:15:37
Average standard deviation of split frequencies: 0.000000
105500 -- (-12108.856) (-12099.316) (-12103.722) [-12101.749] * (-12104.513) (-12096.417) (-12103.488) [-12102.126] -- 0:15:32
106000 -- (-12103.199) (-12101.418) (-12096.145) [-12096.634] * (-12107.588) [-12103.360] (-12101.832) (-12102.724) -- 0:15:36
106500 -- [-12099.642] (-12107.330) (-12106.384) (-12100.082) * (-12106.339) (-12098.583) [-12103.864] (-12104.601) -- 0:15:31
107000 -- [-12108.983] (-12097.796) (-12104.662) (-12108.468) * (-12109.993) (-12092.847) [-12096.360] (-12104.777) -- 0:15:34
107500 -- (-12102.471) [-12106.047] (-12107.624) (-12102.785) * (-12109.282) [-12105.044] (-12107.698) (-12111.538) -- 0:15:29
108000 -- (-12104.370) (-12102.850) [-12106.052] (-12108.311) * [-12104.032] (-12095.177) (-12103.553) (-12098.726) -- 0:15:33
108500 -- (-12106.267) [-12100.350] (-12105.126) (-12097.610) * (-12100.950) [-12097.398] (-12105.007) (-12100.365) -- 0:15:28
109000 -- (-12114.738) (-12100.082) [-12100.254] (-12104.916) * (-12101.884) (-12108.013) [-12099.671] (-12100.034) -- 0:15:31
109500 -- [-12098.243] (-12096.142) (-12110.742) (-12110.352) * (-12098.921) (-12108.275) (-12101.692) [-12105.295] -- 0:15:35
110000 -- (-12110.732) (-12106.392) [-12098.434] (-12100.874) * (-12096.217) (-12106.969) [-12100.947] (-12104.789) -- 0:15:30
Average standard deviation of split frequencies: 0.000000
110500 -- (-12101.710) (-12100.065) [-12106.541] (-12097.288) * (-12097.494) (-12100.763) [-12102.623] (-12108.529) -- 0:15:33
111000 -- (-12104.038) (-12105.842) (-12102.811) [-12097.557] * (-12101.718) [-12100.510] (-12099.444) (-12100.278) -- 0:15:29
111500 -- [-12107.930] (-12104.370) (-12095.474) (-12096.862) * (-12105.109) (-12098.557) [-12099.311] (-12097.672) -- 0:15:32
112000 -- (-12103.167) (-12106.091) [-12099.321] (-12107.098) * [-12093.285] (-12103.070) (-12097.741) (-12106.061) -- 0:15:27
112500 -- (-12113.147) [-12096.570] (-12096.844) (-12108.140) * (-12113.239) (-12104.395) (-12097.363) [-12108.217] -- 0:15:30
113000 -- (-12100.837) (-12103.003) (-12106.690) [-12106.277] * [-12102.498] (-12105.576) (-12096.470) (-12113.376) -- 0:15:26
113500 -- (-12102.742) (-12101.154) [-12095.949] (-12095.262) * [-12099.037] (-12103.375) (-12099.685) (-12108.988) -- 0:15:29
114000 -- (-12105.831) (-12101.481) (-12103.041) [-12098.328] * (-12106.840) (-12103.122) [-12107.487] (-12105.507) -- 0:15:24
114500 -- (-12104.241) [-12102.903] (-12109.807) (-12098.194) * (-12101.232) (-12114.524) (-12099.430) [-12099.190] -- 0:15:28
115000 -- (-12106.489) [-12097.921] (-12103.676) (-12106.463) * (-12101.526) (-12102.518) (-12107.125) [-12099.624] -- 0:15:23
Average standard deviation of split frequencies: 0.000000
115500 -- [-12103.674] (-12099.031) (-12097.527) (-12108.429) * (-12101.642) [-12106.866] (-12103.533) (-12100.509) -- 0:15:26
116000 -- [-12108.908] (-12093.547) (-12098.321) (-12100.974) * (-12100.678) (-12100.509) (-12100.461) [-12103.372] -- 0:15:22
116500 -- (-12101.619) (-12103.898) [-12097.732] (-12104.881) * [-12095.758] (-12100.822) (-12101.824) (-12100.355) -- 0:15:25
117000 -- (-12111.795) (-12106.436) (-12096.228) [-12098.854] * (-12095.992) (-12102.792) (-12105.100) [-12095.556] -- 0:15:20
117500 -- (-12105.944) (-12102.866) [-12101.441] (-12100.268) * (-12105.724) (-12104.124) [-12099.572] (-12104.178) -- 0:15:23
118000 -- (-12100.770) (-12097.776) [-12100.371] (-12099.347) * (-12102.858) (-12102.866) (-12098.153) [-12103.363] -- 0:15:19
118500 -- (-12103.192) [-12104.947] (-12099.656) (-12100.335) * (-12100.828) (-12102.263) (-12098.771) [-12106.587] -- 0:15:22
119000 -- (-12108.115) (-12097.232) [-12093.766] (-12099.344) * [-12100.114] (-12107.456) (-12102.388) (-12103.834) -- 0:15:18
119500 -- (-12105.975) (-12106.042) (-12100.592) [-12098.358] * [-12107.078] (-12107.293) (-12105.642) (-12110.599) -- 0:15:21
120000 -- (-12111.392) [-12099.784] (-12094.879) (-12105.958) * [-12104.475] (-12103.767) (-12103.944) (-12109.688) -- 0:15:23
Average standard deviation of split frequencies: 0.000000
120500 -- (-12109.663) [-12105.618] (-12100.349) (-12097.158) * (-12106.857) (-12104.256) [-12100.250] (-12100.759) -- 0:15:19
121000 -- (-12101.015) [-12105.790] (-12103.108) (-12099.367) * (-12105.542) (-12105.406) [-12095.963] (-12103.159) -- 0:15:22
121500 -- (-12101.606) (-12094.435) [-12102.066] (-12099.592) * (-12099.993) (-12100.135) [-12102.022] (-12102.789) -- 0:15:18
122000 -- (-12103.064) (-12098.054) [-12097.275] (-12097.939) * [-12103.668] (-12104.382) (-12100.762) (-12103.514) -- 0:15:21
122500 -- [-12100.688] (-12102.364) (-12101.603) (-12104.592) * (-12097.509) (-12101.594) [-12106.363] (-12113.716) -- 0:15:16
123000 -- (-12101.224) (-12105.998) (-12103.843) [-12097.193] * (-12097.903) (-12098.711) [-12103.685] (-12100.831) -- 0:15:19
123500 -- (-12102.675) [-12109.668] (-12100.391) (-12103.183) * [-12096.812] (-12097.025) (-12103.070) (-12103.029) -- 0:15:15
124000 -- [-12097.635] (-12102.989) (-12094.391) (-12102.548) * (-12104.205) [-12096.396] (-12100.095) (-12102.989) -- 0:15:18
124500 -- (-12108.877) (-12101.216) [-12104.909] (-12098.228) * [-12104.383] (-12106.185) (-12106.409) (-12107.521) -- 0:15:14
125000 -- (-12108.827) (-12096.222) [-12106.990] (-12109.993) * (-12098.792) (-12094.486) (-12106.973) [-12106.218] -- 0:15:17
Average standard deviation of split frequencies: 0.000000
125500 -- (-12106.826) (-12100.050) (-12110.399) [-12104.739] * (-12105.601) [-12098.688] (-12097.364) (-12105.257) -- 0:15:12
126000 -- (-12107.327) (-12096.974) [-12101.849] (-12108.905) * (-12105.194) (-12092.655) [-12104.010] (-12104.835) -- 0:15:15
126500 -- (-12106.041) (-12104.354) (-12103.720) [-12104.709] * [-12096.481] (-12097.566) (-12104.155) (-12109.824) -- 0:15:11
127000 -- (-12107.326) [-12105.836] (-12101.329) (-12106.976) * [-12093.635] (-12102.744) (-12098.682) (-12106.881) -- 0:15:14
127500 -- (-12104.682) [-12096.427] (-12105.263) (-12115.156) * (-12100.531) (-12106.695) [-12099.675] (-12100.358) -- 0:15:10
128000 -- (-12105.183) (-12098.054) (-12105.170) [-12098.331] * (-12099.481) (-12111.725) (-12105.919) [-12096.800] -- 0:15:12
128500 -- (-12094.855) (-12109.589) [-12095.721] (-12100.759) * (-12107.062) (-12105.964) (-12099.771) [-12097.973] -- 0:15:08
129000 -- (-12101.581) (-12107.764) (-12099.077) [-12099.863] * [-12106.956] (-12101.876) (-12100.660) (-12104.269) -- 0:15:11
129500 -- (-12103.231) (-12106.494) [-12096.859] (-12098.241) * (-12101.627) (-12106.175) [-12099.305] (-12104.074) -- 0:15:07
130000 -- (-12102.093) [-12096.358] (-12114.899) (-12101.653) * (-12104.011) [-12097.924] (-12097.852) (-12101.236) -- 0:15:10
Average standard deviation of split frequencies: 0.000000
130500 -- (-12103.312) [-12104.553] (-12102.689) (-12099.252) * (-12105.036) (-12095.759) [-12098.053] (-12105.178) -- 0:15:06
131000 -- (-12100.777) (-12106.237) (-12100.447) [-12098.328] * (-12108.714) (-12098.649) [-12101.414] (-12102.780) -- 0:15:08
131500 -- (-12106.338) (-12106.736) (-12095.860) [-12102.420] * [-12104.574] (-12104.245) (-12098.275) (-12100.069) -- 0:15:11
132000 -- [-12101.507] (-12098.022) (-12098.880) (-12098.925) * (-12094.514) (-12100.208) (-12108.388) [-12101.971] -- 0:15:07
132500 -- (-12101.303) (-12096.877) (-12107.746) [-12100.761] * [-12100.335] (-12111.002) (-12108.510) (-12102.700) -- 0:15:10
133000 -- (-12096.861) (-12096.467) (-12105.645) [-12108.078] * (-12096.061) [-12103.539] (-12104.812) (-12096.650) -- 0:15:06
133500 -- (-12104.728) [-12096.945] (-12102.097) (-12108.433) * (-12104.661) (-12101.397) (-12103.662) [-12093.979] -- 0:15:08
134000 -- (-12097.619) [-12101.357] (-12101.640) (-12105.126) * [-12101.169] (-12105.610) (-12111.882) (-12101.528) -- 0:15:04
134500 -- (-12098.385) [-12102.674] (-12106.704) (-12104.812) * (-12107.638) (-12107.746) (-12106.051) [-12102.171] -- 0:15:07
135000 -- (-12103.351) (-12106.015) (-12109.950) [-12103.453] * [-12097.327] (-12110.252) (-12103.484) (-12108.151) -- 0:15:03
Average standard deviation of split frequencies: 0.000000
135500 -- (-12113.511) [-12097.962] (-12103.562) (-12101.538) * (-12101.530) [-12108.251] (-12105.254) (-12105.547) -- 0:15:05
136000 -- (-12109.519) [-12103.707] (-12109.434) (-12105.945) * (-12101.217) [-12103.658] (-12095.423) (-12106.782) -- 0:15:02
136500 -- (-12101.916) (-12099.907) [-12104.316] (-12107.568) * (-12096.129) [-12105.621] (-12102.526) (-12116.518) -- 0:15:04
137000 -- (-12096.177) [-12091.632] (-12100.225) (-12099.069) * [-12101.610] (-12101.138) (-12106.081) (-12105.020) -- 0:15:00
137500 -- [-12101.667] (-12099.267) (-12112.870) (-12103.688) * (-12105.745) [-12098.866] (-12108.506) (-12119.033) -- 0:15:03
138000 -- (-12102.232) [-12099.110] (-12110.801) (-12107.219) * (-12109.841) [-12101.895] (-12117.566) (-12107.650) -- 0:14:59
138500 -- [-12096.323] (-12107.021) (-12116.593) (-12096.493) * [-12106.572] (-12096.861) (-12102.391) (-12103.233) -- 0:15:01
139000 -- (-12103.280) (-12100.846) (-12098.126) [-12099.416] * (-12098.708) (-12102.039) [-12100.774] (-12102.598) -- 0:14:58
139500 -- (-12092.511) (-12107.696) [-12096.569] (-12101.334) * (-12106.735) (-12098.002) [-12097.730] (-12105.560) -- 0:15:00
140000 -- [-12091.811] (-12109.903) (-12102.742) (-12103.541) * [-12107.898] (-12097.590) (-12104.927) (-12110.382) -- 0:14:56
Average standard deviation of split frequencies: 0.000000
140500 -- (-12095.399) [-12105.488] (-12101.100) (-12105.574) * (-12106.401) (-12108.935) (-12101.621) [-12098.047] -- 0:14:59
141000 -- (-12110.034) (-12118.151) (-12102.977) [-12102.351] * (-12110.057) (-12098.754) (-12105.575) [-12104.426] -- 0:14:55
141500 -- [-12103.148] (-12101.832) (-12105.522) (-12097.734) * (-12104.197) (-12097.788) [-12104.063] (-12102.380) -- 0:14:57
142000 -- (-12100.887) (-12099.197) [-12101.383] (-12105.964) * (-12109.976) (-12102.296) (-12101.693) [-12104.159] -- 0:15:00
142500 -- (-12110.858) (-12099.729) (-12099.510) [-12096.333] * (-12100.836) (-12101.344) [-12100.356] (-12098.825) -- 0:14:56
143000 -- (-12109.323) (-12096.778) (-12103.933) [-12103.574] * (-12100.431) [-12100.259] (-12100.146) (-12101.291) -- 0:14:58
143500 -- [-12105.457] (-12099.162) (-12103.199) (-12102.059) * (-12104.892) (-12100.715) [-12096.955] (-12111.769) -- 0:14:55
144000 -- (-12100.804) (-12100.270) [-12098.407] (-12108.045) * (-12107.831) (-12099.417) (-12098.339) [-12101.775] -- 0:14:57
144500 -- (-12100.627) (-12101.938) (-12100.162) [-12099.332] * (-12101.153) (-12102.619) [-12100.910] (-12102.486) -- 0:14:53
145000 -- [-12108.259] (-12101.463) (-12100.738) (-12104.603) * (-12108.200) (-12108.731) (-12101.951) [-12097.759] -- 0:14:56
Average standard deviation of split frequencies: 0.000000
145500 -- (-12102.665) (-12108.356) [-12097.719] (-12104.646) * (-12107.493) (-12105.326) [-12105.203] (-12108.043) -- 0:14:52
146000 -- (-12104.500) [-12099.948] (-12102.630) (-12105.572) * (-12102.546) [-12099.379] (-12105.889) (-12099.853) -- 0:14:54
146500 -- (-12101.290) (-12095.090) (-12105.507) [-12110.807] * (-12107.685) [-12100.770] (-12109.121) (-12104.095) -- 0:14:51
147000 -- (-12103.850) [-12098.062] (-12107.359) (-12109.995) * (-12096.030) [-12101.682] (-12110.095) (-12098.867) -- 0:14:53
147500 -- [-12096.024] (-12107.755) (-12102.697) (-12105.652) * (-12099.383) (-12102.217) (-12102.366) [-12102.863] -- 0:14:50
148000 -- (-12103.495) (-12103.133) (-12101.422) [-12106.174] * (-12111.540) (-12106.057) (-12102.572) [-12106.312] -- 0:14:52
148500 -- (-12097.693) [-12105.039] (-12106.531) (-12101.572) * (-12098.754) (-12097.624) (-12108.271) [-12102.163] -- 0:14:48
149000 -- (-12107.769) (-12100.219) (-12100.725) [-12095.732] * (-12115.381) (-12099.891) (-12106.671) [-12105.862] -- 0:14:50
149500 -- (-12103.908) (-12104.534) [-12098.980] (-12100.908) * (-12104.589) (-12114.400) [-12108.637] (-12097.635) -- 0:14:47
150000 -- (-12099.938) (-12103.651) [-12098.004] (-12110.312) * (-12105.335) (-12105.382) (-12104.385) [-12096.260] -- 0:14:49
Average standard deviation of split frequencies: 0.000000
150500 -- (-12099.002) (-12099.714) [-12102.421] (-12116.965) * [-12101.277] (-12101.323) (-12101.882) (-12096.614) -- 0:14:46
151000 -- (-12096.073) (-12105.848) (-12100.139) [-12102.342] * (-12104.903) (-12102.038) [-12094.946] (-12108.032) -- 0:14:48
151500 -- [-12095.765] (-12115.852) (-12098.101) (-12101.757) * (-12101.033) (-12104.795) (-12104.949) [-12105.466] -- 0:14:44
152000 -- (-12102.305) [-12106.783] (-12105.743) (-12104.776) * [-12102.303] (-12099.526) (-12095.487) (-12100.452) -- 0:14:47
152500 -- (-12109.082) (-12109.204) [-12094.315] (-12097.324) * (-12102.097) (-12104.577) (-12101.242) [-12105.186] -- 0:14:49
153000 -- (-12103.684) (-12104.970) [-12090.957] (-12105.912) * (-12101.395) [-12095.436] (-12100.286) (-12103.957) -- 0:14:45
153500 -- (-12101.556) (-12109.086) (-12097.401) [-12102.043] * (-12099.689) (-12101.061) [-12094.005] (-12110.696) -- 0:14:47
154000 -- (-12099.752) [-12094.809] (-12108.162) (-12100.399) * [-12105.065] (-12099.586) (-12100.054) (-12111.590) -- 0:14:44
154500 -- (-12098.288) (-12095.033) (-12100.475) [-12097.162] * (-12097.848) [-12101.995] (-12102.382) (-12101.530) -- 0:14:46
155000 -- [-12096.871] (-12094.626) (-12108.310) (-12101.602) * [-12101.838] (-12104.140) (-12104.735) (-12107.641) -- 0:14:43
Average standard deviation of split frequencies: 0.000000
155500 -- (-12097.457) [-12098.023] (-12105.186) (-12102.365) * (-12103.578) (-12099.381) [-12102.435] (-12114.928) -- 0:14:45
156000 -- (-12098.516) (-12094.897) (-12100.769) [-12096.955] * [-12095.495] (-12109.108) (-12102.012) (-12099.226) -- 0:14:41
156500 -- [-12095.129] (-12097.697) (-12107.353) (-12101.278) * (-12100.740) [-12111.221] (-12105.056) (-12106.038) -- 0:14:43
157000 -- (-12095.488) (-12110.455) [-12094.841] (-12100.448) * (-12097.793) [-12101.473] (-12106.119) (-12104.129) -- 0:14:40
157500 -- (-12099.786) [-12095.722] (-12094.481) (-12104.616) * (-12108.564) (-12111.150) (-12108.221) [-12107.347] -- 0:14:42
158000 -- (-12099.151) (-12104.539) [-12097.790] (-12096.200) * [-12100.491] (-12102.788) (-12104.424) (-12099.787) -- 0:14:39
158500 -- (-12100.896) (-12106.040) (-12103.624) [-12098.766] * (-12100.449) [-12107.981] (-12109.090) (-12102.336) -- 0:14:41
159000 -- (-12101.953) [-12115.912] (-12100.593) (-12106.415) * (-12097.052) [-12102.679] (-12105.599) (-12103.695) -- 0:14:38
159500 -- [-12108.378] (-12106.404) (-12098.839) (-12104.848) * (-12112.777) [-12103.953] (-12107.440) (-12103.730) -- 0:14:40
160000 -- (-12103.091) (-12099.355) [-12100.658] (-12101.506) * (-12107.475) (-12108.676) (-12125.464) [-12100.295] -- 0:14:36
Average standard deviation of split frequencies: 0.000000
160500 -- [-12105.826] (-12103.898) (-12106.732) (-12110.738) * [-12100.000] (-12105.530) (-12111.628) (-12113.927) -- 0:14:38
161000 -- (-12102.937) [-12100.940] (-12098.610) (-12102.494) * (-12097.613) (-12099.420) (-12112.244) [-12104.615] -- 0:14:35
161500 -- (-12095.686) (-12104.484) (-12099.306) [-12102.005] * [-12101.986] (-12105.091) (-12109.432) (-12109.838) -- 0:14:37
162000 -- [-12097.908] (-12111.598) (-12102.718) (-12106.305) * (-12107.162) (-12103.018) [-12098.669] (-12107.205) -- 0:14:34
162500 -- (-12108.323) (-12099.247) [-12101.024] (-12108.729) * (-12106.860) (-12105.487) [-12095.279] (-12106.983) -- 0:14:36
163000 -- [-12103.263] (-12101.627) (-12108.788) (-12100.390) * (-12101.930) [-12107.942] (-12098.832) (-12106.252) -- 0:14:32
163500 -- (-12101.371) (-12106.902) [-12102.127] (-12098.221) * [-12096.528] (-12110.832) (-12102.534) (-12101.145) -- 0:14:34
164000 -- (-12099.846) (-12106.247) (-12101.666) [-12097.648] * [-12098.228] (-12110.547) (-12101.831) (-12104.891) -- 0:14:36
164500 -- [-12104.661] (-12106.718) (-12106.324) (-12105.026) * [-12102.355] (-12103.349) (-12101.202) (-12103.719) -- 0:14:33
165000 -- (-12105.673) [-12108.914] (-12102.033) (-12103.631) * (-12114.004) (-12104.561) [-12102.143] (-12101.694) -- 0:14:35
Average standard deviation of split frequencies: 0.000000
165500 -- [-12109.812] (-12102.816) (-12109.323) (-12104.876) * (-12102.702) [-12102.607] (-12104.799) (-12102.057) -- 0:14:32
166000 -- (-12099.265) [-12106.086] (-12106.547) (-12102.225) * (-12098.146) (-12103.350) [-12098.320] (-12109.008) -- 0:14:34
166500 -- (-12099.446) [-12100.580] (-12112.906) (-12100.796) * [-12100.961] (-12103.797) (-12102.255) (-12100.711) -- 0:14:31
167000 -- (-12107.529) [-12098.524] (-12103.270) (-12099.809) * (-12100.389) [-12100.461] (-12100.424) (-12105.089) -- 0:14:32
167500 -- (-12101.505) (-12100.170) [-12109.409] (-12104.179) * [-12100.614] (-12098.961) (-12100.082) (-12110.201) -- 0:14:29
168000 -- [-12112.215] (-12102.757) (-12109.462) (-12101.363) * [-12096.983] (-12106.685) (-12105.044) (-12099.646) -- 0:14:31
168500 -- [-12110.534] (-12100.338) (-12099.650) (-12098.769) * (-12102.597) (-12100.113) (-12100.404) [-12109.843] -- 0:14:28
169000 -- (-12099.939) [-12102.865] (-12106.907) (-12109.335) * (-12097.386) (-12105.503) [-12101.111] (-12099.518) -- 0:14:30
169500 -- [-12098.031] (-12101.818) (-12104.567) (-12107.070) * (-12115.440) [-12103.846] (-12094.974) (-12107.185) -- 0:14:27
170000 -- (-12107.767) (-12103.265) (-12104.492) [-12098.883] * [-12098.134] (-12101.931) (-12102.090) (-12106.246) -- 0:14:29
Average standard deviation of split frequencies: 0.000000
170500 -- (-12107.476) (-12103.624) [-12107.005] (-12104.313) * [-12103.811] (-12105.686) (-12101.415) (-12111.476) -- 0:14:25
171000 -- (-12095.933) (-12100.190) [-12095.793] (-12100.894) * (-12100.319) (-12102.239) (-12103.653) [-12101.813] -- 0:14:27
171500 -- [-12097.819] (-12103.667) (-12106.364) (-12105.147) * (-12104.834) (-12104.110) [-12103.718] (-12101.521) -- 0:14:24
172000 -- [-12095.206] (-12102.785) (-12115.781) (-12104.851) * (-12099.140) (-12104.137) [-12098.962] (-12102.911) -- 0:14:26
172500 -- [-12095.413] (-12100.959) (-12096.529) (-12105.769) * (-12101.327) [-12099.685] (-12101.702) (-12103.665) -- 0:14:23
173000 -- (-12097.296) [-12099.420] (-12101.029) (-12096.966) * [-12098.915] (-12107.695) (-12111.198) (-12098.908) -- 0:14:25
173500 -- [-12094.493] (-12100.198) (-12095.253) (-12100.894) * [-12101.086] (-12100.885) (-12113.852) (-12102.982) -- 0:14:22
174000 -- (-12112.296) (-12099.227) (-12095.800) [-12103.509] * [-12100.308] (-12110.891) (-12107.333) (-12106.389) -- 0:14:23
174500 -- (-12103.630) (-12107.123) [-12098.136] (-12095.005) * [-12094.671] (-12105.386) (-12099.605) (-12098.212) -- 0:14:20
175000 -- (-12106.271) [-12111.399] (-12103.421) (-12102.010) * (-12105.844) (-12101.261) [-12101.506] (-12106.896) -- 0:14:22
Average standard deviation of split frequencies: 0.000000
175500 -- (-12111.947) [-12102.848] (-12095.385) (-12108.337) * (-12118.410) [-12104.821] (-12106.421) (-12111.837) -- 0:14:24
176000 -- (-12100.740) [-12097.211] (-12103.737) (-12100.539) * (-12116.256) (-12107.723) [-12104.198] (-12105.244) -- 0:14:21
176500 -- (-12104.704) (-12098.524) (-12099.641) [-12099.148] * (-12107.213) (-12097.957) (-12103.518) [-12096.093] -- 0:14:23
177000 -- (-12101.945) [-12097.658] (-12106.625) (-12105.366) * [-12102.351] (-12102.748) (-12098.865) (-12108.275) -- 0:14:20
177500 -- (-12106.501) (-12104.329) [-12094.460] (-12104.629) * (-12106.012) (-12103.853) (-12104.160) [-12096.605] -- 0:14:21
178000 -- (-12108.416) (-12103.071) (-12103.265) [-12110.384] * (-12115.199) [-12104.318] (-12103.795) (-12099.044) -- 0:14:18
178500 -- (-12106.479) (-12097.187) (-12094.918) [-12101.815] * (-12108.111) (-12103.697) (-12099.884) [-12107.472] -- 0:14:20
179000 -- (-12098.165) (-12103.156) [-12100.324] (-12106.747) * (-12105.807) (-12107.561) (-12112.291) [-12097.993] -- 0:14:17
179500 -- [-12100.573] (-12104.323) (-12102.754) (-12110.828) * (-12108.878) (-12100.851) [-12099.749] (-12103.886) -- 0:14:19
180000 -- (-12101.770) (-12101.944) [-12098.127] (-12111.340) * [-12099.342] (-12115.901) (-12097.624) (-12098.000) -- 0:14:16
Average standard deviation of split frequencies: 0.000000
180500 -- (-12114.899) (-12108.303) [-12096.907] (-12108.330) * (-12105.218) (-12109.235) [-12104.877] (-12101.595) -- 0:14:18
181000 -- (-12112.621) (-12106.283) (-12102.012) [-12108.323] * (-12103.399) [-12100.641] (-12096.348) (-12103.037) -- 0:14:15
181500 -- (-12099.920) (-12104.151) [-12098.861] (-12113.956) * (-12100.002) (-12095.269) (-12101.720) [-12105.095] -- 0:14:16
182000 -- (-12099.184) (-12107.255) [-12097.807] (-12110.010) * [-12097.104] (-12103.711) (-12093.018) (-12100.115) -- 0:14:13
182500 -- (-12099.821) (-12104.281) [-12099.413] (-12106.833) * (-12100.186) (-12099.269) (-12109.558) [-12098.706] -- 0:14:15
183000 -- (-12104.538) [-12102.884] (-12104.087) (-12127.333) * (-12096.767) [-12101.014] (-12109.221) (-12101.842) -- 0:14:12
183500 -- (-12102.624) [-12095.952] (-12100.467) (-12103.710) * [-12099.069] (-12103.031) (-12107.547) (-12102.780) -- 0:14:14
184000 -- (-12100.900) [-12093.306] (-12099.501) (-12111.867) * [-12095.152] (-12097.373) (-12102.980) (-12106.005) -- 0:14:11
184500 -- (-12106.784) (-12099.881) (-12099.969) [-12104.143] * (-12096.977) [-12097.819] (-12109.995) (-12101.749) -- 0:14:13
185000 -- (-12107.271) [-12100.616] (-12108.773) (-12105.483) * (-12103.010) [-12102.444] (-12109.986) (-12106.423) -- 0:14:10
Average standard deviation of split frequencies: 0.000000
185500 -- (-12101.287) (-12097.449) [-12095.750] (-12102.819) * (-12104.066) [-12100.470] (-12110.739) (-12093.816) -- 0:14:11
186000 -- (-12109.082) (-12106.245) (-12097.940) [-12103.930] * (-12101.124) (-12110.913) (-12095.605) [-12101.747] -- 0:14:13
186500 -- [-12102.283] (-12104.868) (-12099.994) (-12102.630) * (-12105.378) [-12103.649] (-12091.969) (-12106.368) -- 0:14:10
187000 -- (-12104.616) (-12099.560) (-12103.588) [-12097.411] * [-12096.597] (-12100.195) (-12102.457) (-12104.864) -- 0:14:12
187500 -- [-12099.163] (-12108.973) (-12098.408) (-12106.467) * [-12099.848] (-12103.521) (-12101.934) (-12098.381) -- 0:14:09
188000 -- (-12101.286) (-12109.674) [-12105.586] (-12100.365) * (-12109.303) (-12107.604) (-12103.399) [-12101.642] -- 0:14:10
188500 -- (-12103.274) (-12097.183) (-12103.475) [-12100.207] * [-12098.807] (-12103.836) (-12099.245) (-12098.587) -- 0:14:08
189000 -- (-12099.662) (-12105.580) [-12097.565] (-12104.554) * (-12102.203) [-12101.828] (-12107.835) (-12101.822) -- 0:14:09
189500 -- [-12096.768] (-12106.255) (-12096.573) (-12103.744) * (-12102.999) [-12105.935] (-12095.499) (-12098.443) -- 0:14:06
190000 -- (-12110.660) [-12097.100] (-12102.274) (-12102.798) * [-12106.725] (-12106.527) (-12108.975) (-12102.161) -- 0:14:08
Average standard deviation of split frequencies: 0.000000
190500 -- (-12100.062) [-12100.068] (-12097.122) (-12098.962) * (-12100.037) (-12104.761) (-12104.249) [-12099.192] -- 0:14:05
191000 -- (-12102.667) (-12099.792) (-12104.259) [-12095.897] * [-12097.751] (-12099.796) (-12112.323) (-12106.765) -- 0:14:07
191500 -- (-12100.239) [-12101.417] (-12106.729) (-12101.315) * (-12096.887) (-12102.040) (-12104.632) [-12103.844] -- 0:14:04
192000 -- (-12104.715) [-12097.162] (-12108.048) (-12098.709) * [-12097.745] (-12104.284) (-12102.063) (-12103.177) -- 0:14:05
192500 -- [-12105.454] (-12096.597) (-12098.444) (-12101.155) * (-12113.801) (-12102.699) [-12099.984] (-12101.843) -- 0:14:03
193000 -- (-12112.415) (-12103.845) [-12099.009] (-12095.031) * [-12101.192] (-12097.424) (-12094.625) (-12104.784) -- 0:14:04
193500 -- [-12108.546] (-12104.150) (-12097.771) (-12099.445) * (-12105.937) [-12095.693] (-12099.018) (-12110.306) -- 0:14:01
194000 -- (-12105.765) (-12101.864) (-12102.631) [-12107.277] * (-12104.287) (-12102.170) (-12103.513) [-12100.146] -- 0:14:03
194500 -- (-12106.506) [-12104.098] (-12106.775) (-12101.582) * (-12096.749) [-12095.308] (-12108.079) (-12110.625) -- 0:14:00
195000 -- (-12100.733) (-12101.690) [-12102.398] (-12100.968) * [-12104.835] (-12102.439) (-12101.023) (-12104.357) -- 0:14:02
Average standard deviation of split frequencies: 0.000000
195500 -- (-12102.751) (-12097.801) (-12109.023) [-12101.279] * (-12110.214) [-12098.989] (-12100.229) (-12100.324) -- 0:14:03
196000 -- [-12101.096] (-12097.249) (-12105.668) (-12096.700) * (-12102.091) (-12103.226) [-12105.398] (-12104.054) -- 0:14:00
196500 -- [-12107.747] (-12107.940) (-12100.054) (-12108.422) * [-12099.245] (-12107.640) (-12103.398) (-12101.154) -- 0:14:02
197000 -- (-12111.198) [-12097.381] (-12103.425) (-12108.735) * [-12094.188] (-12099.952) (-12097.673) (-12105.347) -- 0:13:59
197500 -- (-12109.998) (-12100.039) [-12101.407] (-12106.496) * (-12095.435) (-12094.008) (-12098.594) [-12095.146] -- 0:14:01
198000 -- (-12116.165) [-12096.531] (-12094.472) (-12104.930) * (-12101.868) (-12101.158) [-12096.294] (-12096.845) -- 0:13:58
198500 -- (-12105.927) [-12099.035] (-12106.951) (-12102.527) * [-12099.039] (-12106.504) (-12103.305) (-12097.919) -- 0:13:59
199000 -- (-12105.214) (-12100.347) [-12101.738] (-12105.400) * (-12105.949) [-12100.477] (-12106.178) (-12102.777) -- 0:13:57
199500 -- (-12109.397) [-12099.557] (-12099.851) (-12106.936) * (-12103.169) (-12107.489) [-12097.276] (-12103.466) -- 0:13:58
200000 -- (-12103.991) (-12097.965) [-12096.565] (-12098.960) * (-12099.491) (-12110.080) [-12104.698] (-12101.605) -- 0:13:55
Average standard deviation of split frequencies: 0.000000
200500 -- (-12105.534) (-12101.206) (-12096.591) [-12098.967] * (-12109.714) (-12108.082) [-12101.144] (-12098.456) -- 0:13:57
201000 -- [-12097.812] (-12101.871) (-12113.632) (-12100.624) * (-12108.147) (-12103.892) (-12106.004) [-12099.865] -- 0:13:54
201500 -- (-12105.733) (-12103.272) [-12104.081] (-12099.862) * (-12104.082) [-12101.733] (-12106.934) (-12098.898) -- 0:13:56
202000 -- (-12106.332) [-12096.400] (-12104.914) (-12101.600) * (-12100.979) (-12101.685) [-12105.921] (-12102.411) -- 0:13:53
202500 -- [-12104.357] (-12099.158) (-12100.204) (-12099.188) * (-12109.631) (-12099.667) (-12106.293) [-12100.612] -- 0:13:54
203000 -- [-12101.694] (-12098.451) (-12100.998) (-12101.581) * [-12104.138] (-12103.111) (-12109.417) (-12101.516) -- 0:13:52
203500 -- (-12095.717) (-12105.133) [-12094.243] (-12117.867) * (-12099.440) (-12095.886) (-12099.364) [-12100.590] -- 0:13:53
204000 -- [-12104.698] (-12106.935) (-12098.059) (-12104.036) * [-12097.044] (-12100.514) (-12098.151) (-12099.752) -- 0:13:51
204500 -- [-12097.334] (-12105.597) (-12099.683) (-12100.472) * (-12102.515) (-12104.872) [-12102.093] (-12095.016) -- 0:13:52
205000 -- [-12100.136] (-12098.224) (-12107.076) (-12099.779) * (-12101.669) (-12107.475) (-12100.553) [-12103.311] -- 0:13:49
Average standard deviation of split frequencies: 0.000000
205500 -- (-12099.824) (-12102.838) (-12101.904) [-12097.413] * [-12105.368] (-12101.951) (-12107.277) (-12102.270) -- 0:13:51
206000 -- [-12103.605] (-12098.623) (-12100.617) (-12101.312) * [-12102.823] (-12111.439) (-12106.874) (-12100.808) -- 0:13:52
206500 -- (-12094.662) [-12098.835] (-12097.594) (-12094.050) * (-12100.623) (-12103.652) (-12107.352) [-12106.095] -- 0:13:50
207000 -- (-12107.264) (-12100.790) (-12105.000) [-12103.445] * (-12097.419) [-12093.277] (-12112.008) (-12099.686) -- 0:13:51
207500 -- (-12101.008) (-12103.481) [-12098.416] (-12100.895) * (-12097.499) [-12101.731] (-12102.860) (-12100.211) -- 0:13:48
208000 -- (-12104.771) (-12098.980) (-12101.091) [-12100.954] * (-12106.691) [-12099.408] (-12106.160) (-12103.380) -- 0:13:50
208500 -- (-12100.157) [-12099.521] (-12095.134) (-12103.860) * (-12094.908) (-12106.876) [-12097.438] (-12096.492) -- 0:13:47
209000 -- (-12097.469) [-12109.625] (-12111.009) (-12100.984) * (-12100.310) (-12107.992) (-12106.078) [-12097.194] -- 0:13:48
209500 -- [-12105.214] (-12117.818) (-12101.165) (-12102.523) * [-12106.369] (-12097.433) (-12093.738) (-12115.948) -- 0:13:46
210000 -- (-12101.828) (-12110.031) [-12095.304] (-12111.091) * (-12100.434) (-12097.663) (-12098.235) [-12098.334] -- 0:13:47
Average standard deviation of split frequencies: 0.000000
210500 -- [-12095.730] (-12116.055) (-12111.457) (-12100.506) * (-12101.546) (-12109.977) [-12096.202] (-12097.592) -- 0:13:45
211000 -- (-12109.393) (-12115.308) (-12105.248) [-12101.440] * (-12100.294) [-12097.967] (-12106.671) (-12101.213) -- 0:13:46
211500 -- [-12103.667] (-12102.293) (-12102.704) (-12104.042) * (-12103.082) (-12095.759) [-12103.293] (-12101.274) -- 0:13:43
212000 -- [-12111.670] (-12105.958) (-12097.847) (-12099.704) * (-12107.874) (-12094.638) [-12106.052] (-12105.940) -- 0:13:45
212500 -- (-12104.800) [-12101.294] (-12092.912) (-12105.649) * (-12102.436) [-12096.212] (-12107.221) (-12105.823) -- 0:13:42
213000 -- (-12099.039) (-12101.557) (-12104.944) [-12096.504] * [-12101.391] (-12109.179) (-12119.182) (-12100.714) -- 0:13:43
213500 -- [-12114.984] (-12100.986) (-12099.879) (-12106.764) * (-12100.106) (-12107.953) (-12113.292) [-12097.496] -- 0:13:41
214000 -- (-12099.562) [-12104.285] (-12104.188) (-12099.420) * [-12100.400] (-12100.763) (-12117.080) (-12100.101) -- 0:13:42
214500 -- (-12096.620) [-12098.486] (-12102.888) (-12096.986) * (-12107.576) (-12108.168) (-12111.193) [-12094.866] -- 0:13:40
215000 -- [-12097.519] (-12101.605) (-12105.244) (-12100.609) * (-12100.134) (-12101.353) (-12101.926) [-12100.192] -- 0:13:41
Average standard deviation of split frequencies: 0.000000
215500 -- [-12097.947] (-12098.889) (-12108.667) (-12105.973) * [-12099.061] (-12104.330) (-12104.916) (-12100.364) -- 0:13:39
216000 -- (-12098.499) [-12096.011] (-12104.418) (-12100.143) * (-12096.442) [-12102.267] (-12102.319) (-12101.931) -- 0:13:40
216500 -- (-12094.130) (-12094.229) [-12104.611] (-12099.214) * [-12106.485] (-12111.708) (-12099.245) (-12108.741) -- 0:13:41
217000 -- (-12101.585) [-12101.003] (-12106.295) (-12106.513) * [-12098.653] (-12097.799) (-12102.145) (-12094.947) -- 0:13:39
217500 -- (-12097.691) [-12099.497] (-12102.541) (-12104.198) * (-12107.302) (-12099.230) (-12107.464) [-12102.794] -- 0:13:40
218000 -- (-12107.718) (-12097.147) [-12105.331] (-12114.336) * (-12104.481) [-12099.450] (-12104.198) (-12107.613) -- 0:13:37
218500 -- (-12100.654) (-12094.889) (-12100.361) [-12098.039] * (-12103.795) (-12109.199) (-12108.713) [-12096.619] -- 0:13:39
219000 -- [-12099.806] (-12101.413) (-12101.830) (-12108.237) * [-12101.443] (-12101.004) (-12103.136) (-12114.896) -- 0:13:36
219500 -- [-12107.216] (-12105.468) (-12107.891) (-12096.002) * (-12101.924) (-12098.471) [-12100.021] (-12108.669) -- 0:13:37
220000 -- (-12103.469) (-12094.934) [-12102.178] (-12110.927) * (-12108.687) [-12104.103] (-12108.055) (-12100.666) -- 0:13:35
Average standard deviation of split frequencies: 0.000000
220500 -- [-12109.106] (-12100.216) (-12104.348) (-12098.904) * (-12101.914) (-12098.831) (-12100.666) [-12106.244] -- 0:13:36
221000 -- [-12109.726] (-12113.408) (-12109.989) (-12101.590) * (-12105.228) (-12103.485) [-12103.591] (-12105.154) -- 0:13:34
221500 -- (-12105.996) (-12104.108) (-12100.643) [-12095.943] * [-12109.758] (-12097.978) (-12099.338) (-12106.522) -- 0:13:35
222000 -- (-12104.276) (-12102.560) (-12098.629) [-12094.403] * (-12109.284) [-12098.342] (-12097.248) (-12115.088) -- 0:13:33
222500 -- (-12103.515) [-12105.153] (-12105.152) (-12102.162) * (-12100.069) (-12100.284) [-12100.351] (-12111.335) -- 0:13:34
223000 -- [-12109.950] (-12104.140) (-12094.810) (-12107.157) * (-12102.517) (-12098.961) [-12095.382] (-12106.864) -- 0:13:31
223500 -- [-12113.364] (-12103.928) (-12103.321) (-12106.336) * (-12104.070) [-12097.715] (-12103.313) (-12106.928) -- 0:13:32
224000 -- (-12104.516) [-12102.870] (-12106.658) (-12110.422) * [-12097.545] (-12097.810) (-12099.328) (-12102.935) -- 0:13:30
224500 -- (-12102.219) [-12109.673] (-12103.980) (-12111.477) * [-12097.085] (-12104.173) (-12102.942) (-12104.995) -- 0:13:31
225000 -- (-12099.924) (-12104.861) (-12107.392) [-12101.216] * [-12090.932] (-12099.356) (-12098.662) (-12100.887) -- 0:13:29
Average standard deviation of split frequencies: 0.000000
225500 -- (-12102.375) [-12094.995] (-12100.182) (-12103.606) * [-12094.190] (-12101.300) (-12097.692) (-12104.921) -- 0:13:30
226000 -- [-12100.416] (-12105.213) (-12107.569) (-12104.628) * (-12106.999) [-12109.709] (-12095.244) (-12100.208) -- 0:13:28
226500 -- [-12103.220] (-12098.147) (-12108.587) (-12097.765) * (-12102.952) [-12104.871] (-12101.977) (-12100.592) -- 0:13:29
227000 -- (-12102.561) (-12098.356) (-12104.457) [-12101.932] * [-12098.453] (-12104.580) (-12105.920) (-12102.696) -- 0:13:27
227500 -- (-12104.061) (-12107.422) (-12100.894) [-12103.080] * (-12101.340) (-12106.263) (-12104.910) [-12103.372] -- 0:13:28
228000 -- (-12110.629) (-12109.248) (-12104.587) [-12095.184] * (-12105.421) (-12103.644) (-12104.753) [-12104.125] -- 0:13:29
228500 -- (-12107.905) (-12110.434) (-12098.958) [-12102.239] * (-12110.134) [-12097.920] (-12104.926) (-12103.081) -- 0:13:26
229000 -- (-12101.244) (-12107.314) [-12101.316] (-12099.422) * [-12103.081] (-12104.938) (-12107.965) (-12112.592) -- 0:13:28
229500 -- [-12104.057] (-12104.301) (-12103.768) (-12107.394) * (-12102.415) [-12099.368] (-12095.881) (-12104.492) -- 0:13:25
230000 -- (-12105.107) [-12095.586] (-12104.351) (-12104.371) * (-12097.684) [-12101.036] (-12098.651) (-12102.388) -- 0:13:26
Average standard deviation of split frequencies: 0.000000
230500 -- [-12101.555] (-12102.827) (-12098.454) (-12099.512) * (-12099.471) [-12103.481] (-12105.677) (-12102.280) -- 0:13:24
231000 -- (-12110.891) (-12102.502) [-12109.561] (-12098.148) * [-12103.332] (-12108.524) (-12106.314) (-12110.417) -- 0:13:25
231500 -- (-12096.547) (-12103.259) [-12102.082] (-12097.837) * (-12100.548) [-12103.230] (-12108.734) (-12109.685) -- 0:13:23
232000 -- (-12104.710) (-12104.890) (-12099.866) [-12098.686] * (-12101.453) (-12109.269) [-12103.239] (-12103.126) -- 0:13:24
232500 -- (-12107.618) (-12102.718) [-12101.130] (-12109.362) * (-12103.490) (-12100.110) [-12095.522] (-12098.846) -- 0:13:22
233000 -- (-12112.748) (-12109.274) (-12102.749) [-12102.738] * (-12106.765) [-12100.862] (-12103.404) (-12099.076) -- 0:13:23
233500 -- (-12102.600) (-12108.655) [-12100.651] (-12101.664) * (-12109.258) (-12104.460) (-12101.476) [-12097.628] -- 0:13:20
234000 -- (-12107.161) (-12101.498) (-12103.147) [-12093.050] * (-12101.940) (-12103.360) (-12105.474) [-12096.553] -- 0:13:22
234500 -- [-12099.162] (-12099.170) (-12117.239) (-12104.212) * (-12112.134) (-12109.223) (-12099.875) [-12096.135] -- 0:13:19
235000 -- (-12097.376) (-12106.904) [-12099.711] (-12109.890) * (-12105.810) [-12104.226] (-12096.462) (-12096.392) -- 0:13:20
Average standard deviation of split frequencies: 0.000000
235500 -- (-12102.404) [-12099.205] (-12104.178) (-12102.379) * (-12100.707) [-12092.986] (-12107.362) (-12103.547) -- 0:13:18
236000 -- [-12093.671] (-12103.111) (-12104.909) (-12097.141) * (-12116.713) [-12095.935] (-12108.117) (-12109.494) -- 0:13:19
236500 -- (-12105.407) (-12109.059) [-12099.374] (-12098.767) * [-12107.305] (-12109.578) (-12101.719) (-12101.479) -- 0:13:17
237000 -- (-12114.496) (-12106.827) [-12095.313] (-12104.517) * (-12110.160) [-12103.044] (-12111.170) (-12105.239) -- 0:13:18
237500 -- [-12101.850] (-12100.061) (-12099.805) (-12098.108) * [-12105.644] (-12101.329) (-12099.329) (-12107.329) -- 0:13:16
238000 -- (-12107.418) [-12100.869] (-12101.886) (-12100.138) * [-12099.100] (-12094.487) (-12099.124) (-12104.627) -- 0:13:17
238500 -- (-12108.040) (-12105.291) (-12101.543) [-12094.275] * (-12099.672) (-12106.602) (-12103.019) [-12105.801] -- 0:13:18
239000 -- (-12117.115) (-12098.558) (-12103.120) [-12100.247] * (-12099.027) (-12107.211) [-12098.616] (-12103.424) -- 0:13:16
239500 -- (-12106.987) (-12097.227) (-12103.265) [-12103.427] * (-12101.707) (-12105.661) [-12098.183] (-12107.068) -- 0:13:17
240000 -- (-12105.014) (-12102.374) [-12097.151] (-12110.604) * [-12100.657] (-12104.905) (-12097.358) (-12113.038) -- 0:13:14
Average standard deviation of split frequencies: 0.000000
240500 -- (-12096.994) (-12104.355) [-12106.302] (-12105.686) * (-12104.540) (-12109.657) (-12093.304) [-12095.209] -- 0:13:15
241000 -- (-12101.349) [-12101.666] (-12104.836) (-12102.996) * (-12108.534) [-12101.549] (-12095.667) (-12098.457) -- 0:13:13
241500 -- [-12105.157] (-12115.079) (-12097.964) (-12102.968) * (-12100.510) (-12097.635) (-12101.332) [-12107.558] -- 0:13:14
242000 -- (-12101.387) [-12096.798] (-12099.418) (-12112.382) * [-12111.141] (-12102.952) (-12103.019) (-12102.409) -- 0:13:12
242500 -- (-12102.166) (-12106.079) [-12101.551] (-12105.424) * (-12103.923) (-12114.561) [-12099.318] (-12106.815) -- 0:13:13
243000 -- (-12098.026) (-12109.217) [-12098.655] (-12098.355) * [-12106.712] (-12097.191) (-12102.529) (-12102.570) -- 0:13:11
243500 -- [-12100.331] (-12107.861) (-12099.619) (-12108.308) * (-12101.498) (-12094.117) (-12109.893) [-12099.945] -- 0:13:12
244000 -- (-12099.158) (-12104.882) [-12111.114] (-12110.178) * [-12100.431] (-12096.064) (-12106.288) (-12104.095) -- 0:13:10
244500 -- (-12107.746) [-12101.150] (-12105.978) (-12106.136) * (-12100.431) (-12100.013) [-12098.922] (-12111.953) -- 0:13:11
245000 -- (-12099.961) (-12093.375) [-12097.962] (-12115.460) * (-12101.109) (-12103.058) (-12100.159) [-12100.737] -- 0:13:08
Average standard deviation of split frequencies: 0.000000
245500 -- [-12097.699] (-12102.137) (-12094.270) (-12098.793) * [-12105.683] (-12094.720) (-12098.760) (-12100.509) -- 0:13:09
246000 -- (-12102.949) [-12104.492] (-12112.275) (-12104.178) * [-12103.511] (-12097.398) (-12103.980) (-12105.600) -- 0:13:07
246500 -- [-12099.287] (-12098.223) (-12104.426) (-12106.273) * (-12104.523) [-12098.642] (-12104.169) (-12102.038) -- 0:13:08
247000 -- [-12099.144] (-12100.181) (-12109.870) (-12104.608) * (-12108.837) [-12096.144] (-12103.001) (-12108.779) -- 0:13:06
247500 -- (-12103.855) [-12102.423] (-12102.425) (-12103.987) * (-12107.796) (-12100.765) (-12100.262) [-12095.810] -- 0:13:07
248000 -- (-12106.894) (-12107.992) (-12103.072) [-12102.715] * (-12114.395) (-12104.934) [-12105.758] (-12103.874) -- 0:13:05
248500 -- (-12099.344) [-12095.899] (-12114.029) (-12100.483) * (-12111.983) (-12101.853) (-12105.988) [-12101.414] -- 0:13:06
249000 -- (-12098.655) (-12100.283) (-12098.035) [-12099.980] * (-12101.874) (-12099.272) (-12096.567) [-12106.251] -- 0:13:04
249500 -- [-12100.930] (-12099.486) (-12101.063) (-12104.848) * [-12100.541] (-12101.393) (-12104.003) (-12103.471) -- 0:13:05
250000 -- (-12101.875) (-12103.198) [-12100.035] (-12105.592) * [-12092.916] (-12105.489) (-12110.153) (-12106.051) -- 0:13:06
Average standard deviation of split frequencies: 0.000000
250500 -- (-12098.908) (-12106.991) (-12105.374) [-12094.126] * [-12092.161] (-12101.068) (-12100.196) (-12107.741) -- 0:13:03
251000 -- (-12108.360) [-12110.253] (-12106.079) (-12096.222) * [-12093.463] (-12097.458) (-12104.695) (-12100.177) -- 0:13:04
251500 -- (-12095.616) (-12101.536) (-12108.216) [-12099.133] * [-12094.998] (-12097.606) (-12114.308) (-12102.639) -- 0:13:02
252000 -- (-12101.962) [-12105.649] (-12103.219) (-12105.980) * (-12098.395) (-12097.984) (-12102.956) [-12096.128] -- 0:13:03
252500 -- (-12105.147) [-12107.050] (-12099.245) (-12095.375) * (-12100.905) (-12095.801) (-12110.195) [-12101.300] -- 0:13:01
253000 -- (-12096.225) (-12107.702) [-12103.712] (-12098.621) * [-12102.741] (-12104.047) (-12102.809) (-12110.019) -- 0:13:02
253500 -- (-12098.499) (-12102.620) (-12107.543) [-12098.112] * (-12109.103) (-12100.210) [-12101.820] (-12111.049) -- 0:13:00
254000 -- [-12104.825] (-12099.378) (-12108.796) (-12106.712) * (-12109.022) (-12110.866) [-12097.905] (-12107.546) -- 0:13:01
254500 -- (-12109.597) (-12102.039) [-12097.653] (-12099.750) * (-12104.701) (-12098.763) (-12105.209) [-12106.365] -- 0:12:59
255000 -- [-12104.873] (-12102.562) (-12099.540) (-12098.225) * (-12100.097) (-12100.250) [-12097.536] (-12102.156) -- 0:13:00
Average standard deviation of split frequencies: 0.000000
255500 -- [-12102.109] (-12099.716) (-12105.978) (-12101.659) * [-12105.171] (-12106.337) (-12099.289) (-12111.847) -- 0:12:58
256000 -- (-12099.609) (-12097.249) [-12103.945] (-12101.447) * (-12106.733) [-12101.954] (-12099.383) (-12111.479) -- 0:12:58
256500 -- [-12104.537] (-12104.771) (-12102.094) (-12103.123) * (-12099.496) (-12102.992) [-12094.376] (-12099.073) -- 0:12:56
257000 -- (-12103.186) [-12096.300] (-12103.263) (-12100.104) * (-12101.459) (-12102.541) [-12103.641] (-12101.263) -- 0:12:57
257500 -- [-12100.917] (-12101.053) (-12101.010) (-12099.441) * (-12106.953) [-12098.027] (-12100.894) (-12103.465) -- 0:12:55
258000 -- (-12102.767) (-12107.099) (-12105.724) [-12093.484] * (-12101.488) [-12098.173] (-12099.685) (-12106.970) -- 0:12:56
258500 -- (-12107.447) (-12100.437) [-12100.702] (-12103.309) * (-12095.665) (-12102.534) [-12103.704] (-12097.807) -- 0:12:54
259000 -- (-12102.766) (-12099.563) (-12109.045) [-12095.278] * (-12100.666) (-12100.530) [-12107.444] (-12097.412) -- 0:12:55
259500 -- (-12103.087) (-12103.763) (-12105.612) [-12104.309] * (-12101.028) (-12105.216) (-12101.995) [-12100.160] -- 0:12:53
260000 -- [-12098.401] (-12115.856) (-12107.956) (-12104.476) * (-12105.262) [-12100.849] (-12116.565) (-12112.729) -- 0:12:54
Average standard deviation of split frequencies: 0.000000
260500 -- (-12101.766) (-12108.419) (-12096.660) [-12104.525] * [-12106.591] (-12111.240) (-12115.249) (-12101.678) -- 0:12:52
261000 -- (-12108.297) [-12106.037] (-12102.934) (-12106.897) * [-12104.542] (-12098.451) (-12105.353) (-12113.049) -- 0:12:52
261500 -- [-12103.432] (-12101.551) (-12095.827) (-12105.244) * (-12099.114) (-12096.996) [-12098.766] (-12101.813) -- 0:12:53
262000 -- (-12105.028) (-12104.910) [-12100.227] (-12104.684) * (-12106.688) [-12098.035] (-12104.048) (-12108.521) -- 0:12:51
262500 -- (-12102.895) (-12102.216) (-12102.706) [-12101.209] * (-12105.529) [-12102.253] (-12096.828) (-12104.329) -- 0:12:52
263000 -- (-12097.534) [-12103.898] (-12094.415) (-12104.878) * [-12098.396] (-12100.336) (-12102.001) (-12116.526) -- 0:12:50
263500 -- (-12093.197) [-12097.486] (-12104.575) (-12108.519) * (-12107.014) [-12097.363] (-12107.574) (-12103.213) -- 0:12:51
264000 -- (-12109.212) [-12096.949] (-12099.452) (-12105.383) * (-12098.110) (-12098.042) (-12099.587) [-12103.420] -- 0:12:49
264500 -- [-12099.950] (-12101.704) (-12099.395) (-12094.899) * (-12099.511) (-12097.220) [-12112.049] (-12101.556) -- 0:12:50
265000 -- (-12109.254) (-12102.849) [-12101.404] (-12097.472) * (-12101.850) (-12105.831) [-12099.632] (-12097.552) -- 0:12:48
Average standard deviation of split frequencies: 0.000000
265500 -- (-12105.181) [-12097.202] (-12110.764) (-12102.053) * (-12120.954) (-12096.090) (-12095.381) [-12102.371] -- 0:12:49
266000 -- (-12101.159) [-12099.895] (-12102.463) (-12093.197) * (-12100.152) (-12096.904) [-12092.614] (-12096.912) -- 0:12:47
266500 -- (-12099.174) (-12102.307) [-12099.163] (-12103.220) * (-12106.495) [-12104.914] (-12095.798) (-12100.174) -- 0:12:47
267000 -- (-12097.424) (-12106.652) [-12096.762] (-12105.622) * (-12108.604) (-12101.624) (-12100.727) [-12098.342] -- 0:12:45
267500 -- (-12108.802) [-12101.279] (-12101.419) (-12110.300) * (-12096.349) [-12095.776] (-12107.653) (-12100.393) -- 0:12:46
268000 -- (-12104.091) (-12104.884) (-12101.272) [-12103.584] * (-12097.301) (-12105.988) [-12096.699] (-12101.619) -- 0:12:44
268500 -- [-12100.097] (-12101.591) (-12098.833) (-12100.879) * (-12102.583) (-12095.802) (-12103.667) [-12102.436] -- 0:12:45
269000 -- (-12103.667) (-12107.741) (-12099.108) [-12107.167] * (-12103.521) [-12094.344] (-12096.432) (-12109.726) -- 0:12:43
269500 -- (-12116.496) [-12102.078] (-12099.640) (-12100.771) * (-12101.461) (-12098.243) [-12101.608] (-12094.963) -- 0:12:44
270000 -- (-12101.700) (-12101.803) [-12103.766] (-12096.438) * [-12098.200] (-12101.963) (-12113.012) (-12097.166) -- 0:12:42
Average standard deviation of split frequencies: 0.000000
270500 -- [-12099.685] (-12095.361) (-12100.804) (-12103.521) * [-12109.110] (-12103.248) (-12098.900) (-12097.917) -- 0:12:43
271000 -- (-12104.253) (-12100.084) (-12112.404) [-12099.569] * (-12095.497) (-12100.221) [-12101.263] (-12105.322) -- 0:12:41
271500 -- (-12099.528) (-12093.623) [-12097.230] (-12104.714) * (-12099.691) [-12101.322] (-12101.027) (-12115.081) -- 0:12:42
272000 -- (-12100.677) [-12101.293] (-12103.201) (-12098.495) * (-12100.951) (-12112.306) [-12101.175] (-12099.199) -- 0:12:42
272500 -- (-12100.632) [-12095.735] (-12111.247) (-12108.393) * (-12100.453) [-12098.197] (-12100.155) (-12110.906) -- 0:12:40
273000 -- [-12098.882] (-12101.150) (-12096.135) (-12102.630) * [-12106.083] (-12099.081) (-12098.587) (-12099.757) -- 0:12:41
273500 -- (-12103.721) (-12098.790) (-12103.619) [-12106.328] * (-12100.927) (-12110.730) (-12096.265) [-12100.275] -- 0:12:39
274000 -- (-12099.308) (-12107.107) (-12095.986) [-12101.249] * (-12102.750) [-12097.938] (-12097.549) (-12103.914) -- 0:12:40
274500 -- (-12101.647) (-12104.571) (-12105.218) [-12104.876] * (-12115.360) (-12107.740) [-12100.201] (-12103.431) -- 0:12:38
275000 -- (-12104.680) [-12097.683] (-12106.826) (-12103.206) * (-12100.272) (-12101.900) [-12097.012] (-12101.566) -- 0:12:39
Average standard deviation of split frequencies: 0.000000
275500 -- (-12104.186) (-12102.876) (-12097.167) [-12102.110] * (-12096.535) [-12102.582] (-12104.995) (-12105.801) -- 0:12:37
276000 -- (-12104.739) (-12099.895) (-12097.528) [-12101.216] * (-12103.540) (-12099.643) (-12107.409) [-12098.464] -- 0:12:38
276500 -- (-12103.038) (-12107.777) (-12094.260) [-12103.099] * (-12102.743) [-12097.328] (-12108.479) (-12100.952) -- 0:12:36
277000 -- [-12102.246] (-12099.752) (-12098.093) (-12103.253) * (-12098.760) (-12099.858) (-12101.434) [-12100.548] -- 0:12:36
277500 -- (-12098.966) (-12099.420) [-12094.601] (-12106.198) * (-12111.246) [-12100.607] (-12108.237) (-12101.466) -- 0:12:35
278000 -- [-12099.655] (-12106.528) (-12100.596) (-12104.608) * (-12106.034) [-12108.527] (-12112.468) (-12106.416) -- 0:12:35
278500 -- [-12096.740] (-12107.483) (-12103.922) (-12098.514) * (-12098.378) [-12103.091] (-12113.715) (-12110.830) -- 0:12:33
279000 -- (-12108.324) (-12110.342) (-12099.799) [-12102.893] * (-12101.917) (-12102.841) (-12105.489) [-12106.327] -- 0:12:34
279500 -- (-12098.233) (-12094.248) [-12095.269] (-12098.050) * (-12101.556) (-12098.658) [-12105.082] (-12099.255) -- 0:12:32
280000 -- (-12103.120) [-12094.895] (-12108.598) (-12101.224) * (-12102.050) (-12106.994) [-12097.399] (-12103.956) -- 0:12:33
Average standard deviation of split frequencies: 0.000000
280500 -- (-12098.720) (-12097.197) (-12101.645) [-12097.762] * (-12105.142) (-12095.256) [-12100.122] (-12100.252) -- 0:12:31
281000 -- (-12102.288) (-12105.624) (-12101.580) [-12100.683] * (-12099.428) (-12100.766) (-12109.262) [-12099.751] -- 0:12:32
281500 -- (-12102.440) (-12104.164) [-12099.636] (-12101.099) * (-12103.345) (-12101.776) [-12097.572] (-12100.185) -- 0:12:30
282000 -- (-12111.761) [-12104.956] (-12114.717) (-12104.115) * [-12104.935] (-12096.486) (-12100.975) (-12096.364) -- 0:12:31
282500 -- (-12105.168) [-12108.712] (-12101.625) (-12101.324) * (-12098.400) (-12104.123) (-12102.106) [-12113.933] -- 0:12:31
283000 -- (-12108.699) (-12105.640) [-12099.434] (-12098.551) * (-12099.812) (-12096.548) (-12103.056) [-12100.732] -- 0:12:29
283500 -- (-12118.621) [-12099.494] (-12099.573) (-12098.397) * (-12104.497) (-12099.823) (-12099.613) [-12094.526] -- 0:12:30
284000 -- (-12109.296) [-12095.178] (-12102.199) (-12108.410) * (-12109.068) (-12098.268) (-12108.614) [-12098.284] -- 0:12:28
284500 -- (-12106.634) [-12095.300] (-12095.571) (-12094.439) * (-12107.990) (-12099.189) [-12099.258] (-12101.589) -- 0:12:29
285000 -- (-12103.850) (-12102.053) [-12098.808] (-12097.734) * (-12098.006) (-12102.568) [-12099.864] (-12107.057) -- 0:12:27
Average standard deviation of split frequencies: 0.000000
285500 -- (-12096.017) (-12102.003) [-12110.655] (-12100.856) * (-12103.139) [-12096.948] (-12095.410) (-12098.119) -- 0:12:28
286000 -- [-12100.860] (-12104.196) (-12106.036) (-12100.600) * (-12096.338) [-12105.953] (-12102.324) (-12099.367) -- 0:12:26
286500 -- (-12096.978) (-12111.473) [-12099.305] (-12108.783) * (-12096.508) (-12093.736) (-12102.892) [-12095.563] -- 0:12:27
287000 -- (-12099.119) (-12104.769) [-12101.278] (-12115.268) * (-12104.295) [-12100.308] (-12096.643) (-12097.944) -- 0:12:25
287500 -- [-12097.429] (-12103.087) (-12105.470) (-12111.831) * (-12100.425) [-12107.797] (-12096.664) (-12103.220) -- 0:12:25
288000 -- (-12100.638) [-12094.643] (-12104.215) (-12110.241) * (-12096.243) (-12097.286) (-12101.739) [-12101.996] -- 0:12:24
288500 -- (-12103.449) [-12104.967] (-12109.219) (-12107.405) * [-12100.058] (-12097.343) (-12105.007) (-12107.195) -- 0:12:24
289000 -- (-12101.582) (-12105.568) [-12102.587] (-12109.855) * (-12099.155) [-12099.728] (-12104.224) (-12099.628) -- 0:12:22
289500 -- (-12099.180) (-12107.182) [-12101.052] (-12107.319) * (-12099.188) (-12110.916) (-12109.733) [-12096.809] -- 0:12:23
290000 -- (-12104.822) (-12104.965) [-12097.057] (-12103.168) * (-12107.637) [-12095.550] (-12112.390) (-12109.603) -- 0:12:21
Average standard deviation of split frequencies: 0.000000
290500 -- (-12101.812) (-12106.290) (-12100.535) [-12103.506] * (-12113.985) (-12099.335) [-12115.876] (-12100.966) -- 0:12:22
291000 -- (-12105.357) (-12105.747) [-12100.703] (-12100.659) * (-12118.547) (-12112.341) (-12101.007) [-12095.575] -- 0:12:20
291500 -- (-12104.762) (-12104.773) [-12098.279] (-12103.118) * (-12108.262) [-12103.623] (-12103.950) (-12104.704) -- 0:12:21
292000 -- (-12102.239) (-12096.937) [-12101.528] (-12099.592) * (-12107.109) [-12105.803] (-12105.810) (-12098.864) -- 0:12:19
292500 -- (-12102.550) (-12103.655) (-12104.499) [-12103.864] * (-12102.031) (-12109.774) (-12095.543) [-12104.005] -- 0:12:20
293000 -- (-12101.201) [-12099.350] (-12100.649) (-12105.359) * (-12099.324) [-12109.002] (-12110.290) (-12105.884) -- 0:12:20
293500 -- [-12101.946] (-12104.954) (-12102.725) (-12103.753) * [-12107.317] (-12103.510) (-12103.196) (-12104.613) -- 0:12:18
294000 -- (-12100.047) (-12105.516) [-12097.727] (-12101.038) * [-12103.541] (-12102.905) (-12104.127) (-12101.262) -- 0:12:19
294500 -- (-12101.083) (-12109.212) [-12097.925] (-12106.150) * (-12097.196) [-12096.603] (-12116.609) (-12096.715) -- 0:12:17
295000 -- (-12102.816) [-12101.458] (-12097.146) (-12101.344) * (-12105.217) [-12097.553] (-12106.115) (-12104.117) -- 0:12:18
Average standard deviation of split frequencies: 0.000000
295500 -- (-12100.734) [-12101.995] (-12104.075) (-12104.293) * [-12099.751] (-12106.177) (-12108.389) (-12096.654) -- 0:12:16
296000 -- (-12101.071) (-12104.800) (-12102.898) [-12098.553] * [-12101.964] (-12108.837) (-12104.910) (-12108.997) -- 0:12:17
296500 -- (-12094.838) [-12098.856] (-12099.129) (-12109.054) * (-12099.764) (-12101.650) (-12103.955) [-12102.492] -- 0:12:15
297000 -- (-12105.911) (-12101.461) [-12100.992] (-12102.718) * (-12103.241) (-12098.561) (-12106.285) [-12099.084] -- 0:12:16
297500 -- (-12099.465) [-12096.024] (-12105.560) (-12102.584) * (-12100.767) [-12098.583] (-12101.424) (-12105.063) -- 0:12:14
298000 -- [-12106.230] (-12103.557) (-12101.644) (-12106.454) * [-12103.116] (-12110.497) (-12102.894) (-12107.991) -- 0:12:14
298500 -- (-12103.801) (-12110.413) (-12106.028) [-12101.959] * (-12097.090) [-12100.651] (-12103.132) (-12106.897) -- 0:12:13
299000 -- (-12103.297) (-12103.343) [-12103.020] (-12101.494) * (-12098.795) (-12107.882) [-12103.122] (-12098.964) -- 0:12:13
299500 -- (-12105.596) (-12106.174) [-12099.366] (-12107.612) * (-12101.839) (-12098.023) (-12106.504) [-12100.621] -- 0:12:12
300000 -- (-12108.676) [-12104.471] (-12110.730) (-12104.030) * (-12100.500) (-12098.380) [-12098.549] (-12105.436) -- 0:12:12
Average standard deviation of split frequencies: 0.000000
300500 -- (-12104.703) [-12103.549] (-12099.443) (-12111.109) * (-12106.751) [-12093.458] (-12098.967) (-12109.631) -- 0:12:10
301000 -- (-12113.254) (-12107.413) [-12105.566] (-12108.132) * (-12102.947) [-12100.663] (-12100.798) (-12099.931) -- 0:12:11
301500 -- [-12107.833] (-12103.973) (-12103.068) (-12102.062) * [-12102.225] (-12099.946) (-12104.601) (-12102.961) -- 0:12:09
302000 -- [-12106.031] (-12101.095) (-12103.119) (-12106.869) * [-12097.765] (-12103.354) (-12098.863) (-12093.604) -- 0:12:10
302500 -- [-12100.490] (-12100.012) (-12099.896) (-12102.229) * (-12099.355) [-12099.118] (-12102.464) (-12113.216) -- 0:12:10
303000 -- (-12102.544) (-12096.986) (-12098.952) [-12100.107] * [-12098.003] (-12100.451) (-12104.691) (-12102.932) -- 0:12:09
303500 -- (-12103.103) (-12095.533) (-12102.950) [-12097.423] * [-12101.575] (-12097.196) (-12107.375) (-12097.188) -- 0:12:09
304000 -- (-12107.046) (-12103.057) [-12102.580] (-12108.004) * (-12101.542) [-12094.238] (-12107.646) (-12098.980) -- 0:12:08
304500 -- (-12101.016) (-12101.055) [-12101.894] (-12096.701) * (-12096.553) [-12097.069] (-12104.974) (-12108.155) -- 0:12:08
305000 -- (-12096.427) (-12101.401) [-12105.358] (-12111.588) * (-12097.465) (-12105.917) [-12111.030] (-12106.960) -- 0:12:06
Average standard deviation of split frequencies: 0.000000
305500 -- (-12100.501) (-12099.871) [-12105.958] (-12101.941) * (-12100.227) (-12100.137) (-12108.171) [-12098.547] -- 0:12:07
306000 -- (-12101.752) (-12107.052) (-12100.437) [-12103.090] * [-12102.277] (-12094.253) (-12104.052) (-12099.959) -- 0:12:05
306500 -- [-12097.388] (-12101.151) (-12098.634) (-12099.620) * [-12100.650] (-12094.612) (-12103.763) (-12102.762) -- 0:12:06
307000 -- (-12110.672) (-12104.058) [-12098.853] (-12102.643) * [-12102.037] (-12102.475) (-12111.406) (-12101.113) -- 0:12:04
307500 -- (-12113.352) (-12097.882) [-12098.706] (-12106.149) * (-12100.231) (-12101.658) [-12110.239] (-12101.123) -- 0:12:05
308000 -- (-12095.354) [-12098.032] (-12106.330) (-12108.291) * (-12101.851) (-12100.601) (-12106.646) [-12098.990] -- 0:12:03
308500 -- (-12100.458) (-12097.205) (-12115.229) [-12105.408] * (-12099.918) (-12099.368) (-12110.752) [-12097.681] -- 0:12:04
309000 -- (-12107.995) (-12105.813) [-12103.093] (-12109.570) * (-12100.523) [-12097.045] (-12111.982) (-12112.598) -- 0:12:02
309500 -- (-12104.822) (-12103.692) [-12100.431] (-12105.515) * (-12100.099) (-12101.527) [-12101.931] (-12102.419) -- 0:12:02
310000 -- (-12106.942) (-12106.264) [-12097.154] (-12100.990) * (-12105.594) [-12099.318] (-12105.585) (-12102.970) -- 0:12:01
Average standard deviation of split frequencies: 0.000000
310500 -- (-12103.934) [-12099.323] (-12109.255) (-12103.184) * [-12102.625] (-12110.286) (-12096.799) (-12106.996) -- 0:12:01
311000 -- (-12103.201) (-12101.447) [-12106.493] (-12101.604) * (-12099.626) (-12098.402) [-12095.624] (-12098.307) -- 0:12:00
311500 -- (-12111.682) (-12097.152) (-12099.687) [-12097.725] * [-12097.289] (-12097.426) (-12106.604) (-12105.523) -- 0:12:00
312000 -- (-12105.602) [-12101.619] (-12098.895) (-12102.321) * (-12103.235) (-12102.779) (-12107.461) [-12103.702] -- 0:12:01
312500 -- (-12094.887) (-12102.147) [-12100.786] (-12100.958) * (-12106.524) (-12100.061) (-12111.224) [-12102.684] -- 0:11:59
313000 -- (-12105.216) (-12099.321) (-12110.007) [-12100.568] * (-12103.100) (-12107.289) (-12102.538) [-12099.774] -- 0:11:59
313500 -- (-12099.682) (-12102.989) (-12101.368) [-12103.507] * (-12102.820) (-12105.273) [-12095.556] (-12104.394) -- 0:11:58
314000 -- (-12109.613) [-12099.004] (-12106.186) (-12095.839) * (-12101.451) (-12104.280) [-12099.451] (-12098.336) -- 0:11:58
314500 -- (-12107.578) [-12111.764] (-12100.211) (-12099.611) * (-12111.423) (-12107.541) [-12108.990] (-12108.954) -- 0:11:57
315000 -- [-12103.315] (-12107.119) (-12099.581) (-12098.753) * (-12113.026) (-12109.643) [-12097.936] (-12108.460) -- 0:11:57
Average standard deviation of split frequencies: 0.000000
315500 -- [-12099.699] (-12100.606) (-12101.580) (-12096.253) * (-12106.510) (-12101.740) (-12105.248) [-12104.060] -- 0:11:55
316000 -- (-12097.052) (-12098.017) (-12107.943) [-12098.498] * (-12102.969) (-12100.051) (-12100.698) [-12095.996] -- 0:11:56
316500 -- (-12101.699) [-12097.998] (-12103.758) (-12104.744) * [-12102.885] (-12099.440) (-12105.801) (-12098.015) -- 0:11:54
317000 -- [-12096.110] (-12095.975) (-12104.577) (-12097.064) * (-12105.252) (-12098.439) (-12096.693) [-12101.205] -- 0:11:55
317500 -- (-12099.825) [-12099.735] (-12095.955) (-12096.906) * [-12099.141] (-12107.182) (-12106.515) (-12099.165) -- 0:11:55
318000 -- [-12096.250] (-12100.734) (-12104.530) (-12094.738) * (-12094.339) [-12096.868] (-12104.813) (-12097.868) -- 0:11:54
318500 -- [-12103.794] (-12097.880) (-12108.969) (-12097.898) * [-12098.643] (-12100.874) (-12103.730) (-12100.651) -- 0:11:54
319000 -- (-12109.310) (-12108.666) [-12103.299] (-12097.640) * [-12101.498] (-12103.397) (-12106.316) (-12097.203) -- 0:11:53
319500 -- [-12109.906] (-12111.066) (-12104.209) (-12105.999) * (-12101.898) [-12103.568] (-12101.082) (-12100.755) -- 0:11:53
320000 -- (-12098.407) (-12110.907) (-12111.028) [-12101.416] * (-12098.369) (-12103.378) (-12096.857) [-12104.929] -- 0:11:51
Average standard deviation of split frequencies: 0.000000
320500 -- (-12105.457) (-12112.231) (-12103.240) [-12104.527] * [-12106.535] (-12104.019) (-12099.442) (-12097.745) -- 0:11:52
321000 -- [-12094.513] (-12094.332) (-12100.415) (-12102.645) * (-12106.430) (-12105.055) (-12103.978) [-12095.702] -- 0:11:50
321500 -- [-12097.783] (-12103.128) (-12100.976) (-12105.079) * (-12108.371) (-12104.511) [-12101.129] (-12103.520) -- 0:11:51
322000 -- (-12102.882) (-12099.377) (-12104.378) [-12108.552] * [-12107.774] (-12109.939) (-12104.961) (-12100.796) -- 0:11:49
322500 -- (-12097.581) (-12106.258) [-12102.262] (-12105.961) * (-12098.934) [-12107.677] (-12110.515) (-12101.120) -- 0:11:50
323000 -- (-12096.187) (-12096.849) [-12102.912] (-12105.413) * (-12100.526) (-12096.552) (-12118.432) [-12097.018] -- 0:11:50
323500 -- (-12099.666) [-12096.759] (-12100.998) (-12096.282) * (-12105.646) [-12095.823] (-12101.056) (-12098.439) -- 0:11:48
324000 -- (-12103.457) [-12105.732] (-12100.528) (-12097.850) * (-12102.618) (-12103.956) (-12097.051) [-12099.900] -- 0:11:49
324500 -- (-12104.119) [-12103.183] (-12100.720) (-12104.023) * (-12102.109) (-12097.222) (-12106.173) [-12096.782] -- 0:11:47
325000 -- [-12097.534] (-12103.490) (-12100.397) (-12102.292) * (-12100.101) [-12097.921] (-12106.290) (-12097.872) -- 0:11:48
Average standard deviation of split frequencies: 0.000000
325500 -- (-12101.216) (-12121.353) (-12108.210) [-12106.632] * (-12102.083) (-12097.173) [-12093.932] (-12108.125) -- 0:11:46
326000 -- (-12106.561) [-12099.485] (-12100.146) (-12099.112) * (-12099.802) [-12098.680] (-12098.259) (-12098.200) -- 0:11:47
326500 -- [-12097.410] (-12105.255) (-12103.488) (-12105.967) * (-12102.293) [-12108.304] (-12106.471) (-12097.231) -- 0:11:45
327000 -- (-12099.504) (-12107.495) (-12104.831) [-12093.286] * [-12106.552] (-12100.610) (-12106.950) (-12102.018) -- 0:11:45
327500 -- (-12101.872) (-12103.054) (-12098.928) [-12098.820] * [-12101.812] (-12103.088) (-12106.366) (-12102.496) -- 0:11:46
328000 -- (-12103.400) (-12107.698) (-12101.280) [-12098.195] * [-12096.825] (-12102.553) (-12106.410) (-12097.960) -- 0:11:44
328500 -- (-12101.255) (-12099.755) [-12104.378] (-12105.003) * [-12104.523] (-12103.134) (-12114.334) (-12103.844) -- 0:11:45
329000 -- (-12108.702) [-12098.190] (-12101.733) (-12098.945) * [-12096.997] (-12103.440) (-12106.495) (-12109.284) -- 0:11:43
329500 -- (-12100.062) (-12108.264) (-12097.838) [-12102.884] * [-12102.526] (-12098.643) (-12103.624) (-12105.031) -- 0:11:44
330000 -- (-12105.621) [-12100.411] (-12095.345) (-12102.274) * [-12110.333] (-12105.010) (-12112.835) (-12105.384) -- 0:11:42
Average standard deviation of split frequencies: 0.000000
330500 -- (-12098.988) (-12095.649) [-12100.266] (-12109.104) * [-12101.513] (-12099.978) (-12103.500) (-12101.224) -- 0:11:42
331000 -- (-12096.216) (-12100.872) [-12101.614] (-12100.130) * (-12101.476) (-12107.694) (-12111.217) [-12100.531] -- 0:11:41
331500 -- (-12113.358) [-12095.840] (-12100.871) (-12102.679) * [-12099.709] (-12106.016) (-12100.997) (-12093.482) -- 0:11:41
332000 -- (-12098.725) (-12105.605) [-12097.986] (-12106.534) * (-12100.403) [-12109.160] (-12102.329) (-12108.101) -- 0:11:40
332500 -- (-12104.028) (-12104.604) (-12105.620) [-12102.647] * (-12097.487) (-12101.466) [-12099.531] (-12106.267) -- 0:11:40
333000 -- (-12099.414) [-12108.225] (-12098.773) (-12110.149) * (-12105.425) (-12105.379) [-12105.394] (-12097.048) -- 0:11:39
333500 -- (-12094.670) (-12113.534) [-12097.138] (-12105.191) * (-12098.120) (-12096.114) (-12105.155) [-12100.527] -- 0:11:39
334000 -- [-12104.995] (-12103.891) (-12099.385) (-12094.595) * (-12095.911) (-12109.948) (-12096.537) [-12100.272] -- 0:11:37
334500 -- [-12107.907] (-12101.568) (-12101.716) (-12099.241) * (-12109.074) [-12098.268] (-12103.338) (-12105.827) -- 0:11:38
335000 -- (-12100.334) (-12097.225) [-12106.755] (-12101.916) * (-12100.624) [-12098.604] (-12105.583) (-12111.100) -- 0:11:38
Average standard deviation of split frequencies: 0.000000
335500 -- (-12100.517) [-12100.215] (-12105.088) (-12100.273) * (-12094.552) [-12098.617] (-12109.327) (-12099.673) -- 0:11:37
336000 -- [-12095.172] (-12105.134) (-12103.088) (-12099.058) * [-12103.124] (-12107.444) (-12108.611) (-12110.608) -- 0:11:37
336500 -- (-12101.415) [-12098.598] (-12104.731) (-12104.626) * [-12101.596] (-12103.754) (-12100.323) (-12109.469) -- 0:11:36
337000 -- (-12103.444) [-12099.177] (-12100.476) (-12101.684) * (-12105.302) [-12103.563] (-12103.029) (-12097.432) -- 0:11:36
337500 -- (-12103.720) (-12101.555) (-12103.889) [-12100.473] * [-12100.038] (-12095.975) (-12098.541) (-12107.447) -- 0:11:34
338000 -- (-12109.351) (-12107.599) (-12101.254) [-12100.110] * (-12099.313) (-12098.508) (-12100.139) [-12108.975] -- 0:11:35
338500 -- (-12116.978) (-12103.898) (-12100.900) [-12096.415] * (-12115.087) (-12101.261) [-12107.761] (-12093.197) -- 0:11:33
339000 -- (-12117.783) (-12096.771) [-12103.632] (-12103.281) * [-12096.221] (-12099.333) (-12100.025) (-12098.896) -- 0:11:34
339500 -- (-12105.996) (-12103.415) (-12099.413) [-12096.425] * [-12103.377] (-12106.474) (-12098.239) (-12107.997) -- 0:11:32
340000 -- (-12105.299) (-12104.482) (-12095.714) [-12103.901] * (-12097.435) (-12104.274) [-12097.846] (-12100.836) -- 0:11:33
Average standard deviation of split frequencies: 0.000000
340500 -- (-12106.969) [-12099.061] (-12099.048) (-12107.511) * (-12097.054) [-12098.822] (-12108.977) (-12098.791) -- 0:11:31
341000 -- (-12107.985) (-12103.861) [-12102.565] (-12104.131) * [-12093.696] (-12103.100) (-12105.104) (-12099.882) -- 0:11:31
341500 -- (-12107.111) (-12110.820) [-12101.311] (-12101.321) * (-12096.159) (-12110.711) (-12116.529) [-12104.510] -- 0:11:30
342000 -- [-12107.302] (-12101.951) (-12097.791) (-12101.540) * (-12101.187) (-12108.458) (-12102.617) [-12105.755] -- 0:11:30
342500 -- (-12100.121) (-12103.701) [-12109.375] (-12104.848) * [-12095.617] (-12107.848) (-12104.460) (-12104.322) -- 0:11:29
343000 -- [-12096.150] (-12109.906) (-12101.493) (-12104.535) * (-12100.499) (-12108.021) (-12115.130) [-12103.851] -- 0:11:29
343500 -- (-12105.126) (-12112.277) (-12103.064) [-12104.837] * (-12100.112) [-12102.974] (-12095.488) (-12104.270) -- 0:11:28
344000 -- (-12104.037) (-12095.191) [-12094.772] (-12109.978) * (-12104.038) (-12101.516) [-12095.427] (-12102.257) -- 0:11:28
344500 -- (-12094.657) (-12102.154) [-12096.927] (-12106.568) * (-12097.503) (-12107.820) (-12109.347) [-12100.147] -- 0:11:26
345000 -- [-12101.777] (-12121.245) (-12106.496) (-12101.861) * (-12105.480) (-12108.071) [-12096.943] (-12107.230) -- 0:11:27
Average standard deviation of split frequencies: 0.000000
345500 -- (-12102.337) (-12105.759) [-12100.898] (-12105.735) * (-12108.788) (-12106.648) [-12099.353] (-12106.107) -- 0:11:25
346000 -- (-12104.548) [-12107.124] (-12093.594) (-12102.938) * (-12105.435) (-12100.872) (-12104.883) [-12099.789] -- 0:11:26
346500 -- (-12098.706) [-12101.494] (-12096.146) (-12102.293) * (-12112.931) (-12104.692) [-12096.298] (-12100.021) -- 0:11:26
347000 -- [-12111.609] (-12108.872) (-12100.754) (-12106.584) * (-12106.919) [-12106.416] (-12098.525) (-12104.214) -- 0:11:24
347500 -- (-12107.091) [-12100.869] (-12097.984) (-12101.589) * (-12096.947) (-12105.779) (-12098.128) [-12102.494] -- 0:11:25
348000 -- (-12102.540) (-12107.127) (-12106.745) [-12112.484] * (-12103.334) (-12103.076) [-12105.494] (-12108.028) -- 0:11:23
348500 -- (-12103.518) (-12103.096) (-12109.894) [-12105.888] * (-12104.686) [-12097.170] (-12107.772) (-12105.134) -- 0:11:24
349000 -- (-12100.933) (-12105.589) (-12101.453) [-12097.139] * (-12101.068) [-12096.994] (-12106.193) (-12101.668) -- 0:11:22
349500 -- [-12098.807] (-12108.900) (-12098.427) (-12102.775) * [-12095.254] (-12106.530) (-12098.193) (-12100.498) -- 0:11:23
350000 -- (-12103.553) [-12100.274] (-12099.963) (-12097.646) * (-12107.720) (-12101.857) [-12099.714] (-12098.121) -- 0:11:21
Average standard deviation of split frequencies: 0.000000
350500 -- (-12100.600) [-12104.102] (-12110.956) (-12105.450) * [-12099.928] (-12101.331) (-12101.003) (-12096.513) -- 0:11:21
351000 -- (-12109.380) (-12096.609) (-12105.602) [-12101.676] * (-12099.001) (-12103.074) [-12093.184] (-12100.390) -- 0:11:20
351500 -- (-12109.470) [-12097.304] (-12099.418) (-12105.630) * (-12095.546) (-12105.515) (-12095.282) [-12107.345] -- 0:11:20
352000 -- [-12101.107] (-12105.933) (-12096.403) (-12109.206) * [-12098.650] (-12105.264) (-12108.597) (-12096.522) -- 0:11:19
352500 -- [-12090.681] (-12099.239) (-12109.103) (-12106.515) * (-12105.749) [-12101.578] (-12103.265) (-12099.056) -- 0:11:19
353000 -- (-12103.544) [-12094.960] (-12106.041) (-12097.839) * (-12109.511) (-12111.546) (-12102.720) [-12097.838] -- 0:11:18
353500 -- [-12104.805] (-12103.333) (-12104.285) (-12108.327) * (-12102.072) [-12102.787] (-12103.815) (-12098.135) -- 0:11:18
354000 -- (-12108.171) (-12096.985) [-12098.169] (-12102.595) * (-12103.433) (-12105.653) (-12103.301) [-12099.673] -- 0:11:17
354500 -- [-12108.355] (-12107.978) (-12110.072) (-12100.986) * (-12101.016) (-12098.169) (-12103.957) [-12104.419] -- 0:11:17
355000 -- (-12115.474) (-12101.236) (-12105.854) [-12105.502] * (-12098.629) (-12098.762) [-12105.453] (-12100.075) -- 0:11:15
Average standard deviation of split frequencies: 0.000000
355500 -- [-12102.570] (-12110.688) (-12102.386) (-12102.620) * [-12100.780] (-12103.577) (-12113.191) (-12106.405) -- 0:11:16
356000 -- (-12100.417) (-12101.842) [-12097.857] (-12100.195) * (-12098.806) (-12105.138) [-12104.808] (-12107.162) -- 0:11:16
356500 -- [-12103.432] (-12105.202) (-12100.544) (-12097.659) * (-12101.022) [-12095.880] (-12104.931) (-12103.784) -- 0:11:15
357000 -- [-12093.741] (-12108.932) (-12098.238) (-12107.069) * (-12112.089) [-12099.039] (-12096.568) (-12105.446) -- 0:11:15
357500 -- [-12099.221] (-12104.869) (-12105.838) (-12111.060) * (-12097.198) (-12108.907) [-12098.721] (-12110.666) -- 0:11:13
358000 -- (-12105.713) (-12104.083) [-12100.799] (-12096.113) * (-12101.105) (-12116.073) [-12095.519] (-12116.681) -- 0:11:14
358500 -- (-12097.379) [-12103.690] (-12099.123) (-12108.666) * (-12099.167) (-12099.708) [-12103.473] (-12100.663) -- 0:11:12
359000 -- (-12113.342) (-12106.259) [-12097.030] (-12108.010) * (-12102.412) [-12105.445] (-12090.672) (-12104.126) -- 0:11:13
359500 -- (-12100.800) (-12096.597) [-12101.165] (-12107.300) * [-12103.802] (-12105.271) (-12103.403) (-12102.537) -- 0:11:11
360000 -- [-12101.701] (-12118.573) (-12094.445) (-12104.693) * (-12100.526) (-12107.978) [-12094.402] (-12102.908) -- 0:11:12
Average standard deviation of split frequencies: 0.000000
360500 -- (-12109.508) (-12099.396) [-12103.178] (-12120.085) * (-12096.470) (-12103.124) [-12098.469] (-12098.652) -- 0:11:10
361000 -- (-12101.795) (-12105.544) [-12100.772] (-12099.696) * [-12098.354] (-12101.101) (-12106.243) (-12099.506) -- 0:11:10
361500 -- [-12100.170] (-12098.819) (-12107.642) (-12099.854) * (-12097.413) [-12098.904] (-12106.017) (-12102.324) -- 0:11:09
362000 -- (-12103.441) [-12095.900] (-12098.474) (-12106.743) * [-12099.814] (-12100.188) (-12109.727) (-12113.587) -- 0:11:09
362500 -- (-12100.325) (-12111.579) (-12098.199) [-12107.856] * [-12100.685] (-12100.831) (-12106.033) (-12109.511) -- 0:11:08
363000 -- (-12099.577) [-12097.952] (-12102.147) (-12098.864) * (-12109.108) (-12105.150) (-12101.862) [-12110.923] -- 0:11:08
363500 -- (-12103.016) (-12105.599) (-12102.249) [-12102.865] * (-12107.448) [-12099.062] (-12103.248) (-12099.030) -- 0:11:08
364000 -- (-12101.044) [-12096.261] (-12095.403) (-12105.617) * (-12106.681) (-12100.055) (-12098.043) [-12101.666] -- 0:11:07
364500 -- [-12101.463] (-12106.073) (-12099.052) (-12098.663) * [-12098.418] (-12094.024) (-12104.865) (-12104.432) -- 0:11:07
365000 -- (-12102.101) [-12096.202] (-12101.863) (-12100.475) * (-12102.524) [-12102.184] (-12109.115) (-12096.495) -- 0:11:06
Average standard deviation of split frequencies: 0.000000
365500 -- [-12100.161] (-12101.654) (-12102.798) (-12101.556) * (-12103.718) (-12100.453) [-12101.635] (-12116.677) -- 0:11:06
366000 -- [-12109.922] (-12098.503) (-12099.767) (-12103.241) * (-12112.796) [-12100.342] (-12100.060) (-12109.176) -- 0:11:05
366500 -- (-12102.292) (-12096.560) [-12099.989] (-12110.622) * (-12109.686) [-12098.844] (-12093.278) (-12111.753) -- 0:11:05
367000 -- (-12096.316) (-12095.764) [-12098.934] (-12104.208) * (-12107.358) (-12105.351) [-12107.572] (-12094.800) -- 0:11:04
367500 -- (-12101.016) [-12095.255] (-12107.110) (-12111.795) * (-12099.941) [-12109.132] (-12107.177) (-12095.021) -- 0:11:04
368000 -- (-12095.522) [-12099.418] (-12101.914) (-12094.840) * (-12103.173) (-12107.307) [-12100.788] (-12099.173) -- 0:11:02
368500 -- (-12101.996) (-12108.126) (-12101.989) [-12104.203] * (-12103.802) [-12097.530] (-12098.072) (-12105.722) -- 0:11:03
369000 -- (-12098.588) [-12097.442] (-12102.844) (-12109.785) * (-12104.934) (-12103.911) [-12108.735] (-12105.216) -- 0:11:01
369500 -- (-12102.247) (-12102.083) [-12096.042] (-12105.642) * [-12101.011] (-12102.231) (-12101.885) (-12103.566) -- 0:11:02
370000 -- (-12102.031) (-12106.028) [-12099.938] (-12105.504) * (-12108.197) (-12101.443) [-12100.655] (-12106.629) -- 0:11:00
Average standard deviation of split frequencies: 0.000000
370500 -- [-12097.717] (-12109.265) (-12102.752) (-12100.585) * (-12111.552) [-12092.389] (-12104.826) (-12102.926) -- 0:11:00
371000 -- (-12106.653) (-12093.510) (-12104.718) [-12094.954] * [-12104.943] (-12095.385) (-12113.319) (-12102.926) -- 0:10:59
371500 -- (-12106.952) (-12105.553) (-12098.776) [-12100.714] * (-12095.569) (-12097.614) (-12110.656) [-12099.257] -- 0:10:59
372000 -- (-12110.648) (-12110.529) (-12095.010) [-12097.283] * (-12101.231) (-12103.730) [-12097.921] (-12103.386) -- 0:10:58
372500 -- [-12099.583] (-12108.719) (-12100.246) (-12104.036) * [-12098.593] (-12103.687) (-12112.909) (-12106.549) -- 0:10:58
373000 -- (-12101.777) (-12097.395) (-12104.806) [-12096.671] * (-12103.354) [-12100.904] (-12114.114) (-12107.292) -- 0:10:57
373500 -- (-12104.016) (-12099.752) [-12102.394] (-12098.677) * [-12102.035] (-12105.290) (-12102.286) (-12106.223) -- 0:10:57
374000 -- [-12102.527] (-12094.829) (-12115.021) (-12105.369) * (-12098.117) (-12100.143) (-12095.117) [-12103.932] -- 0:10:57
374500 -- (-12093.965) [-12100.490] (-12106.888) (-12099.744) * (-12100.215) (-12098.787) [-12095.120] (-12104.786) -- 0:10:56
375000 -- [-12097.095] (-12104.688) (-12108.866) (-12097.943) * (-12106.091) (-12101.534) (-12099.614) [-12101.744] -- 0:10:56
Average standard deviation of split frequencies: 0.000000
375500 -- (-12101.784) (-12107.061) (-12106.678) [-12101.013] * (-12105.312) (-12108.597) (-12102.201) [-12098.862] -- 0:10:55
376000 -- (-12108.560) (-12103.381) [-12103.315] (-12104.057) * [-12099.478] (-12098.096) (-12097.292) (-12096.470) -- 0:10:55
376500 -- [-12110.209] (-12101.649) (-12104.889) (-12103.185) * (-12106.123) (-12098.420) [-12101.992] (-12098.719) -- 0:10:54
377000 -- [-12109.515] (-12109.273) (-12105.839) (-12100.108) * (-12096.174) (-12100.331) [-12101.608] (-12100.840) -- 0:10:54
377500 -- [-12102.727] (-12097.114) (-12100.981) (-12102.856) * (-12101.161) [-12097.953] (-12111.333) (-12108.368) -- 0:10:53
378000 -- (-12099.142) [-12100.054] (-12101.897) (-12100.409) * (-12099.552) [-12101.370] (-12105.322) (-12104.400) -- 0:10:53
378500 -- (-12108.758) [-12106.266] (-12106.870) (-12100.471) * (-12103.113) [-12103.167] (-12102.886) (-12103.427) -- 0:10:51
379000 -- (-12100.760) (-12103.994) (-12102.311) [-12097.261] * (-12114.164) [-12101.354] (-12101.032) (-12112.808) -- 0:10:52
379500 -- (-12104.577) [-12101.375] (-12097.295) (-12101.144) * (-12103.701) (-12102.257) [-12098.494] (-12102.111) -- 0:10:50
380000 -- (-12111.867) (-12096.478) (-12107.667) [-12102.429] * (-12103.101) (-12096.876) [-12103.168] (-12106.845) -- 0:10:51
Average standard deviation of split frequencies: 0.000000
380500 -- (-12102.892) (-12104.282) [-12099.397] (-12105.594) * (-12100.675) (-12095.709) (-12095.527) [-12098.433] -- 0:10:49
381000 -- (-12099.155) [-12101.077] (-12102.906) (-12103.689) * (-12096.493) (-12102.629) [-12103.285] (-12103.643) -- 0:10:49
381500 -- [-12103.892] (-12097.349) (-12103.877) (-12099.738) * (-12102.414) (-12109.993) (-12103.031) [-12104.627] -- 0:10:48
382000 -- (-12105.677) (-12096.373) [-12106.310] (-12102.152) * (-12100.068) [-12105.216] (-12106.086) (-12107.541) -- 0:10:48
382500 -- (-12099.013) (-12105.744) (-12114.483) [-12106.466] * (-12110.983) [-12099.659] (-12113.488) (-12101.563) -- 0:10:47
383000 -- (-12113.899) (-12104.241) (-12107.792) [-12096.099] * (-12100.354) (-12105.056) [-12106.362] (-12099.266) -- 0:10:47
383500 -- [-12104.994] (-12104.909) (-12100.982) (-12102.321) * (-12098.968) [-12098.354] (-12098.751) (-12106.960) -- 0:10:46
384000 -- (-12099.606) (-12108.332) (-12101.475) [-12100.215] * (-12097.716) [-12098.148] (-12108.928) (-12098.073) -- 0:10:46
384500 -- (-12098.138) [-12100.090] (-12103.243) (-12105.500) * (-12100.942) [-12101.193] (-12107.344) (-12105.748) -- 0:10:46
385000 -- (-12097.101) (-12101.913) (-12102.701) [-12102.810] * (-12106.489) (-12108.611) [-12101.195] (-12109.253) -- 0:10:45
Average standard deviation of split frequencies: 0.000000
385500 -- (-12096.685) (-12097.992) [-12101.347] (-12107.039) * (-12107.439) (-12104.301) [-12097.583] (-12110.563) -- 0:10:45
386000 -- (-12101.089) (-12106.975) [-12107.827] (-12110.552) * (-12104.959) (-12108.732) (-12103.607) [-12107.747] -- 0:10:44
386500 -- [-12096.951] (-12109.947) (-12105.706) (-12102.381) * (-12099.054) (-12099.376) (-12100.124) [-12103.642] -- 0:10:44
387000 -- (-12102.483) (-12104.836) (-12095.431) [-12106.999] * (-12104.099) [-12103.976] (-12100.962) (-12096.730) -- 0:10:43
387500 -- (-12102.200) (-12114.567) [-12100.087] (-12101.901) * (-12102.934) (-12111.014) (-12102.845) [-12100.783] -- 0:10:43
388000 -- (-12100.283) (-12106.477) (-12104.775) [-12100.402] * [-12094.820] (-12110.008) (-12103.080) (-12103.977) -- 0:10:41
388500 -- [-12095.254] (-12108.470) (-12097.952) (-12100.539) * (-12106.122) (-12104.968) (-12105.276) [-12094.097] -- 0:10:42
389000 -- (-12105.803) (-12111.115) [-12102.988] (-12095.819) * (-12100.093) (-12104.531) (-12097.413) [-12097.625] -- 0:10:40
389500 -- [-12098.780] (-12106.462) (-12102.419) (-12096.342) * (-12099.145) (-12099.814) [-12097.795] (-12098.987) -- 0:10:41
390000 -- (-12106.311) (-12102.034) [-12105.707] (-12102.022) * (-12098.983) (-12098.225) (-12095.732) [-12105.174] -- 0:10:39
Average standard deviation of split frequencies: 0.000000
390500 -- (-12105.052) [-12102.865] (-12101.427) (-12097.014) * (-12099.863) [-12099.841] (-12110.068) (-12097.195) -- 0:10:39
391000 -- (-12094.924) (-12099.356) [-12099.350] (-12102.901) * (-12103.837) (-12100.552) (-12106.415) [-12105.552] -- 0:10:38
391500 -- (-12105.416) (-12110.794) (-12100.527) [-12102.232] * [-12103.371] (-12104.559) (-12096.474) (-12101.784) -- 0:10:38
392000 -- [-12097.671] (-12101.322) (-12105.329) (-12104.260) * (-12103.849) (-12105.746) (-12098.074) [-12094.255] -- 0:10:37
392500 -- (-12104.019) (-12105.124) (-12108.944) [-12105.675] * (-12105.047) (-12105.282) (-12111.906) [-12097.647] -- 0:10:37
393000 -- [-12103.425] (-12098.611) (-12101.528) (-12101.312) * (-12103.844) (-12101.187) (-12104.302) [-12095.542] -- 0:10:36
393500 -- [-12099.444] (-12107.550) (-12112.462) (-12091.709) * [-12095.900] (-12115.477) (-12109.940) (-12107.606) -- 0:10:36
394000 -- (-12104.489) [-12102.077] (-12115.114) (-12094.986) * [-12096.732] (-12103.816) (-12117.406) (-12105.262) -- 0:10:36
394500 -- (-12098.185) [-12098.836] (-12110.687) (-12099.965) * (-12099.614) (-12108.483) [-12104.204] (-12116.955) -- 0:10:35
395000 -- (-12099.631) (-12099.572) [-12101.430] (-12095.793) * [-12103.485] (-12110.898) (-12101.761) (-12104.656) -- 0:10:35
Average standard deviation of split frequencies: 0.000000
395500 -- [-12105.195] (-12105.570) (-12113.126) (-12098.376) * (-12104.240) (-12110.163) [-12100.577] (-12107.304) -- 0:10:34
396000 -- (-12101.595) [-12108.576] (-12101.630) (-12101.186) * (-12100.344) [-12105.403] (-12100.793) (-12104.434) -- 0:10:34
396500 -- (-12103.426) (-12101.686) [-12099.563] (-12102.293) * (-12108.684) (-12101.790) (-12095.935) [-12104.365] -- 0:10:33
397000 -- (-12105.447) (-12097.925) [-12106.805] (-12107.907) * (-12100.397) (-12114.585) [-12101.531] (-12095.627) -- 0:10:33
397500 -- (-12103.678) (-12106.772) (-12093.794) [-12099.508] * (-12104.624) (-12105.553) [-12100.805] (-12098.527) -- 0:10:32
398000 -- (-12102.902) (-12105.986) [-12099.062] (-12111.756) * [-12105.807] (-12105.082) (-12099.757) (-12103.799) -- 0:10:32
398500 -- (-12114.712) (-12099.268) (-12103.032) [-12108.085] * (-12106.409) (-12104.064) (-12105.687) [-12102.443] -- 0:10:30
399000 -- (-12113.042) [-12101.831] (-12103.541) (-12112.931) * (-12095.946) (-12109.386) (-12095.762) [-12097.949] -- 0:10:31
399500 -- (-12108.496) (-12101.126) (-12101.369) [-12103.149] * [-12096.508] (-12100.411) (-12108.742) (-12097.318) -- 0:10:29
400000 -- (-12102.515) (-12100.935) (-12093.933) [-12097.329] * (-12100.758) (-12107.499) [-12098.736] (-12101.782) -- 0:10:30
Average standard deviation of split frequencies: 0.000000
400500 -- [-12104.103] (-12098.595) (-12102.572) (-12100.346) * (-12104.042) [-12102.090] (-12101.603) (-12103.580) -- 0:10:28
401000 -- (-12104.545) (-12107.537) [-12099.107] (-12110.609) * (-12113.104) [-12096.504] (-12101.191) (-12102.127) -- 0:10:28
401500 -- (-12106.890) (-12099.907) [-12095.795] (-12101.988) * (-12107.876) (-12102.289) (-12104.648) [-12103.734] -- 0:10:29
402000 -- [-12115.237] (-12093.006) (-12112.904) (-12105.433) * (-12103.423) [-12096.993] (-12104.974) (-12112.604) -- 0:10:27
402500 -- (-12109.283) [-12098.952] (-12104.133) (-12107.695) * (-12107.909) [-12098.002] (-12102.328) (-12103.456) -- 0:10:27
403000 -- (-12106.239) (-12104.590) [-12103.714] (-12092.761) * (-12105.584) [-12098.394] (-12100.309) (-12107.504) -- 0:10:26
403500 -- [-12106.255] (-12110.735) (-12105.821) (-12105.021) * (-12107.043) (-12097.588) [-12096.832] (-12098.994) -- 0:10:26
404000 -- (-12094.833) [-12096.781] (-12113.091) (-12094.962) * [-12098.307] (-12105.989) (-12100.397) (-12105.564) -- 0:10:25
404500 -- [-12097.617] (-12107.371) (-12102.359) (-12106.208) * (-12098.761) (-12097.839) [-12105.225] (-12107.425) -- 0:10:25
405000 -- (-12098.098) [-12108.245] (-12103.626) (-12107.203) * (-12097.889) (-12106.261) (-12102.313) [-12100.503] -- 0:10:24
Average standard deviation of split frequencies: 0.000000
405500 -- (-12104.178) (-12101.905) [-12103.263] (-12105.763) * (-12104.137) [-12102.649] (-12098.973) (-12105.964) -- 0:10:24
406000 -- (-12109.091) (-12107.762) [-12105.247] (-12102.785) * (-12111.540) [-12099.098] (-12099.704) (-12109.092) -- 0:10:23
406500 -- [-12106.895] (-12105.233) (-12095.851) (-12106.526) * [-12104.926] (-12117.569) (-12106.767) (-12104.896) -- 0:10:23
407000 -- [-12102.775] (-12102.094) (-12098.603) (-12097.876) * (-12106.582) (-12100.453) [-12097.933] (-12092.995) -- 0:10:22
407500 -- [-12109.288] (-12115.623) (-12107.938) (-12100.729) * (-12102.272) (-12098.319) [-12096.535] (-12097.552) -- 0:10:22
408000 -- (-12103.430) (-12106.352) [-12102.504] (-12097.670) * [-12099.900] (-12106.855) (-12100.103) (-12104.869) -- 0:10:21
408500 -- (-12108.744) [-12099.160] (-12102.480) (-12093.868) * (-12099.526) (-12113.341) (-12103.477) [-12102.046] -- 0:10:21
409000 -- (-12102.022) (-12106.137) [-12103.785] (-12101.463) * (-12101.013) (-12108.334) (-12104.223) [-12110.484] -- 0:10:19
409500 -- [-12104.413] (-12094.508) (-12105.537) (-12109.453) * (-12100.196) [-12103.360] (-12104.082) (-12102.696) -- 0:10:20
410000 -- [-12098.833] (-12104.334) (-12100.830) (-12099.607) * (-12095.238) (-12103.066) (-12105.507) [-12096.790] -- 0:10:20
Average standard deviation of split frequencies: 0.000000
410500 -- (-12109.988) [-12102.105] (-12111.959) (-12110.850) * (-12100.305) (-12097.320) (-12101.343) [-12093.652] -- 0:10:18
411000 -- (-12101.946) [-12101.243] (-12110.409) (-12105.646) * (-12101.740) [-12102.642] (-12109.306) (-12099.338) -- 0:10:19
411500 -- [-12097.105] (-12102.709) (-12104.141) (-12100.024) * [-12100.839] (-12104.659) (-12104.484) (-12099.027) -- 0:10:17
412000 -- [-12097.510] (-12098.095) (-12108.928) (-12100.774) * (-12095.151) (-12097.095) (-12114.980) [-12094.585] -- 0:10:17
412500 -- (-12106.034) (-12104.657) (-12106.516) [-12100.095] * [-12099.616] (-12115.584) (-12106.485) (-12102.103) -- 0:10:16
413000 -- (-12097.535) (-12100.496) [-12104.346] (-12100.732) * (-12097.701) [-12099.588] (-12103.207) (-12099.521) -- 0:10:16
413500 -- (-12097.822) (-12103.464) (-12101.695) [-12093.231] * [-12096.434] (-12104.067) (-12107.028) (-12098.766) -- 0:10:15
414000 -- [-12102.374] (-12104.271) (-12097.165) (-12094.880) * [-12095.013] (-12103.705) (-12098.204) (-12107.831) -- 0:10:15
414500 -- [-12100.242] (-12104.736) (-12103.389) (-12100.630) * (-12098.279) [-12100.272] (-12111.210) (-12106.299) -- 0:10:14
415000 -- (-12103.954) (-12097.218) (-12102.857) [-12094.600] * (-12100.755) (-12102.524) [-12105.222] (-12107.048) -- 0:10:14
Average standard deviation of split frequencies: 0.000000
415500 -- (-12100.055) (-12099.023) [-12094.554] (-12099.145) * (-12096.483) (-12099.999) (-12099.297) [-12102.755] -- 0:10:13
416000 -- (-12107.940) (-12100.662) (-12104.231) [-12099.537] * (-12103.567) (-12105.934) (-12103.398) [-12101.847] -- 0:10:13
416500 -- (-12099.231) [-12109.307] (-12098.934) (-12097.575) * (-12102.493) [-12102.328] (-12111.046) (-12108.714) -- 0:10:12
417000 -- (-12102.779) (-12106.998) (-12095.559) [-12097.002] * (-12100.072) [-12093.171] (-12110.366) (-12105.474) -- 0:10:12
417500 -- (-12111.306) (-12102.881) (-12095.481) [-12096.066] * [-12100.652] (-12098.149) (-12101.177) (-12098.582) -- 0:10:11
418000 -- (-12111.242) [-12103.436] (-12099.973) (-12104.163) * (-12101.695) [-12101.173] (-12107.945) (-12109.844) -- 0:10:11
418500 -- (-12106.555) [-12096.483] (-12105.775) (-12107.932) * (-12107.860) [-12102.668] (-12107.746) (-12102.945) -- 0:10:09
419000 -- (-12105.982) [-12103.004] (-12105.983) (-12106.329) * [-12102.824] (-12109.763) (-12107.416) (-12112.663) -- 0:10:10
419500 -- (-12100.158) [-12099.024] (-12101.876) (-12111.603) * (-12107.208) (-12098.563) (-12107.948) [-12106.785] -- 0:10:10
420000 -- (-12107.296) (-12107.458) (-12109.641) [-12102.148] * (-12099.781) (-12098.497) [-12104.869] (-12100.801) -- 0:10:09
Average standard deviation of split frequencies: 0.000000
420500 -- (-12101.071) (-12104.898) [-12101.919] (-12106.748) * [-12099.585] (-12106.570) (-12098.890) (-12105.756) -- 0:10:09
421000 -- (-12107.132) (-12104.774) [-12102.718] (-12107.896) * [-12095.606] (-12106.553) (-12096.181) (-12104.319) -- 0:10:07
421500 -- [-12101.892] (-12101.887) (-12104.951) (-12107.492) * (-12098.705) [-12104.146] (-12103.380) (-12105.993) -- 0:10:08
422000 -- (-12101.941) (-12099.721) [-12100.451] (-12103.746) * [-12099.416] (-12120.703) (-12110.008) (-12098.469) -- 0:10:06
422500 -- (-12106.723) [-12099.049] (-12103.970) (-12100.474) * (-12099.436) [-12099.402] (-12107.538) (-12106.078) -- 0:10:06
423000 -- (-12099.292) (-12099.630) (-12103.023) [-12101.349] * (-12098.911) (-12100.874) [-12095.738] (-12097.545) -- 0:10:05
423500 -- [-12095.056] (-12102.030) (-12098.368) (-12105.452) * (-12107.595) [-12106.440] (-12092.369) (-12101.006) -- 0:10:05
424000 -- (-12097.525) (-12104.424) [-12096.459] (-12098.586) * (-12111.634) (-12112.350) [-12096.163] (-12101.311) -- 0:10:04
424500 -- (-12093.485) (-12103.873) [-12095.101] (-12106.951) * (-12102.788) (-12107.751) [-12101.165] (-12105.832) -- 0:10:04
425000 -- (-12105.153) [-12095.736] (-12104.716) (-12103.570) * (-12099.596) (-12102.255) [-12097.231] (-12099.558) -- 0:10:03
Average standard deviation of split frequencies: 0.000000
425500 -- [-12098.919] (-12103.024) (-12102.600) (-12099.869) * (-12102.374) [-12101.460] (-12105.850) (-12099.598) -- 0:10:03
426000 -- (-12113.972) (-12098.828) (-12100.953) [-12108.999] * (-12096.248) (-12102.907) (-12102.200) [-12097.815] -- 0:10:02
426500 -- (-12106.349) [-12097.798] (-12101.266) (-12107.183) * [-12092.448] (-12098.514) (-12102.369) (-12101.193) -- 0:10:02
427000 -- (-12101.159) (-12093.149) [-12097.490] (-12108.691) * (-12100.042) (-12095.939) (-12108.293) [-12098.749] -- 0:10:01
427500 -- (-12103.106) (-12094.054) [-12100.132] (-12104.068) * (-12102.289) (-12101.543) [-12105.557] (-12095.466) -- 0:10:01
428000 -- (-12105.469) [-12101.501] (-12106.148) (-12098.007) * [-12096.688] (-12103.045) (-12110.972) (-12096.690) -- 0:10:00
428500 -- (-12108.823) (-12100.460) (-12106.113) [-12096.717] * (-12102.634) (-12105.244) [-12100.266] (-12099.955) -- 0:10:00
429000 -- (-12113.899) (-12100.872) [-12098.775] (-12103.295) * (-12105.993) [-12106.252] (-12112.436) (-12109.910) -- 0:10:00
429500 -- (-12108.379) (-12103.104) [-12096.872] (-12106.374) * (-12102.450) (-12102.725) (-12105.596) [-12103.195] -- 0:09:59
430000 -- (-12102.390) [-12103.264] (-12105.925) (-12102.228) * (-12097.985) (-12101.703) [-12108.245] (-12108.780) -- 0:09:59
Average standard deviation of split frequencies: 0.000000
430500 -- (-12101.370) [-12097.842] (-12107.812) (-12103.505) * (-12110.792) (-12105.471) (-12097.529) [-12094.662] -- 0:09:57
431000 -- [-12101.123] (-12122.628) (-12102.554) (-12107.206) * (-12110.129) (-12104.902) (-12103.520) [-12109.075] -- 0:09:58
431500 -- [-12096.081] (-12103.937) (-12109.746) (-12104.406) * (-12105.016) (-12105.103) (-12108.977) [-12095.998] -- 0:09:56
432000 -- [-12095.323] (-12103.006) (-12102.000) (-12102.773) * (-12101.777) [-12102.495] (-12101.146) (-12108.505) -- 0:09:56
432500 -- (-12098.264) (-12109.895) (-12098.731) [-12104.346] * (-12098.200) [-12098.254] (-12097.410) (-12101.749) -- 0:09:55
433000 -- [-12099.680] (-12102.674) (-12095.024) (-12101.204) * (-12103.359) (-12099.411) [-12101.393] (-12093.382) -- 0:09:55
433500 -- (-12103.693) (-12100.561) [-12098.471] (-12102.155) * (-12101.934) (-12114.125) [-12101.334] (-12101.361) -- 0:09:54
434000 -- (-12100.745) (-12109.866) [-12104.020] (-12103.578) * (-12113.314) (-12111.568) (-12095.533) [-12095.494] -- 0:09:54
434500 -- (-12104.569) (-12110.342) [-12094.399] (-12099.095) * (-12099.354) (-12101.022) [-12102.931] (-12106.518) -- 0:09:53
435000 -- (-12099.558) (-12109.104) (-12097.249) [-12101.051] * [-12105.760] (-12106.727) (-12096.354) (-12100.459) -- 0:09:53
Average standard deviation of split frequencies: 0.000000
435500 -- [-12102.444] (-12098.867) (-12113.588) (-12101.840) * [-12101.428] (-12102.112) (-12098.215) (-12098.826) -- 0:09:52
436000 -- (-12098.440) (-12099.676) [-12105.812] (-12105.629) * (-12101.393) (-12100.759) (-12103.482) [-12095.490] -- 0:09:52
436500 -- [-12097.197] (-12099.381) (-12104.775) (-12099.514) * (-12111.769) [-12097.513] (-12104.906) (-12101.694) -- 0:09:51
437000 -- (-12102.405) [-12093.594] (-12097.230) (-12099.473) * (-12108.096) [-12101.244] (-12110.241) (-12103.074) -- 0:09:51
437500 -- (-12115.056) (-12097.308) [-12097.281] (-12100.065) * (-12105.419) (-12096.880) (-12105.803) [-12103.086] -- 0:09:50
438000 -- (-12100.653) [-12103.669] (-12102.001) (-12106.492) * (-12106.894) (-12099.904) [-12107.266] (-12104.441) -- 0:09:50
438500 -- (-12103.841) [-12101.284] (-12100.013) (-12110.930) * (-12101.321) [-12103.606] (-12105.132) (-12106.309) -- 0:09:50
439000 -- [-12097.273] (-12108.147) (-12105.373) (-12120.338) * (-12102.814) (-12105.501) (-12112.771) [-12104.913] -- 0:09:49
439500 -- (-12099.299) (-12100.967) [-12104.575] (-12107.766) * (-12098.537) [-12102.675] (-12103.947) (-12107.458) -- 0:09:49
440000 -- (-12104.613) (-12104.054) [-12098.824] (-12101.972) * (-12104.025) (-12105.565) [-12095.973] (-12109.572) -- 0:09:48
Average standard deviation of split frequencies: 0.000000
440500 -- (-12113.837) [-12096.174] (-12096.152) (-12103.162) * (-12098.871) (-12097.750) [-12096.071] (-12111.386) -- 0:09:48
441000 -- (-12104.098) (-12093.665) (-12103.180) [-12097.609] * (-12106.262) (-12107.297) [-12098.804] (-12103.231) -- 0:09:46
441500 -- (-12099.546) [-12098.038] (-12098.928) (-12107.019) * (-12107.231) (-12099.019) (-12098.232) [-12103.970] -- 0:09:46
442000 -- (-12106.439) (-12097.415) (-12098.246) [-12101.742] * (-12102.018) [-12091.627] (-12100.022) (-12102.869) -- 0:09:45
442500 -- (-12105.612) (-12099.177) (-12102.549) [-12101.309] * [-12104.843] (-12097.541) (-12105.202) (-12106.092) -- 0:09:45
443000 -- (-12103.071) (-12102.472) (-12099.871) [-12101.585] * (-12102.098) [-12101.296] (-12106.044) (-12103.201) -- 0:09:44
443500 -- (-12101.384) (-12105.540) (-12107.047) [-12107.739] * [-12102.795] (-12095.767) (-12104.170) (-12101.971) -- 0:09:44
444000 -- (-12099.637) (-12108.102) [-12095.082] (-12103.636) * (-12094.950) [-12102.074] (-12102.925) (-12093.817) -- 0:09:43
444500 -- [-12104.322] (-12105.911) (-12098.331) (-12101.749) * [-12101.577] (-12099.561) (-12098.384) (-12096.760) -- 0:09:43
445000 -- (-12112.862) (-12106.870) (-12095.135) [-12099.470] * [-12093.829] (-12100.954) (-12111.512) (-12097.859) -- 0:09:42
Average standard deviation of split frequencies: 0.000000
445500 -- (-12103.177) (-12103.917) (-12101.392) [-12105.121] * [-12097.860] (-12102.800) (-12100.037) (-12097.078) -- 0:09:42
446000 -- (-12098.782) (-12106.323) (-12100.090) [-12099.386] * [-12109.233] (-12096.133) (-12097.616) (-12107.332) -- 0:09:41
446500 -- [-12096.765] (-12105.440) (-12099.151) (-12106.596) * (-12105.294) [-12107.502] (-12100.956) (-12104.934) -- 0:09:41
447000 -- [-12102.341] (-12109.207) (-12106.070) (-12109.117) * (-12110.687) (-12101.078) (-12107.276) [-12103.023] -- 0:09:40
447500 -- (-12104.340) [-12102.036] (-12113.607) (-12100.814) * (-12109.341) (-12099.985) (-12108.928) [-12099.049] -- 0:09:40
448000 -- (-12108.428) (-12095.398) [-12100.186] (-12096.771) * [-12098.587] (-12105.654) (-12111.699) (-12093.777) -- 0:09:40
448500 -- (-12107.305) (-12103.958) [-12100.286] (-12101.550) * [-12102.094] (-12096.934) (-12107.806) (-12098.054) -- 0:09:39
449000 -- (-12099.249) [-12098.049] (-12095.939) (-12104.777) * [-12097.875] (-12104.972) (-12097.180) (-12101.822) -- 0:09:39
449500 -- [-12101.161] (-12096.923) (-12100.176) (-12108.278) * (-12102.352) (-12102.672) (-12101.967) [-12101.441] -- 0:09:38
450000 -- (-12109.069) [-12096.707] (-12104.133) (-12102.110) * (-12104.936) [-12102.976] (-12101.685) (-12108.524) -- 0:09:38
Average standard deviation of split frequencies: 0.000000
450500 -- (-12099.882) (-12096.520) [-12099.115] (-12105.756) * [-12102.279] (-12101.243) (-12104.649) (-12104.811) -- 0:09:36
451000 -- (-12102.829) (-12103.158) [-12098.309] (-12110.149) * (-12098.375) (-12107.626) [-12095.116] (-12100.203) -- 0:09:36
451500 -- (-12109.554) [-12104.224] (-12102.821) (-12102.794) * (-12110.430) (-12096.936) [-12102.072] (-12097.561) -- 0:09:35
452000 -- (-12103.761) (-12101.171) [-12093.152] (-12103.122) * [-12098.497] (-12106.711) (-12105.536) (-12096.657) -- 0:09:35
452500 -- (-12106.591) (-12105.068) (-12097.945) [-12104.094] * (-12107.608) [-12099.162] (-12107.672) (-12101.611) -- 0:09:34
453000 -- (-12105.314) [-12102.926] (-12098.288) (-12110.524) * (-12101.608) (-12101.895) (-12095.798) [-12106.677] -- 0:09:34
453500 -- (-12100.429) (-12100.103) [-12101.800] (-12098.913) * (-12100.160) [-12100.566] (-12107.042) (-12098.967) -- 0:09:33
454000 -- (-12109.815) [-12103.690] (-12099.305) (-12098.682) * (-12102.500) [-12099.315] (-12097.406) (-12092.174) -- 0:09:33
454500 -- (-12102.458) [-12104.040] (-12100.949) (-12104.299) * [-12103.528] (-12106.087) (-12106.457) (-12106.909) -- 0:09:32
455000 -- (-12112.639) (-12102.629) (-12115.997) [-12100.305] * (-12111.014) [-12098.736] (-12102.813) (-12101.517) -- 0:09:32
Average standard deviation of split frequencies: 0.000000
455500 -- (-12103.423) (-12096.793) (-12096.672) [-12094.039] * (-12104.414) (-12094.769) (-12099.414) [-12098.287] -- 0:09:31
456000 -- (-12102.506) [-12101.229] (-12101.593) (-12100.890) * (-12099.390) [-12101.635] (-12096.827) (-12102.317) -- 0:09:31
456500 -- [-12095.478] (-12107.320) (-12103.090) (-12098.051) * (-12107.543) (-12107.832) (-12102.250) [-12102.072] -- 0:09:30
457000 -- (-12098.560) (-12103.095) (-12105.703) [-12099.499] * (-12101.796) (-12095.746) [-12102.817] (-12103.562) -- 0:09:30
457500 -- [-12103.420] (-12101.576) (-12096.109) (-12097.900) * (-12106.721) (-12099.435) (-12112.228) [-12104.921] -- 0:09:30
458000 -- (-12101.270) (-12102.632) [-12097.311] (-12102.557) * (-12097.346) (-12104.760) (-12107.489) [-12101.495] -- 0:09:29
458500 -- (-12106.006) (-12104.219) [-12107.463] (-12112.372) * (-12101.900) (-12104.167) (-12102.758) [-12099.718] -- 0:09:29
459000 -- (-12106.522) (-12104.389) (-12113.963) [-12100.202] * (-12109.856) (-12099.622) [-12097.069] (-12094.484) -- 0:09:28
459500 -- (-12106.004) (-12111.133) (-12099.603) [-12097.916] * (-12101.094) (-12100.720) (-12118.027) [-12103.457] -- 0:09:28
460000 -- (-12105.136) (-12106.543) (-12107.548) [-12103.280] * (-12112.082) [-12095.690] (-12112.231) (-12095.139) -- 0:09:27
Average standard deviation of split frequencies: 0.000000
460500 -- (-12103.335) (-12103.691) (-12092.241) [-12103.106] * (-12110.045) [-12105.059] (-12100.936) (-12101.428) -- 0:09:27
461000 -- (-12096.715) (-12104.737) [-12109.147] (-12102.014) * (-12103.636) [-12103.376] (-12114.032) (-12109.510) -- 0:09:25
461500 -- (-12094.264) [-12104.409] (-12100.087) (-12103.258) * (-12104.154) (-12109.815) (-12107.068) [-12098.654] -- 0:09:25
462000 -- [-12098.306] (-12100.882) (-12102.098) (-12100.753) * (-12105.182) [-12103.099] (-12110.953) (-12097.272) -- 0:09:24
462500 -- [-12103.105] (-12101.175) (-12099.955) (-12102.148) * [-12107.614] (-12100.428) (-12102.908) (-12098.621) -- 0:09:24
463000 -- (-12092.710) (-12110.123) (-12113.881) [-12094.681] * (-12106.578) [-12102.935] (-12107.697) (-12114.305) -- 0:09:23
463500 -- (-12097.191) [-12104.017] (-12108.121) (-12110.135) * (-12098.754) (-12104.150) (-12108.651) [-12096.082] -- 0:09:23
464000 -- [-12101.729] (-12097.510) (-12106.314) (-12106.457) * (-12105.662) [-12101.141] (-12104.695) (-12099.467) -- 0:09:22
464500 -- [-12099.613] (-12108.701) (-12100.645) (-12100.906) * (-12102.069) (-12096.630) (-12098.372) [-12099.634] -- 0:09:22
465000 -- [-12099.463] (-12100.346) (-12109.501) (-12099.538) * (-12105.800) (-12108.254) (-12104.384) [-12104.253] -- 0:09:21
Average standard deviation of split frequencies: 0.000000
465500 -- (-12100.507) [-12106.850] (-12102.240) (-12103.446) * (-12102.604) (-12112.610) (-12098.340) [-12095.481] -- 0:09:21
466000 -- (-12102.154) [-12114.252] (-12108.626) (-12099.704) * [-12098.328] (-12113.406) (-12100.783) (-12094.061) -- 0:09:21
466500 -- (-12103.824) (-12106.513) (-12101.630) [-12103.762] * (-12105.641) (-12105.313) [-12102.727] (-12095.965) -- 0:09:20
467000 -- (-12106.570) (-12106.050) (-12105.224) [-12104.200] * (-12101.020) [-12104.472] (-12116.362) (-12097.165) -- 0:09:20
467500 -- (-12114.660) [-12106.785] (-12099.128) (-12098.692) * [-12098.604] (-12110.097) (-12110.098) (-12106.635) -- 0:09:19
468000 -- (-12099.733) (-12105.851) (-12102.947) [-12099.367] * [-12098.702] (-12107.887) (-12105.026) (-12111.628) -- 0:09:19
468500 -- [-12102.504] (-12109.172) (-12096.187) (-12096.716) * [-12103.279] (-12099.267) (-12106.187) (-12104.784) -- 0:09:18
469000 -- (-12103.040) (-12099.343) (-12108.401) [-12102.136] * (-12101.209) [-12098.392] (-12109.539) (-12101.980) -- 0:09:18
469500 -- (-12100.051) (-12100.793) [-12102.441] (-12097.379) * (-12097.446) (-12099.043) (-12105.918) [-12100.330] -- 0:09:17
470000 -- (-12103.248) (-12107.632) [-12094.826] (-12104.083) * (-12102.920) (-12107.106) [-12104.713] (-12101.341) -- 0:09:17
Average standard deviation of split frequencies: 0.000000
470500 -- [-12101.618] (-12108.867) (-12103.669) (-12101.279) * (-12100.028) (-12108.711) [-12099.206] (-12100.823) -- 0:09:15
471000 -- (-12106.721) (-12104.368) [-12095.965] (-12101.228) * (-12092.784) [-12099.629] (-12099.506) (-12105.271) -- 0:09:15
471500 -- [-12102.223] (-12103.242) (-12100.452) (-12099.741) * (-12101.849) (-12100.628) [-12102.687] (-12104.150) -- 0:09:14
472000 -- (-12097.710) [-12104.625] (-12109.314) (-12100.246) * (-12096.652) [-12100.313] (-12096.665) (-12103.460) -- 0:09:14
472500 -- (-12109.204) [-12101.834] (-12097.151) (-12104.410) * (-12107.710) (-12109.588) (-12098.386) [-12097.464] -- 0:09:13
473000 -- (-12100.112) [-12103.083] (-12107.555) (-12097.841) * (-12106.630) (-12105.043) (-12100.498) [-12101.009] -- 0:09:13
473500 -- [-12099.978] (-12111.416) (-12097.142) (-12103.329) * (-12102.922) [-12100.163] (-12096.141) (-12096.862) -- 0:09:12
474000 -- (-12097.603) (-12096.310) (-12099.204) [-12090.202] * (-12108.913) (-12103.362) [-12096.027] (-12097.039) -- 0:09:12
474500 -- (-12102.900) (-12096.403) (-12106.037) [-12098.515] * [-12104.559] (-12111.220) (-12100.513) (-12105.103) -- 0:09:11
475000 -- (-12104.860) [-12095.829] (-12101.112) (-12105.322) * (-12102.574) [-12101.853] (-12103.037) (-12103.821) -- 0:09:11
Average standard deviation of split frequencies: 0.000000
475500 -- (-12095.873) [-12102.776] (-12105.770) (-12106.424) * [-12099.389] (-12102.551) (-12108.111) (-12104.349) -- 0:09:11
476000 -- (-12105.847) (-12103.936) [-12099.538] (-12107.689) * [-12102.450] (-12103.993) (-12103.025) (-12099.887) -- 0:09:10
476500 -- (-12101.303) (-12096.971) [-12101.555] (-12102.137) * [-12106.239] (-12111.976) (-12104.829) (-12101.176) -- 0:09:10
477000 -- [-12107.421] (-12104.846) (-12100.957) (-12106.592) * (-12107.932) (-12101.872) [-12101.157] (-12102.761) -- 0:09:09
477500 -- (-12104.471) (-12099.145) [-12101.812] (-12107.038) * (-12096.612) (-12106.531) (-12104.849) [-12097.855] -- 0:09:09
478000 -- (-12101.594) (-12096.665) (-12116.048) [-12098.212] * (-12099.162) (-12104.429) (-12109.350) [-12095.737] -- 0:09:08
478500 -- (-12101.932) [-12100.731] (-12103.616) (-12100.081) * [-12103.764] (-12109.011) (-12103.937) (-12101.171) -- 0:09:08
479000 -- (-12097.805) (-12098.505) [-12101.797] (-12098.709) * (-12104.065) [-12100.464] (-12097.383) (-12103.810) -- 0:09:07
479500 -- (-12104.949) (-12105.847) [-12101.899] (-12096.984) * [-12093.246] (-12111.419) (-12099.911) (-12095.924) -- 0:09:07
480000 -- (-12106.371) (-12114.120) (-12100.984) [-12103.431] * (-12106.077) (-12115.483) [-12103.789] (-12105.604) -- 0:09:06
Average standard deviation of split frequencies: 0.000000
480500 -- [-12107.110] (-12107.041) (-12102.545) (-12108.646) * (-12098.349) (-12104.731) [-12101.698] (-12108.374) -- 0:09:05
481000 -- (-12103.146) (-12101.254) (-12093.122) [-12107.658] * (-12093.701) (-12097.625) [-12097.824] (-12108.101) -- 0:09:04
481500 -- (-12101.469) (-12106.381) [-12103.458] (-12105.445) * (-12106.186) [-12102.864] (-12103.391) (-12101.899) -- 0:09:04
482000 -- (-12096.820) [-12098.180] (-12107.793) (-12099.265) * (-12106.179) [-12099.788] (-12098.950) (-12094.659) -- 0:09:03
482500 -- (-12093.494) [-12094.572] (-12109.105) (-12097.751) * (-12102.740) [-12097.682] (-12105.856) (-12100.910) -- 0:09:03
483000 -- (-12101.994) (-12098.845) (-12103.346) [-12106.985] * (-12103.712) [-12096.907] (-12105.978) (-12102.264) -- 0:09:02
483500 -- (-12098.965) [-12101.049] (-12107.279) (-12107.187) * (-12106.266) [-12101.435] (-12103.941) (-12104.185) -- 0:09:02
484000 -- (-12099.854) [-12100.239] (-12108.942) (-12098.151) * (-12100.811) (-12095.475) (-12099.438) [-12103.170] -- 0:09:02
484500 -- (-12100.136) [-12094.277] (-12105.129) (-12101.312) * (-12096.345) (-12101.466) [-12097.956] (-12099.815) -- 0:09:01
485000 -- (-12103.200) (-12104.474) (-12103.912) [-12095.182] * (-12101.603) [-12104.099] (-12106.953) (-12101.481) -- 0:09:01
Average standard deviation of split frequencies: 0.000000
485500 -- (-12101.220) (-12098.584) (-12109.349) [-12099.235] * [-12101.669] (-12094.678) (-12105.065) (-12108.972) -- 0:09:00
486000 -- (-12101.717) [-12098.534] (-12104.417) (-12109.169) * (-12095.783) [-12103.241] (-12110.259) (-12106.164) -- 0:09:00
486500 -- [-12097.880] (-12102.783) (-12104.539) (-12107.587) * (-12105.124) (-12098.081) [-12103.619] (-12104.804) -- 0:08:59
487000 -- [-12100.889] (-12100.246) (-12104.380) (-12102.817) * (-12107.369) (-12091.105) (-12111.810) [-12108.442] -- 0:08:59
487500 -- (-12092.997) (-12101.674) [-12102.114] (-12103.475) * (-12105.956) (-12100.226) (-12119.714) [-12097.404] -- 0:08:58
488000 -- [-12097.196] (-12099.988) (-12102.561) (-12105.019) * (-12108.643) (-12101.848) [-12103.220] (-12101.837) -- 0:08:58
488500 -- (-12097.532) (-12099.957) [-12103.047] (-12110.721) * (-12109.697) (-12104.092) [-12102.131] (-12106.846) -- 0:08:57
489000 -- (-12102.074) [-12098.090] (-12101.159) (-12107.059) * (-12104.805) (-12103.721) [-12104.087] (-12106.742) -- 0:08:57
489500 -- [-12102.474] (-12112.931) (-12108.753) (-12098.596) * (-12098.468) (-12104.333) [-12097.321] (-12101.195) -- 0:08:56
490000 -- [-12103.149] (-12105.848) (-12100.636) (-12113.466) * (-12096.751) (-12097.541) (-12099.641) [-12103.910] -- 0:08:56
Average standard deviation of split frequencies: 0.000000
490500 -- (-12099.391) [-12104.224] (-12101.891) (-12106.338) * (-12097.841) (-12097.458) (-12103.411) [-12104.374] -- 0:08:54
491000 -- (-12099.456) (-12105.161) [-12097.507] (-12100.306) * (-12098.924) [-12103.474] (-12109.043) (-12096.602) -- 0:08:54
491500 -- [-12092.796] (-12101.096) (-12106.124) (-12106.654) * (-12105.810) (-12097.258) (-12090.998) [-12101.519] -- 0:08:53
492000 -- (-12095.306) (-12106.617) [-12097.496] (-12100.305) * (-12105.649) (-12106.085) [-12103.608] (-12108.432) -- 0:08:53
492500 -- [-12096.505] (-12110.865) (-12106.775) (-12098.756) * (-12103.591) [-12097.531] (-12098.763) (-12101.812) -- 0:08:52
493000 -- (-12103.461) (-12108.924) (-12097.454) [-12103.640] * [-12095.464] (-12098.011) (-12097.212) (-12115.177) -- 0:08:52
493500 -- (-12115.718) (-12105.034) (-12100.179) [-12097.959] * [-12095.870] (-12102.186) (-12100.264) (-12099.784) -- 0:08:52
494000 -- (-12107.854) [-12100.664] (-12095.973) (-12096.189) * [-12102.360] (-12098.846) (-12105.799) (-12104.815) -- 0:08:51
494500 -- [-12099.744] (-12096.230) (-12106.470) (-12104.651) * [-12101.638] (-12102.503) (-12099.523) (-12102.086) -- 0:08:51
495000 -- (-12103.495) (-12103.122) (-12102.265) [-12093.286] * [-12096.231] (-12109.136) (-12097.956) (-12104.044) -- 0:08:50
Average standard deviation of split frequencies: 0.000000
495500 -- [-12110.872] (-12099.999) (-12101.601) (-12109.475) * (-12105.761) [-12101.236] (-12100.057) (-12099.467) -- 0:08:50
496000 -- (-12102.474) [-12097.773] (-12101.271) (-12102.616) * (-12105.524) (-12109.470) (-12097.932) [-12104.828] -- 0:08:49
496500 -- (-12099.729) (-12104.277) [-12096.682] (-12118.994) * (-12104.658) (-12098.967) (-12099.598) [-12103.459] -- 0:08:49
497000 -- (-12099.391) (-12101.753) (-12105.089) [-12101.014] * (-12104.660) (-12101.690) (-12097.167) [-12096.180] -- 0:08:48
497500 -- (-12099.656) (-12095.595) (-12102.161) [-12103.379] * (-12104.459) [-12107.737] (-12095.991) (-12100.448) -- 0:08:48
498000 -- (-12104.585) (-12113.868) [-12099.404] (-12107.574) * (-12101.284) [-12104.071] (-12111.738) (-12098.981) -- 0:08:47
498500 -- (-12095.337) (-12102.575) (-12113.202) [-12095.403] * [-12099.139] (-12106.513) (-12102.519) (-12107.884) -- 0:08:47
499000 -- (-12095.382) (-12101.548) (-12108.738) [-12094.655] * (-12109.736) (-12098.435) (-12098.377) [-12099.415] -- 0:08:46
499500 -- (-12103.800) (-12114.334) (-12105.580) [-12097.649] * [-12098.466] (-12109.116) (-12108.229) (-12108.725) -- 0:08:46
500000 -- (-12107.190) [-12099.360] (-12105.616) (-12103.214) * (-12096.341) (-12107.719) [-12098.359] (-12107.901) -- 0:08:45
Average standard deviation of split frequencies: 0.000000
500500 -- (-12101.533) [-12098.970] (-12112.277) (-12099.925) * (-12095.289) (-12109.465) [-12102.119] (-12105.232) -- 0:08:44
501000 -- (-12100.746) (-12106.872) (-12100.016) [-12105.173] * [-12097.780] (-12106.637) (-12104.669) (-12105.361) -- 0:08:43
501500 -- [-12104.189] (-12116.533) (-12102.830) (-12100.921) * (-12099.496) (-12105.029) (-12104.414) [-12106.408] -- 0:08:43
502000 -- (-12109.700) (-12098.356) (-12105.703) [-12102.143] * (-12102.320) (-12098.044) (-12104.317) [-12102.181] -- 0:08:42
502500 -- (-12100.098) (-12101.868) (-12099.163) [-12098.218] * [-12097.019] (-12107.258) (-12103.919) (-12098.844) -- 0:08:42
503000 -- (-12101.790) [-12101.933] (-12106.350) (-12101.495) * [-12095.941] (-12107.802) (-12101.627) (-12105.400) -- 0:08:42
503500 -- (-12099.333) (-12105.172) (-12109.932) [-12095.711] * [-12106.681] (-12125.834) (-12106.537) (-12105.784) -- 0:08:41
504000 -- (-12102.021) [-12102.668] (-12109.253) (-12102.343) * [-12106.161] (-12107.827) (-12103.076) (-12098.650) -- 0:08:41
504500 -- (-12101.370) [-12096.546] (-12106.874) (-12102.610) * (-12104.181) (-12106.962) (-12101.961) [-12098.881] -- 0:08:40
505000 -- (-12099.361) (-12095.322) (-12104.675) [-12100.809] * (-12102.078) (-12110.065) [-12099.741] (-12100.368) -- 0:08:40
Average standard deviation of split frequencies: 0.000000
505500 -- (-12104.040) (-12096.894) (-12101.139) [-12101.853] * [-12098.583] (-12093.792) (-12097.808) (-12102.436) -- 0:08:39
506000 -- (-12104.043) (-12098.106) [-12095.013] (-12105.863) * (-12099.659) [-12104.757] (-12106.796) (-12105.514) -- 0:08:39
506500 -- [-12101.925] (-12096.023) (-12102.088) (-12109.156) * [-12102.775] (-12113.404) (-12111.343) (-12099.229) -- 0:08:38
507000 -- (-12109.669) (-12100.010) (-12098.404) [-12098.922] * (-12107.417) (-12108.506) [-12100.998] (-12110.263) -- 0:08:38
507500 -- [-12099.738] (-12097.988) (-12112.782) (-12109.819) * (-12104.079) (-12111.236) [-12100.010] (-12115.090) -- 0:08:37
508000 -- (-12092.486) [-12095.845] (-12105.359) (-12096.001) * (-12100.804) (-12098.235) [-12107.310] (-12098.939) -- 0:08:37
508500 -- [-12096.532] (-12098.600) (-12108.260) (-12108.918) * (-12097.331) (-12097.901) (-12097.279) [-12103.873] -- 0:08:36
509000 -- [-12099.714] (-12102.818) (-12101.388) (-12105.996) * (-12095.712) [-12099.407] (-12103.338) (-12110.991) -- 0:08:36
509500 -- (-12099.081) (-12102.366) [-12105.363] (-12107.390) * (-12100.187) (-12103.844) (-12107.512) [-12100.505] -- 0:08:35
510000 -- (-12101.424) [-12108.054] (-12100.757) (-12100.058) * (-12093.301) [-12104.581] (-12105.426) (-12104.462) -- 0:08:34
Average standard deviation of split frequencies: 0.000000
510500 -- [-12095.842] (-12111.887) (-12103.310) (-12100.562) * (-12111.070) [-12111.519] (-12109.143) (-12103.395) -- 0:08:33
511000 -- (-12101.348) (-12099.283) (-12105.998) [-12107.192] * (-12107.405) [-12100.744] (-12109.695) (-12100.880) -- 0:08:33
511500 -- (-12101.520) (-12104.140) (-12102.358) [-12101.110] * [-12102.876] (-12101.437) (-12101.665) (-12111.229) -- 0:08:32
512000 -- (-12112.496) (-12105.521) (-12109.423) [-12097.267] * (-12106.205) [-12095.028] (-12104.294) (-12104.227) -- 0:08:32
512500 -- [-12095.148] (-12108.354) (-12102.450) (-12099.721) * (-12107.563) [-12100.571] (-12106.681) (-12097.682) -- 0:08:32
513000 -- (-12094.376) (-12103.915) (-12104.057) [-12097.411] * [-12103.337] (-12102.543) (-12105.235) (-12100.366) -- 0:08:31
513500 -- (-12105.340) (-12100.861) (-12113.017) [-12099.575] * (-12099.378) (-12096.533) (-12105.892) [-12099.022] -- 0:08:31
514000 -- (-12103.649) [-12099.661] (-12105.027) (-12101.164) * (-12099.665) (-12103.321) [-12101.621] (-12101.446) -- 0:08:30
514500 -- [-12102.025] (-12099.527) (-12104.314) (-12104.429) * (-12101.531) (-12103.575) [-12103.615] (-12103.964) -- 0:08:30
515000 -- (-12115.256) (-12098.759) (-12097.743) [-12111.082] * (-12102.647) (-12103.855) [-12107.567] (-12104.021) -- 0:08:29
Average standard deviation of split frequencies: 0.000000
515500 -- (-12111.169) [-12102.887] (-12102.992) (-12102.359) * (-12101.956) (-12103.326) (-12105.205) [-12103.390] -- 0:08:29
516000 -- (-12097.437) (-12099.172) [-12103.810] (-12104.770) * [-12100.765] (-12106.327) (-12106.234) (-12098.321) -- 0:08:28
516500 -- (-12111.929) (-12102.065) (-12107.523) [-12101.462] * (-12102.881) (-12108.217) (-12101.697) [-12097.849] -- 0:08:28
517000 -- (-12099.372) (-12099.460) [-12102.644] (-12103.750) * [-12105.909] (-12106.716) (-12100.062) (-12101.894) -- 0:08:27
517500 -- (-12110.264) [-12095.165] (-12098.488) (-12106.204) * (-12099.378) [-12097.032] (-12103.087) (-12104.494) -- 0:08:27
518000 -- (-12109.735) [-12099.286] (-12100.287) (-12099.891) * (-12099.335) [-12098.914] (-12104.960) (-12100.231) -- 0:08:26
518500 -- (-12105.004) [-12092.695] (-12097.366) (-12117.106) * (-12107.026) [-12098.626] (-12107.041) (-12099.301) -- 0:08:26
519000 -- (-12100.128) [-12099.798] (-12100.021) (-12103.982) * [-12099.220] (-12103.903) (-12107.536) (-12104.877) -- 0:08:25
519500 -- (-12100.631) [-12104.684] (-12103.023) (-12109.929) * (-12105.057) [-12095.290] (-12101.604) (-12111.962) -- 0:08:25
520000 -- (-12113.025) (-12112.859) [-12105.696] (-12098.971) * (-12099.371) [-12098.469] (-12100.882) (-12107.667) -- 0:08:23
Average standard deviation of split frequencies: 0.000000
520500 -- (-12113.425) (-12121.229) (-12096.720) [-12099.019] * (-12114.703) [-12097.455] (-12106.103) (-12106.110) -- 0:08:23
521000 -- [-12100.208] (-12116.015) (-12104.249) (-12099.342) * [-12100.593] (-12105.213) (-12104.800) (-12098.981) -- 0:08:22
521500 -- (-12105.934) (-12104.317) [-12100.429] (-12113.599) * [-12100.148] (-12108.775) (-12099.261) (-12096.112) -- 0:08:22
522000 -- [-12102.042] (-12100.560) (-12097.455) (-12098.523) * [-12107.812] (-12112.935) (-12098.373) (-12094.586) -- 0:08:22
522500 -- (-12107.119) (-12103.316) (-12102.940) [-12096.918] * [-12100.909] (-12106.208) (-12104.712) (-12095.000) -- 0:08:21
523000 -- [-12096.731] (-12108.022) (-12103.964) (-12101.363) * [-12099.322] (-12110.874) (-12099.019) (-12104.719) -- 0:08:21
523500 -- (-12104.329) (-12102.120) (-12101.668) [-12100.141] * (-12101.266) (-12102.771) [-12096.684] (-12098.804) -- 0:08:20
524000 -- (-12102.632) (-12105.496) [-12104.889] (-12105.975) * [-12101.701] (-12106.854) (-12099.815) (-12110.896) -- 0:08:20
524500 -- (-12100.742) [-12110.875] (-12101.071) (-12097.582) * [-12096.497] (-12107.381) (-12102.180) (-12103.804) -- 0:08:19
525000 -- [-12095.878] (-12109.163) (-12099.593) (-12101.210) * (-12103.042) (-12107.417) [-12101.686] (-12102.972) -- 0:08:19
Average standard deviation of split frequencies: 0.000000
525500 -- (-12097.211) (-12105.502) [-12097.908] (-12106.257) * (-12098.801) [-12100.656] (-12111.212) (-12100.820) -- 0:08:18
526000 -- (-12096.707) [-12106.390] (-12100.486) (-12100.021) * (-12102.924) [-12095.433] (-12101.299) (-12104.544) -- 0:08:18
526500 -- [-12104.114] (-12108.211) (-12107.151) (-12101.127) * [-12100.407] (-12095.800) (-12103.035) (-12098.575) -- 0:08:17
527000 -- (-12105.676) [-12099.047] (-12101.731) (-12100.786) * (-12104.822) [-12093.248] (-12105.466) (-12099.601) -- 0:08:17
527500 -- (-12100.760) [-12103.251] (-12102.058) (-12108.051) * (-12107.038) [-12103.956] (-12107.098) (-12099.785) -- 0:08:16
528000 -- [-12098.149] (-12102.059) (-12103.891) (-12099.572) * (-12100.714) [-12095.775] (-12107.678) (-12098.836) -- 0:08:16
528500 -- (-12098.793) (-12107.018) (-12104.347) [-12107.681] * (-12108.763) [-12097.100] (-12113.968) (-12099.900) -- 0:08:15
529000 -- (-12103.332) (-12105.897) [-12099.669] (-12114.404) * (-12103.816) (-12108.221) [-12103.640] (-12100.596) -- 0:08:15
529500 -- (-12111.751) (-12101.191) [-12096.941] (-12106.293) * (-12101.505) (-12108.704) (-12102.354) [-12109.554] -- 0:08:14
530000 -- (-12107.682) (-12108.448) (-12098.191) [-12093.485] * (-12107.386) (-12096.049) (-12097.970) [-12100.401] -- 0:08:13
Average standard deviation of split frequencies: 0.000000
530500 -- (-12104.937) [-12099.639] (-12103.621) (-12102.656) * (-12107.294) (-12100.740) (-12102.286) [-12096.991] -- 0:08:12
531000 -- (-12101.323) (-12102.678) [-12103.130] (-12099.837) * [-12096.960] (-12099.855) (-12094.012) (-12103.807) -- 0:08:12
531500 -- [-12104.170] (-12102.832) (-12101.937) (-12098.099) * (-12099.166) [-12103.382] (-12095.966) (-12097.059) -- 0:08:12
532000 -- (-12103.611) (-12099.844) (-12104.975) [-12100.461] * (-12104.491) (-12094.645) [-12097.026] (-12104.404) -- 0:08:11
532500 -- (-12106.281) (-12105.968) [-12099.856] (-12096.356) * [-12099.944] (-12107.588) (-12098.909) (-12100.667) -- 0:08:11
533000 -- (-12115.722) [-12112.546] (-12097.400) (-12092.872) * (-12106.346) [-12094.244] (-12100.584) (-12114.136) -- 0:08:10
533500 -- [-12100.772] (-12103.050) (-12103.937) (-12106.170) * (-12096.541) (-12107.720) [-12099.965] (-12111.660) -- 0:08:10
534000 -- (-12105.225) [-12102.593] (-12105.284) (-12101.125) * (-12097.060) (-12097.414) [-12102.828] (-12109.949) -- 0:08:09
534500 -- (-12107.562) (-12099.240) [-12101.526] (-12102.836) * [-12105.498] (-12104.847) (-12103.473) (-12099.612) -- 0:08:09
535000 -- [-12099.610] (-12099.807) (-12111.262) (-12096.200) * [-12100.399] (-12109.002) (-12109.696) (-12100.432) -- 0:08:08
Average standard deviation of split frequencies: 0.000000
535500 -- (-12101.236) [-12100.039] (-12101.079) (-12101.464) * (-12105.262) (-12113.239) (-12097.126) [-12108.355] -- 0:08:08
536000 -- (-12101.686) (-12104.627) (-12109.749) [-12105.758] * (-12105.138) [-12101.734] (-12105.170) (-12104.120) -- 0:08:07
536500 -- [-12106.433] (-12103.849) (-12111.866) (-12104.174) * (-12101.584) (-12107.681) [-12092.768] (-12102.108) -- 0:08:07
537000 -- (-12113.364) [-12098.810] (-12104.648) (-12099.635) * (-12100.970) (-12105.780) (-12101.442) [-12100.843] -- 0:08:06
537500 -- [-12104.398] (-12099.960) (-12104.044) (-12103.568) * (-12104.518) [-12096.544] (-12108.669) (-12109.883) -- 0:08:06
538000 -- (-12101.956) (-12097.030) [-12102.419] (-12104.530) * (-12108.678) [-12104.023] (-12106.013) (-12099.425) -- 0:08:05
538500 -- (-12100.845) (-12106.358) (-12105.333) [-12098.617] * (-12094.290) (-12098.442) (-12106.249) [-12098.939] -- 0:08:05
539000 -- [-12104.559] (-12102.990) (-12113.853) (-12098.539) * (-12103.504) (-12099.570) (-12107.259) [-12100.375] -- 0:08:04
539500 -- (-12104.694) (-12097.783) (-12099.007) [-12099.946] * (-12098.181) [-12103.464] (-12103.932) (-12105.473) -- 0:08:03
540000 -- (-12105.748) (-12097.406) [-12103.345] (-12104.180) * (-12095.654) (-12099.271) (-12101.419) [-12098.672] -- 0:08:02
Average standard deviation of split frequencies: 0.000000
540500 -- (-12107.779) (-12099.079) [-12101.556] (-12104.068) * (-12102.934) (-12097.240) [-12098.580] (-12098.443) -- 0:08:02
541000 -- (-12101.066) [-12105.943] (-12107.759) (-12108.236) * (-12101.683) (-12105.954) [-12104.201] (-12109.389) -- 0:08:02
541500 -- [-12100.177] (-12106.157) (-12103.766) (-12101.673) * (-12101.632) (-12110.726) [-12102.980] (-12103.519) -- 0:08:01
542000 -- (-12104.481) [-12105.284] (-12103.274) (-12107.175) * (-12098.438) (-12101.112) [-12106.285] (-12102.007) -- 0:08:01
542500 -- (-12097.970) [-12100.325] (-12101.036) (-12104.498) * (-12115.631) [-12103.912] (-12103.620) (-12096.669) -- 0:08:00
543000 -- (-12099.592) (-12098.573) [-12099.729] (-12094.395) * (-12100.166) [-12093.567] (-12093.664) (-12101.691) -- 0:08:00
543500 -- (-12097.896) (-12103.532) [-12097.959] (-12112.637) * (-12111.182) (-12103.721) (-12103.087) [-12100.230] -- 0:07:59
544000 -- (-12098.291) (-12100.843) [-12099.975] (-12102.310) * (-12104.436) [-12103.479] (-12102.474) (-12101.080) -- 0:07:59
544500 -- (-12102.416) (-12103.527) (-12101.947) [-12099.966] * (-12112.002) (-12112.467) [-12105.915] (-12100.628) -- 0:07:58
545000 -- (-12106.847) [-12102.250] (-12112.132) (-12106.401) * [-12108.651] (-12097.115) (-12104.089) (-12100.145) -- 0:07:58
Average standard deviation of split frequencies: 0.000000
545500 -- (-12110.470) (-12097.249) (-12101.287) [-12099.075] * (-12098.869) (-12100.536) (-12101.112) [-12101.532] -- 0:07:57
546000 -- (-12104.665) [-12097.598] (-12101.227) (-12100.199) * (-12105.969) [-12106.767] (-12111.207) (-12105.474) -- 0:07:57
546500 -- [-12099.487] (-12107.159) (-12106.010) (-12098.553) * (-12102.944) (-12115.618) (-12104.048) [-12104.165] -- 0:07:56
547000 -- (-12110.385) (-12095.346) (-12098.752) [-12101.729] * (-12109.501) (-12107.158) (-12107.575) [-12097.099] -- 0:07:56
547500 -- [-12112.092] (-12095.602) (-12101.681) (-12101.628) * (-12122.600) [-12104.345] (-12114.145) (-12102.160) -- 0:07:55
548000 -- [-12099.468] (-12100.271) (-12097.659) (-12099.132) * (-12097.366) (-12110.362) (-12100.758) [-12101.605] -- 0:07:55
548500 -- (-12107.297) (-12097.348) [-12096.791] (-12105.363) * (-12103.297) (-12106.089) (-12117.513) [-12099.626] -- 0:07:54
549000 -- (-12106.123) (-12103.283) (-12097.389) [-12103.871] * [-12104.773] (-12115.352) (-12098.412) (-12098.544) -- 0:07:54
549500 -- (-12111.806) [-12101.778] (-12114.858) (-12107.887) * (-12104.992) (-12101.766) (-12103.148) [-12101.244] -- 0:07:53
550000 -- (-12106.428) (-12101.891) [-12096.959] (-12103.043) * [-12102.726] (-12102.187) (-12098.117) (-12104.237) -- 0:07:52
Average standard deviation of split frequencies: 0.000000
550500 -- (-12097.462) (-12100.582) (-12104.660) [-12096.106] * [-12107.163] (-12097.382) (-12100.302) (-12096.126) -- 0:07:52
551000 -- (-12104.864) (-12099.073) [-12099.588] (-12097.908) * (-12106.851) [-12103.305] (-12096.300) (-12103.363) -- 0:07:51
551500 -- (-12102.891) (-12102.804) [-12095.321] (-12103.775) * [-12098.037] (-12097.750) (-12097.335) (-12106.198) -- 0:07:51
552000 -- [-12106.566] (-12111.245) (-12100.072) (-12100.546) * (-12104.797) (-12095.977) (-12097.778) [-12103.015] -- 0:07:50
552500 -- (-12102.223) (-12105.585) (-12094.229) [-12104.866] * (-12102.927) [-12107.145] (-12096.093) (-12099.829) -- 0:07:50
553000 -- [-12107.650] (-12104.310) (-12095.532) (-12109.217) * (-12115.202) (-12098.769) (-12104.007) [-12095.289] -- 0:07:49
553500 -- (-12103.295) (-12097.804) (-12100.098) [-12097.930] * (-12099.054) (-12110.864) [-12101.002] (-12097.984) -- 0:07:49
554000 -- (-12103.787) [-12100.384] (-12101.070) (-12095.481) * (-12103.709) (-12110.283) (-12100.152) [-12099.555] -- 0:07:48
554500 -- [-12102.364] (-12101.438) (-12102.650) (-12113.181) * (-12099.486) [-12105.229] (-12103.494) (-12103.288) -- 0:07:48
555000 -- [-12100.279] (-12106.987) (-12102.198) (-12103.134) * (-12115.715) [-12093.517] (-12094.550) (-12102.525) -- 0:07:47
Average standard deviation of split frequencies: 0.000000
555500 -- [-12099.944] (-12109.472) (-12101.989) (-12101.043) * (-12113.431) (-12110.431) [-12095.056] (-12103.366) -- 0:07:47
556000 -- (-12104.614) (-12108.643) (-12099.303) [-12098.835] * (-12102.498) (-12103.735) [-12097.128] (-12097.542) -- 0:07:46
556500 -- [-12098.585] (-12103.282) (-12095.716) (-12099.247) * (-12108.893) [-12110.444] (-12100.850) (-12106.684) -- 0:07:46
557000 -- [-12097.732] (-12095.994) (-12096.319) (-12111.743) * (-12099.388) [-12102.031] (-12103.404) (-12106.098) -- 0:07:45
557500 -- (-12103.395) (-12100.201) (-12107.211) [-12105.671] * [-12094.832] (-12104.501) (-12103.172) (-12099.942) -- 0:07:45
558000 -- [-12095.527] (-12106.342) (-12109.900) (-12094.181) * [-12097.710] (-12115.294) (-12102.575) (-12112.675) -- 0:07:44
558500 -- (-12103.040) (-12108.378) (-12111.399) [-12091.703] * [-12097.773] (-12108.672) (-12106.957) (-12102.104) -- 0:07:44
559000 -- [-12102.380] (-12104.782) (-12103.067) (-12096.804) * (-12104.244) (-12115.744) (-12100.273) [-12102.446] -- 0:07:43
559500 -- [-12103.415] (-12104.014) (-12102.059) (-12103.324) * (-12102.724) (-12114.056) (-12114.116) [-12112.818] -- 0:07:42
560000 -- (-12098.067) (-12099.424) (-12104.695) [-12100.192] * (-12108.487) (-12109.691) [-12108.469] (-12110.482) -- 0:07:42
Average standard deviation of split frequencies: 0.000000
560500 -- (-12100.966) (-12104.056) [-12098.678] (-12116.323) * [-12096.877] (-12098.046) (-12102.033) (-12108.977) -- 0:07:41
561000 -- (-12098.466) (-12105.296) (-12101.775) [-12098.764] * (-12097.949) [-12103.115] (-12099.931) (-12108.480) -- 0:07:41
561500 -- (-12105.578) [-12097.054] (-12104.703) (-12104.637) * [-12094.905] (-12105.220) (-12100.934) (-12107.713) -- 0:07:40
562000 -- (-12098.932) [-12102.088] (-12104.461) (-12111.633) * (-12099.634) (-12103.226) [-12106.402] (-12097.514) -- 0:07:40
562500 -- (-12098.891) (-12101.796) [-12095.710] (-12106.346) * (-12098.378) (-12102.288) (-12105.159) [-12099.262] -- 0:07:39
563000 -- (-12103.223) (-12104.296) [-12097.071] (-12097.341) * (-12107.023) (-12110.006) [-12105.895] (-12106.707) -- 0:07:39
563500 -- [-12103.235] (-12100.931) (-12100.348) (-12099.466) * [-12097.056] (-12107.652) (-12105.636) (-12099.912) -- 0:07:38
564000 -- (-12102.393) [-12095.221] (-12105.111) (-12113.224) * (-12099.415) (-12096.707) [-12104.663] (-12099.203) -- 0:07:38
564500 -- (-12102.473) (-12098.882) (-12102.558) [-12099.978] * (-12099.953) (-12106.157) (-12105.641) [-12094.905] -- 0:07:37
565000 -- (-12107.610) (-12103.307) (-12101.865) [-12094.925] * (-12108.168) (-12101.652) (-12105.727) [-12103.128] -- 0:07:37
Average standard deviation of split frequencies: 0.000000
565500 -- (-12102.141) [-12091.923] (-12116.155) (-12106.008) * (-12111.077) (-12103.483) (-12103.785) [-12100.874] -- 0:07:36
566000 -- (-12099.390) [-12093.958] (-12103.553) (-12102.333) * [-12098.303] (-12106.485) (-12098.958) (-12101.519) -- 0:07:36
566500 -- (-12099.853) (-12096.235) [-12102.833] (-12111.350) * [-12098.777] (-12099.517) (-12100.045) (-12110.979) -- 0:07:36
567000 -- [-12099.424] (-12106.601) (-12099.547) (-12100.638) * [-12101.581] (-12096.627) (-12108.817) (-12105.371) -- 0:07:35
567500 -- (-12098.668) [-12102.868] (-12101.929) (-12106.633) * (-12111.668) (-12108.748) (-12104.388) [-12098.707] -- 0:07:34
568000 -- (-12104.629) (-12104.682) (-12099.417) [-12102.329] * (-12109.983) [-12110.886] (-12110.130) (-12097.518) -- 0:07:34
568500 -- (-12105.975) (-12102.435) (-12106.785) [-12101.279] * (-12108.902) (-12110.328) (-12101.384) [-12098.115] -- 0:07:33
569000 -- (-12106.469) [-12100.061] (-12098.335) (-12091.774) * (-12109.486) [-12102.268] (-12102.787) (-12094.906) -- 0:07:32
569500 -- (-12099.135) (-12094.676) [-12097.664] (-12101.771) * (-12104.764) [-12098.962] (-12104.625) (-12099.733) -- 0:07:32
570000 -- (-12104.578) [-12101.680] (-12103.593) (-12101.151) * (-12101.027) (-12107.733) (-12097.865) [-12103.693] -- 0:07:31
Average standard deviation of split frequencies: 0.000000
570500 -- (-12109.967) (-12111.395) (-12099.867) [-12109.134] * (-12101.441) [-12106.667] (-12100.936) (-12104.698) -- 0:07:31
571000 -- (-12108.334) [-12099.123] (-12103.830) (-12106.369) * [-12100.943] (-12106.676) (-12099.926) (-12109.449) -- 0:07:30
571500 -- (-12102.384) [-12104.257] (-12104.189) (-12096.956) * (-12106.085) (-12102.588) [-12101.576] (-12108.365) -- 0:07:30
572000 -- (-12107.110) (-12097.479) [-12095.397] (-12096.810) * (-12104.533) (-12100.299) [-12100.740] (-12103.204) -- 0:07:29
572500 -- [-12106.047] (-12102.908) (-12107.101) (-12100.010) * (-12097.471) (-12101.153) (-12104.653) [-12108.490] -- 0:07:29
573000 -- (-12103.620) (-12102.508) [-12103.584] (-12105.098) * (-12107.506) (-12106.832) (-12105.755) [-12094.439] -- 0:07:28
573500 -- (-12103.160) (-12101.097) (-12106.709) [-12112.546] * (-12105.299) [-12103.239] (-12107.994) (-12095.059) -- 0:07:28
574000 -- (-12097.172) (-12103.690) [-12104.303] (-12113.405) * (-12113.306) (-12101.524) (-12101.729) [-12092.565] -- 0:07:28
574500 -- (-12110.049) (-12102.707) [-12097.979] (-12100.151) * [-12100.326] (-12101.027) (-12103.389) (-12095.214) -- 0:07:27
575000 -- (-12103.622) (-12105.275) [-12095.059] (-12103.222) * (-12100.686) (-12096.598) [-12097.612] (-12100.052) -- 0:07:27
Average standard deviation of split frequencies: 0.000000
575500 -- (-12097.900) (-12109.552) [-12096.186] (-12097.636) * (-12098.388) (-12100.188) [-12102.102] (-12102.317) -- 0:07:26
576000 -- (-12109.071) (-12110.018) [-12105.781] (-12100.858) * (-12102.696) (-12097.954) (-12105.612) [-12106.972] -- 0:07:26
576500 -- (-12097.303) (-12105.877) (-12106.543) [-12101.090] * (-12107.697) [-12109.127] (-12109.287) (-12104.987) -- 0:07:25
577000 -- (-12102.799) [-12100.973] (-12103.672) (-12102.441) * (-12104.992) [-12105.104] (-12101.016) (-12107.547) -- 0:07:24
577500 -- (-12104.922) [-12096.720] (-12098.132) (-12112.177) * (-12096.905) (-12107.252) [-12100.294] (-12106.808) -- 0:07:24
578000 -- (-12107.062) (-12106.218) [-12098.891] (-12112.408) * (-12110.211) (-12109.746) (-12108.035) [-12100.636] -- 0:07:23
578500 -- (-12099.989) [-12104.526] (-12111.163) (-12101.300) * (-12109.868) [-12098.615] (-12096.024) (-12099.629) -- 0:07:23
579000 -- [-12106.845] (-12102.679) (-12110.017) (-12110.799) * (-12102.851) [-12103.646] (-12105.128) (-12102.429) -- 0:07:22
579500 -- (-12111.847) (-12097.871) [-12098.942] (-12100.290) * (-12096.647) (-12103.800) (-12104.874) [-12104.795] -- 0:07:22
580000 -- (-12110.434) [-12099.030] (-12101.293) (-12120.574) * [-12096.378] (-12093.882) (-12102.714) (-12099.077) -- 0:07:21
Average standard deviation of split frequencies: 0.000000
580500 -- (-12110.208) (-12099.858) (-12096.455) [-12103.736] * (-12100.128) (-12102.359) [-12095.440] (-12106.537) -- 0:07:21
581000 -- (-12102.828) [-12098.026] (-12101.042) (-12105.683) * (-12102.473) (-12103.603) (-12094.451) [-12101.482] -- 0:07:20
581500 -- (-12102.825) [-12099.369] (-12102.134) (-12101.889) * (-12094.691) (-12103.812) (-12103.359) [-12098.293] -- 0:07:20
582000 -- (-12104.763) (-12097.875) [-12099.892] (-12101.209) * (-12101.190) (-12098.322) [-12105.781] (-12093.119) -- 0:07:19
582500 -- (-12110.209) [-12099.176] (-12107.908) (-12101.503) * (-12098.655) [-12091.990] (-12102.758) (-12100.953) -- 0:07:19
583000 -- (-12099.112) (-12102.465) [-12098.496] (-12101.664) * (-12097.959) [-12093.599] (-12096.446) (-12097.788) -- 0:07:18
583500 -- (-12106.057) (-12095.968) (-12099.027) [-12098.914] * (-12094.915) (-12107.869) (-12104.854) [-12097.173] -- 0:07:18
584000 -- [-12099.615] (-12107.049) (-12106.248) (-12092.311) * [-12098.440] (-12103.461) (-12096.738) (-12104.856) -- 0:07:18
584500 -- (-12107.705) (-12113.225) [-12106.060] (-12107.965) * (-12104.649) [-12105.097] (-12102.993) (-12100.230) -- 0:07:17
585000 -- [-12101.103] (-12108.077) (-12106.310) (-12108.048) * (-12098.514) [-12101.553] (-12106.656) (-12104.919) -- 0:07:16
Average standard deviation of split frequencies: 0.000000
585500 -- [-12103.451] (-12098.890) (-12109.476) (-12098.631) * (-12100.390) (-12100.557) [-12100.320] (-12106.395) -- 0:07:16
586000 -- [-12097.770] (-12105.552) (-12098.424) (-12097.643) * (-12100.353) [-12101.735] (-12110.742) (-12103.974) -- 0:07:15
586500 -- [-12112.741] (-12104.671) (-12099.921) (-12104.150) * [-12104.447] (-12111.980) (-12106.193) (-12101.776) -- 0:07:15
587000 -- (-12107.320) [-12104.161] (-12100.357) (-12101.373) * (-12110.234) [-12108.330] (-12103.397) (-12101.274) -- 0:07:14
587500 -- (-12096.080) (-12099.678) (-12099.021) [-12101.785] * (-12103.374) (-12110.423) [-12101.180] (-12100.162) -- 0:07:13
588000 -- (-12103.466) (-12101.539) [-12105.388] (-12106.827) * [-12099.299] (-12101.459) (-12100.559) (-12107.219) -- 0:07:13
588500 -- [-12102.938] (-12100.668) (-12105.821) (-12106.271) * (-12104.451) (-12101.809) (-12101.596) [-12105.365] -- 0:07:12
589000 -- [-12108.893] (-12110.523) (-12106.751) (-12106.736) * (-12104.938) [-12100.781] (-12101.718) (-12109.240) -- 0:07:12
589500 -- [-12099.298] (-12100.674) (-12099.171) (-12102.928) * (-12096.244) [-12101.562] (-12111.934) (-12106.599) -- 0:07:11
590000 -- (-12099.663) (-12105.978) [-12099.509] (-12109.705) * (-12105.378) [-12100.574] (-12111.821) (-12106.009) -- 0:07:11
Average standard deviation of split frequencies: 0.000000
590500 -- (-12106.267) [-12099.115] (-12109.808) (-12111.375) * (-12109.345) [-12097.192] (-12100.840) (-12118.653) -- 0:07:10
591000 -- [-12099.925] (-12102.983) (-12112.089) (-12110.003) * (-12104.336) (-12104.831) (-12097.415) [-12100.498] -- 0:07:10
591500 -- (-12105.191) [-12098.257] (-12109.466) (-12102.850) * (-12099.226) (-12100.627) (-12100.263) [-12097.918] -- 0:07:09
592000 -- (-12099.263) (-12105.222) (-12102.364) [-12105.721] * (-12101.871) [-12094.526] (-12104.838) (-12102.898) -- 0:07:09
592500 -- (-12100.088) (-12102.700) [-12102.516] (-12113.770) * [-12101.248] (-12096.242) (-12101.640) (-12100.733) -- 0:07:09
593000 -- (-12097.235) (-12105.321) (-12118.541) [-12097.276] * [-12096.753] (-12111.184) (-12111.291) (-12107.244) -- 0:07:08
593500 -- (-12108.302) [-12098.272] (-12097.695) (-12099.280) * (-12099.763) (-12107.459) [-12103.105] (-12107.483) -- 0:07:08
594000 -- (-12102.731) (-12100.880) [-12100.844] (-12107.129) * [-12097.543] (-12104.907) (-12101.056) (-12109.004) -- 0:07:07
594500 -- (-12104.178) (-12102.977) [-12094.303] (-12108.804) * [-12098.647] (-12110.603) (-12107.260) (-12103.304) -- 0:07:06
595000 -- [-12101.814] (-12106.216) (-12100.825) (-12096.794) * [-12099.826] (-12115.228) (-12109.148) (-12106.110) -- 0:07:06
Average standard deviation of split frequencies: 0.000000
595500 -- (-12105.804) [-12096.839] (-12093.810) (-12098.621) * (-12100.586) (-12116.127) (-12100.242) [-12101.830] -- 0:07:05
596000 -- (-12100.132) (-12105.773) [-12092.338] (-12100.448) * (-12099.758) (-12106.744) [-12103.869] (-12114.697) -- 0:07:05
596500 -- (-12101.555) (-12108.981) [-12094.717] (-12102.656) * (-12107.540) (-12120.536) [-12094.541] (-12100.009) -- 0:07:04
597000 -- (-12113.249) (-12107.562) (-12099.327) [-12094.923] * [-12095.976] (-12110.060) (-12107.117) (-12107.341) -- 0:07:03
597500 -- (-12098.146) (-12105.989) (-12108.921) [-12098.780] * (-12098.620) [-12104.207] (-12101.552) (-12106.949) -- 0:07:03
598000 -- (-12117.915) (-12102.538) [-12098.725] (-12103.422) * (-12094.633) (-12106.523) [-12101.651] (-12105.018) -- 0:07:02
598500 -- (-12111.809) (-12106.837) [-12095.570] (-12106.906) * (-12099.848) (-12103.693) (-12102.612) [-12096.155] -- 0:07:02
599000 -- [-12102.937] (-12097.002) (-12111.805) (-12104.461) * [-12106.098] (-12115.828) (-12104.925) (-12105.116) -- 0:07:01
599500 -- (-12106.421) (-12098.903) [-12101.726] (-12102.618) * (-12103.972) (-12103.789) [-12095.368] (-12113.741) -- 0:07:01
600000 -- (-12105.565) [-12105.188] (-12096.710) (-12100.608) * [-12098.558] (-12119.085) (-12098.292) (-12107.196) -- 0:07:00
Average standard deviation of split frequencies: 0.000000
600500 -- [-12097.751] (-12103.013) (-12104.226) (-12102.156) * (-12106.765) (-12100.483) (-12100.509) [-12103.577] -- 0:07:00
601000 -- (-12097.427) (-12097.746) [-12099.858] (-12103.754) * (-12101.778) (-12101.433) [-12103.712] (-12103.067) -- 0:06:59
601500 -- [-12101.426] (-12105.515) (-12095.400) (-12106.458) * (-12098.402) (-12104.342) (-12104.041) [-12098.997] -- 0:06:59
602000 -- (-12101.371) [-12105.531] (-12102.839) (-12103.793) * (-12105.270) (-12100.592) [-12098.890] (-12099.334) -- 0:06:58
602500 -- (-12111.766) [-12099.947] (-12112.414) (-12108.037) * [-12104.055] (-12105.539) (-12103.263) (-12109.181) -- 0:06:58
603000 -- (-12111.282) (-12103.653) [-12099.661] (-12110.467) * (-12103.023) [-12094.863] (-12097.351) (-12109.667) -- 0:06:57
603500 -- [-12102.459] (-12101.203) (-12098.897) (-12102.322) * (-12105.289) [-12100.169] (-12104.537) (-12100.739) -- 0:06:57
604000 -- (-12107.857) [-12097.994] (-12101.020) (-12103.147) * (-12105.543) (-12101.174) [-12107.568] (-12105.820) -- 0:06:56
604500 -- [-12101.713] (-12097.338) (-12096.993) (-12105.157) * (-12098.613) [-12098.478] (-12110.753) (-12106.124) -- 0:06:56
605000 -- (-12101.343) [-12098.892] (-12103.658) (-12103.803) * (-12101.439) (-12099.372) (-12104.250) [-12104.533] -- 0:06:55
Average standard deviation of split frequencies: 0.000000
605500 -- (-12099.433) (-12098.444) [-12097.743] (-12105.321) * [-12111.560] (-12108.459) (-12100.372) (-12104.729) -- 0:06:55
606000 -- (-12101.036) (-12097.838) (-12105.419) [-12105.306] * (-12103.336) (-12103.920) (-12108.035) [-12105.171] -- 0:06:54
606500 -- (-12101.617) (-12099.848) (-12114.155) [-12098.095] * [-12101.908] (-12099.830) (-12103.942) (-12101.467) -- 0:06:53
607000 -- (-12097.414) [-12096.864] (-12107.576) (-12103.559) * (-12112.430) (-12100.468) (-12101.656) [-12104.872] -- 0:06:53
607500 -- [-12104.316] (-12101.107) (-12108.087) (-12107.303) * (-12099.285) (-12096.742) [-12108.000] (-12104.065) -- 0:06:52
608000 -- (-12102.341) [-12099.281] (-12120.086) (-12106.899) * (-12107.112) (-12097.994) (-12103.420) [-12100.289] -- 0:06:52
608500 -- [-12099.640] (-12099.968) (-12110.965) (-12101.583) * (-12108.764) (-12096.397) [-12102.168] (-12103.338) -- 0:06:51
609000 -- (-12108.057) (-12102.409) [-12099.123] (-12093.852) * [-12102.302] (-12097.110) (-12101.751) (-12096.073) -- 0:06:51
609500 -- (-12104.035) (-12102.524) (-12104.438) [-12105.408] * [-12097.285] (-12102.157) (-12103.900) (-12097.606) -- 0:06:50
610000 -- (-12099.085) (-12099.256) [-12107.546] (-12095.352) * (-12102.531) (-12097.207) (-12106.021) [-12100.689] -- 0:06:50
Average standard deviation of split frequencies: 0.000000
610500 -- [-12096.480] (-12102.485) (-12103.893) (-12102.915) * (-12105.264) (-12102.507) [-12108.563] (-12096.161) -- 0:06:49
611000 -- (-12102.337) [-12099.041] (-12109.033) (-12107.366) * (-12104.805) [-12100.996] (-12110.501) (-12099.632) -- 0:06:49
611500 -- (-12104.937) [-12103.266] (-12096.390) (-12104.597) * (-12106.960) (-12101.622) [-12102.198] (-12101.095) -- 0:06:48
612000 -- [-12101.437] (-12109.615) (-12106.433) (-12099.609) * (-12104.971) (-12098.283) [-12109.091] (-12099.897) -- 0:06:48
612500 -- [-12104.558] (-12097.923) (-12101.940) (-12107.279) * [-12108.093] (-12105.988) (-12103.267) (-12113.080) -- 0:06:47
613000 -- (-12105.320) (-12105.215) (-12101.011) [-12098.407] * (-12108.896) [-12102.857] (-12100.995) (-12100.677) -- 0:06:47
613500 -- (-12108.069) (-12102.419) [-12104.225] (-12106.821) * (-12102.797) [-12100.138] (-12099.144) (-12108.471) -- 0:06:46
614000 -- (-12112.710) [-12104.911] (-12108.662) (-12110.735) * [-12098.239] (-12094.732) (-12098.164) (-12107.476) -- 0:06:46
614500 -- (-12100.007) [-12097.709] (-12106.151) (-12111.441) * (-12100.079) [-12095.563] (-12109.475) (-12096.910) -- 0:06:45
615000 -- [-12096.784] (-12102.063) (-12103.636) (-12105.444) * (-12103.744) (-12094.225) [-12102.986] (-12098.127) -- 0:06:45
Average standard deviation of split frequencies: 0.000000
615500 -- (-12100.198) (-12100.744) (-12102.271) [-12096.414] * (-12106.021) (-12098.921) [-12108.633] (-12096.663) -- 0:06:44
616000 -- (-12104.041) (-12102.461) [-12100.074] (-12100.366) * [-12104.349] (-12110.847) (-12102.837) (-12100.370) -- 0:06:43
616500 -- (-12101.848) (-12093.000) [-12095.971] (-12104.675) * (-12098.731) (-12105.421) [-12100.884] (-12098.250) -- 0:06:43
617000 -- [-12097.954] (-12106.168) (-12098.420) (-12102.299) * (-12108.624) (-12100.600) (-12097.975) [-12098.444] -- 0:06:42
617500 -- (-12112.487) (-12097.657) (-12100.511) [-12105.011] * (-12109.253) [-12095.820] (-12102.397) (-12104.406) -- 0:06:42
618000 -- (-12104.441) (-12112.554) (-12108.402) [-12103.967] * [-12104.948] (-12102.570) (-12101.852) (-12114.962) -- 0:06:41
618500 -- (-12105.221) [-12106.243] (-12113.720) (-12109.025) * (-12107.273) [-12099.050] (-12098.592) (-12104.789) -- 0:06:41
619000 -- (-12103.340) (-12102.556) (-12112.962) [-12101.407] * (-12107.233) [-12097.701] (-12110.729) (-12111.096) -- 0:06:40
619500 -- (-12102.457) [-12103.861] (-12103.814) (-12098.255) * (-12103.802) (-12107.542) [-12097.737] (-12097.061) -- 0:06:40
620000 -- [-12095.971] (-12100.943) (-12109.043) (-12101.618) * (-12098.967) [-12102.588] (-12105.832) (-12106.313) -- 0:06:39
Average standard deviation of split frequencies: 0.000000
620500 -- (-12112.735) (-12100.827) (-12102.307) [-12099.157] * (-12103.689) (-12101.146) (-12096.792) [-12099.368] -- 0:06:39
621000 -- (-12099.276) (-12105.948) (-12094.476) [-12099.036] * [-12097.913] (-12102.260) (-12095.760) (-12105.408) -- 0:06:38
621500 -- [-12098.781] (-12097.920) (-12106.390) (-12102.197) * (-12102.299) (-12105.258) (-12106.768) [-12106.262] -- 0:06:38
622000 -- (-12106.980) [-12098.679] (-12107.940) (-12099.588) * (-12103.121) [-12098.829] (-12103.402) (-12111.162) -- 0:06:37
622500 -- (-12099.896) (-12102.200) (-12102.244) [-12102.916] * [-12110.443] (-12102.395) (-12094.273) (-12111.914) -- 0:06:37
623000 -- (-12102.524) [-12099.767] (-12103.000) (-12107.950) * [-12101.333] (-12104.331) (-12096.059) (-12106.154) -- 0:06:36
623500 -- (-12112.607) (-12095.908) [-12107.376] (-12101.207) * (-12096.536) (-12106.854) [-12097.610] (-12100.185) -- 0:06:36
624000 -- [-12106.599] (-12098.249) (-12105.101) (-12102.148) * (-12099.278) (-12112.705) [-12101.970] (-12107.504) -- 0:06:35
624500 -- (-12110.018) (-12098.820) (-12098.949) [-12101.571] * [-12102.740] (-12105.297) (-12107.878) (-12101.885) -- 0:06:35
625000 -- (-12100.319) [-12097.200] (-12097.765) (-12109.164) * (-12097.356) (-12108.646) (-12105.334) [-12102.115] -- 0:06:34
Average standard deviation of split frequencies: 0.000000
625500 -- (-12098.995) (-12100.508) (-12099.009) [-12106.558] * (-12104.542) [-12102.763] (-12097.112) (-12106.985) -- 0:06:33
626000 -- (-12100.616) (-12116.930) [-12102.463] (-12096.903) * (-12120.424) (-12101.945) (-12105.301) [-12100.586] -- 0:06:33
626500 -- (-12108.454) (-12106.416) (-12109.959) [-12101.822] * [-12106.336] (-12102.993) (-12101.249) (-12105.252) -- 0:06:32
627000 -- [-12101.584] (-12099.338) (-12104.324) (-12110.247) * (-12097.839) (-12106.353) (-12099.397) [-12100.712] -- 0:06:32
627500 -- (-12105.164) [-12096.837] (-12102.104) (-12105.411) * (-12109.656) (-12106.112) (-12105.327) [-12091.791] -- 0:06:31
628000 -- [-12099.225] (-12098.513) (-12103.060) (-12109.137) * (-12101.677) (-12112.174) (-12095.220) [-12099.974] -- 0:06:31
628500 -- (-12102.392) [-12098.486] (-12098.401) (-12101.597) * (-12102.160) [-12099.565] (-12094.004) (-12097.779) -- 0:06:30
629000 -- (-12101.895) (-12100.703) [-12095.347] (-12109.222) * [-12095.438] (-12101.044) (-12094.221) (-12103.659) -- 0:06:30
629500 -- [-12096.942] (-12111.455) (-12100.941) (-12101.319) * (-12098.297) (-12100.481) [-12099.723] (-12106.187) -- 0:06:29
630000 -- (-12101.763) [-12105.060] (-12097.640) (-12095.915) * (-12091.708) [-12100.296] (-12102.845) (-12111.395) -- 0:06:29
Average standard deviation of split frequencies: 0.000000
630500 -- (-12101.040) (-12118.258) [-12101.564] (-12107.336) * [-12102.130] (-12104.655) (-12109.963) (-12103.559) -- 0:06:28
631000 -- (-12108.572) (-12102.693) (-12098.783) [-12100.528] * [-12098.403] (-12094.297) (-12093.153) (-12102.567) -- 0:06:28
631500 -- (-12105.936) (-12096.595) (-12094.760) [-12099.272] * (-12098.975) [-12098.130] (-12101.741) (-12106.362) -- 0:06:27
632000 -- (-12103.589) [-12102.646] (-12101.546) (-12095.130) * [-12103.532] (-12106.114) (-12101.177) (-12103.307) -- 0:06:27
632500 -- (-12099.178) (-12096.465) (-12105.764) [-12097.388] * (-12097.925) (-12101.712) (-12104.630) [-12096.758] -- 0:06:26
633000 -- [-12097.475] (-12103.270) (-12106.152) (-12098.843) * (-12096.757) (-12107.081) (-12099.556) [-12095.275] -- 0:06:26
633500 -- (-12097.040) [-12100.235] (-12095.530) (-12104.144) * [-12098.054] (-12102.553) (-12107.412) (-12097.569) -- 0:06:25
634000 -- (-12101.218) [-12096.537] (-12098.166) (-12108.246) * (-12096.466) [-12100.842] (-12108.115) (-12100.407) -- 0:06:25
634500 -- (-12105.870) (-12095.092) [-12099.505] (-12100.135) * (-12103.823) (-12098.491) (-12103.495) [-12098.497] -- 0:06:24
635000 -- (-12105.422) (-12102.959) (-12099.737) [-12104.144] * (-12110.628) (-12102.136) [-12100.918] (-12102.941) -- 0:06:23
Average standard deviation of split frequencies: 0.000000
635500 -- (-12100.136) [-12105.513] (-12110.909) (-12100.092) * [-12099.450] (-12105.195) (-12102.811) (-12104.245) -- 0:06:23
636000 -- (-12107.720) (-12107.739) (-12101.880) [-12104.677] * (-12097.015) (-12100.129) (-12102.792) [-12095.352] -- 0:06:22
636500 -- (-12103.998) (-12114.961) (-12103.844) [-12096.584] * (-12097.015) (-12102.033) [-12101.589] (-12096.883) -- 0:06:22
637000 -- [-12102.300] (-12103.461) (-12104.769) (-12097.170) * (-12104.733) (-12105.009) (-12100.701) [-12097.353] -- 0:06:21
637500 -- (-12103.193) [-12105.603] (-12105.041) (-12096.804) * [-12100.575] (-12109.001) (-12098.263) (-12096.822) -- 0:06:21
638000 -- (-12103.060) [-12104.532] (-12099.815) (-12100.418) * (-12099.886) (-12100.365) (-12105.946) [-12105.199] -- 0:06:20
638500 -- (-12106.367) (-12097.196) [-12097.819] (-12102.997) * (-12101.610) (-12105.910) [-12114.574] (-12102.826) -- 0:06:20
639000 -- (-12099.016) (-12098.261) [-12099.808] (-12098.670) * (-12097.643) [-12108.074] (-12102.303) (-12095.068) -- 0:06:19
639500 -- [-12098.441] (-12099.714) (-12109.106) (-12102.364) * (-12099.080) (-12099.793) [-12098.462] (-12108.900) -- 0:06:19
640000 -- (-12104.383) (-12100.592) [-12098.172] (-12099.921) * [-12095.611] (-12105.318) (-12096.993) (-12102.138) -- 0:06:18
Average standard deviation of split frequencies: 0.000000
640500 -- (-12105.290) [-12096.824] (-12099.537) (-12103.899) * (-12103.979) (-12109.282) [-12099.622] (-12097.034) -- 0:06:18
641000 -- (-12099.575) [-12100.959] (-12097.509) (-12106.454) * (-12106.804) [-12102.863] (-12102.577) (-12101.007) -- 0:06:17
641500 -- (-12102.155) [-12104.978] (-12097.787) (-12101.012) * (-12105.105) (-12100.247) [-12100.665] (-12103.198) -- 0:06:17
642000 -- (-12100.293) (-12101.220) (-12102.468) [-12105.232] * (-12105.508) (-12105.750) (-12099.715) [-12109.023] -- 0:06:16
642500 -- (-12104.345) (-12097.913) [-12098.843] (-12103.176) * (-12103.044) [-12100.339] (-12099.561) (-12105.983) -- 0:06:16
643000 -- [-12099.770] (-12099.296) (-12097.710) (-12097.240) * (-12105.290) (-12105.708) (-12096.646) [-12101.123] -- 0:06:15
643500 -- (-12099.830) [-12101.749] (-12098.812) (-12099.663) * (-12094.082) (-12101.889) [-12100.931] (-12103.785) -- 0:06:15
644000 -- (-12105.421) [-12098.589] (-12100.066) (-12107.807) * (-12096.368) (-12108.101) [-12104.149] (-12100.599) -- 0:06:14
644500 -- [-12097.099] (-12101.008) (-12106.922) (-12105.903) * (-12102.050) (-12102.176) [-12098.818] (-12101.498) -- 0:06:13
645000 -- [-12099.176] (-12103.122) (-12107.155) (-12108.370) * (-12102.950) (-12096.760) [-12096.099] (-12100.204) -- 0:06:13
Average standard deviation of split frequencies: 0.000000
645500 -- (-12102.553) [-12093.979] (-12106.567) (-12110.427) * (-12100.954) (-12103.364) (-12107.792) [-12101.507] -- 0:06:12
646000 -- (-12103.155) [-12094.593] (-12095.681) (-12101.055) * (-12112.200) (-12111.303) [-12099.908] (-12100.566) -- 0:06:12
646500 -- [-12096.643] (-12099.555) (-12101.629) (-12104.873) * (-12107.489) (-12098.974) (-12102.831) [-12100.138] -- 0:06:11
647000 -- (-12105.858) (-12101.628) (-12104.041) [-12100.334] * [-12104.436] (-12102.706) (-12107.015) (-12098.385) -- 0:06:11
647500 -- (-12106.199) (-12109.987) [-12099.855] (-12101.599) * [-12098.777] (-12104.708) (-12097.776) (-12102.106) -- 0:06:10
648000 -- [-12099.169] (-12096.587) (-12098.603) (-12094.784) * [-12098.258] (-12102.972) (-12102.041) (-12107.107) -- 0:06:09
648500 -- (-12100.738) (-12099.579) [-12100.160] (-12104.242) * [-12101.230] (-12104.127) (-12102.440) (-12097.217) -- 0:06:09
649000 -- [-12101.618] (-12107.913) (-12102.224) (-12105.371) * (-12098.215) (-12110.711) (-12102.380) [-12102.317] -- 0:06:09
649500 -- (-12109.804) [-12095.765] (-12097.622) (-12105.576) * [-12101.631] (-12102.147) (-12102.093) (-12106.423) -- 0:06:08
650000 -- (-12098.534) (-12106.905) [-12110.360] (-12100.918) * (-12099.087) (-12106.954) (-12097.548) [-12096.794] -- 0:06:08
Average standard deviation of split frequencies: 0.000000
650500 -- (-12102.770) (-12104.829) [-12105.373] (-12105.468) * (-12096.382) (-12101.176) (-12103.969) [-12099.051] -- 0:06:07
651000 -- [-12103.720] (-12102.493) (-12103.483) (-12107.780) * (-12105.690) (-12108.768) [-12100.549] (-12102.001) -- 0:06:07
651500 -- (-12102.152) [-12102.004] (-12105.522) (-12105.189) * (-12102.291) (-12102.183) [-12093.468] (-12095.224) -- 0:06:06
652000 -- (-12097.940) [-12103.308] (-12107.045) (-12120.214) * (-12102.511) [-12103.589] (-12102.340) (-12097.545) -- 0:06:06
652500 -- [-12097.040] (-12107.099) (-12101.041) (-12112.636) * (-12103.760) (-12099.239) (-12106.538) [-12098.938] -- 0:06:05
653000 -- (-12105.873) (-12102.703) [-12097.221] (-12106.468) * (-12107.838) [-12107.012] (-12106.811) (-12108.801) -- 0:06:05
653500 -- (-12108.094) (-12094.059) (-12095.152) [-12100.123] * (-12106.379) (-12109.839) [-12108.706] (-12100.620) -- 0:06:04
654000 -- (-12098.224) (-12094.897) [-12100.148] (-12097.503) * (-12099.214) (-12100.174) (-12099.483) [-12102.765] -- 0:06:03
654500 -- [-12104.265] (-12102.692) (-12101.242) (-12099.445) * (-12106.648) (-12101.064) (-12106.985) [-12101.824] -- 0:06:03
655000 -- (-12102.172) [-12096.314] (-12103.768) (-12099.852) * (-12103.962) (-12102.137) (-12102.105) [-12097.211] -- 0:06:02
Average standard deviation of split frequencies: 0.000000
655500 -- [-12110.243] (-12102.192) (-12102.199) (-12106.462) * (-12110.971) (-12105.125) [-12098.958] (-12096.130) -- 0:06:02
656000 -- (-12102.538) (-12111.454) (-12102.454) [-12107.241] * [-12105.475] (-12102.921) (-12105.736) (-12103.335) -- 0:06:01
656500 -- (-12101.503) [-12097.962] (-12108.411) (-12108.097) * (-12104.560) (-12104.940) [-12097.637] (-12107.487) -- 0:06:01
657000 -- (-12104.135) (-12097.761) (-12097.124) [-12095.867] * (-12106.726) (-12096.054) [-12097.099] (-12101.305) -- 0:06:00
657500 -- (-12098.572) (-12101.827) (-12114.722) [-12094.935] * (-12098.374) [-12097.209] (-12098.856) (-12113.814) -- 0:05:59
658000 -- [-12100.384] (-12108.201) (-12104.346) (-12099.725) * (-12098.046) [-12105.170] (-12110.094) (-12103.469) -- 0:05:59
658500 -- (-12099.044) [-12100.961] (-12110.747) (-12102.435) * (-12104.488) (-12110.874) (-12101.536) [-12099.087] -- 0:05:58
659000 -- (-12101.701) (-12100.087) (-12110.183) [-12098.654] * (-12104.692) (-12109.220) (-12103.167) [-12094.046] -- 0:05:58
659500 -- (-12102.866) (-12094.856) (-12101.383) [-12101.060] * (-12104.914) [-12105.929] (-12121.918) (-12101.472) -- 0:05:57
660000 -- (-12098.200) [-12098.373] (-12098.718) (-12106.258) * [-12096.968] (-12103.216) (-12102.333) (-12100.049) -- 0:05:57
Average standard deviation of split frequencies: 0.000000
660500 -- [-12096.707] (-12099.536) (-12103.183) (-12104.892) * (-12096.695) (-12101.830) [-12099.999] (-12098.270) -- 0:05:56
661000 -- (-12100.698) (-12094.540) (-12107.562) [-12102.073] * [-12096.908] (-12109.272) (-12102.732) (-12109.525) -- 0:05:56
661500 -- (-12095.492) (-12103.563) (-12108.983) [-12103.686] * (-12098.555) (-12108.728) (-12098.088) [-12108.025] -- 0:05:56
662000 -- [-12099.811] (-12105.628) (-12098.834) (-12105.462) * [-12100.038] (-12107.198) (-12100.606) (-12110.212) -- 0:05:55
662500 -- [-12094.637] (-12099.774) (-12102.478) (-12110.191) * [-12105.073] (-12105.570) (-12103.084) (-12109.001) -- 0:05:55
663000 -- (-12102.312) [-12099.749] (-12106.762) (-12105.775) * (-12108.640) (-12102.382) [-12107.170] (-12107.877) -- 0:05:54
663500 -- (-12100.485) [-12098.128] (-12110.727) (-12107.159) * (-12105.650) (-12105.167) (-12106.787) [-12101.593] -- 0:05:53
664000 -- (-12097.222) (-12108.355) [-12104.216] (-12117.787) * (-12106.634) (-12099.079) [-12096.726] (-12107.852) -- 0:05:53
664500 -- [-12099.919] (-12101.313) (-12097.512) (-12099.643) * (-12098.552) [-12100.357] (-12102.128) (-12108.901) -- 0:05:52
665000 -- (-12103.863) (-12098.121) (-12107.541) [-12104.232] * (-12097.206) [-12100.688] (-12100.409) (-12104.131) -- 0:05:52
Average standard deviation of split frequencies: 0.000000
665500 -- [-12103.154] (-12097.384) (-12102.636) (-12108.415) * (-12100.754) (-12106.440) [-12099.407] (-12100.983) -- 0:05:51
666000 -- [-12107.513] (-12126.679) (-12114.879) (-12105.289) * (-12103.577) (-12096.087) [-12098.957] (-12103.170) -- 0:05:51
666500 -- (-12103.588) [-12098.213] (-12106.207) (-12102.871) * (-12093.825) (-12101.922) [-12097.437] (-12107.858) -- 0:05:50
667000 -- (-12099.811) [-12103.397] (-12109.028) (-12099.906) * (-12100.266) [-12103.611] (-12097.325) (-12099.375) -- 0:05:49
667500 -- (-12099.771) [-12099.654] (-12110.998) (-12097.769) * [-12109.995] (-12101.705) (-12100.938) (-12111.240) -- 0:05:49
668000 -- (-12100.701) (-12106.501) [-12099.480] (-12105.131) * [-12099.511] (-12100.964) (-12098.970) (-12112.241) -- 0:05:48
668500 -- [-12097.537] (-12104.301) (-12101.606) (-12108.066) * (-12099.952) (-12100.434) (-12111.402) [-12101.163] -- 0:05:48
669000 -- [-12099.710] (-12101.400) (-12107.109) (-12110.895) * (-12102.921) [-12096.347] (-12095.159) (-12110.810) -- 0:05:47
669500 -- (-12108.227) (-12107.593) (-12104.124) [-12096.166] * (-12105.419) (-12098.131) [-12091.997] (-12105.339) -- 0:05:47
670000 -- (-12094.772) (-12097.705) [-12104.147] (-12103.022) * [-12096.463] (-12100.845) (-12107.319) (-12104.905) -- 0:05:46
Average standard deviation of split frequencies: 0.000000
670500 -- (-12103.186) [-12098.445] (-12106.215) (-12106.126) * (-12102.412) (-12097.926) (-12111.339) [-12097.949] -- 0:05:46
671000 -- (-12099.766) (-12098.497) (-12096.851) [-12099.051] * (-12107.462) [-12098.365] (-12104.744) (-12100.370) -- 0:05:45
671500 -- (-12098.265) [-12102.723] (-12099.519) (-12101.321) * [-12098.255] (-12100.814) (-12105.403) (-12102.821) -- 0:05:45
672000 -- [-12101.608] (-12105.733) (-12106.133) (-12101.912) * (-12102.295) (-12101.708) [-12097.295] (-12108.915) -- 0:05:44
672500 -- (-12105.065) [-12095.339] (-12107.745) (-12106.691) * (-12099.805) (-12103.919) (-12093.207) [-12097.369] -- 0:05:44
673000 -- (-12103.790) (-12107.075) (-12098.700) [-12099.195] * (-12104.347) (-12106.817) (-12102.593) [-12096.940] -- 0:05:43
673500 -- (-12101.845) (-12108.871) (-12107.331) [-12101.926] * (-12098.490) (-12111.867) (-12099.732) [-12098.655] -- 0:05:43
674000 -- [-12098.232] (-12107.904) (-12099.054) (-12097.646) * (-12100.843) [-12100.748] (-12094.855) (-12112.273) -- 0:05:42
674500 -- [-12095.566] (-12099.832) (-12104.239) (-12106.059) * (-12101.073) (-12107.055) [-12102.647] (-12109.114) -- 0:05:42
675000 -- (-12098.054) (-12103.315) (-12104.982) [-12104.767] * (-12109.644) (-12097.396) (-12098.954) [-12104.887] -- 0:05:41
Average standard deviation of split frequencies: 0.000000
675500 -- (-12102.650) (-12112.341) (-12098.284) [-12100.495] * (-12109.712) (-12100.293) (-12102.903) [-12095.295] -- 0:05:41
676000 -- (-12095.925) (-12115.045) [-12096.757] (-12102.929) * (-12112.642) (-12100.783) (-12108.524) [-12093.630] -- 0:05:40
676500 -- (-12107.178) (-12100.986) [-12093.902] (-12101.448) * (-12110.772) (-12099.180) [-12094.368] (-12099.996) -- 0:05:39
677000 -- (-12105.770) (-12096.598) [-12101.512] (-12094.740) * (-12101.268) [-12101.076] (-12111.033) (-12098.671) -- 0:05:39
677500 -- [-12095.294] (-12106.009) (-12104.545) (-12116.516) * (-12108.640) (-12098.702) [-12099.113] (-12100.857) -- 0:05:38
678000 -- (-12094.513) (-12099.730) (-12102.561) [-12100.551] * (-12102.460) [-12101.946] (-12102.177) (-12102.801) -- 0:05:38
678500 -- (-12100.995) (-12099.458) (-12105.092) [-12099.035] * (-12101.775) (-12102.569) [-12103.108] (-12103.609) -- 0:05:37
679000 -- (-12099.949) (-12099.581) [-12105.188] (-12105.361) * (-12099.009) [-12103.280] (-12098.663) (-12107.597) -- 0:05:37
679500 -- [-12108.430] (-12098.565) (-12106.485) (-12104.348) * (-12095.797) (-12102.279) (-12096.025) [-12098.240] -- 0:05:36
680000 -- [-12099.846] (-12107.067) (-12111.005) (-12102.243) * [-12100.451] (-12109.311) (-12100.976) (-12110.324) -- 0:05:36
Average standard deviation of split frequencies: 0.000000
680500 -- (-12111.522) (-12097.752) (-12100.184) [-12096.793] * [-12101.221] (-12111.668) (-12109.744) (-12106.972) -- 0:05:35
681000 -- (-12112.207) (-12106.506) [-12097.997] (-12107.470) * (-12099.288) [-12101.800] (-12102.729) (-12118.935) -- 0:05:35
681500 -- (-12120.927) (-12106.785) (-12101.621) [-12101.530] * [-12101.813] (-12100.909) (-12101.267) (-12106.465) -- 0:05:34
682000 -- [-12098.731] (-12098.561) (-12098.129) (-12104.703) * (-12104.711) [-12096.776] (-12102.729) (-12105.952) -- 0:05:34
682500 -- [-12097.623] (-12101.255) (-12096.404) (-12109.785) * (-12104.148) [-12105.597] (-12104.469) (-12103.762) -- 0:05:33
683000 -- (-12103.486) [-12098.630] (-12105.378) (-12099.262) * [-12099.097] (-12103.691) (-12097.496) (-12103.425) -- 0:05:33
683500 -- (-12106.617) [-12107.937] (-12110.209) (-12096.655) * [-12102.107] (-12102.627) (-12106.197) (-12099.442) -- 0:05:32
684000 -- (-12096.621) [-12094.509] (-12109.520) (-12100.429) * [-12098.027] (-12099.458) (-12097.142) (-12104.124) -- 0:05:32
684500 -- [-12096.032] (-12101.784) (-12105.482) (-12106.106) * (-12106.385) (-12104.232) (-12102.770) [-12102.708] -- 0:05:31
685000 -- [-12103.752] (-12104.638) (-12101.297) (-12094.678) * (-12101.677) [-12101.804] (-12098.816) (-12112.171) -- 0:05:31
Average standard deviation of split frequencies: 0.000000
685500 -- (-12104.235) [-12105.752] (-12103.421) (-12098.727) * [-12101.536] (-12092.783) (-12107.182) (-12096.950) -- 0:05:30
686000 -- (-12098.199) (-12106.089) (-12099.894) [-12100.235] * (-12105.655) (-12099.859) [-12101.567] (-12111.121) -- 0:05:30
686500 -- [-12102.435] (-12104.253) (-12110.253) (-12099.999) * [-12099.406] (-12094.602) (-12103.901) (-12104.603) -- 0:05:29
687000 -- (-12097.140) [-12098.605] (-12101.973) (-12095.136) * (-12103.751) [-12099.257] (-12106.815) (-12106.875) -- 0:05:28
687500 -- (-12095.111) [-12097.087] (-12098.120) (-12101.011) * [-12093.208] (-12099.669) (-12109.411) (-12107.391) -- 0:05:28
688000 -- (-12097.990) (-12104.899) [-12098.529] (-12100.901) * [-12102.510] (-12100.649) (-12098.499) (-12103.788) -- 0:05:27
688500 -- (-12110.869) (-12102.335) (-12098.932) [-12096.092] * (-12096.667) (-12098.585) [-12099.286] (-12100.186) -- 0:05:27
689000 -- (-12107.325) [-12101.325] (-12099.657) (-12107.785) * (-12109.558) (-12103.705) (-12101.432) [-12097.611] -- 0:05:26
689500 -- [-12102.902] (-12097.392) (-12104.616) (-12105.026) * (-12104.854) [-12103.689] (-12103.282) (-12100.545) -- 0:05:26
690000 -- (-12092.591) (-12101.386) (-12105.850) [-12109.993] * (-12107.288) (-12101.216) [-12095.858] (-12101.389) -- 0:05:25
Average standard deviation of split frequencies: 0.000000
690500 -- (-12103.534) [-12100.856] (-12100.333) (-12104.600) * (-12105.128) (-12094.269) (-12112.308) [-12101.187] -- 0:05:25
691000 -- (-12109.077) [-12101.846] (-12101.645) (-12098.821) * (-12106.431) [-12103.006] (-12097.190) (-12106.294) -- 0:05:24
691500 -- [-12099.157] (-12101.231) (-12102.620) (-12094.891) * (-12103.020) [-12098.792] (-12105.293) (-12100.939) -- 0:05:24
692000 -- (-12100.077) [-12103.196] (-12109.762) (-12101.394) * [-12103.496] (-12094.087) (-12105.530) (-12096.053) -- 0:05:23
692500 -- (-12104.911) (-12101.312) [-12097.958] (-12103.431) * [-12097.501] (-12102.567) (-12103.455) (-12096.019) -- 0:05:23
693000 -- (-12102.252) [-12100.029] (-12104.821) (-12108.330) * [-12100.963] (-12111.365) (-12110.416) (-12100.560) -- 0:05:22
693500 -- (-12104.060) (-12098.383) [-12097.687] (-12111.364) * (-12102.973) (-12106.997) [-12103.712] (-12102.088) -- 0:05:22
694000 -- (-12100.747) (-12105.321) [-12102.905] (-12102.087) * [-12099.517] (-12102.470) (-12105.180) (-12104.180) -- 0:05:21
694500 -- (-12099.794) (-12106.080) (-12095.009) [-12102.677] * (-12106.573) [-12101.715] (-12103.807) (-12095.852) -- 0:05:21
695000 -- [-12102.744] (-12106.218) (-12092.560) (-12101.040) * (-12101.848) [-12103.062] (-12098.277) (-12099.379) -- 0:05:20
Average standard deviation of split frequencies: 0.000000
695500 -- (-12101.881) (-12101.857) (-12101.807) [-12094.420] * (-12106.573) (-12101.684) [-12104.381] (-12102.328) -- 0:05:20
696000 -- (-12103.758) [-12106.539] (-12097.983) (-12097.486) * (-12106.027) [-12102.615] (-12100.628) (-12100.788) -- 0:05:19
696500 -- [-12098.104] (-12104.726) (-12108.891) (-12101.393) * (-12106.944) [-12091.336] (-12096.542) (-12104.507) -- 0:05:18
697000 -- (-12104.839) (-12103.223) (-12105.675) [-12096.547] * (-12111.048) [-12097.380] (-12096.280) (-12097.623) -- 0:05:18
697500 -- [-12098.249] (-12106.767) (-12102.503) (-12103.071) * (-12103.542) [-12098.293] (-12098.629) (-12101.446) -- 0:05:17
698000 -- (-12104.193) (-12101.677) (-12107.491) [-12108.041] * (-12101.570) (-12096.530) (-12101.222) [-12100.518] -- 0:05:17
698500 -- (-12098.512) [-12094.100] (-12102.082) (-12104.763) * (-12103.866) (-12096.759) (-12102.082) [-12097.852] -- 0:05:16
699000 -- (-12107.515) (-12100.166) (-12109.009) [-12104.785] * [-12100.659] (-12105.243) (-12099.133) (-12104.814) -- 0:05:16
699500 -- (-12099.877) (-12104.757) (-12110.587) [-12099.890] * (-12104.665) (-12100.492) [-12109.470] (-12103.208) -- 0:05:15
700000 -- (-12104.302) (-12104.042) (-12104.695) [-12101.914] * (-12100.396) (-12105.395) [-12102.403] (-12109.269) -- 0:05:15
Average standard deviation of split frequencies: 0.000000
700500 -- (-12099.942) (-12107.887) [-12094.925] (-12109.781) * (-12103.571) [-12107.888] (-12107.676) (-12098.957) -- 0:05:14
701000 -- [-12099.406] (-12099.338) (-12099.755) (-12102.038) * (-12111.774) (-12107.140) (-12109.724) [-12101.679] -- 0:05:14
701500 -- (-12099.912) [-12104.876] (-12107.998) (-12103.600) * (-12112.977) (-12100.314) (-12099.313) [-12100.630] -- 0:05:13
702000 -- (-12095.492) (-12108.409) [-12114.883] (-12101.397) * (-12108.763) [-12101.907] (-12109.921) (-12099.196) -- 0:05:13
702500 -- (-12112.253) (-12114.828) [-12100.921] (-12109.496) * (-12103.554) [-12099.331] (-12104.499) (-12095.804) -- 0:05:12
703000 -- (-12101.287) (-12104.313) [-12104.124] (-12115.655) * (-12105.165) (-12108.040) (-12102.972) [-12105.170] -- 0:05:12
703500 -- [-12098.871] (-12108.447) (-12105.104) (-12100.425) * [-12106.853] (-12100.817) (-12105.142) (-12104.090) -- 0:05:11
704000 -- [-12100.133] (-12104.542) (-12102.244) (-12097.410) * (-12101.924) [-12094.235] (-12100.881) (-12099.898) -- 0:05:11
704500 -- (-12103.617) (-12106.153) (-12111.720) [-12110.321] * (-12101.048) [-12099.202] (-12097.481) (-12106.004) -- 0:05:10
705000 -- (-12103.455) [-12110.434] (-12106.178) (-12102.019) * (-12098.991) (-12097.571) (-12103.825) [-12100.968] -- 0:05:10
Average standard deviation of split frequencies: 0.000000
705500 -- (-12111.222) (-12103.417) (-12099.419) [-12101.219] * (-12108.814) [-12096.530] (-12108.856) (-12096.624) -- 0:05:09
706000 -- (-12108.204) (-12106.149) (-12108.456) [-12104.235] * (-12101.865) (-12097.447) (-12103.239) [-12098.513] -- 0:05:08
706500 -- (-12112.757) [-12096.395] (-12109.306) (-12107.209) * (-12104.869) [-12099.993] (-12118.375) (-12103.591) -- 0:05:08
707000 -- (-12110.233) [-12096.669] (-12101.206) (-12112.180) * (-12099.349) (-12103.101) (-12102.154) [-12100.292] -- 0:05:07
707500 -- (-12106.236) [-12098.657] (-12104.180) (-12105.854) * [-12100.026] (-12105.466) (-12106.017) (-12100.360) -- 0:05:07
708000 -- (-12114.286) [-12099.451] (-12103.982) (-12103.799) * [-12100.020] (-12100.224) (-12099.561) (-12100.034) -- 0:05:06
708500 -- [-12100.037] (-12105.032) (-12099.046) (-12104.828) * (-12102.595) [-12101.486] (-12093.644) (-12103.832) -- 0:05:06
709000 -- (-12106.385) (-12102.618) (-12107.188) [-12101.702] * (-12105.041) (-12100.857) (-12094.164) [-12099.313] -- 0:05:05
709500 -- (-12104.760) (-12106.995) (-12111.330) [-12100.866] * (-12105.556) (-12107.391) [-12100.940] (-12106.422) -- 0:05:05
710000 -- (-12102.663) (-12108.297) [-12105.624] (-12107.446) * (-12104.187) (-12102.207) [-12099.588] (-12104.936) -- 0:05:04
Average standard deviation of split frequencies: 0.000000
710500 -- (-12108.922) (-12106.210) (-12096.563) [-12103.138] * (-12101.784) (-12100.177) (-12103.917) [-12102.679] -- 0:05:03
711000 -- (-12107.160) (-12102.990) (-12105.363) [-12104.511] * (-12102.887) (-12099.722) (-12113.716) [-12096.002] -- 0:05:03
711500 -- (-12107.283) (-12101.433) (-12113.700) [-12106.418] * [-12099.639] (-12103.461) (-12103.556) (-12103.143) -- 0:05:02
712000 -- [-12097.239] (-12099.940) (-12105.157) (-12105.140) * [-12099.729] (-12103.092) (-12114.547) (-12108.584) -- 0:05:02
712500 -- (-12107.495) (-12103.303) (-12103.091) [-12101.723] * (-12101.123) (-12106.350) (-12102.545) [-12099.360] -- 0:05:01
713000 -- (-12101.823) (-12107.420) [-12107.504] (-12095.668) * (-12106.682) (-12101.435) [-12107.718] (-12102.773) -- 0:05:01
713500 -- (-12107.445) [-12097.173] (-12117.216) (-12097.636) * [-12093.974] (-12103.947) (-12106.215) (-12096.188) -- 0:05:01
714000 -- (-12102.722) (-12101.640) (-12104.898) [-12108.646] * (-12099.872) (-12100.485) (-12096.249) [-12098.934] -- 0:05:00
714500 -- (-12110.026) [-12097.152] (-12099.730) (-12100.817) * (-12101.949) [-12095.995] (-12101.024) (-12101.623) -- 0:05:00
715000 -- [-12102.432] (-12103.765) (-12104.225) (-12106.606) * (-12108.772) [-12099.978] (-12110.993) (-12099.962) -- 0:04:59
Average standard deviation of split frequencies: 0.000000
715500 -- [-12100.152] (-12094.744) (-12110.613) (-12104.976) * (-12107.571) (-12109.997) [-12104.489] (-12100.117) -- 0:04:59
716000 -- (-12102.276) (-12108.299) [-12102.054] (-12108.279) * [-12099.500] (-12103.935) (-12099.335) (-12101.573) -- 0:04:58
716500 -- [-12093.980] (-12098.468) (-12106.760) (-12097.781) * [-12095.513] (-12097.814) (-12109.871) (-12104.393) -- 0:04:57
717000 -- (-12101.344) [-12103.266] (-12112.699) (-12101.228) * (-12095.838) (-12099.015) (-12111.831) [-12106.903] -- 0:04:57
717500 -- (-12103.209) [-12103.097] (-12111.159) (-12105.092) * (-12101.580) [-12102.510] (-12103.925) (-12096.750) -- 0:04:56
718000 -- (-12094.717) (-12104.576) (-12111.075) [-12101.425] * (-12107.518) (-12110.012) (-12096.900) [-12097.284] -- 0:04:56
718500 -- (-12097.959) (-12109.022) (-12104.234) [-12095.847] * (-12099.784) (-12111.930) (-12098.140) [-12101.720] -- 0:04:55
719000 -- (-12108.477) (-12102.953) (-12097.137) [-12096.078] * [-12103.942] (-12106.630) (-12093.536) (-12104.442) -- 0:04:55
719500 -- (-12103.498) [-12098.752] (-12108.008) (-12098.659) * (-12106.286) (-12099.773) [-12095.843] (-12105.908) -- 0:04:54
720000 -- (-12108.702) (-12098.271) (-12104.247) [-12100.570] * (-12102.775) (-12104.781) (-12094.759) [-12100.195] -- 0:04:54
Average standard deviation of split frequencies: 0.000000
720500 -- (-12110.204) [-12101.547] (-12092.140) (-12101.569) * (-12104.710) (-12121.997) (-12098.675) [-12111.664] -- 0:04:53
721000 -- [-12106.768] (-12098.839) (-12100.884) (-12109.517) * (-12099.292) (-12099.575) [-12098.283] (-12105.510) -- 0:04:52
721500 -- [-12102.545] (-12099.222) (-12102.034) (-12112.446) * (-12099.363) (-12101.886) (-12100.776) [-12097.209] -- 0:04:52
722000 -- (-12102.228) [-12103.193] (-12106.555) (-12101.886) * (-12105.469) (-12099.311) [-12108.005] (-12094.553) -- 0:04:51
722500 -- (-12112.864) [-12104.563] (-12106.001) (-12099.751) * (-12104.271) (-12105.334) [-12100.762] (-12105.999) -- 0:04:51
723000 -- (-12110.078) [-12099.298] (-12110.628) (-12097.560) * (-12102.391) [-12103.781] (-12103.570) (-12106.532) -- 0:04:50
723500 -- (-12102.304) (-12098.361) (-12110.562) [-12098.295] * (-12101.094) (-12108.333) [-12095.978] (-12106.194) -- 0:04:50
724000 -- (-12102.686) (-12097.311) [-12102.482] (-12104.664) * (-12106.369) (-12096.857) [-12096.163] (-12104.183) -- 0:04:49
724500 -- [-12100.851] (-12106.830) (-12102.960) (-12108.657) * [-12110.690] (-12094.030) (-12102.029) (-12114.054) -- 0:04:49
725000 -- [-12099.472] (-12102.862) (-12111.759) (-12118.310) * [-12106.100] (-12107.400) (-12105.623) (-12102.369) -- 0:04:48
Average standard deviation of split frequencies: 0.000000
725500 -- (-12101.106) [-12103.101] (-12109.752) (-12121.240) * [-12099.645] (-12103.081) (-12104.277) (-12105.808) -- 0:04:48
726000 -- (-12108.591) [-12096.804] (-12106.219) (-12108.639) * [-12108.283] (-12099.242) (-12101.348) (-12106.926) -- 0:04:47
726500 -- (-12102.128) (-12095.060) (-12099.659) [-12100.809] * (-12102.161) (-12107.566) (-12101.962) [-12102.013] -- 0:04:47
727000 -- (-12100.951) (-12106.928) (-12097.897) [-12102.433] * [-12095.814] (-12106.031) (-12103.908) (-12101.377) -- 0:04:46
727500 -- (-12099.831) [-12101.916] (-12101.247) (-12099.415) * (-12101.774) (-12102.627) (-12105.187) [-12096.637] -- 0:04:46
728000 -- (-12097.623) (-12103.448) [-12102.772] (-12111.671) * (-12095.419) (-12104.440) [-12099.922] (-12100.963) -- 0:04:45
728500 -- (-12098.996) (-12100.044) [-12094.896] (-12101.414) * [-12099.756] (-12099.698) (-12103.760) (-12108.346) -- 0:04:45
729000 -- (-12106.727) (-12100.907) [-12097.632] (-12104.656) * [-12098.151] (-12114.814) (-12111.036) (-12105.025) -- 0:04:44
729500 -- (-12095.899) (-12102.745) (-12101.234) [-12103.072] * [-12104.070] (-12109.518) (-12104.227) (-12100.120) -- 0:04:44
730000 -- [-12106.228] (-12096.784) (-12100.367) (-12101.224) * [-12107.900] (-12104.818) (-12101.731) (-12099.879) -- 0:04:43
Average standard deviation of split frequencies: 0.000000
730500 -- (-12104.429) (-12102.820) [-12099.670] (-12100.353) * (-12102.798) (-12107.452) (-12107.797) [-12100.981] -- 0:04:42
731000 -- (-12102.193) (-12101.227) (-12103.282) [-12103.175] * [-12094.673] (-12102.107) (-12107.622) (-12098.853) -- 0:04:42
731500 -- (-12097.031) [-12092.777] (-12110.634) (-12105.515) * (-12100.668) (-12097.336) (-12101.514) [-12112.438] -- 0:04:41
732000 -- (-12098.955) [-12099.444] (-12106.398) (-12103.572) * (-12104.451) (-12099.697) [-12100.153] (-12105.368) -- 0:04:41
732500 -- (-12100.834) [-12096.791] (-12102.983) (-12105.898) * (-12102.872) [-12099.053] (-12099.950) (-12111.635) -- 0:04:40
733000 -- (-12103.657) [-12103.615] (-12104.175) (-12111.194) * [-12099.506] (-12096.632) (-12113.854) (-12099.415) -- 0:04:40
733500 -- [-12101.245] (-12105.247) (-12102.991) (-12099.240) * (-12105.392) [-12097.289] (-12108.803) (-12103.547) -- 0:04:39
734000 -- (-12116.941) (-12100.919) (-12100.285) [-12099.573] * (-12095.547) (-12107.771) (-12100.618) [-12104.669] -- 0:04:39
734500 -- [-12104.734] (-12105.093) (-12102.326) (-12099.140) * [-12100.241] (-12099.247) (-12110.573) (-12102.590) -- 0:04:38
735000 -- (-12107.033) (-12102.672) (-12099.415) [-12104.094] * (-12100.770) (-12098.764) [-12107.633] (-12099.769) -- 0:04:38
Average standard deviation of split frequencies: 0.000000
735500 -- (-12111.758) (-12104.753) [-12098.609] (-12104.521) * (-12104.050) (-12105.742) [-12101.778] (-12097.746) -- 0:04:37
736000 -- [-12106.308] (-12107.592) (-12109.220) (-12104.072) * [-12103.243] (-12100.429) (-12101.676) (-12099.230) -- 0:04:37
736500 -- (-12102.938) (-12109.738) [-12107.256] (-12107.590) * (-12112.655) (-12098.325) [-12101.974] (-12101.305) -- 0:04:36
737000 -- [-12108.625] (-12093.584) (-12108.774) (-12103.983) * (-12108.711) (-12105.826) (-12099.813) [-12097.249] -- 0:04:36
737500 -- [-12093.066] (-12104.384) (-12098.005) (-12104.596) * (-12109.975) (-12099.629) (-12100.692) [-12093.763] -- 0:04:35
738000 -- [-12099.332] (-12110.654) (-12097.063) (-12102.358) * (-12097.898) (-12096.617) (-12100.853) [-12097.078] -- 0:04:35
738500 -- [-12108.488] (-12099.015) (-12103.995) (-12100.522) * [-12104.783] (-12101.491) (-12103.970) (-12102.219) -- 0:04:34
739000 -- [-12095.600] (-12106.078) (-12111.603) (-12104.055) * (-12098.156) (-12106.692) (-12103.373) [-12105.316] -- 0:04:34
739500 -- (-12103.765) (-12098.000) (-12111.562) [-12101.557] * (-12107.760) (-12100.573) (-12104.284) [-12101.041] -- 0:04:33
740000 -- (-12102.815) [-12096.251] (-12104.467) (-12101.992) * [-12102.224] (-12100.748) (-12099.359) (-12100.070) -- 0:04:33
Average standard deviation of split frequencies: 0.000000
740500 -- [-12101.327] (-12107.621) (-12101.029) (-12099.848) * (-12102.707) [-12102.208] (-12104.689) (-12100.135) -- 0:04:32
741000 -- (-12100.471) [-12105.812] (-12104.375) (-12101.446) * (-12106.480) (-12096.794) [-12102.749] (-12101.598) -- 0:04:31
741500 -- (-12103.607) [-12100.811] (-12104.843) (-12104.115) * (-12101.162) (-12100.195) (-12096.389) [-12100.362] -- 0:04:31
742000 -- [-12093.296] (-12095.778) (-12102.984) (-12101.776) * [-12099.658] (-12111.106) (-12102.326) (-12104.402) -- 0:04:30
742500 -- (-12100.197) [-12096.899] (-12096.823) (-12103.571) * (-12102.240) [-12093.640] (-12099.764) (-12096.850) -- 0:04:30
743000 -- [-12096.999] (-12104.375) (-12105.029) (-12103.892) * (-12103.152) (-12103.151) [-12096.591] (-12099.991) -- 0:04:29
743500 -- [-12097.004] (-12101.726) (-12109.550) (-12098.894) * [-12103.289] (-12105.046) (-12102.600) (-12100.576) -- 0:04:29
744000 -- (-12099.229) [-12101.580] (-12109.255) (-12108.539) * [-12097.679] (-12098.528) (-12111.207) (-12101.911) -- 0:04:28
744500 -- [-12099.818] (-12106.627) (-12108.997) (-12099.924) * [-12102.263] (-12103.168) (-12104.769) (-12103.404) -- 0:04:28
745000 -- [-12097.010] (-12096.262) (-12101.268) (-12104.971) * [-12095.365] (-12108.370) (-12103.411) (-12098.620) -- 0:04:27
Average standard deviation of split frequencies: 0.000000
745500 -- (-12102.865) (-12111.312) [-12104.371] (-12106.101) * [-12097.494] (-12100.806) (-12105.104) (-12103.915) -- 0:04:27
746000 -- [-12101.002] (-12101.282) (-12102.699) (-12105.553) * (-12093.831) [-12104.479] (-12098.414) (-12106.505) -- 0:04:26
746500 -- (-12100.452) (-12107.890) (-12102.901) [-12101.234] * (-12106.146) [-12099.710] (-12100.609) (-12103.923) -- 0:04:26
747000 -- (-12096.694) [-12099.706] (-12106.875) (-12107.718) * (-12110.245) [-12099.027] (-12101.477) (-12099.519) -- 0:04:25
747500 -- (-12098.146) (-12095.875) [-12105.055] (-12102.611) * [-12105.955] (-12104.611) (-12099.738) (-12101.992) -- 0:04:25
748000 -- (-12101.300) (-12098.137) [-12098.055] (-12104.340) * (-12101.568) (-12108.587) [-12104.349] (-12101.792) -- 0:04:24
748500 -- (-12111.457) (-12099.302) (-12098.834) [-12101.968] * (-12099.231) (-12094.086) [-12100.160] (-12106.636) -- 0:04:24
749000 -- [-12103.574] (-12109.300) (-12102.258) (-12100.969) * (-12096.989) [-12092.685] (-12101.647) (-12106.008) -- 0:04:23
749500 -- (-12105.390) (-12107.704) [-12100.940] (-12111.871) * (-12103.407) [-12099.326] (-12104.169) (-12101.510) -- 0:04:23
750000 -- (-12102.249) [-12098.748] (-12099.561) (-12105.249) * (-12100.131) (-12101.918) (-12115.476) [-12101.139] -- 0:04:22
Average standard deviation of split frequencies: 0.000000
750500 -- (-12097.032) (-12096.676) (-12116.758) [-12097.386] * (-12100.825) [-12105.123] (-12111.379) (-12103.140) -- 0:04:21
751000 -- [-12098.949] (-12103.136) (-12107.905) (-12101.373) * (-12108.731) (-12118.262) [-12105.838] (-12098.317) -- 0:04:21
751500 -- [-12100.813] (-12109.959) (-12104.795) (-12108.957) * (-12113.951) [-12099.029] (-12100.407) (-12110.685) -- 0:04:20
752000 -- (-12097.624) (-12098.946) (-12095.327) [-12098.437] * (-12102.507) (-12108.957) [-12100.375] (-12097.565) -- 0:04:20
752500 -- (-12098.587) (-12101.198) (-12113.802) [-12098.628] * (-12103.297) [-12099.314] (-12101.830) (-12101.154) -- 0:04:19
753000 -- [-12107.691] (-12101.943) (-12103.113) (-12106.086) * (-12101.996) (-12100.075) (-12102.103) [-12101.785] -- 0:04:19
753500 -- (-12111.949) (-12099.111) [-12096.832] (-12102.947) * (-12094.129) (-12100.897) (-12108.139) [-12099.774] -- 0:04:18
754000 -- (-12106.348) [-12101.053] (-12110.269) (-12094.540) * (-12110.486) [-12098.608] (-12102.142) (-12104.553) -- 0:04:18
754500 -- (-12102.799) (-12102.665) [-12104.551] (-12098.250) * (-12103.786) [-12108.340] (-12100.991) (-12112.987) -- 0:04:17
755000 -- [-12102.509] (-12100.164) (-12097.283) (-12099.700) * [-12106.039] (-12098.837) (-12117.545) (-12105.156) -- 0:04:17
Average standard deviation of split frequencies: 0.000000
755500 -- [-12098.332] (-12098.819) (-12101.949) (-12114.983) * [-12095.374] (-12100.786) (-12111.577) (-12114.447) -- 0:04:16
756000 -- (-12103.782) [-12099.958] (-12108.261) (-12104.365) * [-12097.083] (-12100.229) (-12097.968) (-12122.102) -- 0:04:16
756500 -- [-12096.144] (-12106.539) (-12102.946) (-12100.040) * (-12099.845) [-12109.903] (-12099.000) (-12097.010) -- 0:04:15
757000 -- (-12099.479) [-12099.896] (-12101.705) (-12096.043) * (-12098.889) (-12100.825) [-12101.930] (-12109.028) -- 0:04:15
757500 -- (-12107.642) (-12101.530) (-12104.341) [-12097.248] * [-12105.393] (-12102.934) (-12101.835) (-12102.526) -- 0:04:14
758000 -- (-12099.287) [-12092.059] (-12103.974) (-12095.091) * (-12109.950) [-12097.291] (-12099.140) (-12098.793) -- 0:04:14
758500 -- (-12100.119) (-12098.947) [-12103.703] (-12114.790) * (-12100.186) [-12094.686] (-12098.735) (-12096.486) -- 0:04:13
759000 -- (-12104.913) (-12099.906) [-12098.284] (-12107.121) * [-12097.846] (-12101.049) (-12105.855) (-12099.728) -- 0:04:13
759500 -- (-12097.045) [-12102.552] (-12098.755) (-12098.603) * (-12106.951) (-12101.917) (-12100.128) [-12096.254] -- 0:04:12
760000 -- (-12106.163) (-12106.210) [-12102.745] (-12101.984) * (-12104.355) (-12101.720) [-12100.260] (-12103.718) -- 0:04:11
Average standard deviation of split frequencies: 0.000000
760500 -- [-12100.672] (-12097.807) (-12102.995) (-12105.339) * (-12102.658) [-12092.741] (-12104.615) (-12118.121) -- 0:04:11
761000 -- (-12106.911) (-12109.054) [-12105.363] (-12096.389) * (-12099.699) (-12102.880) [-12107.767] (-12111.237) -- 0:04:10
761500 -- [-12104.954] (-12101.367) (-12108.962) (-12106.087) * (-12099.654) (-12104.009) [-12099.562] (-12099.467) -- 0:04:10
762000 -- (-12106.722) (-12104.153) [-12097.838] (-12093.475) * [-12101.641] (-12099.070) (-12101.071) (-12107.358) -- 0:04:09
762500 -- (-12104.642) (-12100.127) (-12103.106) [-12103.498] * (-12108.333) (-12108.434) [-12098.489] (-12102.395) -- 0:04:09
763000 -- (-12101.969) (-12107.000) (-12118.170) [-12094.902] * [-12102.414] (-12098.954) (-12104.092) (-12107.106) -- 0:04:08
763500 -- (-12107.272) (-12100.110) [-12098.954] (-12098.138) * (-12095.798) [-12095.815] (-12100.821) (-12106.415) -- 0:04:08
764000 -- [-12100.473] (-12101.655) (-12096.900) (-12102.320) * (-12094.504) (-12099.849) [-12103.463] (-12098.871) -- 0:04:07
764500 -- (-12103.102) (-12108.996) [-12102.522] (-12105.495) * (-12093.569) [-12095.868] (-12104.618) (-12098.745) -- 0:04:07
765000 -- (-12095.568) [-12107.150] (-12107.084) (-12110.413) * (-12098.518) (-12100.874) [-12101.742] (-12108.435) -- 0:04:06
Average standard deviation of split frequencies: 0.000000
765500 -- (-12098.876) (-12100.256) [-12100.450] (-12111.136) * (-12106.332) (-12102.128) (-12105.472) [-12100.184] -- 0:04:06
766000 -- (-12105.565) (-12105.527) (-12108.914) [-12104.822] * (-12098.364) (-12099.731) [-12100.373] (-12098.310) -- 0:04:05
766500 -- (-12095.001) (-12104.689) (-12110.409) [-12102.685] * [-12098.695] (-12104.552) (-12102.330) (-12104.798) -- 0:04:05
767000 -- (-12099.968) [-12101.119] (-12100.973) (-12099.974) * (-12098.132) (-12102.591) [-12100.691] (-12105.924) -- 0:04:04
767500 -- [-12101.941] (-12112.341) (-12097.979) (-12101.420) * [-12105.239] (-12108.715) (-12101.683) (-12114.659) -- 0:04:04
768000 -- [-12104.059] (-12108.089) (-12104.654) (-12105.682) * (-12105.998) (-12103.971) (-12099.706) [-12113.694] -- 0:04:03
768500 -- (-12108.585) (-12102.639) [-12110.869] (-12102.944) * [-12107.800] (-12097.060) (-12104.292) (-12106.470) -- 0:04:03
769000 -- [-12096.941] (-12104.675) (-12100.398) (-12103.361) * [-12100.116] (-12105.487) (-12099.572) (-12103.413) -- 0:04:02
769500 -- (-12108.459) (-12099.837) [-12098.208] (-12111.099) * [-12101.074] (-12104.032) (-12110.479) (-12096.427) -- 0:04:02
770000 -- [-12102.961] (-12107.933) (-12098.439) (-12106.797) * (-12110.359) (-12098.393) [-12106.686] (-12092.696) -- 0:04:01
Average standard deviation of split frequencies: 0.000000
770500 -- (-12103.078) (-12114.107) [-12103.177] (-12104.249) * (-12097.751) (-12097.364) (-12100.590) [-12100.731] -- 0:04:00
771000 -- (-12102.056) (-12097.611) (-12112.306) [-12110.500] * (-12110.068) (-12101.804) [-12106.132] (-12096.600) -- 0:04:00
771500 -- (-12103.106) (-12109.681) (-12112.344) [-12099.387] * [-12098.740] (-12107.520) (-12104.507) (-12100.913) -- 0:03:59
772000 -- (-12100.851) (-12099.506) [-12110.481] (-12105.257) * [-12099.013] (-12104.094) (-12108.972) (-12104.295) -- 0:03:59
772500 -- [-12099.803] (-12106.437) (-12108.766) (-12108.809) * (-12099.813) (-12102.911) [-12098.566] (-12096.510) -- 0:03:58
773000 -- (-12102.479) (-12107.338) (-12102.668) [-12106.464] * (-12117.011) [-12099.150] (-12102.558) (-12095.811) -- 0:03:58
773500 -- [-12101.775] (-12106.310) (-12101.263) (-12098.671) * (-12110.499) [-12098.668] (-12101.216) (-12110.369) -- 0:03:57
774000 -- (-12105.870) (-12100.109) (-12102.099) [-12101.079] * (-12108.555) (-12099.387) [-12099.147] (-12115.132) -- 0:03:57
774500 -- [-12095.729] (-12102.874) (-12102.061) (-12105.693) * [-12105.031] (-12099.683) (-12098.364) (-12105.261) -- 0:03:56
775000 -- (-12103.034) (-12103.437) (-12102.659) [-12101.091] * (-12103.011) [-12098.934] (-12097.813) (-12103.003) -- 0:03:56
Average standard deviation of split frequencies: 0.000000
775500 -- (-12110.739) (-12103.569) [-12099.849] (-12100.224) * (-12101.202) [-12103.368] (-12100.709) (-12104.858) -- 0:03:55
776000 -- (-12106.399) [-12096.644] (-12105.413) (-12104.617) * (-12100.721) [-12103.923] (-12096.355) (-12104.685) -- 0:03:55
776500 -- (-12095.523) [-12099.256] (-12107.181) (-12105.178) * (-12102.494) (-12106.124) [-12101.532] (-12100.386) -- 0:03:54
777000 -- [-12099.920] (-12096.588) (-12113.036) (-12106.525) * (-12099.888) (-12100.636) (-12098.209) [-12099.552] -- 0:03:54
777500 -- [-12100.837] (-12100.522) (-12105.860) (-12106.497) * (-12108.550) [-12097.277] (-12094.378) (-12098.651) -- 0:03:53
778000 -- [-12100.007] (-12107.941) (-12108.115) (-12107.863) * (-12108.809) (-12098.896) [-12098.220] (-12104.251) -- 0:03:53
778500 -- (-12102.973) (-12095.715) (-12095.907) [-12114.682] * (-12101.196) (-12106.711) (-12099.690) [-12100.658] -- 0:03:52
779000 -- [-12102.190] (-12102.169) (-12100.690) (-12114.702) * (-12108.001) [-12098.267] (-12099.575) (-12103.674) -- 0:03:52
779500 -- (-12103.992) (-12103.546) (-12107.017) [-12098.289] * (-12102.681) [-12100.536] (-12098.345) (-12102.195) -- 0:03:51
780000 -- [-12097.814] (-12106.247) (-12101.011) (-12105.833) * (-12105.391) (-12108.188) [-12094.382] (-12104.764) -- 0:03:50
Average standard deviation of split frequencies: 0.000000
780500 -- (-12097.525) (-12099.755) (-12100.652) [-12104.370] * (-12107.553) (-12104.510) (-12104.807) [-12097.179] -- 0:03:50
781000 -- (-12103.914) (-12105.761) (-12103.896) [-12101.767] * (-12103.676) (-12101.600) [-12098.437] (-12106.958) -- 0:03:49
781500 -- (-12101.923) (-12108.215) (-12096.487) [-12102.704] * (-12102.006) (-12100.654) (-12100.866) [-12102.567] -- 0:03:49
782000 -- [-12100.909] (-12101.883) (-12103.766) (-12101.196) * (-12108.658) (-12101.229) (-12100.981) [-12104.212] -- 0:03:48
782500 -- (-12102.480) (-12100.980) (-12107.021) [-12102.722] * [-12107.443] (-12104.624) (-12099.276) (-12105.964) -- 0:03:48
783000 -- (-12099.258) (-12106.858) (-12103.933) [-12101.367] * (-12104.051) (-12102.057) (-12101.827) [-12101.387] -- 0:03:47
783500 -- (-12098.603) (-12104.369) (-12095.805) [-12098.408] * [-12101.846] (-12097.005) (-12108.415) (-12101.991) -- 0:03:47
784000 -- (-12099.295) (-12105.218) [-12092.304] (-12103.474) * (-12098.291) [-12099.413] (-12100.348) (-12113.035) -- 0:03:46
784500 -- (-12111.480) (-12102.945) [-12094.935] (-12103.591) * (-12106.180) (-12096.794) (-12100.607) [-12112.243] -- 0:03:46
785000 -- (-12100.828) (-12096.416) (-12105.019) [-12101.954] * (-12102.349) (-12101.121) (-12101.439) [-12104.344] -- 0:03:45
Average standard deviation of split frequencies: 0.000000
785500 -- (-12115.192) (-12102.047) [-12100.631] (-12101.063) * (-12098.388) (-12092.456) [-12101.724] (-12115.650) -- 0:03:45
786000 -- (-12106.015) [-12105.948] (-12107.572) (-12097.754) * (-12101.158) (-12108.986) [-12102.306] (-12108.710) -- 0:03:44
786500 -- (-12103.153) (-12100.479) [-12104.193] (-12111.726) * (-12108.056) (-12102.257) (-12101.890) [-12103.645] -- 0:03:44
787000 -- (-12108.568) [-12097.035] (-12100.112) (-12102.543) * (-12105.466) (-12101.427) (-12103.529) [-12103.804] -- 0:03:43
787500 -- [-12100.387] (-12103.139) (-12099.003) (-12108.024) * (-12108.080) [-12104.681] (-12105.346) (-12101.421) -- 0:03:43
788000 -- [-12096.353] (-12102.724) (-12096.583) (-12114.921) * (-12101.153) [-12100.841] (-12108.014) (-12097.179) -- 0:03:42
788500 -- (-12108.790) (-12099.886) [-12094.002] (-12098.582) * (-12099.216) (-12105.086) (-12103.741) [-12095.683] -- 0:03:42
789000 -- (-12102.965) (-12108.686) (-12111.888) [-12094.143] * (-12101.386) [-12100.369] (-12100.662) (-12106.764) -- 0:03:41
789500 -- (-12101.322) (-12103.769) (-12117.976) [-12097.142] * (-12115.210) (-12108.573) [-12100.102] (-12097.702) -- 0:03:41
790000 -- [-12099.524] (-12105.883) (-12096.362) (-12102.912) * (-12106.323) (-12102.019) (-12103.352) [-12094.863] -- 0:03:40
Average standard deviation of split frequencies: 0.000000
790500 -- [-12097.591] (-12106.356) (-12101.960) (-12095.137) * (-12104.397) [-12100.480] (-12099.814) (-12096.022) -- 0:03:39
791000 -- [-12102.199] (-12106.365) (-12096.279) (-12102.808) * (-12103.896) [-12095.254] (-12100.847) (-12101.556) -- 0:03:39
791500 -- [-12103.135] (-12098.119) (-12106.329) (-12100.325) * (-12102.832) [-12095.830] (-12097.606) (-12098.293) -- 0:03:38
792000 -- [-12096.160] (-12110.233) (-12113.346) (-12101.295) * [-12101.484] (-12100.473) (-12101.714) (-12108.682) -- 0:03:38
792500 -- (-12101.826) (-12096.340) (-12105.010) [-12096.718] * [-12100.347] (-12101.357) (-12098.175) (-12106.486) -- 0:03:37
793000 -- [-12103.788] (-12096.771) (-12105.221) (-12107.208) * [-12105.031] (-12096.804) (-12100.892) (-12108.470) -- 0:03:37
793500 -- (-12098.237) (-12097.113) (-12106.490) [-12100.441] * (-12096.740) (-12104.135) (-12101.560) [-12105.395] -- 0:03:36
794000 -- [-12100.273] (-12093.953) (-12107.413) (-12105.103) * (-12100.180) (-12103.780) (-12097.284) [-12096.044] -- 0:03:36
794500 -- (-12105.081) (-12100.795) (-12103.685) [-12097.045] * (-12101.298) (-12104.196) (-12099.487) [-12094.862] -- 0:03:35
795000 -- (-12105.816) [-12094.512] (-12106.520) (-12105.907) * (-12110.191) (-12108.010) [-12095.777] (-12096.851) -- 0:03:35
Average standard deviation of split frequencies: 0.000000
795500 -- (-12106.193) (-12103.086) (-12100.413) [-12102.402] * [-12094.334] (-12097.745) (-12107.264) (-12110.407) -- 0:03:34
796000 -- (-12104.404) (-12104.180) (-12097.870) [-12097.085] * (-12107.683) [-12097.994] (-12101.616) (-12097.827) -- 0:03:33
796500 -- (-12105.069) (-12098.607) (-12100.137) [-12098.396] * (-12111.746) (-12100.800) [-12097.129] (-12096.748) -- 0:03:33
797000 -- (-12102.579) (-12106.685) [-12104.355] (-12097.652) * (-12103.497) (-12097.209) [-12097.502] (-12096.704) -- 0:03:32
797500 -- (-12096.638) (-12096.204) [-12098.376] (-12106.450) * (-12100.495) (-12101.374) [-12098.132] (-12102.156) -- 0:03:32
798000 -- (-12110.624) [-12095.553] (-12103.839) (-12103.306) * (-12106.083) [-12106.169] (-12099.499) (-12104.086) -- 0:03:31
798500 -- [-12103.775] (-12100.529) (-12097.908) (-12108.190) * (-12098.275) (-12106.258) [-12096.034] (-12102.440) -- 0:03:31
799000 -- [-12105.366] (-12101.428) (-12096.469) (-12102.360) * (-12104.945) (-12109.251) (-12100.539) [-12097.244] -- 0:03:30
799500 -- (-12107.605) [-12103.399] (-12097.715) (-12099.747) * (-12098.725) (-12102.223) [-12099.747] (-12102.631) -- 0:03:30
800000 -- (-12101.246) (-12104.871) [-12094.249] (-12096.314) * (-12094.023) [-12102.098] (-12100.809) (-12106.944) -- 0:03:30
Average standard deviation of split frequencies: 0.000000
800500 -- [-12102.508] (-12099.949) (-12104.749) (-12099.206) * (-12102.025) [-12110.350] (-12106.965) (-12100.361) -- 0:03:29
801000 -- [-12102.544] (-12097.529) (-12098.571) (-12105.264) * [-12103.663] (-12100.547) (-12109.084) (-12099.308) -- 0:03:28
801500 -- [-12101.099] (-12100.510) (-12097.162) (-12096.306) * [-12097.783] (-12108.125) (-12119.177) (-12102.472) -- 0:03:28
802000 -- (-12102.149) [-12099.532] (-12108.706) (-12101.304) * (-12102.594) [-12103.343] (-12110.878) (-12100.479) -- 0:03:27
802500 -- (-12100.409) (-12100.093) [-12102.830] (-12116.316) * (-12101.761) [-12106.073] (-12100.112) (-12095.381) -- 0:03:27
803000 -- [-12105.784] (-12097.909) (-12100.185) (-12111.308) * (-12100.074) (-12100.226) (-12100.661) [-12099.823] -- 0:03:26
803500 -- (-12113.759) (-12102.906) (-12110.201) [-12103.536] * (-12098.788) [-12106.593] (-12103.905) (-12103.005) -- 0:03:26
804000 -- (-12103.192) (-12104.997) (-12097.867) [-12102.727] * (-12099.289) (-12107.126) (-12104.294) [-12098.760] -- 0:03:25
804500 -- (-12099.282) [-12098.923] (-12111.019) (-12098.675) * (-12093.625) (-12098.119) (-12109.527) [-12098.913] -- 0:03:25
805000 -- (-12102.243) (-12102.660) (-12108.528) [-12096.074] * [-12098.458] (-12101.774) (-12119.009) (-12099.369) -- 0:03:24
Average standard deviation of split frequencies: 0.000000
805500 -- (-12108.734) (-12101.298) [-12103.335] (-12103.473) * (-12104.680) [-12098.856] (-12104.309) (-12102.895) -- 0:03:24
806000 -- (-12106.334) (-12099.885) [-12097.209] (-12109.256) * [-12101.788] (-12105.992) (-12100.747) (-12100.717) -- 0:03:23
806500 -- (-12103.976) [-12101.860] (-12104.079) (-12099.802) * (-12101.883) (-12114.026) (-12099.451) [-12102.405] -- 0:03:22
807000 -- (-12101.264) [-12104.160] (-12105.740) (-12106.053) * [-12100.854] (-12107.577) (-12100.675) (-12104.638) -- 0:03:22
807500 -- [-12100.637] (-12101.390) (-12104.682) (-12101.524) * [-12105.001] (-12098.567) (-12101.480) (-12105.322) -- 0:03:21
808000 -- (-12107.644) [-12099.478] (-12104.621) (-12098.829) * [-12100.113] (-12105.764) (-12101.531) (-12103.214) -- 0:03:21
808500 -- (-12101.272) [-12093.836] (-12098.753) (-12106.669) * (-12101.096) [-12096.685] (-12097.929) (-12100.270) -- 0:03:20
809000 -- (-12101.576) (-12107.327) (-12101.640) [-12101.661] * (-12104.424) [-12097.703] (-12097.668) (-12106.512) -- 0:03:20
809500 -- [-12105.629] (-12105.451) (-12101.030) (-12099.918) * (-12112.095) (-12106.793) (-12096.923) [-12097.612] -- 0:03:19
810000 -- (-12106.338) (-12111.663) (-12097.667) [-12103.291] * (-12100.180) (-12104.808) [-12104.825] (-12096.141) -- 0:03:19
Average standard deviation of split frequencies: 0.000000
810500 -- (-12103.583) (-12105.191) [-12102.315] (-12097.912) * (-12100.754) (-12096.551) (-12096.933) [-12098.047] -- 0:03:18
811000 -- (-12102.915) [-12102.854] (-12098.391) (-12102.830) * (-12102.009) (-12099.745) [-12108.268] (-12112.805) -- 0:03:18
811500 -- (-12100.600) (-12112.741) (-12102.016) [-12104.574] * (-12102.948) (-12105.151) (-12112.904) [-12100.146] -- 0:03:17
812000 -- [-12095.736] (-12100.816) (-12098.715) (-12107.353) * [-12104.994] (-12106.931) (-12097.485) (-12103.767) -- 0:03:17
812500 -- [-12098.132] (-12111.204) (-12100.529) (-12098.930) * (-12106.843) (-12107.091) [-12103.144] (-12105.193) -- 0:03:16
813000 -- (-12098.702) [-12099.935] (-12103.062) (-12099.018) * (-12100.372) [-12111.100] (-12101.632) (-12093.614) -- 0:03:16
813500 -- (-12097.280) (-12103.139) (-12103.441) [-12096.524] * (-12105.659) (-12102.706) [-12100.575] (-12106.113) -- 0:03:15
814000 -- (-12100.309) [-12105.651] (-12098.975) (-12102.975) * (-12100.871) (-12093.888) (-12111.787) [-12099.666] -- 0:03:15
814500 -- (-12104.853) [-12096.694] (-12094.231) (-12097.608) * (-12100.606) (-12099.259) [-12099.786] (-12102.272) -- 0:03:14
815000 -- (-12101.045) (-12103.744) (-12103.365) [-12097.485] * (-12101.590) [-12101.481] (-12109.086) (-12107.146) -- 0:03:14
Average standard deviation of split frequencies: 0.000000
815500 -- [-12104.314] (-12100.862) (-12109.052) (-12097.126) * (-12108.147) [-12097.187] (-12100.145) (-12095.716) -- 0:03:13
816000 -- (-12100.203) [-12103.508] (-12105.762) (-12096.899) * (-12107.343) (-12102.598) [-12101.397] (-12100.602) -- 0:03:13
816500 -- [-12105.406] (-12098.208) (-12102.996) (-12100.121) * (-12105.120) (-12100.983) (-12106.963) [-12103.121] -- 0:03:12
817000 -- (-12108.988) (-12102.193) [-12101.965] (-12101.014) * (-12110.975) (-12114.982) (-12101.939) [-12099.727] -- 0:03:11
817500 -- (-12108.505) (-12102.860) [-12102.424] (-12098.479) * (-12100.089) [-12099.092] (-12101.726) (-12108.860) -- 0:03:11
818000 -- [-12099.602] (-12097.750) (-12105.981) (-12100.290) * (-12100.354) (-12119.104) [-12099.905] (-12107.592) -- 0:03:10
818500 -- (-12103.967) (-12099.919) [-12101.981] (-12098.358) * (-12100.010) (-12105.698) [-12103.109] (-12103.359) -- 0:03:10
819000 -- (-12099.902) (-12104.957) [-12101.258] (-12100.942) * (-12110.690) (-12118.480) [-12095.213] (-12097.669) -- 0:03:09
819500 -- (-12106.747) (-12096.546) [-12103.249] (-12099.359) * (-12101.027) (-12097.859) [-12103.902] (-12112.628) -- 0:03:09
820000 -- (-12108.893) (-12104.055) [-12102.020] (-12097.409) * (-12100.732) (-12097.943) [-12104.382] (-12095.993) -- 0:03:08
Average standard deviation of split frequencies: 0.000000
820500 -- (-12113.237) [-12103.329] (-12095.259) (-12098.032) * (-12098.619) (-12100.918) [-12104.211] (-12104.355) -- 0:03:08
821000 -- (-12111.052) (-12100.575) [-12112.711] (-12096.621) * [-12097.328] (-12098.888) (-12103.361) (-12098.790) -- 0:03:07
821500 -- (-12099.917) (-12106.735) [-12105.368] (-12102.268) * [-12097.530] (-12096.293) (-12112.946) (-12100.797) -- 0:03:07
822000 -- (-12101.947) (-12099.957) (-12102.447) [-12096.730] * (-12099.881) (-12108.339) (-12106.186) [-12097.472] -- 0:03:06
822500 -- (-12101.903) (-12098.228) [-12099.790] (-12098.727) * (-12104.732) [-12098.770] (-12107.931) (-12108.422) -- 0:03:06
823000 -- (-12108.540) (-12110.488) [-12098.665] (-12106.829) * (-12106.227) [-12104.478] (-12101.379) (-12104.416) -- 0:03:05
823500 -- (-12101.649) (-12106.521) (-12099.236) [-12102.924] * (-12104.658) [-12100.856] (-12099.262) (-12100.832) -- 0:03:05
824000 -- (-12100.301) (-12100.473) [-12097.814] (-12097.444) * (-12101.924) (-12102.646) (-12101.138) [-12102.446] -- 0:03:04
824500 -- (-12107.714) (-12096.144) (-12104.484) [-12104.329] * [-12100.612] (-12103.846) (-12102.471) (-12099.408) -- 0:03:04
825000 -- [-12107.356] (-12103.386) (-12107.864) (-12112.487) * (-12099.666) (-12107.586) (-12101.810) [-12100.813] -- 0:03:03
Average standard deviation of split frequencies: 0.000000
825500 -- (-12109.578) (-12107.977) [-12105.799] (-12100.972) * (-12100.249) [-12102.319] (-12098.062) (-12105.491) -- 0:03:03
826000 -- (-12115.147) (-12108.784) [-12097.999] (-12100.700) * [-12103.237] (-12101.696) (-12106.466) (-12097.906) -- 0:03:02
826500 -- (-12105.964) (-12102.455) [-12103.547] (-12098.788) * (-12110.721) (-12104.604) [-12097.955] (-12104.224) -- 0:03:02
827000 -- [-12104.123] (-12107.050) (-12102.629) (-12098.811) * [-12096.383] (-12108.903) (-12102.722) (-12109.184) -- 0:03:01
827500 -- [-12096.553] (-12104.634) (-12095.411) (-12107.471) * [-12103.107] (-12106.618) (-12106.924) (-12106.087) -- 0:03:00
828000 -- (-12094.817) [-12101.166] (-12104.610) (-12099.152) * (-12103.679) (-12105.761) [-12100.342] (-12111.527) -- 0:03:00
828500 -- (-12091.712) (-12101.133) [-12106.110] (-12109.691) * (-12107.331) (-12106.551) [-12101.414] (-12101.550) -- 0:02:59
829000 -- (-12098.693) (-12102.701) [-12100.986] (-12096.775) * (-12103.739) [-12098.422] (-12108.984) (-12107.791) -- 0:02:59
829500 -- (-12098.530) (-12105.621) (-12108.082) [-12099.844] * (-12099.039) (-12101.776) (-12103.867) [-12099.423] -- 0:02:58
830000 -- [-12097.777] (-12110.478) (-12106.832) (-12096.498) * (-12099.916) [-12115.527] (-12099.127) (-12102.393) -- 0:02:58
Average standard deviation of split frequencies: 0.000000
830500 -- (-12107.650) [-12098.755] (-12107.995) (-12099.100) * (-12095.893) (-12106.571) [-12105.060] (-12096.459) -- 0:02:57
831000 -- (-12098.685) (-12099.641) (-12105.702) [-12098.181] * [-12103.998] (-12104.961) (-12106.859) (-12101.435) -- 0:02:57
831500 -- [-12098.313] (-12096.166) (-12110.362) (-12097.985) * (-12104.131) [-12101.891] (-12106.973) (-12109.431) -- 0:02:56
832000 -- (-12101.713) (-12102.801) (-12104.183) [-12094.367] * [-12105.766] (-12097.044) (-12101.812) (-12100.928) -- 0:02:56
832500 -- (-12106.734) (-12105.252) (-12103.299) [-12098.263] * (-12091.594) [-12098.127] (-12106.644) (-12100.216) -- 0:02:55
833000 -- (-12099.871) (-12099.068) (-12104.612) [-12094.703] * [-12109.422] (-12106.982) (-12100.733) (-12101.588) -- 0:02:55
833500 -- (-12098.036) [-12101.891] (-12102.644) (-12101.321) * (-12094.513) (-12102.720) [-12103.333] (-12112.111) -- 0:02:54
834000 -- (-12097.889) (-12105.563) [-12098.986] (-12096.456) * (-12103.441) (-12103.557) (-12096.358) [-12100.359] -- 0:02:54
834500 -- (-12101.741) (-12101.831) [-12100.935] (-12098.646) * (-12102.091) (-12098.749) [-12097.243] (-12100.945) -- 0:02:53
835000 -- [-12098.921] (-12109.851) (-12098.155) (-12104.773) * (-12103.647) (-12103.257) [-12100.464] (-12108.254) -- 0:02:53
Average standard deviation of split frequencies: 0.000000
835500 -- [-12101.737] (-12104.974) (-12107.283) (-12094.727) * [-12094.014] (-12106.449) (-12100.851) (-12102.807) -- 0:02:52
836000 -- (-12099.294) [-12098.957] (-12106.179) (-12107.477) * (-12109.202) (-12105.729) [-12100.662] (-12109.497) -- 0:02:52
836500 -- [-12100.094] (-12104.567) (-12099.919) (-12106.193) * (-12103.622) (-12108.962) (-12101.895) [-12103.418] -- 0:02:51
837000 -- (-12105.293) (-12105.631) [-12104.034] (-12104.136) * (-12108.736) (-12115.362) [-12102.332] (-12100.384) -- 0:02:50
837500 -- [-12101.787] (-12096.690) (-12106.315) (-12111.781) * (-12116.275) (-12103.168) [-12099.862] (-12102.606) -- 0:02:50
838000 -- [-12097.568] (-12102.406) (-12101.725) (-12100.566) * (-12112.848) (-12100.271) [-12095.505] (-12096.772) -- 0:02:49
838500 -- [-12104.439] (-12106.052) (-12110.708) (-12109.953) * (-12106.576) (-12096.619) (-12106.499) [-12097.837] -- 0:02:49
839000 -- (-12100.950) (-12106.088) [-12100.779] (-12110.943) * [-12098.849] (-12108.771) (-12109.200) (-12093.060) -- 0:02:48
839500 -- (-12102.618) [-12103.869] (-12106.097) (-12112.896) * (-12107.354) (-12107.305) (-12106.087) [-12096.016] -- 0:02:48
840000 -- [-12100.171] (-12101.387) (-12094.360) (-12109.523) * (-12109.888) (-12100.625) [-12097.041] (-12097.614) -- 0:02:47
Average standard deviation of split frequencies: 0.000000
840500 -- (-12104.536) (-12109.429) (-12102.802) [-12104.102] * (-12107.745) (-12096.267) [-12099.316] (-12095.285) -- 0:02:47
841000 -- (-12106.317) (-12108.242) (-12102.602) [-12104.545] * [-12114.277] (-12100.105) (-12100.310) (-12098.358) -- 0:02:46
841500 -- (-12114.577) (-12109.370) [-12107.292] (-12118.611) * (-12098.962) (-12102.167) (-12101.753) [-12102.130] -- 0:02:46
842000 -- (-12102.115) (-12095.160) [-12099.450] (-12107.268) * (-12108.120) (-12098.074) [-12106.323] (-12097.677) -- 0:02:45
842500 -- (-12106.232) [-12096.754] (-12105.962) (-12112.665) * (-12096.519) (-12106.577) [-12107.835] (-12101.667) -- 0:02:45
843000 -- (-12111.255) (-12104.321) [-12090.150] (-12112.934) * (-12107.050) (-12107.187) [-12108.409] (-12097.166) -- 0:02:44
843500 -- (-12106.804) [-12100.157] (-12100.647) (-12109.132) * (-12108.543) (-12095.251) (-12101.920) [-12104.938] -- 0:02:44
844000 -- (-12096.803) (-12097.607) [-12106.401] (-12105.798) * (-12111.821) (-12099.984) [-12100.812] (-12104.197) -- 0:02:43
844500 -- (-12102.711) (-12112.208) (-12097.847) [-12101.217] * (-12111.452) (-12102.674) (-12100.158) [-12104.109] -- 0:02:43
845000 -- [-12094.736] (-12097.875) (-12103.096) (-12109.819) * (-12101.802) (-12107.613) (-12102.215) [-12096.532] -- 0:02:42
Average standard deviation of split frequencies: 0.000000
845500 -- (-12105.546) (-12099.372) (-12106.644) [-12098.004] * (-12101.290) (-12097.907) [-12097.006] (-12096.610) -- 0:02:42
846000 -- (-12098.349) (-12107.852) [-12102.582] (-12103.491) * (-12100.106) [-12102.168] (-12095.783) (-12095.574) -- 0:02:41
846500 -- [-12098.965] (-12116.596) (-12098.957) (-12101.598) * [-12097.604] (-12102.873) (-12101.544) (-12110.802) -- 0:02:41
847000 -- [-12100.183] (-12101.548) (-12100.399) (-12095.442) * (-12105.427) (-12100.537) (-12105.474) [-12096.571] -- 0:02:40
847500 -- (-12100.972) [-12099.346] (-12104.386) (-12104.583) * (-12103.983) [-12102.736] (-12114.650) (-12097.236) -- 0:02:39
848000 -- [-12098.627] (-12104.398) (-12100.668) (-12104.131) * [-12100.258] (-12110.139) (-12119.882) (-12102.094) -- 0:02:39
848500 -- (-12100.511) (-12096.968) [-12101.773] (-12096.816) * (-12096.107) (-12111.058) (-12118.401) [-12099.455] -- 0:02:38
849000 -- (-12098.854) (-12100.371) [-12101.361] (-12101.262) * (-12104.665) (-12109.262) [-12108.285] (-12098.239) -- 0:02:38
849500 -- [-12099.999] (-12105.196) (-12097.230) (-12103.518) * [-12103.442] (-12105.471) (-12098.238) (-12100.721) -- 0:02:37
850000 -- (-12098.276) [-12101.545] (-12105.302) (-12099.292) * [-12099.467] (-12101.309) (-12104.545) (-12096.124) -- 0:02:37
Average standard deviation of split frequencies: 0.000000
850500 -- (-12099.419) [-12098.915] (-12097.523) (-12102.612) * (-12096.817) (-12098.238) [-12102.201] (-12108.773) -- 0:02:36
851000 -- [-12097.212] (-12098.818) (-12105.491) (-12096.047) * [-12105.710] (-12107.179) (-12094.690) (-12101.400) -- 0:02:36
851500 -- (-12107.119) (-12113.992) (-12104.783) [-12098.313] * [-12098.152] (-12106.409) (-12109.615) (-12094.553) -- 0:02:35
852000 -- [-12101.930] (-12117.599) (-12101.600) (-12103.343) * [-12100.986] (-12103.876) (-12110.305) (-12096.869) -- 0:02:35
852500 -- (-12101.735) (-12101.389) (-12100.113) [-12098.912] * (-12103.846) (-12107.204) (-12114.140) [-12102.986] -- 0:02:34
853000 -- (-12092.636) [-12100.907] (-12110.847) (-12096.411) * (-12098.374) (-12109.407) (-12105.441) [-12099.317] -- 0:02:34
853500 -- (-12100.369) (-12101.836) [-12097.663] (-12099.978) * (-12101.113) (-12108.667) (-12101.369) [-12101.059] -- 0:02:33
854000 -- (-12101.414) (-12107.551) [-12101.992] (-12102.549) * (-12104.838) (-12109.774) (-12110.517) [-12102.286] -- 0:02:33
854500 -- (-12099.333) (-12099.362) (-12097.203) [-12103.410] * (-12097.390) (-12109.930) (-12105.700) [-12094.431] -- 0:02:32
855000 -- [-12100.950] (-12099.749) (-12102.242) (-12108.174) * (-12106.211) (-12112.439) (-12102.964) [-12095.699] -- 0:02:32
Average standard deviation of split frequencies: 0.000000
855500 -- (-12109.072) (-12108.625) [-12099.337] (-12106.286) * [-12098.069] (-12105.587) (-12103.053) (-12099.182) -- 0:02:31
856000 -- (-12096.417) (-12097.772) (-12105.189) [-12098.123] * (-12100.849) [-12102.709] (-12099.176) (-12097.917) -- 0:02:31
856500 -- [-12108.207] (-12103.161) (-12108.203) (-12104.158) * (-12091.582) [-12105.556] (-12098.711) (-12099.997) -- 0:02:30
857000 -- (-12109.833) (-12100.465) [-12103.780] (-12101.833) * (-12098.180) [-12097.524] (-12105.881) (-12092.165) -- 0:02:30
857500 -- (-12098.558) (-12106.477) [-12099.623] (-12106.562) * (-12099.659) (-12101.254) (-12097.840) [-12097.357] -- 0:02:29
858000 -- (-12111.188) [-12102.254] (-12102.936) (-12096.174) * (-12101.840) (-12111.939) [-12101.301] (-12096.543) -- 0:02:28
858500 -- (-12102.109) (-12104.493) (-12102.280) [-12105.022] * (-12096.993) [-12103.980] (-12099.169) (-12097.924) -- 0:02:28
859000 -- (-12098.571) (-12108.013) (-12097.388) [-12098.375] * (-12101.265) [-12101.312] (-12103.132) (-12098.928) -- 0:02:27
859500 -- [-12097.177] (-12105.728) (-12100.254) (-12117.384) * (-12104.343) [-12100.600] (-12108.973) (-12102.869) -- 0:02:27
860000 -- [-12100.769] (-12100.535) (-12104.149) (-12110.774) * (-12104.490) (-12104.103) (-12108.159) [-12104.493] -- 0:02:26
Average standard deviation of split frequencies: 0.000000
860500 -- (-12100.406) (-12099.463) [-12103.262] (-12103.730) * (-12097.963) [-12096.754] (-12100.956) (-12096.950) -- 0:02:26
861000 -- (-12103.519) [-12092.935] (-12115.446) (-12103.924) * [-12100.589] (-12092.176) (-12106.404) (-12111.549) -- 0:02:25
861500 -- [-12103.422] (-12096.906) (-12102.593) (-12113.839) * [-12098.945] (-12096.159) (-12104.164) (-12099.855) -- 0:02:25
862000 -- (-12099.412) (-12100.889) (-12110.398) [-12102.397] * (-12103.564) (-12106.896) [-12103.745] (-12107.967) -- 0:02:24
862500 -- (-12106.648) [-12097.674] (-12109.987) (-12103.352) * [-12098.073] (-12103.568) (-12107.736) (-12107.092) -- 0:02:24
863000 -- [-12101.281] (-12096.009) (-12098.015) (-12104.936) * (-12098.157) (-12105.108) (-12108.740) [-12098.608] -- 0:02:23
863500 -- (-12099.770) [-12103.543] (-12110.119) (-12100.548) * (-12102.144) (-12098.415) (-12102.632) [-12099.467] -- 0:02:23
864000 -- (-12100.917) [-12110.480] (-12117.080) (-12097.971) * (-12106.505) (-12100.308) [-12101.189] (-12101.737) -- 0:02:22
864500 -- [-12097.399] (-12102.277) (-12100.353) (-12107.465) * [-12105.480] (-12100.320) (-12108.104) (-12102.208) -- 0:02:22
865000 -- [-12101.306] (-12103.862) (-12106.896) (-12111.901) * (-12110.252) [-12098.343] (-12106.027) (-12103.463) -- 0:02:21
Average standard deviation of split frequencies: 0.000000
865500 -- [-12101.154] (-12108.504) (-12100.807) (-12098.226) * (-12110.375) [-12099.584] (-12106.094) (-12097.159) -- 0:02:21
866000 -- (-12105.253) [-12096.607] (-12094.226) (-12101.747) * (-12100.348) (-12099.857) (-12095.352) [-12101.700] -- 0:02:20
866500 -- [-12095.896] (-12104.902) (-12098.285) (-12111.595) * (-12099.854) (-12098.339) [-12096.261] (-12100.156) -- 0:02:20
867000 -- (-12098.155) (-12098.998) (-12105.383) [-12098.889] * [-12096.722] (-12105.782) (-12109.622) (-12096.039) -- 0:02:19
867500 -- [-12094.958] (-12100.465) (-12099.320) (-12102.972) * (-12095.568) (-12104.880) [-12104.612] (-12097.011) -- 0:02:18
868000 -- (-12101.250) (-12102.067) (-12096.065) [-12099.356] * (-12101.931) (-12100.503) (-12104.779) [-12099.401] -- 0:02:18
868500 -- (-12106.401) (-12105.336) (-12098.569) [-12096.809] * (-12097.940) [-12104.215] (-12103.052) (-12101.878) -- 0:02:17
869000 -- (-12101.844) (-12102.230) (-12100.348) [-12095.544] * (-12102.501) (-12102.346) [-12097.812] (-12111.297) -- 0:02:17
869500 -- [-12109.264] (-12101.482) (-12108.455) (-12104.330) * (-12100.563) (-12105.769) (-12094.935) [-12096.453] -- 0:02:16
870000 -- [-12104.486] (-12107.533) (-12094.504) (-12108.366) * (-12101.294) (-12109.602) (-12098.092) [-12096.139] -- 0:02:16
Average standard deviation of split frequencies: 0.000000
870500 -- (-12101.993) [-12104.745] (-12101.086) (-12103.085) * (-12105.485) (-12105.065) (-12103.526) [-12098.146] -- 0:02:15
871000 -- (-12101.273) (-12113.366) [-12101.487] (-12100.752) * (-12101.686) (-12101.069) (-12101.913) [-12100.256] -- 0:02:15
871500 -- (-12097.162) (-12102.585) [-12104.703] (-12113.804) * (-12100.635) [-12101.874] (-12113.967) (-12100.166) -- 0:02:14
872000 -- [-12104.968] (-12100.531) (-12098.641) (-12107.434) * (-12100.258) (-12103.672) [-12102.299] (-12102.266) -- 0:02:14
872500 -- (-12102.034) (-12102.231) [-12096.532] (-12101.608) * (-12100.969) [-12099.565] (-12109.849) (-12106.872) -- 0:02:13
873000 -- [-12100.057] (-12098.860) (-12099.603) (-12101.390) * (-12101.413) (-12099.550) [-12098.578] (-12095.433) -- 0:02:13
873500 -- (-12097.024) [-12102.073] (-12105.223) (-12100.464) * (-12100.956) (-12106.002) [-12100.549] (-12100.577) -- 0:02:12
874000 -- (-12103.371) (-12106.242) [-12103.008] (-12111.438) * (-12106.502) (-12099.950) (-12102.944) [-12098.278] -- 0:02:12
874500 -- [-12096.566] (-12105.545) (-12098.286) (-12108.776) * (-12095.091) (-12098.104) (-12100.389) [-12101.324] -- 0:02:11
875000 -- (-12097.770) [-12107.084] (-12110.817) (-12112.204) * [-12100.715] (-12101.441) (-12097.097) (-12100.843) -- 0:02:11
Average standard deviation of split frequencies: 0.000000
875500 -- (-12100.230) (-12099.961) (-12109.045) [-12103.643] * (-12107.809) (-12100.158) (-12100.307) [-12093.786] -- 0:02:10
876000 -- (-12102.544) [-12095.259] (-12103.437) (-12105.150) * (-12100.630) [-12097.248] (-12097.736) (-12106.206) -- 0:02:10
876500 -- (-12101.544) (-12103.385) [-12099.973] (-12105.647) * (-12121.461) (-12109.167) [-12097.266] (-12117.148) -- 0:02:09
877000 -- (-12107.233) (-12105.397) (-12099.838) [-12097.806] * (-12115.662) (-12102.032) [-12100.099] (-12106.048) -- 0:02:09
877500 -- [-12101.000] (-12108.237) (-12101.167) (-12107.851) * (-12104.226) [-12101.390] (-12105.782) (-12097.822) -- 0:02:08
878000 -- [-12099.694] (-12111.666) (-12101.154) (-12103.399) * (-12100.733) [-12106.709] (-12103.487) (-12104.083) -- 0:02:07
878500 -- [-12099.868] (-12097.252) (-12096.389) (-12100.852) * [-12099.568] (-12107.349) (-12100.579) (-12102.878) -- 0:02:07
879000 -- [-12097.046] (-12105.007) (-12107.024) (-12103.969) * (-12099.989) [-12105.097] (-12112.347) (-12103.417) -- 0:02:06
879500 -- (-12096.718) (-12110.197) (-12096.730) [-12107.009] * (-12104.312) (-12095.125) [-12095.110] (-12105.714) -- 0:02:06
880000 -- (-12101.192) (-12103.006) [-12094.908] (-12114.101) * (-12098.472) (-12100.402) [-12095.429] (-12104.412) -- 0:02:05
Average standard deviation of split frequencies: 0.000000
880500 -- (-12102.788) [-12111.431] (-12105.236) (-12102.555) * (-12099.142) (-12105.996) (-12097.831) [-12093.887] -- 0:02:05
881000 -- (-12108.583) (-12108.225) [-12098.416] (-12106.341) * (-12096.892) (-12105.714) (-12097.566) [-12098.097] -- 0:02:04
881500 -- (-12100.102) (-12116.519) [-12101.871] (-12111.562) * (-12100.077) (-12097.768) (-12099.064) [-12105.177] -- 0:02:04
882000 -- (-12099.577) (-12103.948) (-12098.473) [-12101.941] * (-12116.179) (-12103.006) [-12097.953] (-12107.842) -- 0:02:03
882500 -- (-12109.319) (-12117.044) (-12107.533) [-12105.271] * (-12105.722) (-12108.258) (-12107.108) [-12107.272] -- 0:02:03
883000 -- [-12102.354] (-12102.272) (-12113.722) (-12110.239) * (-12108.236) (-12111.486) [-12104.888] (-12107.421) -- 0:02:02
883500 -- [-12097.804] (-12106.774) (-12101.160) (-12110.847) * (-12107.078) (-12104.581) [-12102.812] (-12106.832) -- 0:02:02
884000 -- (-12096.754) [-12101.590] (-12101.304) (-12101.116) * (-12102.103) (-12104.849) [-12098.781] (-12098.749) -- 0:02:01
884500 -- [-12098.718] (-12107.601) (-12110.725) (-12093.258) * (-12102.146) (-12103.095) (-12107.186) [-12103.967] -- 0:02:01
885000 -- (-12113.038) (-12102.060) [-12107.852] (-12094.313) * [-12103.123] (-12108.731) (-12103.931) (-12105.496) -- 0:02:00
Average standard deviation of split frequencies: 0.000000
885500 -- (-12109.780) (-12104.726) (-12115.039) [-12098.215] * (-12097.062) (-12108.835) [-12101.544] (-12102.546) -- 0:02:00
886000 -- (-12115.447) (-12105.798) [-12103.686] (-12099.878) * [-12098.027] (-12106.487) (-12097.075) (-12112.039) -- 0:01:59
886500 -- (-12107.262) (-12110.413) [-12096.649] (-12100.296) * (-12107.109) [-12105.712] (-12095.805) (-12105.883) -- 0:01:59
887000 -- (-12098.759) (-12114.674) (-12105.503) [-12097.028] * (-12109.105) (-12098.363) [-12099.371] (-12105.923) -- 0:01:58
887500 -- (-12102.698) [-12111.827] (-12103.452) (-12106.833) * (-12112.776) (-12102.349) (-12098.766) [-12103.446] -- 0:01:58
888000 -- [-12102.121] (-12099.655) (-12111.811) (-12109.502) * (-12102.989) (-12098.277) [-12106.925] (-12109.545) -- 0:01:57
888500 -- (-12101.099) [-12100.661] (-12095.763) (-12103.885) * (-12101.385) [-12101.300] (-12102.908) (-12102.546) -- 0:01:56
889000 -- (-12098.975) [-12094.098] (-12107.207) (-12104.150) * [-12096.722] (-12104.939) (-12102.537) (-12098.243) -- 0:01:56
889500 -- (-12104.853) [-12096.751] (-12105.823) (-12104.064) * [-12103.190] (-12097.690) (-12105.760) (-12101.153) -- 0:01:55
890000 -- [-12099.767] (-12107.857) (-12104.598) (-12099.717) * (-12104.414) (-12100.135) (-12096.932) [-12103.271] -- 0:01:55
Average standard deviation of split frequencies: 0.000000
890500 -- (-12096.526) [-12096.842] (-12100.686) (-12093.775) * (-12108.968) [-12098.946] (-12098.413) (-12102.748) -- 0:01:54
891000 -- [-12099.711] (-12099.918) (-12103.627) (-12098.523) * (-12103.439) (-12112.668) (-12106.086) [-12100.371] -- 0:01:54
891500 -- (-12112.900) [-12103.812] (-12098.259) (-12106.311) * [-12096.565] (-12100.756) (-12106.920) (-12099.894) -- 0:01:53
892000 -- (-12106.721) [-12108.869] (-12109.424) (-12101.962) * (-12110.351) (-12104.686) [-12103.372] (-12100.623) -- 0:01:53
892500 -- (-12100.972) [-12101.096] (-12101.636) (-12100.256) * (-12110.692) (-12106.921) [-12101.145] (-12112.654) -- 0:01:52
893000 -- (-12103.438) (-12096.383) [-12100.650] (-12106.356) * (-12102.033) [-12098.725] (-12102.272) (-12104.313) -- 0:01:52
893500 -- (-12101.308) (-12096.831) (-12100.380) [-12100.299] * (-12108.567) [-12108.103] (-12105.655) (-12101.786) -- 0:01:51
894000 -- [-12108.646] (-12099.785) (-12095.380) (-12099.907) * [-12096.643] (-12097.335) (-12111.514) (-12105.669) -- 0:01:51
894500 -- [-12106.948] (-12104.277) (-12104.962) (-12098.823) * [-12099.402] (-12106.975) (-12105.433) (-12099.710) -- 0:01:50
895000 -- [-12099.173] (-12100.577) (-12096.432) (-12100.757) * (-12104.744) [-12102.425] (-12101.457) (-12103.466) -- 0:01:50
Average standard deviation of split frequencies: 0.000000
895500 -- (-12096.736) (-12111.503) (-12096.115) [-12101.255] * (-12098.281) (-12107.919) (-12103.425) [-12105.079] -- 0:01:49
896000 -- (-12102.861) [-12103.195] (-12096.705) (-12100.945) * (-12101.013) [-12103.783] (-12094.473) (-12104.270) -- 0:01:49
896500 -- (-12099.484) (-12101.748) [-12106.585] (-12103.318) * (-12106.754) [-12100.888] (-12100.159) (-12098.990) -- 0:01:48
897000 -- (-12100.568) (-12105.198) [-12094.054] (-12101.918) * (-12094.630) (-12103.264) (-12097.654) [-12105.059] -- 0:01:48
897500 -- (-12095.068) [-12101.864] (-12105.160) (-12099.912) * (-12104.459) [-12098.685] (-12101.146) (-12106.502) -- 0:01:47
898000 -- (-12105.661) (-12106.495) (-12103.327) [-12110.789] * (-12108.166) [-12109.054] (-12104.102) (-12104.743) -- 0:01:46
898500 -- (-12098.415) (-12105.988) [-12100.326] (-12105.938) * (-12104.294) (-12097.690) [-12100.461] (-12107.485) -- 0:01:46
899000 -- (-12103.979) (-12101.734) [-12106.713] (-12100.966) * (-12110.531) (-12104.159) [-12106.440] (-12101.577) -- 0:01:45
899500 -- (-12100.330) (-12094.908) (-12102.721) [-12105.934] * [-12101.534] (-12099.752) (-12106.189) (-12100.579) -- 0:01:45
900000 -- (-12097.165) [-12098.545] (-12096.391) (-12106.180) * [-12101.373] (-12101.179) (-12102.671) (-12107.815) -- 0:01:44
Average standard deviation of split frequencies: 0.000000
900500 -- [-12109.836] (-12106.948) (-12108.558) (-12110.191) * (-12100.857) (-12103.592) [-12094.686] (-12100.834) -- 0:01:44
901000 -- [-12103.196] (-12099.337) (-12103.599) (-12107.084) * (-12108.698) [-12108.494] (-12106.680) (-12105.215) -- 0:01:43
901500 -- (-12101.351) (-12100.675) [-12099.012] (-12106.893) * (-12112.211) [-12094.936] (-12105.700) (-12102.234) -- 0:01:43
902000 -- (-12096.578) (-12105.625) [-12100.910] (-12100.381) * (-12104.943) [-12099.562] (-12102.105) (-12104.736) -- 0:01:42
902500 -- [-12107.527] (-12104.106) (-12104.881) (-12097.947) * (-12109.074) (-12106.907) [-12100.749] (-12111.223) -- 0:01:42
903000 -- (-12105.110) [-12104.485] (-12110.062) (-12100.261) * (-12113.648) [-12097.490] (-12110.372) (-12103.365) -- 0:01:41
903500 -- (-12111.658) (-12112.915) [-12099.507] (-12100.122) * (-12101.569) [-12101.278] (-12097.670) (-12101.542) -- 0:01:41
904000 -- [-12104.157] (-12108.889) (-12105.852) (-12102.971) * (-12107.106) [-12103.708] (-12100.198) (-12096.612) -- 0:01:40
904500 -- (-12111.527) [-12104.102] (-12100.383) (-12105.973) * [-12102.804] (-12102.021) (-12109.247) (-12109.002) -- 0:01:40
905000 -- [-12102.610] (-12102.646) (-12100.442) (-12097.437) * (-12106.591) (-12101.974) (-12103.547) [-12104.234] -- 0:01:39
Average standard deviation of split frequencies: 0.000000
905500 -- [-12094.854] (-12099.116) (-12098.571) (-12098.329) * [-12099.753] (-12102.995) (-12102.885) (-12103.774) -- 0:01:39
906000 -- [-12101.867] (-12108.915) (-12101.530) (-12097.960) * (-12111.420) (-12107.510) [-12099.031] (-12092.157) -- 0:01:38
906500 -- (-12094.469) (-12096.253) (-12098.752) [-12099.664] * [-12099.808] (-12102.818) (-12106.461) (-12107.083) -- 0:01:38
907000 -- (-12103.394) [-12107.031] (-12101.063) (-12108.654) * (-12103.122) (-12103.004) (-12104.553) [-12102.278] -- 0:01:37
907500 -- (-12100.154) [-12097.977] (-12101.062) (-12109.002) * (-12106.372) [-12103.042] (-12107.122) (-12107.222) -- 0:01:37
908000 -- (-12098.929) [-12099.829] (-12102.521) (-12101.508) * [-12100.833] (-12110.423) (-12101.075) (-12104.465) -- 0:01:36
908500 -- (-12106.318) [-12098.367] (-12100.558) (-12100.041) * [-12102.094] (-12109.960) (-12101.544) (-12104.819) -- 0:01:35
909000 -- (-12099.200) [-12110.125] (-12105.703) (-12104.468) * (-12103.489) (-12102.275) (-12104.062) [-12097.478] -- 0:01:35
909500 -- (-12107.000) (-12100.123) [-12102.857] (-12102.267) * (-12099.989) (-12104.267) [-12098.367] (-12100.721) -- 0:01:34
910000 -- (-12105.918) (-12112.838) (-12103.764) [-12099.877] * (-12105.224) [-12106.202] (-12102.006) (-12098.750) -- 0:01:34
Average standard deviation of split frequencies: 0.000000
910500 -- (-12106.142) (-12103.554) [-12096.989] (-12108.053) * (-12097.749) (-12102.478) (-12100.808) [-12094.579] -- 0:01:33
911000 -- [-12096.050] (-12116.670) (-12110.731) (-12102.492) * [-12103.152] (-12106.720) (-12101.463) (-12100.336) -- 0:01:33
911500 -- (-12104.091) (-12109.791) (-12098.221) [-12101.469] * (-12106.497) (-12103.424) (-12106.217) [-12105.562] -- 0:01:32
912000 -- [-12105.006] (-12098.002) (-12099.549) (-12097.764) * (-12108.808) [-12104.985] (-12118.529) (-12101.389) -- 0:01:32
912500 -- (-12112.304) (-12103.441) [-12107.932] (-12103.753) * [-12097.271] (-12110.000) (-12113.751) (-12093.300) -- 0:01:31
913000 -- (-12105.894) (-12104.088) (-12101.273) [-12104.979] * (-12097.476) (-12114.883) (-12104.666) [-12099.989] -- 0:01:31
913500 -- (-12107.788) (-12107.409) (-12098.726) [-12099.724] * (-12100.296) [-12105.090] (-12100.346) (-12101.090) -- 0:01:30
914000 -- (-12111.193) (-12106.815) [-12109.381] (-12094.788) * (-12108.889) [-12093.432] (-12103.833) (-12103.659) -- 0:01:30
914500 -- (-12108.047) (-12099.597) [-12099.114] (-12101.102) * (-12105.003) (-12100.272) (-12111.888) [-12106.570] -- 0:01:29
915000 -- (-12108.336) [-12093.377] (-12100.623) (-12101.687) * (-12099.713) [-12095.095] (-12104.632) (-12103.875) -- 0:01:29
Average standard deviation of split frequencies: 0.000000
915500 -- [-12099.683] (-12097.816) (-12098.555) (-12102.745) * (-12100.627) (-12107.923) [-12098.602] (-12097.639) -- 0:01:28
916000 -- (-12104.504) [-12099.362] (-12101.216) (-12105.264) * (-12110.022) [-12099.487] (-12112.542) (-12097.153) -- 0:01:28
916500 -- (-12110.184) [-12101.362] (-12102.943) (-12099.986) * (-12106.072) (-12104.389) (-12099.135) [-12103.299] -- 0:01:27
917000 -- [-12104.953] (-12100.290) (-12098.840) (-12096.380) * [-12105.107] (-12105.726) (-12101.762) (-12103.775) -- 0:01:27
917500 -- (-12102.451) (-12102.522) [-12097.913] (-12108.787) * [-12101.175] (-12103.771) (-12107.308) (-12102.871) -- 0:01:26
918000 -- (-12098.479) (-12099.219) [-12102.745] (-12102.664) * (-12100.946) (-12103.925) (-12111.914) [-12098.893] -- 0:01:26
918500 -- (-12112.198) [-12105.455] (-12109.570) (-12095.116) * [-12101.342] (-12093.960) (-12099.188) (-12095.745) -- 0:01:25
919000 -- (-12108.122) [-12102.052] (-12103.986) (-12103.734) * (-12099.577) [-12093.669] (-12105.916) (-12100.304) -- 0:01:24
919500 -- (-12108.563) [-12101.809] (-12103.348) (-12100.995) * (-12101.665) (-12096.637) [-12103.284] (-12107.249) -- 0:01:24
920000 -- (-12101.401) [-12101.916] (-12108.825) (-12110.025) * [-12096.724] (-12103.585) (-12099.208) (-12097.592) -- 0:01:23
Average standard deviation of split frequencies: 0.000000
920500 -- (-12104.962) [-12100.500] (-12110.172) (-12108.236) * (-12100.809) (-12099.432) (-12097.787) [-12100.109] -- 0:01:23
921000 -- [-12095.631] (-12101.864) (-12106.550) (-12103.781) * [-12100.673] (-12099.656) (-12096.295) (-12097.857) -- 0:01:22
921500 -- (-12099.916) (-12109.329) (-12110.544) [-12097.114] * (-12104.202) (-12107.873) [-12097.591] (-12095.515) -- 0:01:22
922000 -- (-12103.132) [-12102.009] (-12103.281) (-12102.995) * (-12100.690) (-12107.420) [-12101.375] (-12104.984) -- 0:01:21
922500 -- (-12098.976) (-12099.485) [-12102.300] (-12100.980) * [-12109.165] (-12100.186) (-12099.114) (-12098.948) -- 0:01:21
923000 -- (-12103.066) (-12099.326) (-12101.767) [-12098.963] * (-12112.147) [-12098.484] (-12112.108) (-12100.723) -- 0:01:20
923500 -- (-12097.798) (-12104.038) (-12111.990) [-12100.753] * (-12101.391) (-12106.199) (-12101.077) [-12100.603] -- 0:01:20
924000 -- (-12098.673) (-12100.515) [-12106.437] (-12102.759) * (-12100.262) (-12095.001) (-12105.020) [-12097.035] -- 0:01:19
924500 -- (-12105.448) [-12099.989] (-12113.123) (-12110.795) * (-12111.675) (-12098.704) (-12105.137) [-12097.095] -- 0:01:19
925000 -- (-12096.305) [-12102.132] (-12105.813) (-12102.499) * (-12107.532) [-12092.411] (-12101.846) (-12103.818) -- 0:01:18
Average standard deviation of split frequencies: 0.000000
925500 -- [-12095.552] (-12093.056) (-12100.535) (-12107.311) * (-12105.631) (-12102.521) (-12096.454) [-12099.007] -- 0:01:18
926000 -- (-12104.204) [-12103.616] (-12110.333) (-12111.866) * (-12107.775) (-12104.056) (-12100.086) [-12094.954] -- 0:01:17
926500 -- (-12104.723) (-12098.735) [-12103.144] (-12098.512) * [-12108.418] (-12101.792) (-12105.793) (-12096.114) -- 0:01:17
927000 -- [-12108.903] (-12100.970) (-12106.425) (-12097.668) * (-12102.660) (-12097.879) [-12106.156] (-12106.560) -- 0:01:16
927500 -- (-12104.239) (-12101.774) [-12099.393] (-12098.133) * (-12101.720) [-12098.356] (-12098.293) (-12095.464) -- 0:01:16
928000 -- (-12102.668) (-12109.986) [-12099.913] (-12111.231) * (-12104.232) (-12101.555) (-12107.074) [-12107.489] -- 0:01:15
928500 -- [-12097.237] (-12104.145) (-12106.854) (-12105.160) * (-12105.148) (-12101.007) [-12100.627] (-12102.464) -- 0:01:15
929000 -- (-12105.080) (-12098.321) (-12112.916) [-12103.780] * [-12098.588] (-12106.033) (-12099.662) (-12097.811) -- 0:01:14
929500 -- [-12100.793] (-12099.962) (-12116.033) (-12099.807) * (-12101.926) (-12115.050) (-12097.660) [-12100.920] -- 0:01:13
930000 -- (-12100.255) [-12102.780] (-12114.545) (-12105.194) * (-12097.773) [-12101.485] (-12113.006) (-12100.224) -- 0:01:13
Average standard deviation of split frequencies: 0.000000
930500 -- (-12105.990) [-12104.277] (-12100.022) (-12099.739) * [-12098.731] (-12103.265) (-12105.411) (-12106.390) -- 0:01:12
931000 -- (-12101.285) (-12097.108) [-12098.704] (-12099.827) * (-12100.629) (-12102.901) (-12106.572) [-12101.961] -- 0:01:12
931500 -- (-12104.519) [-12098.165] (-12105.575) (-12099.491) * (-12096.651) (-12100.694) (-12097.927) [-12099.924] -- 0:01:11
932000 -- (-12112.033) (-12102.797) [-12092.846] (-12098.071) * [-12097.973] (-12103.788) (-12105.436) (-12097.734) -- 0:01:11
932500 -- (-12101.549) (-12108.830) [-12102.198] (-12097.651) * (-12109.976) (-12098.368) [-12108.415] (-12094.914) -- 0:01:10
933000 -- [-12098.390] (-12106.069) (-12109.084) (-12096.976) * (-12103.501) (-12108.816) (-12110.358) [-12099.758] -- 0:01:10
933500 -- [-12095.704] (-12104.313) (-12099.974) (-12098.563) * [-12098.926] (-12102.204) (-12099.624) (-12106.207) -- 0:01:09
934000 -- [-12099.431] (-12107.631) (-12102.199) (-12102.557) * (-12100.728) (-12102.502) (-12105.647) [-12105.839] -- 0:01:09
934500 -- (-12103.845) (-12104.834) (-12099.550) [-12102.281] * (-12102.796) [-12102.720] (-12100.512) (-12106.107) -- 0:01:08
935000 -- (-12101.845) (-12108.753) [-12100.974] (-12099.996) * [-12100.486] (-12112.354) (-12098.559) (-12099.824) -- 0:01:08
Average standard deviation of split frequencies: 0.000000
935500 -- [-12101.205] (-12096.113) (-12110.893) (-12109.590) * [-12099.277] (-12104.542) (-12108.349) (-12098.957) -- 0:01:07
936000 -- (-12096.353) [-12096.056] (-12106.649) (-12101.553) * (-12100.888) (-12099.687) [-12101.965] (-12103.056) -- 0:01:07
936500 -- (-12097.594) [-12098.754] (-12103.776) (-12102.287) * (-12101.695) (-12102.653) (-12102.503) [-12103.116] -- 0:01:06
937000 -- (-12098.962) (-12105.498) [-12102.781] (-12101.892) * (-12110.060) [-12098.716] (-12102.059) (-12113.184) -- 0:01:06
937500 -- [-12100.978] (-12106.522) (-12101.424) (-12102.943) * (-12101.615) (-12102.355) [-12101.408] (-12106.357) -- 0:01:05
938000 -- (-12096.808) [-12105.258] (-12102.950) (-12099.246) * (-12100.176) (-12099.834) [-12097.474] (-12113.136) -- 0:01:05
938500 -- (-12115.418) (-12107.635) [-12097.185] (-12101.569) * [-12099.565] (-12100.670) (-12104.191) (-12100.556) -- 0:01:04
939000 -- (-12093.790) (-12096.373) [-12102.054] (-12106.304) * (-12100.211) (-12102.437) (-12102.795) [-12104.890] -- 0:01:03
939500 -- (-12102.924) (-12092.331) (-12101.285) [-12104.132] * [-12101.474] (-12097.934) (-12106.689) (-12102.481) -- 0:01:03
940000 -- (-12101.075) [-12096.675] (-12105.043) (-12106.134) * (-12107.611) (-12094.974) [-12099.251] (-12108.331) -- 0:01:02
Average standard deviation of split frequencies: 0.000000
940500 -- [-12096.554] (-12100.615) (-12103.762) (-12100.252) * (-12097.493) (-12101.086) (-12105.130) [-12100.187] -- 0:01:02
941000 -- (-12100.316) (-12111.908) (-12112.613) [-12099.418] * (-12101.754) [-12098.183] (-12105.277) (-12102.332) -- 0:01:01
941500 -- [-12099.450] (-12111.168) (-12097.711) (-12109.837) * (-12109.586) [-12098.306] (-12097.907) (-12099.103) -- 0:01:01
942000 -- (-12098.200) (-12097.621) [-12109.929] (-12100.072) * (-12099.839) (-12100.855) [-12097.520] (-12103.725) -- 0:01:00
942500 -- [-12098.970] (-12104.228) (-12105.280) (-12101.033) * [-12101.776] (-12103.270) (-12101.170) (-12110.649) -- 0:01:00
943000 -- [-12100.769] (-12107.560) (-12102.460) (-12097.819) * [-12106.062] (-12108.172) (-12103.183) (-12099.352) -- 0:00:59
943500 -- [-12097.934] (-12109.937) (-12101.177) (-12103.755) * (-12106.968) (-12106.310) [-12099.837] (-12096.550) -- 0:00:59
944000 -- (-12093.784) (-12108.704) [-12105.102] (-12098.967) * (-12106.690) [-12101.139] (-12109.159) (-12098.320) -- 0:00:58
944500 -- [-12103.278] (-12101.235) (-12115.279) (-12103.840) * (-12100.007) (-12102.139) (-12098.883) [-12096.055] -- 0:00:58
945000 -- (-12096.434) (-12105.553) (-12107.655) [-12102.185] * (-12104.239) [-12097.497] (-12103.892) (-12103.838) -- 0:00:57
Average standard deviation of split frequencies: 0.000000
945500 -- [-12096.881] (-12108.531) (-12110.021) (-12098.250) * (-12102.729) [-12092.409] (-12108.090) (-12105.179) -- 0:00:57
946000 -- (-12104.822) (-12100.500) (-12114.456) [-12098.081] * (-12109.024) (-12106.789) [-12097.471] (-12105.476) -- 0:00:56
946500 -- (-12103.010) (-12117.349) (-12106.555) [-12092.197] * (-12100.661) [-12097.457] (-12104.850) (-12096.691) -- 0:00:56
947000 -- (-12099.310) (-12104.678) [-12102.230] (-12095.930) * [-12096.738] (-12103.866) (-12107.242) (-12109.769) -- 0:00:55
947500 -- [-12100.875] (-12101.209) (-12103.211) (-12108.238) * [-12102.809] (-12098.853) (-12104.490) (-12103.451) -- 0:00:55
948000 -- [-12095.690] (-12110.548) (-12110.539) (-12105.545) * (-12098.485) (-12100.653) [-12103.287] (-12098.121) -- 0:00:54
948500 -- (-12094.169) [-12106.619] (-12104.857) (-12108.506) * (-12102.408) (-12101.028) (-12101.076) [-12099.683] -- 0:00:54
949000 -- (-12113.159) [-12107.314] (-12106.269) (-12099.617) * (-12098.231) [-12102.893] (-12103.275) (-12105.996) -- 0:00:53
949500 -- (-12103.249) (-12110.640) [-12095.529] (-12101.506) * (-12104.427) [-12100.790] (-12108.052) (-12106.891) -- 0:00:52
950000 -- (-12099.182) (-12113.299) (-12118.579) [-12104.744] * (-12101.481) (-12092.674) (-12105.848) [-12100.905] -- 0:00:52
Average standard deviation of split frequencies: 0.000000
950500 -- [-12098.517] (-12102.015) (-12108.055) (-12100.354) * (-12110.961) (-12099.626) [-12100.387] (-12101.174) -- 0:00:51
951000 -- (-12102.964) (-12101.197) (-12102.117) [-12103.841] * (-12106.948) (-12114.001) (-12096.331) [-12094.438] -- 0:00:51
951500 -- [-12099.207] (-12099.558) (-12095.157) (-12100.892) * [-12096.542] (-12106.057) (-12096.882) (-12103.364) -- 0:00:50
952000 -- (-12099.075) (-12093.075) [-12099.192] (-12110.728) * [-12096.922] (-12111.491) (-12096.632) (-12098.838) -- 0:00:50
952500 -- [-12097.235] (-12098.113) (-12099.786) (-12102.618) * [-12095.800] (-12106.023) (-12103.408) (-12096.461) -- 0:00:49
953000 -- (-12099.674) (-12101.288) [-12093.809] (-12101.020) * (-12098.268) [-12100.836] (-12103.056) (-12097.707) -- 0:00:49
953500 -- (-12103.671) (-12101.726) [-12101.484] (-12104.596) * (-12100.939) (-12099.244) (-12100.466) [-12095.666] -- 0:00:48
954000 -- (-12099.025) [-12097.188] (-12101.480) (-12101.482) * (-12102.690) (-12107.743) (-12106.918) [-12098.307] -- 0:00:48
954500 -- [-12098.943] (-12104.680) (-12099.597) (-12104.173) * [-12102.430] (-12107.736) (-12107.782) (-12099.139) -- 0:00:47
955000 -- (-12109.182) (-12104.646) [-12099.428] (-12103.884) * (-12107.647) (-12094.265) (-12113.049) [-12112.055] -- 0:00:47
Average standard deviation of split frequencies: 0.000000
955500 -- (-12101.333) [-12099.937] (-12108.462) (-12101.132) * (-12105.197) [-12103.673] (-12102.879) (-12108.533) -- 0:00:46
956000 -- [-12098.016] (-12104.071) (-12109.977) (-12098.817) * [-12108.161] (-12099.219) (-12100.984) (-12112.214) -- 0:00:46
956500 -- (-12097.572) (-12106.119) [-12101.048] (-12099.202) * (-12108.101) (-12107.234) [-12100.373] (-12101.776) -- 0:00:45
957000 -- (-12098.680) (-12108.839) [-12101.628] (-12097.766) * (-12104.924) (-12099.600) (-12116.847) [-12104.186] -- 0:00:45
957500 -- [-12101.428] (-12108.053) (-12099.722) (-12101.173) * (-12114.493) (-12101.029) [-12103.172] (-12105.760) -- 0:00:44
958000 -- (-12104.910) (-12104.936) [-12097.035] (-12105.591) * (-12103.752) [-12101.915] (-12114.430) (-12098.482) -- 0:00:44
958500 -- (-12103.014) (-12104.082) [-12093.286] (-12099.805) * (-12111.598) [-12102.980] (-12104.465) (-12113.469) -- 0:00:43
959000 -- (-12103.019) (-12100.069) (-12101.342) [-12106.359] * (-12107.341) (-12100.669) (-12102.307) [-12105.333] -- 0:00:43
959500 -- [-12099.906] (-12102.322) (-12115.821) (-12103.097) * (-12102.271) (-12101.409) [-12098.940] (-12113.603) -- 0:00:42
960000 -- (-12107.884) (-12099.418) (-12105.909) [-12096.741] * (-12108.550) (-12100.822) [-12099.562] (-12120.075) -- 0:00:41
Average standard deviation of split frequencies: 0.000000
960500 -- (-12103.516) (-12111.867) [-12099.815] (-12106.705) * (-12099.441) (-12100.116) [-12092.904] (-12104.326) -- 0:00:41
961000 -- (-12112.745) (-12098.647) (-12105.971) [-12099.517] * (-12103.744) (-12101.884) (-12098.664) [-12097.095] -- 0:00:40
961500 -- (-12118.061) [-12110.733] (-12100.068) (-12109.970) * (-12102.648) (-12108.775) [-12099.327] (-12099.453) -- 0:00:40
962000 -- (-12109.086) (-12096.371) [-12104.098] (-12116.169) * (-12101.131) (-12096.768) [-12104.967] (-12109.232) -- 0:00:39
962500 -- (-12101.835) (-12097.750) [-12102.119] (-12105.420) * (-12104.753) (-12113.661) (-12107.076) [-12104.688] -- 0:00:39
963000 -- [-12097.629] (-12109.759) (-12109.698) (-12096.947) * (-12098.337) (-12106.227) (-12104.317) [-12105.560] -- 0:00:38
963500 -- [-12101.105] (-12095.172) (-12119.641) (-12097.207) * (-12098.775) (-12110.379) [-12098.998] (-12114.826) -- 0:00:38
964000 -- (-12105.207) (-12105.306) (-12104.286) [-12098.614] * (-12104.600) (-12098.398) (-12095.390) [-12101.473] -- 0:00:37
964500 -- (-12100.783) (-12098.441) [-12107.570] (-12099.875) * (-12105.146) [-12097.243] (-12098.518) (-12099.920) -- 0:00:37
965000 -- (-12099.944) (-12111.096) [-12098.589] (-12105.592) * (-12101.822) (-12099.773) [-12094.867] (-12102.243) -- 0:00:36
Average standard deviation of split frequencies: 0.000000
965500 -- (-12110.016) (-12109.875) (-12094.945) [-12111.497] * (-12101.952) (-12106.191) [-12098.459] (-12103.316) -- 0:00:36
966000 -- (-12105.793) [-12094.558] (-12097.813) (-12103.133) * (-12101.360) (-12099.168) [-12102.942] (-12103.034) -- 0:00:35
966500 -- (-12095.302) [-12092.053] (-12105.231) (-12101.767) * (-12093.568) (-12107.374) [-12104.119] (-12105.378) -- 0:00:35
967000 -- [-12096.595] (-12106.336) (-12104.374) (-12101.000) * [-12095.182] (-12096.767) (-12100.106) (-12104.691) -- 0:00:34
967500 -- (-12096.696) [-12104.810] (-12108.231) (-12105.360) * [-12104.447] (-12105.880) (-12101.176) (-12104.271) -- 0:00:34
968000 -- (-12101.331) (-12097.735) [-12098.624] (-12097.270) * [-12100.044] (-12108.033) (-12095.808) (-12103.699) -- 0:00:33
968500 -- (-12102.237) (-12099.413) [-12096.414] (-12104.422) * [-12102.515] (-12098.589) (-12103.145) (-12101.719) -- 0:00:33
969000 -- (-12102.080) [-12101.319] (-12093.561) (-12105.377) * [-12101.432] (-12107.758) (-12095.819) (-12095.477) -- 0:00:32
969500 -- (-12102.374) [-12110.730] (-12097.312) (-12102.741) * (-12100.622) (-12101.365) (-12097.994) [-12100.241] -- 0:00:31
970000 -- (-12105.206) (-12115.468) (-12103.526) [-12100.078] * [-12108.111] (-12100.214) (-12101.902) (-12099.720) -- 0:00:31
Average standard deviation of split frequencies: 0.000000
970500 -- [-12106.102] (-12099.526) (-12102.148) (-12106.454) * [-12105.759] (-12103.458) (-12099.714) (-12105.882) -- 0:00:30
971000 -- (-12105.919) (-12104.948) [-12106.381] (-12105.050) * (-12103.072) (-12108.839) [-12100.556] (-12104.132) -- 0:00:30
971500 -- (-12099.238) [-12095.498] (-12093.817) (-12101.193) * (-12102.772) [-12096.160] (-12096.949) (-12103.860) -- 0:00:29
972000 -- [-12103.484] (-12102.324) (-12099.828) (-12108.690) * (-12094.219) [-12104.697] (-12103.639) (-12112.713) -- 0:00:29
972500 -- (-12098.491) (-12102.097) (-12098.000) [-12099.871] * (-12097.502) (-12098.398) [-12096.983] (-12108.926) -- 0:00:28
973000 -- (-12099.030) (-12103.189) [-12102.308] (-12115.505) * (-12100.171) [-12104.038] (-12101.618) (-12102.597) -- 0:00:28
973500 -- (-12097.621) (-12099.753) (-12100.851) [-12104.461] * (-12116.050) (-12100.155) (-12102.456) [-12098.377] -- 0:00:27
974000 -- (-12097.158) (-12110.189) [-12098.311] (-12106.433) * (-12108.767) (-12101.905) [-12101.012] (-12100.478) -- 0:00:27
974500 -- (-12100.671) [-12097.222] (-12106.138) (-12104.502) * (-12103.920) (-12100.066) (-12110.094) [-12096.470] -- 0:00:26
975000 -- [-12099.792] (-12102.593) (-12098.013) (-12105.630) * (-12101.448) (-12097.707) (-12103.909) [-12095.575] -- 0:00:26
Average standard deviation of split frequencies: 0.000000
975500 -- (-12109.741) (-12103.923) (-12103.668) [-12103.333] * (-12098.517) (-12105.154) [-12100.035] (-12099.098) -- 0:00:25
976000 -- (-12097.190) [-12098.582] (-12105.588) (-12103.126) * (-12100.582) (-12101.045) [-12102.670] (-12104.401) -- 0:00:25
976500 -- (-12098.260) [-12101.270] (-12105.281) (-12100.505) * (-12107.619) (-12099.867) [-12101.008] (-12112.086) -- 0:00:24
977000 -- (-12106.894) [-12100.532] (-12103.456) (-12103.449) * (-12105.763) [-12100.457] (-12100.599) (-12106.368) -- 0:00:24
977500 -- (-12100.437) (-12100.661) [-12100.881] (-12105.556) * (-12103.337) [-12102.164] (-12102.756) (-12098.608) -- 0:00:23
978000 -- (-12107.195) (-12103.283) (-12100.079) [-12098.119] * [-12103.905] (-12097.815) (-12107.153) (-12104.989) -- 0:00:23
978500 -- (-12111.417) (-12103.035) (-12098.795) [-12098.667] * [-12099.801] (-12101.533) (-12101.979) (-12098.664) -- 0:00:22
979000 -- (-12109.461) (-12111.158) (-12107.993) [-12103.615] * (-12098.753) (-12105.453) [-12102.471] (-12108.599) -- 0:00:22
979500 -- [-12098.794] (-12116.202) (-12100.120) (-12101.447) * [-12100.435] (-12102.512) (-12115.849) (-12109.089) -- 0:00:21
980000 -- [-12101.112] (-12109.269) (-12103.677) (-12096.202) * (-12116.045) [-12097.087] (-12102.616) (-12098.690) -- 0:00:20
Average standard deviation of split frequencies: 0.000000
980500 -- [-12106.687] (-12113.581) (-12095.997) (-12096.423) * (-12103.441) (-12100.427) [-12102.396] (-12102.569) -- 0:00:20
981000 -- (-12097.454) (-12115.542) (-12102.839) [-12100.490] * (-12103.990) [-12102.957] (-12103.746) (-12102.490) -- 0:00:19
981500 -- (-12100.744) (-12105.812) (-12098.566) [-12107.552] * (-12096.376) (-12104.937) [-12101.614] (-12097.374) -- 0:00:19
982000 -- (-12113.895) (-12106.384) [-12101.034] (-12100.608) * (-12107.096) (-12099.634) (-12105.609) [-12098.968] -- 0:00:18
982500 -- (-12103.246) [-12103.641] (-12104.851) (-12103.328) * (-12097.989) (-12095.953) (-12094.083) [-12104.081] -- 0:00:18
983000 -- [-12101.969] (-12097.522) (-12100.671) (-12102.174) * (-12102.688) (-12100.151) [-12102.768] (-12117.943) -- 0:00:17
983500 -- [-12101.763] (-12101.723) (-12103.632) (-12106.910) * (-12106.130) [-12103.575] (-12099.261) (-12106.293) -- 0:00:17
984000 -- (-12104.787) (-12100.318) [-12101.870] (-12100.646) * (-12098.141) (-12104.141) [-12092.673] (-12101.964) -- 0:00:16
984500 -- (-12097.784) (-12103.452) (-12103.359) [-12101.829] * [-12097.120] (-12103.153) (-12102.460) (-12101.779) -- 0:00:16
985000 -- (-12103.477) (-12101.874) [-12097.678] (-12102.503) * (-12100.211) (-12110.315) (-12104.788) [-12097.320] -- 0:00:15
Average standard deviation of split frequencies: 0.000000
985500 -- (-12102.943) (-12108.087) [-12102.180] (-12101.853) * (-12104.078) (-12103.184) [-12106.692] (-12098.750) -- 0:00:15
986000 -- (-12101.657) [-12098.452] (-12098.700) (-12105.739) * [-12100.772] (-12100.878) (-12103.395) (-12105.704) -- 0:00:14
986500 -- (-12102.456) (-12109.094) (-12095.687) [-12104.207] * (-12097.194) (-12105.896) [-12104.684] (-12108.830) -- 0:00:14
987000 -- (-12116.246) (-12108.635) [-12096.406] (-12103.043) * (-12099.896) (-12102.969) (-12102.530) [-12100.008] -- 0:00:13
987500 -- (-12110.008) [-12111.664] (-12104.336) (-12101.234) * (-12100.833) (-12107.207) [-12104.489] (-12098.898) -- 0:00:13
988000 -- [-12108.366] (-12101.318) (-12105.367) (-12103.905) * (-12106.298) [-12102.665] (-12107.585) (-12097.767) -- 0:00:12
988500 -- (-12102.930) [-12096.298] (-12103.384) (-12106.351) * [-12102.446] (-12110.236) (-12106.216) (-12096.909) -- 0:00:12
989000 -- (-12113.367) (-12098.371) [-12095.548] (-12100.849) * (-12096.975) (-12100.502) [-12106.149] (-12100.715) -- 0:00:11
989500 -- [-12094.902] (-12099.812) (-12099.338) (-12107.043) * [-12101.620] (-12108.594) (-12114.204) (-12099.404) -- 0:00:11
990000 -- (-12117.058) (-12100.121) (-12099.741) [-12098.697] * (-12113.542) (-12100.990) (-12101.019) [-12101.282] -- 0:00:10
Average standard deviation of split frequencies: 0.000000
990500 -- (-12111.073) (-12104.578) [-12100.099] (-12104.648) * [-12103.791] (-12103.284) (-12111.053) (-12098.987) -- 0:00:09
991000 -- (-12098.255) (-12095.615) (-12101.098) [-12102.862] * [-12098.140] (-12103.867) (-12094.380) (-12100.863) -- 0:00:09
991500 -- [-12103.965] (-12098.744) (-12099.317) (-12102.903) * (-12103.510) (-12102.301) (-12102.628) [-12097.610] -- 0:00:08
992000 -- (-12110.053) (-12102.916) (-12099.448) [-12095.802] * (-12109.955) (-12102.287) (-12108.824) [-12096.583] -- 0:00:08
992500 -- [-12104.718] (-12096.157) (-12097.306) (-12101.096) * (-12105.454) (-12100.610) (-12097.698) [-12097.318] -- 0:00:07
993000 -- (-12101.471) [-12099.115] (-12102.342) (-12101.199) * [-12110.600] (-12104.093) (-12113.253) (-12100.724) -- 0:00:07
993500 -- [-12095.694] (-12099.592) (-12100.852) (-12105.871) * (-12100.551) (-12104.199) (-12096.150) [-12101.605] -- 0:00:06
994000 -- (-12112.498) [-12101.870] (-12108.707) (-12097.150) * [-12100.924] (-12094.445) (-12103.981) (-12102.553) -- 0:00:06
994500 -- (-12104.884) (-12102.651) [-12105.960] (-12097.613) * (-12103.341) (-12106.416) (-12098.886) [-12105.905] -- 0:00:05
995000 -- (-12106.656) [-12099.061] (-12099.972) (-12106.611) * (-12100.498) (-12099.184) [-12104.002] (-12105.844) -- 0:00:05
Average standard deviation of split frequencies: 0.000000
995500 -- (-12106.718) (-12110.408) (-12104.647) [-12096.040] * (-12099.711) (-12101.021) (-12100.615) [-12108.650] -- 0:00:04
996000 -- (-12106.775) (-12101.163) (-12107.108) [-12100.813] * (-12100.093) (-12103.226) [-12102.172] (-12108.773) -- 0:00:04
996500 -- (-12107.666) (-12100.813) (-12096.216) [-12096.854] * (-12105.673) (-12117.669) [-12103.207] (-12108.259) -- 0:00:03
997000 -- (-12106.800) (-12110.987) (-12104.486) [-12102.452] * (-12111.828) (-12104.748) [-12104.517] (-12102.869) -- 0:00:03
997500 -- [-12102.590] (-12103.231) (-12102.228) (-12105.292) * (-12104.713) (-12105.881) [-12099.241] (-12097.033) -- 0:00:02
998000 -- (-12102.445) [-12104.145] (-12099.090) (-12106.012) * [-12106.702] (-12099.966) (-12107.667) (-12099.101) -- 0:00:02
998500 -- [-12101.282] (-12115.429) (-12099.569) (-12100.840) * (-12103.249) [-12100.142] (-12099.642) (-12095.660) -- 0:00:01
999000 -- (-12105.993) (-12109.379) [-12099.005] (-12099.139) * (-12105.479) (-12099.070) (-12093.959) [-12097.227] -- 0:00:01
999500 -- (-12108.602) [-12100.499] (-12108.653) (-12108.400) * [-12099.673] (-12100.635) (-12099.136) (-12096.762) -- 0:00:00
1000000 -- (-12101.345) [-12097.043] (-12107.671) (-12097.603) * (-12106.767) (-12104.851) (-12100.411) [-12098.891] -- 0:00:00
Average standard deviation of split frequencies: 0.000000
Final log likelihoods and log prior probs for run 1 (stored and calculated):
Chain 1 -- -12101.344892 -- 13.645108
Chain 1 -- -12101.344903 -- 13.645108
Chain 2 -- -12097.042820 -- 17.690402
Chain 2 -- -12097.042857 -- 17.690402
Chain 3 -- -12107.671312 -- 20.110069
Chain 3 -- -12107.671338 -- 20.110069
Chain 4 -- -12097.603003 -- 12.018215
Chain 4 -- -12097.602923 -- 12.018215
Final log likelihoods and log prior probs for run 2 (stored and calculated):
Chain 1 -- -12106.766753 -- 11.558178
Chain 1 -- -12106.766751 -- 11.558178
Chain 2 -- -12104.851025 -- 17.918804
Chain 2 -- -12104.850979 -- 17.918804
Chain 3 -- -12100.411395 -- 12.727741
Chain 3 -- -12100.411347 -- 12.727741
Chain 4 -- -12098.891480 -- 15.027517
Chain 4 -- -12098.891470 -- 15.027517
Analysis completed in 17 mins 31 seconds
Analysis used 1050.76 seconds of CPU time
Likelihood of best state for "cold" chain of run 1 was -12089.10
Likelihood of best state for "cold" chain of run 2 was -12089.10
Acceptance rates for the moves in the "cold" chain of run 1:
With prob. (last 100) chain accepted proposals by move
25.3 % ( 20 %) Dirichlet(Revmat{all})
37.3 % ( 25 %) Slider(Revmat{all})
9.7 % ( 9 %) Dirichlet(Pi{all})
22.5 % ( 25 %) Slider(Pi{all})
25.7 % ( 18 %) Multiplier(Alpha{1,2})
36.3 % ( 23 %) Multiplier(Alpha{3})
31.9 % ( 23 %) 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})
25.7 % ( 28 %) Multiplier(V{all})
16.6 % ( 15 %) Nodeslider(V{all})
23.5 % ( 21 %) TLMultiplier(V{all})
Acceptance rates for the moves in the "cold" chain of run 2:
With prob. (last 100) chain accepted proposals by move
25.6 % ( 21 %) Dirichlet(Revmat{all})
36.7 % ( 27 %) Slider(Revmat{all})
10.2 % ( 20 %) Dirichlet(Pi{all})
22.2 % ( 31 %) Slider(Pi{all})
26.1 % ( 23 %) Multiplier(Alpha{1,2})
36.2 % ( 31 %) Multiplier(Alpha{3})
32.1 % ( 30 %) 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 % ( 30 %) Multiplier(V{all})
16.7 % ( 13 %) Nodeslider(V{all})
23.7 % ( 31 %) TLMultiplier(V{all})
Chain swap information for run 1:
1 2 3 4
----------------------------------
1 | 0.80 0.64 0.50
2 | 166675 0.82 0.66
3 | 166683 166429 0.83
4 | 166232 166788 167193
Chain swap information for run 2:
1 2 3 4
----------------------------------
1 | 0.80 0.64 0.50
2 | 166609 0.82 0.67
3 | 167157 166894 0.84
4 | 166361 166661 166318
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/2/Ac76E-PA/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p and /opt/ADOPS/2/Ac76E-PA/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run2.p
Writing summary statistics to file /opt/ADOPS/2/Ac76E-PA/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)
+------------------------------------------------------------+ -12098.85
| 2 |
| 1 |
| 11 1 21 |
| 1 * 2 2 2 |
|2 1 2 22 2 1 1 * 2 1 |
| * 1 1 *2 1 1 1 |
| 2 1 12 221 2 1 2 12 1* 2 1 1|
| 1 2 21 2 1 1 2 2 |
| 2 * 22 1 2* 11 1 * 12 1 2 2 * |
| 2 2 2 2 1 1 1 |
|1 12 2 1 11 2 22 1 2 |
| 1 1 2 2 2 2 1 |
| 2 1 2 2 2|
| 1 1 1 1 |
| 1 2 |
+------+-----+-----+-----+-----+-----+-----+-----+-----+-----+ -12102.74
^ ^
250000 1000000
Estimated marginal likelihoods for runs sampled in files
"/opt/ADOPS/2/Ac76E-PA/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p" and "/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/batch/allfiles/mrbayes/input.fasta.fasta.mrb.lstat)
Run Arithmetic mean Harmonic mean
--------------------------------------
1 -12095.72 -12109.17
2 -12096.07 -12109.57
--------------------------------------
TOTAL -12095.88 -12109.39
--------------------------------------
Model parameter summaries over the runs sampled in files
"/opt/ADOPS/2/Ac76E-PA/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p" and "/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/batch/allfiles/mrbayes/input.fasta.fasta.mrb.pstat".
95% HPD Interval
--------------------
Parameter Mean Variance Lower Upper Median min ESS* avg ESS PSRF+
------------------------------------------------------------------------------------------------------
TL{all} 0.667738 0.001077 0.607688 0.734053 0.667299 1369.07 1404.27 1.000
r(A<->C){all} 0.132980 0.000145 0.110058 0.156550 0.132675 1000.98 1063.28 1.000
r(A<->G){all} 0.278409 0.000338 0.243570 0.315766 0.277989 553.28 765.12 1.000
r(A<->T){all} 0.083024 0.000146 0.060075 0.106815 0.082461 997.80 1007.61 1.000
r(C<->G){all} 0.079235 0.000066 0.063511 0.095126 0.078988 1169.02 1262.46 1.000
r(C<->T){all} 0.357377 0.000372 0.319549 0.393800 0.356899 890.64 919.92 1.000
r(G<->T){all} 0.068975 0.000086 0.052048 0.088704 0.068709 885.23 984.01 1.000
pi(A){all} 0.224299 0.000037 0.211279 0.235209 0.224301 1086.43 1092.80 1.002
pi(C){all} 0.295933 0.000048 0.282434 0.309019 0.295890 915.59 990.93 1.000
pi(G){all} 0.271215 0.000045 0.257340 0.283481 0.271144 975.33 985.67 1.000
pi(T){all} 0.208553 0.000034 0.197596 0.220294 0.208700 1037.76 1053.67 1.000
alpha{1,2} 0.158194 0.000183 0.130695 0.184697 0.157601 1374.41 1437.70 1.000
alpha{3} 4.372858 1.064250 2.643965 6.559605 4.249739 1315.13 1326.77 1.000
pinvar{all} 0.432648 0.000645 0.384763 0.484567 0.433419 1297.82 1378.67 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/2/Ac76E-PA/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.t" and "/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/batch/allfiles/mrbayes/input.fasta.fasta.mrb.<parts|tstat|vstat|trprobs|con>
Examining first file ...
Found one tree block in file "/opt/ADOPS/2/Ac76E-PA/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
Key to taxon bipartitions (saved to file "/opt/ADOPS/2/Ac76E-PA/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 -- .....****
---------------
Summary statistics for informative taxon bipartitions
(saved to file "/opt/ADOPS/2/Ac76E-PA/batch/allfiles/mrbayes/input.fasta.fasta.mrb.tstat"):
ID #obs Probab. Sd(s)+ Min(s) Max(s) Nruns
----------------------------------------------------------------
10 3002 1.000000 0.000000 1.000000 1.000000 2
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
----------------------------------------------------------------
+ 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/2/Ac76E-PA/batch/allfiles/mrbayes/input.fasta.fasta.mrb.vstat"):
95% HPD Interval
--------------------
Parameter Mean Variance Lower Upper Median PSRF+ Nruns
-------------------------------------------------------------------------------------------
length{all}[1] 0.025015 0.000012 0.018503 0.032021 0.024963 1.000 2
length{all}[2] 0.011806 0.000005 0.007864 0.016497 0.011629 1.000 2
length{all}[3] 0.009257 0.000004 0.005558 0.013080 0.009124 1.000 2
length{all}[4] 0.039323 0.000022 0.030020 0.047862 0.039144 1.000 2
length{all}[5] 0.021331 0.000012 0.014656 0.027923 0.021186 1.001 2
length{all}[6] 0.072668 0.000064 0.058205 0.089140 0.072184 1.000 2
length{all}[7] 0.048226 0.000032 0.037089 0.059147 0.047955 1.000 2
length{all}[8] 0.040247 0.000029 0.030233 0.050902 0.040018 1.000 2
length{all}[9] 0.196537 0.000293 0.164220 0.229939 0.196170 1.000 2
length{all}[10] 0.026422 0.000046 0.013154 0.039481 0.026249 1.000 2
length{all}[11] 0.008173 0.000005 0.004306 0.012595 0.008020 1.000 2
length{all}[12] 0.028716 0.000022 0.020148 0.038394 0.028385 1.000 2
length{all}[13] 0.033230 0.000031 0.022326 0.043968 0.033044 1.000 2
length{all}[14] 0.016344 0.000015 0.009118 0.023794 0.016204 1.000 2
length{all}[15] 0.090443 0.000110 0.069549 0.109242 0.089953 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 = 0.000000
Maximum standard deviation of split frequencies = 0.000000
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)
|---------------------------100---------------------------+
| \-------------- C3 (3)
|
+ /-------------- C4 (4)
| /--------------------100--------------------+
| | \-------------- C5 (5)
| |
| | /----------------------------- C6 (6)
\-----100-----+ |
| /-----100-----+ /-------------- C7 (7)
| | \------100-----+
\------100-----+ \-------------- C8 (8)
|
\------------------------------------------- C9 (9)
Phylogram (based on average branch lengths):
/------ C1 (1)
|
| /-- C2 (2)
|-+
| \-- C3 (3)
|
+ /--------- C4 (4)
| /---+
| | \----- C5 (5)
| |
| | /----------------- C6 (6)
\-----+ |
| /-----+ /----------- C7 (7)
| | \-------+
\--------------------+ \--------- C8 (8)
|
\--------------------------------------------- C9 (9)
|----------| 0.050 expected changes per site
Calculating tree probabilities...
Credible sets of trees (1 tree 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 = 9 ls = 3996
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
Sites with gaps or missing data are removed.
75 ambiguity characters in seq. 1
69 ambiguity characters in seq. 2
69 ambiguity characters in seq. 3
69 ambiguity characters in seq. 4
57 ambiguity characters in seq. 5
51 ambiguity characters in seq. 6
75 ambiguity characters in seq. 7
78 ambiguity characters in seq. 8
87 ambiguity characters in seq. 9
34 sites are removed. 20 30 35 36 37 38 210 211 212 213 526 527 551 619 620 621 689 690 946 947 948 957 1321 1322 1323 1324 1325 1326 1327 1328 1329 1330 1331 1332
codon 935: TCG TCG TCG TCG TCG TCG AGT AGC TCG
Sequences read..
Counting site patterns.. 0:00
680 patterns at 1298 / 1298 sites (100.0%), 0:00
Counting codons..
288 bytes for distance
663680 bytes for conP
92480 bytes for fhK
5000000 bytes for space
Model 0: one-ratio
TREE # 1
(1, (2, 3), ((4, 5), ((6, (7, 8)), 9))); MP score: 1195
2322880 bytes for conP, adjusted
0.050827 0.012901 0.024155 0.017589 0.051554 0.025535 0.069090 0.043380 0.125519 0.028578 0.126638 0.046791 0.081161 0.083873 0.265934 0.300000 1.300000
ntime & nrate & np: 15 2 17
Bounds (np=17):
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 999.000000 999.000000
np = 17
lnL0 = -13212.467263
Iterating by ming2
Initial: fx= 13212.467263
x= 0.05083 0.01290 0.02416 0.01759 0.05155 0.02553 0.06909 0.04338 0.12552 0.02858 0.12664 0.04679 0.08116 0.08387 0.26593 0.30000 1.30000
1 h-m-p 0.0000 0.0004 2043.8098 ++YCYC 12901.808526 3 0.0002 28 | 0/17
2 h-m-p 0.0000 0.0001 3793.0355 +CYCCC 12777.193745 4 0.0001 56 | 0/17
3 h-m-p 0.0000 0.0000 5683.9508 +YYYCCCC 12691.802869 6 0.0000 86 | 0/17
4 h-m-p 0.0000 0.0000 3016.7900 ++ 12629.144649 m 0.0000 106 | 0/17
5 h-m-p 0.0000 0.0000 40779.2505 +YCYCCC 12511.003586 5 0.0000 135 | 0/17
6 h-m-p 0.0000 0.0000 51681.1925 +YYYYCC 12322.823708 5 0.0000 162 | 0/17
7 h-m-p 0.0000 0.0000 11498.9319 +YCYCCC 12297.667342 5 0.0000 191 | 0/17
8 h-m-p 0.0000 0.0002 2009.0694 ++ 12067.684487 m 0.0002 211 | 0/17
9 h-m-p 0.0000 0.0000 32596.0460
h-m-p: 1.81852737e-22 9.09263686e-22 3.25960460e+04 12067.684487
.. | 0/17
10 h-m-p 0.0000 0.0001 18419.4680 CYYYYC 11865.721464 5 0.0000 254 | 0/17
11 h-m-p 0.0000 0.0001 2081.1875 +YCYYCCC 11709.792217 6 0.0001 284 | 0/17
12 h-m-p 0.0000 0.0000 7451.1057 +YYYCYC 11562.378366 5 0.0000 312 | 0/17
13 h-m-p 0.0000 0.0001 3141.8281 YCYCCC 11478.008876 5 0.0000 340 | 0/17
14 h-m-p 0.0000 0.0001 637.3246 CCCC 11475.629024 3 0.0000 366 | 0/17
15 h-m-p 0.0000 0.0002 320.4599 CCC 11474.028306 2 0.0000 390 | 0/17
16 h-m-p 0.0000 0.0005 363.3604 YC 11471.682717 1 0.0001 411 | 0/17
17 h-m-p 0.0001 0.0008 311.8246 CCC 11470.110936 2 0.0001 435 | 0/17
18 h-m-p 0.0001 0.0023 183.1895 CCC 11468.915896 2 0.0001 459 | 0/17
19 h-m-p 0.0001 0.0016 245.1206 YCCC 11467.184391 3 0.0002 484 | 0/17
20 h-m-p 0.0001 0.0018 432.8613 +YCC 11462.592428 2 0.0003 508 | 0/17
21 h-m-p 0.0003 0.0037 475.1075 YC 11452.225379 1 0.0007 529 | 0/17
22 h-m-p 0.0003 0.0013 378.0249 YCC 11450.993768 2 0.0001 552 | 0/17
23 h-m-p 0.0002 0.0010 106.3551 CCC 11450.821710 2 0.0001 576 | 0/17
24 h-m-p 0.0004 0.0074 18.9577 CC 11450.808576 1 0.0001 598 | 0/17
25 h-m-p 0.0003 0.0353 5.7661 YC 11450.802626 1 0.0002 619 | 0/17
26 h-m-p 0.0016 0.1235 0.7128 +CC 11450.569330 1 0.0079 642 | 0/17
27 h-m-p 0.0003 0.0066 16.8574 +CCCCC 11441.860623 4 0.0024 688 | 0/17
28 h-m-p 0.8327 8.0000 0.0481 CYC 11440.299738 2 0.9035 711 | 0/17
29 h-m-p 1.6000 8.0000 0.0111 YCC 11439.784938 2 0.9524 751 | 0/17
30 h-m-p 1.6000 8.0000 0.0051 YC 11439.339920 1 2.9871 789 | 0/17
31 h-m-p 1.4322 8.0000 0.0105 YCCC 11438.476979 3 3.0775 831 | 0/17
32 h-m-p 1.6000 8.0000 0.0050 CCC 11438.176193 2 1.6496 872 | 0/17
33 h-m-p 0.6964 8.0000 0.0119 YC 11438.148259 1 1.3453 910 | 0/17
34 h-m-p 1.6000 8.0000 0.0013 C 11438.146075 0 1.3152 947 | 0/17
35 h-m-p 1.6000 8.0000 0.0006 C 11438.145874 0 1.4037 984 | 0/17
36 h-m-p 1.6000 8.0000 0.0002 Y 11438.145860 0 1.2145 1021 | 0/17
37 h-m-p 1.6000 8.0000 0.0000 C 11438.145860 0 1.6000 1058 | 0/17
38 h-m-p 1.6000 8.0000 0.0000 Y 11438.145860 0 0.9065 1095 | 0/17
39 h-m-p 1.6000 8.0000 0.0000 --C 11438.145860 0 0.0250 1134 | 0/17
40 h-m-p 0.0160 8.0000 0.0000 -----------Y 11438.145860 0 0.0000 1182
Out..
lnL = -11438.145860
1183 lfun, 1183 eigenQcodon, 17745 P(t)
Time used: 0:20
Model 1: NearlyNeutral
TREE # 1
(1, (2, 3), ((4, 5), ((6, (7, 8)), 9))); MP score: 1195
0.050827 0.012901 0.024155 0.017589 0.051554 0.025535 0.069090 0.043380 0.125519 0.028578 0.126638 0.046791 0.081161 0.083873 0.265934 2.089124 0.579915 0.172397
ntime & nrate & np: 15 2 18
Bounds (np=18):
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 999.000000 0.999990 1.000000
Qfactor_NS = 6.983444
np = 18
lnL0 = -11779.761532
Iterating by ming2
Initial: fx= 11779.761532
x= 0.05083 0.01290 0.02416 0.01759 0.05155 0.02553 0.06909 0.04338 0.12552 0.02858 0.12664 0.04679 0.08116 0.08387 0.26593 2.08912 0.57992 0.17240
1 h-m-p 0.0000 0.0002 1954.4973 ++ 11424.817097 m 0.0002 23 | 0/18
2 h-m-p 0.0001 0.0003 1318.5359 CYCCC 11403.693183 4 0.0000 51 | 0/18
3 h-m-p 0.0000 0.0001 2211.8469 +YCYCCC 11353.082571 5 0.0001 81 | 0/18
4 h-m-p 0.0001 0.0003 605.1276 CYC 11346.503782 2 0.0001 105 | 0/18
5 h-m-p 0.0001 0.0006 294.4552 CCCC 11341.507474 3 0.0001 132 | 0/18
6 h-m-p 0.0001 0.0004 224.1688 CCCC 11339.841961 3 0.0001 159 | 0/18
7 h-m-p 0.0002 0.0020 107.9165 CCC 11339.074915 2 0.0002 184 | 0/18
8 h-m-p 0.0003 0.0034 65.0405 YCC 11338.748914 2 0.0002 208 | 0/18
9 h-m-p 0.0002 0.0044 61.9404 CC 11338.540858 1 0.0002 231 | 0/18
10 h-m-p 0.0004 0.0060 30.7023 CC 11338.357382 1 0.0004 254 | 0/18
11 h-m-p 0.0002 0.0055 62.5496 +YCC 11337.814266 2 0.0006 279 | 0/18
12 h-m-p 0.0001 0.0042 299.0157 +CC 11335.219369 1 0.0006 303 | 0/18
13 h-m-p 0.0003 0.0018 683.1388 YC 11330.635098 1 0.0004 325 | 0/18
14 h-m-p 0.0010 0.0049 214.5389 YCC 11329.023206 2 0.0005 349 | 0/18
15 h-m-p 0.0004 0.0023 295.6473 YCCC 11328.172348 3 0.0002 375 | 0/18
16 h-m-p 0.0005 0.0025 107.6117 CC 11327.812468 1 0.0002 398 | 0/18
17 h-m-p 0.0004 0.0078 51.4052 YC 11327.551455 1 0.0003 420 | 0/18
18 h-m-p 0.0005 0.0078 30.1163 CC 11327.075261 1 0.0006 443 | 0/18
19 h-m-p 0.0025 0.0477 6.7770 ++YYYCCC 11253.227182 5 0.0380 473 | 0/18
20 h-m-p 0.3494 1.7824 0.7364 CCCCC 11239.516171 4 0.5555 502 | 0/18
21 h-m-p 0.7795 3.8977 0.2707 YCC 11238.084128 2 0.3520 544 | 0/18
22 h-m-p 1.1115 5.5577 0.0683 CC 11237.841774 1 0.3297 585 | 0/18
23 h-m-p 1.1698 8.0000 0.0193 YC 11237.647303 1 0.6098 625 | 0/18
24 h-m-p 0.4967 8.0000 0.0236 CC 11237.604690 1 0.6699 666 | 0/18
25 h-m-p 1.6000 8.0000 0.0047 C 11237.600597 0 0.4753 705 | 0/18
26 h-m-p 1.2239 8.0000 0.0018 YC 11237.599726 1 0.6486 745 | 0/18
27 h-m-p 1.6000 8.0000 0.0006 C 11237.599680 0 0.4897 784 | 0/18
28 h-m-p 1.0821 8.0000 0.0003 Y 11237.599668 0 0.5224 823 | 0/18
29 h-m-p 1.6000 8.0000 0.0000 C 11237.599668 0 0.5896 862 | 0/18
30 h-m-p 1.6000 8.0000 0.0000 C 11237.599668 0 0.4000 901 | 0/18
31 h-m-p 0.2736 8.0000 0.0000 Y 11237.599668 0 0.2736 940 | 0/18
32 h-m-p 1.6000 8.0000 0.0000 ----------Y 11237.599668 0 0.0000 989
Out..
lnL = -11237.599668
990 lfun, 2970 eigenQcodon, 29700 P(t)
Time used: 0:55
Model 2: PositiveSelection
TREE # 1
(1, (2, 3), ((4, 5), ((6, (7, 8)), 9))); MP score: 1195
initial w for M2:NSpselection reset.
0.050827 0.012901 0.024155 0.017589 0.051554 0.025535 0.069090 0.043380 0.125519 0.028578 0.126638 0.046791 0.081161 0.083873 0.265934 2.115724 1.265673 0.374565 0.422161 2.960589
ntime & nrate & np: 15 3 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 0.000100 -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 999.000000 99.000000 99.000000 1.000000 999.000000
Qfactor_NS = 4.435597
np = 20
lnL0 = -12107.091629
Iterating by ming2
Initial: fx= 12107.091629
x= 0.05083 0.01290 0.02416 0.01759 0.05155 0.02553 0.06909 0.04338 0.12552 0.02858 0.12664 0.04679 0.08116 0.08387 0.26593 2.11572 1.26567 0.37456 0.42216 2.96059
1 h-m-p 0.0000 0.0006 1638.2113 +++ 11909.486992 m 0.0006 26 | 0/20
2 h-m-p 0.0002 0.0016 4142.0081 -YCYCCC 11897.280005 5 0.0000 58 | 0/20
3 h-m-p 0.0001 0.0009 490.7820 ++YCYYCCC 11806.409509 6 0.0007 93 | 0/20
4 h-m-p 0.0001 0.0004 716.8519 +YYCCC 11775.441341 4 0.0003 123 | 0/20
5 h-m-p 0.0002 0.0011 450.1600 +YCCCC 11745.773689 4 0.0006 154 | 0/20
6 h-m-p 0.0001 0.0007 336.4016 +YYCCCC 11730.055028 5 0.0005 186 | 0/20
7 h-m-p 0.0004 0.0018 335.5599 YCCCC 11711.006482 4 0.0008 216 | 0/20
8 h-m-p 0.0004 0.0018 352.9950 CCCCC 11699.038358 4 0.0006 247 | 0/20
9 h-m-p 0.0009 0.0052 228.0870 CCCC 11685.838259 3 0.0013 276 | 0/20
10 h-m-p 0.0004 0.0021 266.6899 YC 11682.537918 1 0.0003 300 | 0/20
11 h-m-p 0.0010 0.0092 85.9409 CYC 11680.056540 2 0.0011 326 | 0/20
12 h-m-p 0.0007 0.0661 127.4463 ++CCCCC 11637.568665 4 0.0127 359 | 0/20
13 h-m-p 0.0014 0.0070 669.3356 CCCC 11619.821379 3 0.0012 388 | 0/20
14 h-m-p 0.0065 0.0326 118.5944 CCC 11606.614373 2 0.0058 415 | 0/20
15 h-m-p 0.0028 0.0140 206.9315 CCC 11596.595023 2 0.0026 442 | 0/20
16 h-m-p 0.0033 0.0221 162.2292 YCCC 11571.617421 3 0.0081 470 | 0/20
17 h-m-p 0.0051 0.0253 90.7271 YC 11567.117903 1 0.0031 494 | 0/20
18 h-m-p 0.0243 0.1419 11.6739 CCCC 11562.323442 3 0.0247 523 | 0/20
19 h-m-p 0.0132 0.0659 20.4960 CCCCC 11550.970587 4 0.0203 554 | 0/20
20 h-m-p 0.0053 0.0263 45.1343 CCCCC 11535.683915 4 0.0083 585 | 0/20
21 h-m-p 0.0055 0.0275 40.0068 +CYCCC 11443.615642 4 0.0233 616 | 0/20
22 h-m-p 0.1211 0.6053 1.5470 YCYCCC 11417.321796 5 0.3033 647 | 0/20
23 h-m-p 0.0885 0.4426 1.2412 +YCYCCC 11392.387428 5 0.2549 679 | 0/20
24 h-m-p 0.1534 0.7669 0.9015 +YYCCC 11361.864079 4 0.5050 709 | 0/20
25 h-m-p 0.1553 0.7763 0.9539 YCYCCC 11334.921559 5 0.3964 760 | 0/20
26 h-m-p 0.1829 0.9143 1.3157 YCCC 11319.982969 3 0.3064 808 | 0/20
27 h-m-p 0.1143 0.5717 0.8792 +YCYCCC 11307.912577 5 0.3354 840 | 0/20
28 h-m-p 0.0768 0.6032 3.8373 YCCC 11292.283557 3 0.1677 888 | 0/20
29 h-m-p 0.1612 0.8061 2.1889 CCCC 11285.611661 3 0.2166 917 | 0/20
30 h-m-p 0.2414 1.2068 1.8693 CCCC 11280.167029 3 0.2463 946 | 0/20
31 h-m-p 0.1227 1.3566 3.7509 +YC 11269.882082 1 0.3123 971 | 0/20
32 h-m-p 0.0948 0.4740 2.7540 CYCCC 11264.636373 4 0.1590 1001 | 0/20
33 h-m-p 0.1219 1.1676 3.5933 CC 11260.913195 1 0.1397 1026 | 0/20
34 h-m-p 0.1699 0.9928 2.9559 CCCCC 11256.048243 4 0.2151 1057 | 0/20
35 h-m-p 0.3395 2.3155 1.8728 CYC 11252.970907 2 0.2936 1083 | 0/20
36 h-m-p 0.2674 2.8250 2.0564 CCC 11250.010025 2 0.3433 1110 | 0/20
37 h-m-p 0.2506 1.4166 2.8173 CYC 11247.540277 2 0.2392 1136 | 0/20
38 h-m-p 0.4113 4.0816 1.6384 CCC 11245.406520 2 0.5601 1163 | 0/20
39 h-m-p 0.5380 4.7701 1.7057 CCC 11243.712308 2 0.5931 1190 | 0/20
40 h-m-p 0.7640 5.8324 1.3240 YYC 11242.983794 2 0.6261 1215 | 0/20
41 h-m-p 0.7352 8.0000 1.1276 CYC 11242.386044 2 0.7519 1241 | 0/20
42 h-m-p 0.8065 8.0000 1.0513 CCC 11242.015050 2 0.7110 1268 | 0/20
43 h-m-p 1.0186 8.0000 0.7338 CC 11241.751630 1 1.0532 1293 | 0/20
44 h-m-p 0.6325 8.0000 1.2218 CCC 11241.474998 2 0.7385 1340 | 0/20
45 h-m-p 0.9349 8.0000 0.9651 CYC 11241.054673 2 1.0577 1366 | 0/20
46 h-m-p 0.3752 6.4634 2.7208 YCCC 11240.333721 3 0.7299 1414 | 0/20
47 h-m-p 0.6606 6.2296 3.0062 CCC 11239.403496 2 0.7534 1441 | 0/20
48 h-m-p 0.7481 6.0866 3.0275 CYC 11238.477217 2 0.6907 1467 | 0/20
49 h-m-p 1.3937 7.8020 1.5005 CC 11238.025461 1 0.5356 1492 | 0/20
50 h-m-p 0.6425 8.0000 1.2508 CC 11237.894709 1 0.6697 1517 | 0/20
51 h-m-p 1.6000 8.0000 0.3538 YC 11237.853031 1 1.1364 1541 | 0/20
52 h-m-p 0.6170 8.0000 0.6517 +YC 11237.806453 1 1.7791 1586 | 0/20
53 h-m-p 1.2134 8.0000 0.9555 CC 11237.752838 1 1.6033 1631 | 0/20
54 h-m-p 1.0411 8.0000 1.4715 YC 11237.680255 1 2.1135 1675 | 0/20
55 h-m-p 1.6000 8.0000 1.7568 YC 11237.646316 1 0.9715 1699 | 0/20
56 h-m-p 0.9085 8.0000 1.8787 CC 11237.628926 1 1.0696 1724 | 0/20
57 h-m-p 1.0215 8.0000 1.9671 CC 11237.617429 1 1.2314 1749 | 0/20
58 h-m-p 1.1859 8.0000 2.0426 C 11237.609409 0 1.1797 1772 | 0/20
59 h-m-p 1.3052 8.0000 1.8462 C 11237.605326 0 1.2266 1795 | 0/20
60 h-m-p 1.3555 8.0000 1.6707 C 11237.603115 0 1.1755 1818 | 0/20
61 h-m-p 1.3732 8.0000 1.4301 C 11237.601625 0 1.6560 1841 | 0/20
62 h-m-p 1.6000 8.0000 1.2744 C 11237.600713 0 2.1321 1864 | 0/20
63 h-m-p 1.6000 8.0000 0.7983 C 11237.600344 0 1.7701 1887 | 0/20
64 h-m-p 0.5612 8.0000 2.5180 +C 11237.600002 0 2.2449 1931 | 0/20
65 h-m-p 1.6000 8.0000 2.2730 C 11237.599935 0 0.6283 1954 | 0/20
66 h-m-p 0.6848 8.0000 2.0853 ----------------.. | 0/20
67 h-m-p 0.0001 0.0276 0.9758 Y 11237.599924 0 0.0000 2014 | 0/20
68 h-m-p 0.0002 0.0883 0.7355 Y 11237.599918 0 0.0000 2057 | 0/20
69 h-m-p 0.0002 0.1176 1.1188 -C 11237.599913 0 0.0000 2101 | 0/20
70 h-m-p 0.0004 0.2031 0.4451 Y 11237.599910 0 0.0001 2124 | 0/20
71 h-m-p 0.0011 0.5675 0.5255 -Y 11237.599907 0 0.0000 2168 | 0/20
72 h-m-p 0.0006 0.2920 0.3621 -Y 11237.599905 0 0.0001 2212 | 0/20
73 h-m-p 0.0009 0.4315 0.2016 --Y 11237.599905 0 0.0000 2257 | 0/20
74 h-m-p 0.0061 3.0688 0.1006 --C 11237.599904 0 0.0001 2302 | 0/20
75 h-m-p 0.0051 2.5427 0.0702 --C 11237.599904 0 0.0001 2347 | 0/20
76 h-m-p 0.0055 2.7609 0.0446 --C 11237.599904 0 0.0001 2392 | 0/20
77 h-m-p 0.0160 8.0000 0.0242 --C 11237.599904 0 0.0004 2437 | 0/20
78 h-m-p 0.0160 8.0000 0.0906 --Y 11237.599904 0 0.0005 2482 | 0/20
79 h-m-p 0.0034 1.6914 0.4056 -Y 11237.599903 0 0.0001 2526 | 0/20
80 h-m-p 0.0058 2.8899 0.2189 --C 11237.599903 0 0.0001 2571 | 0/20
81 h-m-p 0.0154 7.6812 0.0358 ---Y 11237.599903 0 0.0001 2617 | 0/20
82 h-m-p 0.0160 8.0000 0.0044 --Y 11237.599903 0 0.0003 2662 | 0/20
83 h-m-p 0.0160 8.0000 0.0102 C 11237.599903 0 0.0040 2705 | 0/20
84 h-m-p 0.0160 8.0000 0.0778 ---Y 11237.599903 0 0.0001 2751 | 0/20
85 h-m-p 0.0760 8.0000 0.0001 ++C 11237.599903 0 1.2538 2796 | 0/20
86 h-m-p 0.6803 8.0000 0.0002 ++ 11237.599903 m 8.0000 2839 | 0/20
87 h-m-p 0.1397 8.0000 0.0113 ++C 11237.599901 0 2.4525 2884 | 0/20
88 h-m-p 1.6000 8.0000 0.0152 ++ 11237.599881 m 8.0000 2927 | 0/20
89 h-m-p 0.0896 8.0000 1.3555 +++Y 11237.599689 0 3.9011 2973 | 0/20
90 h-m-p 1.3076 8.0000 4.0438 Y 11237.599687 0 0.1723 2996 | 0/20
91 h-m-p 0.1167 8.0000 5.9670 C 11237.599687 0 0.0389 3019 | 0/20
92 h-m-p 0.0789 8.0000 2.9431 C 11237.599682 0 0.0869 3042 | 0/20
93 h-m-p 0.0623 8.0000 4.1047 ---C 11237.599682 0 0.0002 3068 | 0/20
94 h-m-p 0.0160 8.0000 4.8608 --------C 11237.599682 0 0.0000 3099 | 0/20
95 h-m-p 0.0160 8.0000 0.0216 ++Y 11237.599678 0 0.5960 3124 | 0/20
96 h-m-p 1.6000 8.0000 0.0018 Y 11237.599677 0 0.9407 3167 | 0/20
97 h-m-p 1.6000 8.0000 0.0008 C 11237.599677 0 2.4848 3210 | 0/20
98 h-m-p 1.6000 8.0000 0.0001 ++ 11237.599677 m 8.0000 3253 | 0/20
99 h-m-p 0.4213 8.0000 0.0027 +C 11237.599676 0 1.8596 3297 | 0/20
100 h-m-p 1.6000 8.0000 0.0004 C 11237.599676 0 1.6000 3340 | 0/20
101 h-m-p 1.6000 8.0000 0.0000 --------C 11237.599676 0 0.0000 3391
Out..
lnL = -11237.599676
3392 lfun, 13568 eigenQcodon, 152640 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) = -11274.575558 S = -10883.208647 -382.156660
Calculating f(w|X), posterior probabilities of site classes.
did 10 / 680 patterns 3:51
did 20 / 680 patterns 3:51
did 30 / 680 patterns 3:51
did 40 / 680 patterns 3:51
did 50 / 680 patterns 3:51
did 60 / 680 patterns 3:51
did 70 / 680 patterns 3:51
did 80 / 680 patterns 3:51
did 90 / 680 patterns 3:52
did 100 / 680 patterns 3:52
did 110 / 680 patterns 3:52
did 120 / 680 patterns 3:52
did 130 / 680 patterns 3:52
did 140 / 680 patterns 3:52
did 150 / 680 patterns 3:52
did 160 / 680 patterns 3:52
did 170 / 680 patterns 3:52
did 180 / 680 patterns 3:52
did 190 / 680 patterns 3:52
did 200 / 680 patterns 3:52
did 210 / 680 patterns 3:52
did 220 / 680 patterns 3:52
did 230 / 680 patterns 3:52
did 240 / 680 patterns 3:52
did 250 / 680 patterns 3:52
did 260 / 680 patterns 3:52
did 270 / 680 patterns 3:52
did 280 / 680 patterns 3:52
did 290 / 680 patterns 3:52
did 300 / 680 patterns 3:52
did 310 / 680 patterns 3:52
did 320 / 680 patterns 3:52
did 330 / 680 patterns 3:53
did 340 / 680 patterns 3:53
did 350 / 680 patterns 3:53
did 360 / 680 patterns 3:53
did 370 / 680 patterns 3:53
did 380 / 680 patterns 3:53
did 390 / 680 patterns 3:53
did 400 / 680 patterns 3:53
did 410 / 680 patterns 3:53
did 420 / 680 patterns 3:53
did 430 / 680 patterns 3:53
did 440 / 680 patterns 3:53
did 450 / 680 patterns 3:53
did 460 / 680 patterns 3:53
did 470 / 680 patterns 3:53
did 480 / 680 patterns 3:53
did 490 / 680 patterns 3:53
did 500 / 680 patterns 3:53
did 510 / 680 patterns 3:53
did 520 / 680 patterns 3:53
did 530 / 680 patterns 3:53
did 540 / 680 patterns 3:53
did 550 / 680 patterns 3:53
did 560 / 680 patterns 3:54
did 570 / 680 patterns 3:54
did 580 / 680 patterns 3:54
did 590 / 680 patterns 3:54
did 600 / 680 patterns 3:54
did 610 / 680 patterns 3:54
did 620 / 680 patterns 3:54
did 630 / 680 patterns 3:54
did 640 / 680 patterns 3:54
did 650 / 680 patterns 3:54
did 660 / 680 patterns 3:54
did 670 / 680 patterns 3:54
did 680 / 680 patterns 3:54
Time used: 3:54
Model 3: discrete
TREE # 1
(1, (2, 3), ((4, 5), ((6, (7, 8)), 9))); MP score: 1195
0.050827 0.012901 0.024155 0.017589 0.051554 0.025535 0.069090 0.043380 0.125519 0.028578 0.126638 0.046791 0.081161 0.083873 0.265934 2.115719 0.296071 0.323761 0.038569 0.099076 0.158863
ntime & nrate & np: 15 4 21
Bounds (np=21):
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 999.000000 99.000000 99.000000 999.000000 999.000000 999.000000
Qfactor_NS = 14.369468
np = 21
lnL0 = -11417.455595
Iterating by ming2
Initial: fx= 11417.455595
x= 0.05083 0.01290 0.02416 0.01759 0.05155 0.02553 0.06909 0.04338 0.12552 0.02858 0.12664 0.04679 0.08116 0.08387 0.26593 2.11572 0.29607 0.32376 0.03857 0.09908 0.15886
1 h-m-p 0.0000 0.0000 1222.7414 ++ 11363.251052 m 0.0000 26 | 1/21
2 h-m-p 0.0000 0.0001 1093.1789 +YYYYC 11327.254607 4 0.0001 55 | 1/21
3 h-m-p 0.0000 0.0000 4962.6088 ++ 11310.363456 m 0.0000 79 | 2/21
4 h-m-p 0.0001 0.0004 274.6377 YCCCC 11298.063804 4 0.0002 110 | 2/21
5 h-m-p 0.0000 0.0004 1988.2994 CCYC 11286.321242 3 0.0000 139 | 2/21
6 h-m-p 0.0000 0.0001 493.5234 CCCC 11282.490828 3 0.0000 169 | 2/21
7 h-m-p 0.0001 0.0003 269.3092 CC 11280.329689 1 0.0001 195 | 2/21
8 h-m-p 0.0002 0.0013 81.7955 YCC 11280.017686 2 0.0001 222 | 2/21
9 h-m-p 0.0001 0.0046 77.8542 +YC 11279.536846 1 0.0003 248 | 2/21
10 h-m-p 0.0002 0.0029 117.5821 YCC 11278.775544 2 0.0003 275 | 2/21
11 h-m-p 0.0001 0.0033 284.2135 +CCCC 11275.379275 3 0.0006 306 | 2/21
12 h-m-p 0.0001 0.0014 1236.6291 YCCC 11273.266749 3 0.0001 335 | 2/21
13 h-m-p 0.0002 0.0013 647.6090 CCC 11271.014616 2 0.0002 363 | 2/21
14 h-m-p 0.0005 0.0038 276.1547 CCC 11270.354014 2 0.0001 391 | 2/21
15 h-m-p 0.0003 0.0043 123.2104 YC 11270.011876 1 0.0002 416 | 2/21
16 h-m-p 0.0004 0.0067 63.1741 YC 11269.843273 1 0.0002 441 | 2/21
17 h-m-p 0.0003 0.0606 44.3558 ++CCCC 11267.045033 3 0.0069 473 | 1/21
18 h-m-p 0.0000 0.0005 6164.7527 YC 11265.631124 1 0.0000 498 | 1/21
19 h-m-p 0.0001 0.0008 2103.6749 YCCC 11262.665355 3 0.0002 527 | 1/21
20 h-m-p 0.0004 0.0020 295.4162 CC 11262.410903 1 0.0001 553 | 1/21
21 h-m-p 0.0045 0.7495 6.4275 +CYC 11261.886867 2 0.0219 581 | 1/21
22 h-m-p 0.5033 2.8681 0.2803 +YCCCC 11246.838168 4 1.5029 613 | 1/21
23 h-m-p 1.6000 8.0000 0.1585 CCC 11242.291009 2 2.3950 661 | 0/21
24 h-m-p 0.0045 0.0270 84.2338 YYCCC 11241.961968 4 0.0006 711 | 0/21
25 h-m-p 0.2647 3.5301 0.1790 +CC 11239.453307 1 1.0587 738 | 0/21
26 h-m-p 0.7490 6.1921 0.2530 CCC 11238.354824 2 0.7810 787 | 0/21
27 h-m-p 1.6000 8.0000 0.0443 CCC 11237.691438 2 1.4084 836 | 0/21
28 h-m-p 1.3298 8.0000 0.0469 CC 11237.517985 1 1.6762 883 | 0/21
29 h-m-p 1.6000 8.0000 0.0123 CC 11237.473578 1 1.6984 930 | 0/21
30 h-m-p 1.6000 8.0000 0.0068 YC 11237.468675 1 1.1347 976 | 0/21
31 h-m-p 1.6000 8.0000 0.0011 C 11237.467596 0 1.9577 1021 | 0/21
32 h-m-p 1.6000 8.0000 0.0011 +YC 11237.466570 1 4.1745 1068 | 0/21
33 h-m-p 0.9088 8.0000 0.0049 ++ 11237.457519 m 8.0000 1113 | 0/21
34 h-m-p 1.2500 8.0000 0.0314 YY 11237.449204 1 1.2500 1159 | 0/21
35 h-m-p 1.5052 8.0000 0.0261 YC 11237.439022 1 0.7611 1205 | 0/21
36 h-m-p 0.4776 8.0000 0.0416 YC 11237.429631 1 1.1607 1251 | 0/21
37 h-m-p 1.4513 8.0000 0.0333 C 11237.420955 0 1.4689 1296 | 0/21
38 h-m-p 1.1691 8.0000 0.0418 +CYC 11237.384493 2 5.8395 1346 | 0/21
39 h-m-p 0.2523 8.0000 0.9679 CC 11237.373754 1 0.0631 1393 | 0/21
40 h-m-p 0.3165 8.0000 0.1929 +YYC 11237.273954 2 1.0214 1441 | 0/21
41 h-m-p 1.6000 8.0000 0.0807 YC 11237.126962 1 1.0504 1487 | 0/21
42 h-m-p 0.4123 8.0000 0.2055 CCC 11237.059735 2 0.6164 1536 | 0/21
43 h-m-p 1.6000 8.0000 0.0335 YC 11237.018896 1 1.0327 1582 | 0/21
44 h-m-p 0.5233 8.0000 0.0660 +YC 11236.989072 1 1.5336 1629 | 0/21
45 h-m-p 1.6000 8.0000 0.0097 C 11236.985937 0 1.3636 1674 | 0/21
46 h-m-p 1.5329 8.0000 0.0086 C 11236.984709 0 2.0758 1719 | 0/21
47 h-m-p 1.6000 8.0000 0.0034 ++ 11236.977782 m 8.0000 1764 | 0/21
48 h-m-p 0.2986 8.0000 0.0905 ++YCC 11236.933038 2 3.5176 1814 | 0/21
49 h-m-p 1.3295 8.0000 0.2395 CCCC 11236.850809 3 1.7976 1865 | 0/21
50 h-m-p 0.9710 8.0000 0.4434 CCCC 11236.681023 3 1.1540 1916 | 0/21
51 h-m-p 1.6000 8.0000 0.1319 CY 11236.588965 1 0.4231 1963 | 0/21
52 h-m-p 0.1549 8.0000 0.3601 ++YYC 11236.382809 2 2.1457 2012 | 0/21
53 h-m-p 0.9892 8.0000 0.7812 YCCC 11236.258862 3 0.6178 2062 | 0/21
54 h-m-p 1.2795 8.0000 0.3772 YCC 11236.046221 2 0.8539 2110 | 0/21
55 h-m-p 0.3556 8.0000 0.9058 YCC 11235.941664 2 0.6294 2158 | 0/21
56 h-m-p 1.6000 8.0000 0.2451 YC 11235.893906 1 1.1133 2204 | 0/21
57 h-m-p 1.6000 8.0000 0.0215 CC 11235.884983 1 1.2843 2251 | 0/21
58 h-m-p 0.3307 8.0000 0.0835 +YC 11235.872928 1 2.6291 2298 | 0/21
59 h-m-p 1.6000 8.0000 0.0339 +YC 11235.840758 1 5.0178 2345 | 0/21
60 h-m-p 1.6000 8.0000 0.0699 YC 11235.836166 1 1.0326 2391 | 0/21
61 h-m-p 1.6000 8.0000 0.0110 Y 11235.836024 0 1.0108 2436 | 0/21
62 h-m-p 1.6000 8.0000 0.0030 Y 11235.836021 0 1.1124 2481 | 0/21
63 h-m-p 1.6000 8.0000 0.0002 Y 11235.836021 0 0.9260 2526 | 0/21
64 h-m-p 1.6000 8.0000 0.0000 C 11235.836021 0 1.6000 2571 | 0/21
65 h-m-p 1.6000 8.0000 0.0000 Y 11235.836021 0 0.4000 2616 | 0/21
66 h-m-p 0.0775 8.0000 0.0000 --C 11235.836021 0 0.0012 2663
Out..
lnL = -11235.836021
2664 lfun, 10656 eigenQcodon, 119880 P(t)
Time used: 6:13
Model 7: beta
TREE # 1
(1, (2, 3), ((4, 5), ((6, (7, 8)), 9))); MP score: 1195
0.050827 0.012901 0.024155 0.017589 0.051554 0.025535 0.069090 0.043380 0.125519 0.028578 0.126638 0.046791 0.081161 0.083873 0.265934 2.108861 0.646685 1.067456
ntime & nrate & np: 15 1 18
Bounds (np=18):
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 999.000000 99.000000 99.000000
Qfactor_NS = 8.412696
np = 18
lnL0 = -11648.142057
Iterating by ming2
Initial: fx= 11648.142057
x= 0.05083 0.01290 0.02416 0.01759 0.05155 0.02553 0.06909 0.04338 0.12552 0.02858 0.12664 0.04679 0.08116 0.08387 0.26593 2.10886 0.64668 1.06746
1 h-m-p 0.0000 0.0012 1275.2199 +YYCCCC 11608.424368 5 0.0001 32 | 0/18
2 h-m-p 0.0000 0.0001 1137.1248 +YYYCCC 11547.758232 5 0.0001 61 | 0/18
3 h-m-p 0.0000 0.0000 4662.7219 +YYYCC 11524.654166 4 0.0000 88 | 0/18
4 h-m-p 0.0000 0.0000 13254.6750 ++ 11382.871658 m 0.0000 109 | 0/18
5 h-m-p 0.0000 0.0000 14341.4574 CYCCCC 11360.948300 5 0.0000 139 | 0/18
6 h-m-p 0.0000 0.0000 909.7296 CYC 11359.278438 2 0.0000 163 | 0/18
7 h-m-p 0.0000 0.0002 367.9937 +CYC 11355.259639 2 0.0001 188 | 0/18
8 h-m-p 0.0001 0.0013 255.0054 CCCC 11351.236229 3 0.0002 215 | 0/18
9 h-m-p 0.0001 0.0013 362.2130 YCCC 11344.702292 3 0.0003 241 | 0/18
10 h-m-p 0.0001 0.0012 868.2388 CYCC 11337.273076 3 0.0002 267 | 0/18
11 h-m-p 0.0002 0.0010 658.1846 YYC 11330.815453 2 0.0002 290 | 0/18
12 h-m-p 0.0002 0.0009 454.3189 YCC 11328.090417 2 0.0001 314 | 0/18
13 h-m-p 0.0003 0.0028 208.3970 CCC 11325.867796 2 0.0003 339 | 0/18
14 h-m-p 0.0005 0.0023 118.5641 CCC 11325.329905 2 0.0002 364 | 0/18
15 h-m-p 0.0003 0.0053 74.1478 YC 11325.075264 1 0.0002 386 | 0/18
16 h-m-p 0.0005 0.0205 23.6726 CC 11325.026042 1 0.0002 409 | 0/18
17 h-m-p 0.0017 0.1838 2.7512 ++CCCC 11323.535179 3 0.0350 438 | 0/18
18 h-m-p 0.0003 0.0063 336.5537 +YYCC 11318.797717 3 0.0009 464 | 0/18
19 h-m-p 0.0503 0.2517 3.9461 YCCCC 11285.803887 4 0.1037 492 | 0/18
20 h-m-p 0.2649 1.3247 0.2361 YCCCC 11276.704918 4 0.6058 520 | 0/18
21 h-m-p 0.4157 4.6776 0.3440 +YYCC 11266.767825 3 1.4570 564 | 0/18
22 h-m-p 0.4535 2.2675 0.5837 YCYCCC 11253.452840 5 1.1745 612 | 0/18
23 h-m-p 0.2205 1.1023 0.5875 CYCC 11247.759776 3 0.4843 657 | 0/18
24 h-m-p 0.7010 4.5514 0.4059 YCCC 11243.828954 3 0.3872 701 | 0/18
25 h-m-p 0.7661 6.8607 0.2051 CYC 11243.317146 2 0.1553 743 | 0/18
26 h-m-p 0.6072 8.0000 0.0524 YC 11242.850257 1 0.9967 783 | 0/18
27 h-m-p 1.6000 8.0000 0.0090 CC 11242.577992 1 2.3730 824 | 0/18
28 h-m-p 1.6000 8.0000 0.0125 YCC 11242.290122 2 2.5342 866 | 0/18
29 h-m-p 1.6000 8.0000 0.0028 CC 11242.194113 1 1.9206 907 | 0/18
30 h-m-p 1.3803 8.0000 0.0039 C 11242.158164 0 1.4440 946 | 0/18
31 h-m-p 1.6000 8.0000 0.0013 C 11242.146951 0 1.5237 985 | 0/18
32 h-m-p 1.6000 8.0000 0.0009 CC 11242.138820 1 2.4057 1026 | 0/18
33 h-m-p 1.6000 8.0000 0.0008 CC 11242.135773 1 2.0053 1067 | 0/18
34 h-m-p 1.6000 8.0000 0.0003 C 11242.134938 0 1.3295 1106 | 0/18
35 h-m-p 1.2550 8.0000 0.0004 Y 11242.134886 0 0.9656 1145 | 0/18
36 h-m-p 1.6000 8.0000 0.0001 Y 11242.134885 0 0.8808 1184 | 0/18
37 h-m-p 1.6000 8.0000 0.0000 Y 11242.134885 0 0.9359 1223 | 0/18
38 h-m-p 1.6000 8.0000 0.0000 Y 11242.134885 0 0.4000 1262 | 0/18
39 h-m-p 0.5336 8.0000 0.0000 ----------C 11242.134885 0 0.0000 1311
Out..
lnL = -11242.134885
1312 lfun, 14432 eigenQcodon, 196800 P(t)
Time used: 9:59
Model 8: beta&w>1
TREE # 1
(1, (2, 3), ((4, 5), ((6, (7, 8)), 9))); MP score: 1195
initial w for M8:NSbetaw>1 reset.
0.050827 0.012901 0.024155 0.017589 0.051554 0.025535 0.069090 0.043380 0.125519 0.028578 0.126638 0.046791 0.081161 0.083873 0.265934 2.099899 0.900000 0.424862 1.004508 2.363541
ntime & nrate & np: 15 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 0.000100 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 999.000000 0.999990 99.000000 99.000000 999.000000
Qfactor_NS = 7.111835
np = 20
lnL0 = -11644.105239
Iterating by ming2
Initial: fx= 11644.105239
x= 0.05083 0.01290 0.02416 0.01759 0.05155 0.02553 0.06909 0.04338 0.12552 0.02858 0.12664 0.04679 0.08116 0.08387 0.26593 2.09990 0.90000 0.42486 1.00451 2.36354
1 h-m-p 0.0000 0.0001 2294.9260 ++ 11480.411251 m 0.0001 25 | 0/20
2 h-m-p 0.0001 0.0003 1078.6742 +YYYYCCCCC 11367.352220 8 0.0002 61 | 0/20
3 h-m-p 0.0000 0.0000 6112.4269 +YCYCCC 11323.510968 5 0.0000 93 | 0/20
4 h-m-p 0.0000 0.0001 1732.0882 CCCC 11313.435285 3 0.0000 122 | 0/20
5 h-m-p 0.0001 0.0005 208.3446 CCCC 11311.072461 3 0.0001 151 | 0/20
6 h-m-p 0.0001 0.0004 280.2516 CCC 11309.527564 2 0.0001 178 | 0/20
7 h-m-p 0.0001 0.0011 421.3765 CYC 11308.127107 2 0.0001 204 | 0/20
8 h-m-p 0.0002 0.0037 136.5958 YC 11306.221129 1 0.0004 228 | 0/20
9 h-m-p 0.0002 0.0019 212.9298 CCCC 11303.576186 3 0.0004 257 | 0/20
10 h-m-p 0.0002 0.0015 333.4945 CCCC 11300.527446 3 0.0003 286 | 0/20
11 h-m-p 0.0003 0.0016 217.7609 YCCCC 11296.348833 4 0.0007 316 | 0/20
12 h-m-p 0.0001 0.0003 643.8074 +YCYC 11293.140341 3 0.0002 344 | 0/20
13 h-m-p 0.0007 0.0035 84.2187 YC 11292.949565 1 0.0001 368 | 0/20
14 h-m-p 0.0004 0.0049 26.8950 YC 11292.890872 1 0.0002 392 | 0/20
15 h-m-p 0.0003 0.0136 19.3754 CC 11292.848619 1 0.0002 417 | 0/20
16 h-m-p 0.0002 0.0114 22.9132 +YC 11292.710950 1 0.0006 442 | 0/20
17 h-m-p 0.0003 0.0173 54.4806 ++YYCC 11290.795192 3 0.0031 471 | 0/20
18 h-m-p 0.0003 0.0017 434.5350 +YYCCC 11284.740395 4 0.0011 501 | 0/20
19 h-m-p 0.0002 0.0009 81.0359 YCC 11284.616405 2 0.0001 527 | 0/20
20 h-m-p 0.0058 0.1908 1.8738 ++CYCCC 11259.990034 4 0.1132 559 | 0/20
21 h-m-p 0.0169 0.1949 12.5194 CCCC 11257.391090 3 0.0240 588 | 0/20
22 h-m-p 0.2142 3.1404 1.4024 YC 11249.275134 1 0.3859 612 | 0/20
23 h-m-p 0.5505 2.7526 0.3192 CCCC 11245.457289 3 0.7959 641 | 0/20
24 h-m-p 0.8114 4.0568 0.2955 YYC 11244.004472 2 0.7216 686 | 0/20
25 h-m-p 0.6174 4.4621 0.3453 +YCCC 11240.357904 3 1.6131 735 | 0/20
26 h-m-p 0.5179 2.5893 0.3963 CCC 11238.733223 2 0.7166 782 | 0/20
27 h-m-p 1.2871 8.0000 0.2207 YCCC 11238.225182 3 0.6671 830 | 0/20
28 h-m-p 1.6000 8.0000 0.0380 YC 11238.171707 1 0.6932 874 | 0/20
29 h-m-p 1.6000 8.0000 0.0071 YC 11238.167508 1 0.8294 918 | 0/20
30 h-m-p 1.5724 8.0000 0.0038 YC 11238.167101 1 0.8039 962 | 0/20
31 h-m-p 1.6000 8.0000 0.0007 C 11238.167037 0 1.4418 1005 | 0/20
32 h-m-p 1.0667 8.0000 0.0009 ++ 11238.166651 m 8.0000 1048 | 0/20
33 h-m-p 1.0287 8.0000 0.0070 +YC 11238.164305 1 5.4293 1093 | 0/20
34 h-m-p 0.7700 8.0000 0.0494 +YY 11238.154026 1 2.6925 1138 | 0/20
35 h-m-p 0.8584 4.5614 0.1549 YYC 11238.147337 2 0.5656 1183 | 0/20
36 h-m-p 1.1787 8.0000 0.0743 YC 11238.133158 1 0.8083 1227 | 0/20
37 h-m-p 0.9513 8.0000 0.0632 C 11238.126889 0 0.9513 1270 | 0/20
38 h-m-p 1.6000 8.0000 0.0271 CC 11238.123594 1 1.2749 1315 | 0/20
39 h-m-p 0.5695 8.0000 0.0607 C 11238.122352 0 0.6464 1358 | 0/20
40 h-m-p 1.6000 8.0000 0.0165 Y 11238.122021 0 0.7466 1401 | 0/20
41 h-m-p 0.7042 8.0000 0.0175 Y 11238.121956 0 0.5002 1444 | 0/20
42 h-m-p 1.6000 8.0000 0.0023 Y 11238.121945 0 0.8182 1487 | 0/20
43 h-m-p 1.6000 8.0000 0.0006 Y 11238.121944 0 0.8481 1530 | 0/20
44 h-m-p 1.6000 8.0000 0.0001 Y 11238.121944 0 0.6460 1573 | 0/20
45 h-m-p 1.3673 8.0000 0.0000 C 11238.121944 0 1.5741 1616 | 0/20
46 h-m-p 1.6000 8.0000 0.0000 C 11238.121944 0 0.4000 1659 | 0/20
47 h-m-p 0.3961 8.0000 0.0000 ----Y 11238.121944 0 0.0004 1706
Out..
lnL = -11238.121944
1707 lfun, 20484 eigenQcodon, 281655 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) = -11299.594530 S = -10884.264382 -406.144982
Calculating f(w|X), posterior probabilities of site classes.
did 10 / 680 patterns 15:21
did 20 / 680 patterns 15:21
did 30 / 680 patterns 15:22
did 40 / 680 patterns 15:22
did 50 / 680 patterns 15:22
did 60 / 680 patterns 15:22
did 70 / 680 patterns 15:22
did 80 / 680 patterns 15:22
did 90 / 680 patterns 15:23
did 100 / 680 patterns 15:23
did 110 / 680 patterns 15:23
did 120 / 680 patterns 15:23
did 130 / 680 patterns 15:23
did 140 / 680 patterns 15:23
did 150 / 680 patterns 15:24
did 160 / 680 patterns 15:24
did 170 / 680 patterns 15:24
did 180 / 680 patterns 15:24
did 190 / 680 patterns 15:24
did 200 / 680 patterns 15:24
did 210 / 680 patterns 15:25
did 220 / 680 patterns 15:25
did 230 / 680 patterns 15:25
did 240 / 680 patterns 15:25
did 250 / 680 patterns 15:25
did 260 / 680 patterns 15:25
did 270 / 680 patterns 15:26
did 280 / 680 patterns 15:26
did 290 / 680 patterns 15:26
did 300 / 680 patterns 15:26
did 310 / 680 patterns 15:26
did 320 / 680 patterns 15:26
did 330 / 680 patterns 15:27
did 340 / 680 patterns 15:27
did 350 / 680 patterns 15:27
did 360 / 680 patterns 15:27
did 370 / 680 patterns 15:27
did 380 / 680 patterns 15:28
did 390 / 680 patterns 15:28
did 400 / 680 patterns 15:28
did 410 / 680 patterns 15:28
did 420 / 680 patterns 15:28
did 430 / 680 patterns 15:28
did 440 / 680 patterns 15:29
did 450 / 680 patterns 15:29
did 460 / 680 patterns 15:29
did 470 / 680 patterns 15:29
did 480 / 680 patterns 15:29
did 490 / 680 patterns 15:29
did 500 / 680 patterns 15:30
did 510 / 680 patterns 15:30
did 520 / 680 patterns 15:30
did 530 / 680 patterns 15:30
did 540 / 680 patterns 15:30
did 550 / 680 patterns 15:30
did 560 / 680 patterns 15:31
did 570 / 680 patterns 15:31
did 580 / 680 patterns 15:31
did 590 / 680 patterns 15:31
did 600 / 680 patterns 15:31
did 610 / 680 patterns 15:31
did 620 / 680 patterns 15:32
did 630 / 680 patterns 15:32
did 640 / 680 patterns 15:32
did 650 / 680 patterns 15:32
did 660 / 680 patterns 15:32
did 670 / 680 patterns 15:32
did 680 / 680 patterns 15:33
Time used: 15:33
CodeML output code: -1
CLUSTAL FORMAT for T-COFFEE Version_10.00.r1613 [http://www.tcoffee.org] [MODE: ], CPU=0.00 sec, SCORE=100, Nseq=9, Len=1332
D_melanogaster_Ac76E-PA MVNHNAETAKTGNGTNATANLIVKADGNA-TQPK----AMTSSAARMNDA
D_sechellia_Ac76E-PA MVNHNAETAKTENGTNATANLIVKADGNA-TQTK----TMTSSAARMNDA
D_simulans_Ac76E-PA MVNHNAETAKTENGTNATANLIVKADGNA-TQPK----TMTSSAARINDA
D_yakuba_Ac76E-PA MVNHNAEAARTENGTNATASLIVKAHGNA-SQPK----TMMTSAARMNEA
D_erecta_Ac76E-PA MVNRNAEAARSENGTNATANLIVKAQGNA-SQPKTMTMTMTTSAARMNEG
D_takahashii_Ac76E-PA MVNHNAESAKTENGTNATN-LIVKAGGNATIQPK----TMTSSAARMTEA
D_biarmipes_Ac76E-PA MVNHNAEPAKTENGTSATN-LIVKAGGNA-SQPK----TMTSSAARMTEA
D_suzukii_Ac76E-PA MVNHNAESAKTENGTNATN-LIVKAGGNA-IQTK----TMTSSAARMTEA
D_ficusphila_Ac76E-PA MLNRNAESAKTENGNANATNLIVKASGNA-AQPK----TMTSSAAKMTEA
*:*:***.*:: **. : ***** *** *.* :* :***::.:.
D_melanogaster_Ac76E-PA LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
D_sechellia_Ac76E-PA LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
D_simulans_Ac76E-PA LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
D_yakuba_Ac76E-PA LSASLVELSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
D_erecta_Ac76E-PA LSASLAELSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
D_takahashii_Ac76E-PA LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
D_biarmipes_Ac76E-PA LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
D_suzukii_Ac76E-PA LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
D_ficusphila_Ac76E-PA LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV
*****.:*******************************************
D_melanogaster_Ac76E-PA VSIIIGIVYGQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI
D_sechellia_Ac76E-PA VSIIIGIVYDQHLVQTMLLVLAALVSGSILTALQFPAVLSSPAAALAFAI
D_simulans_Ac76E-PA VSIIIGIVYDQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI
D_yakuba_Ac76E-PA VSIIIGIVYDQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI
D_erecta_Ac76E-PA VSIIIGIVYDQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI
D_takahashii_Ac76E-PA VSIIIGIVYDQSLVQTLLLVLAALISGSILTALQFPAVLSSPAAALAFAI
D_biarmipes_Ac76E-PA VSIIIGIAYDQSLLRTLLLVLAALISGSILTALQFPAVLSSPAAALAFAI
D_suzukii_Ac76E-PA VSIIIGVVYDQSLLQTLLLVLAALISGSILTALQFPAVLSSPAAALAFAI
D_ficusphila_Ac76E-PA VSIIIGIIYDQHLGQTLLLALAAIISGSILTALQFPAVLSSPAAALAFAI
******: *.* * :*:**.***::*************************
D_melanogaster_Ac76E-PA VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
D_sechellia_Ac76E-PA VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
D_simulans_Ac76E-PA VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
D_yakuba_Ac76E-PA VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
D_erecta_Ac76E-PA VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
D_takahashii_Ac76E-PA VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
D_biarmipes_Ac76E-PA VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
D_suzukii_Ac76E-PA VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
D_ficusphila_Ac76E-PA VTTFSLGTIAAITGDKLAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI
***************:**********************************
D_melanogaster_Ac76E-PA HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
D_sechellia_Ac76E-PA HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
D_simulans_Ac76E-PA HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
D_yakuba_Ac76E-PA HIVYRIGTSADYSPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
D_erecta_Ac76E-PA HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
D_takahashii_Ac76E-PA HIVYRIGTSADYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG
D_biarmipes_Ac76E-PA HIVYRIGTSPDYAPNLPMLFGEIVMLASASISGLYYRIMSDAAHNRTVDG
D_suzukii_Ac76E-PA HIVYRIGTSPDYAPNLSMLFGEIVMLASASISGLYYRIMSDAAHNRTVDG
D_ficusphila_Ac76E-PA HIAYRIGEN----PNLPMLFGEIVMLASASISGLYYRIMSDAAHNRTVDG
**.**** . ***.*************:*******************
D_melanogaster_Ac76E-PA TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
D_sechellia_Ac76E-PA TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
D_simulans_Ac76E-PA TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
D_yakuba_Ac76E-PA TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
D_erecta_Ac76E-PA TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
D_takahashii_Ac76E-PA TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
D_biarmipes_Ac76E-PA TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
D_suzukii_Ac76E-PA TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
D_ficusphila_Ac76E-PA TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG
**************************************************
D_melanogaster_Ac76E-PA GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
D_sechellia_Ac76E-PA GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
D_simulans_Ac76E-PA GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
D_yakuba_Ac76E-PA GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
D_erecta_Ac76E-PA GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
D_takahashii_Ac76E-PA GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
D_biarmipes_Ac76E-PA GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
D_suzukii_Ac76E-PA GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
D_ficusphila_Ac76E-PA GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL
**************************************************
D_melanogaster_Ac76E-PA FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
D_sechellia_Ac76E-PA FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
D_simulans_Ac76E-PA FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
D_yakuba_Ac76E-PA FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
D_erecta_Ac76E-PA FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
D_takahashii_Ac76E-PA FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
D_biarmipes_Ac76E-PA FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
D_suzukii_Ac76E-PA FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
D_ficusphila_Ac76E-PA FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA
**************************************************
D_melanogaster_Ac76E-PA IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
D_sechellia_Ac76E-PA IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
D_simulans_Ac76E-PA IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
D_yakuba_Ac76E-PA IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
D_erecta_Ac76E-PA IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
D_takahashii_Ac76E-PA IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
D_biarmipes_Ac76E-PA IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
D_suzukii_Ac76E-PA IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
D_ficusphila_Ac76E-PA IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES
**************************************************
D_melanogaster_Ac76E-PA GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
D_sechellia_Ac76E-PA GGVAGRVHITKQTLDFLGDKFEVEQGDGGNRDAYLADHKVESYLIVPPKP
D_simulans_Ac76E-PA GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
D_yakuba_Ac76E-PA GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
D_erecta_Ac76E-PA GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
D_takahashii_Ac76E-PA GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
D_biarmipes_Ac76E-PA GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
D_suzukii_Ac76E-PA GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP
D_ficusphila_Ac76E-PA GGVAGRVHITKQTLDFLGEKFEVEQGEGGNRDAYLADHKIETYLIVPPKP
******************:*******:************:*:********
D_melanogaster_Ac76E-PA AYTYSVPRVVECIEQNDPSPTTEETK-EIKETDQSHEATDVADVLLPVTV
D_sechellia_Ac76E-PA AYTYSVPRVVECIEQNDPSPTNEETK-EIKEADHFHEATDVADGLLPVTV
D_simulans_Ac76E-PA AYTYSVPRVVECIEQNDPSPTTEETK-EIKEADHSHEATDVADGLLPVTV
D_yakuba_Ac76E-PA AYTYSVPRVVECMEQNDPSPTTEETK-EVKDLDHSHEATDVADSLLPVTV
D_erecta_Ac76E-PA AYTYSVPRVVECIEQNDPSPTTEETK-ELKELDHSHEATDVSDSLLPVTV
D_takahashii_Ac76E-PA AYTYSVPRVVECIEQNDPSPTEEKETKEAVVVDHSNESADVTDSLIPVTV
D_biarmipes_Ac76E-PA AYTYSVPRVVECIEHNDPSPTEEKQK-ETKVADQSNEGTDVTDSLIPATV
D_suzukii_Ac76E-PA AYTYSVPRVVECIEQNDPSPTEEKE--AKVVVDHSNEGADVTDSLIPVTV
D_ficusphila_Ac76E-PA AYTYSVPRVVECIEHNDPSSTEEVK--EIKENQNSNDAADVTDNLLPVTV
************:*:****.* * :: ::.:**:* *:*.**
D_melanogaster_Ac76E-PA -APPPAIVDEKMSPTSINSQEAPLHAPLASAASMSIKELSEEEDEADEAT
D_sechellia_Ac76E-PA -APPPAIVDEKMSPTSTNSQEAPLHAPLASAASMSIKELSEEEDEADEAT
D_simulans_Ac76E-PA -APPPAIVDEKMSPTSTNSQEAPLHAPLASAASMSIKELSEEEDEADEAT
D_yakuba_Ac76E-PA -APPPAIVDEKMSPTSTNSQEAALHAPLASAASMSIKELSEEEDEADDAT
D_erecta_Ac76E-PA -APPPAIADEKMSPTSTNSQDAPLHAPLASAASMSIKELSEEEDEADEAT
D_takahashii_Ac76E-PA TDPLPLAVDEKMSPTSTNSQEAPLHAPLASAASMSIKEMSEEEDEADEAT
D_biarmipes_Ac76E-PA -DPIPLVVDEKMSPTSTNSQEVPLHAPLASTASMSIKELSEEEDEADEAT
D_suzukii_Ac76E-PA -DPIPLVVDEKMSPTSTNSQEVPLHAALASAASMSIKELSEEEDEADEAT
D_ficusphila_Ac76E-PA -DPPPLTVDEKMSPTSTNSQEAPLHAPLVSTASMSIKELSEEEDEADEET
* * .******** ***:..***.*.*:*******:********: *
D_melanogaster_Ac76E-PA AVTEPLMHRDQDGKNDKE---PKANGGHRGSGDSAASESVAKSAALSLPA
D_sechellia_Ac76E-PA AVTEPLMHRDRDGKNGKE---PKANGGHRGSGDSAASESAAKSAALSLPA
D_simulans_Ac76E-PA AVTEPLMHRDQDGRNGKE---PKANGGHRGSGDSAASESAAKSAALSLPA
D_yakuba_Ac76E-PA AVTEPLMLRDQDGKNGKE---PKANGGHRGSGDSAASESAAKSAALSLPA
D_erecta_Ac76E-PA AVTEPLMLRDQDGKSGKE---PKANGGHRGSGDSAASESAAKSAALSLPA
D_takahashii_Ac76E-PA AVTEPLMLKDQESKEGQSQETAKPNGGHRGSGDSAASESAAKSTALSLPA
D_biarmipes_Ac76E-PA AVTEPLMLKDQESKEGQE---VKPNGGHRGSGDSAASESAAKSTALSLPA
D_suzukii_Ac76E-PA AVTEPLMLKDQESKDGQE---VKPNGGHRGSGDSAASESAAKSTALSLPA
D_ficusphila_Ac76E-PA AVTEPLMAKDQDKKDLEP--EIKANGNHRGSGDSAVSESAAKSAALSLPA
******* :*:: :. : *.**.********.***.***:******
D_melanogaster_Ac76E-PA DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPAGG--AASNSLTVAE
D_sechellia_Ac76E-PA DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPAGGVSSASNSLTVAE
D_simulans_Ac76E-PA DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPPGGVSSASNSLTVAE
D_yakuba_Ac76E-PA DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPAGGASSASNSLTVAE
D_erecta_Ac76E-PA DDLLSMSGSESGISNSGAQAPTSNPASVTPTAAAPAGAASSVSNSLTVAE
D_takahashii_Ac76E-PA EDLLSMSGSESGISNGGTPAASSNPASVTPTTAAPAGGASSGTNSLTVAE
D_biarmipes_Ac76E-PA EDLLSMSGSESGISNSGTPAPSSNPTSVTPTAAAPAGGASSGTNSLTVAE
D_suzukii_Ac76E-PA EDLLSMSGSESGVSNSGTPAPSSNPTSVTPTAAAPAGAASSGTNSLTVTE
D_ficusphila_Ac76E-PA EDLLSMSGSESGISNSGTPAPSSNAASVTPTAAASAGGAASTTNSLTVAE
:***********:**.*: * :**.:*****:**..*. : :*****:*
D_melanogaster_Ac76E-PA APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
D_sechellia_Ac76E-PA APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
D_simulans_Ac76E-PA APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
D_yakuba_Ac76E-PA APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
D_erecta_Ac76E-PA APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
D_takahashii_Ac76E-PA APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
D_biarmipes_Ac76E-PA APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
D_suzukii_Ac76E-PA APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
D_ficusphila_Ac76E-PA APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR
**************************************************
D_melanogaster_Ac76E-PA NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
D_sechellia_Ac76E-PA NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
D_simulans_Ac76E-PA NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
D_yakuba_Ac76E-PA NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
D_erecta_Ac76E-PA NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
D_takahashii_Ac76E-PA NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
D_biarmipes_Ac76E-PA NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
D_suzukii_Ac76E-PA NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
D_ficusphila_Ac76E-PA NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK
**************************************************
D_melanogaster_Ac76E-PA CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
D_sechellia_Ac76E-PA CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
D_simulans_Ac76E-PA CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
D_yakuba_Ac76E-PA CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
D_erecta_Ac76E-PA CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
D_takahashii_Ac76E-PA CFNFNFFGPPTELKPFTMWYRNTPREGMYRAQPDTHFRFDLICAFVLFLS
D_biarmipes_Ac76E-PA CFNFNFFGPPTELKPFTMWYRNTPREGMYRAQPDTHFRFDLICAFVLFLS
D_suzukii_Ac76E-PA CFNFNFFGPPTELKPFTMWYRNTPREGMYRAQPDTHFRFDLICAFVLFLS
D_ficusphila_Ac76E-PA CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS
**************************.***********************
D_melanogaster_Ac76E-PA LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASTTERNGP
D_sechellia_Ac76E-PA LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASTTERNGP
D_simulans_Ac76E-PA LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASTTERNGP
D_yakuba_Ac76E-PA LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHSSATERNGP
D_erecta_Ac76E-PA LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHSSATERNGP
D_takahashii_Ac76E-PA LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASATDRNGP
D_biarmipes_Ac76E-PA LAIVQLIVIELNLALLGSLLASFLSLALFLYLSNMSVPDVHASATERNGP
D_suzukii_Ac76E-PA LAIVQLIVIKLNLALLGSLLASFLSLALFLYLSNMSVPDVHSSATERNGP
D_ficusphila_Ac76E-PA LAIVQLIVIKLNLALLGSLLASFISLSLFLYLSNMSVPDVHASSTERNGP
**:******:*************:**:**************:*:*:****
D_melanogaster_Ac76E-PA GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVSKEPSS-NQTI
D_sechellia_Ac76E-PA GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVTKEPSS-NQTI
D_simulans_Ac76E-PA GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVNKEPSS-NQTI
D_yakuba_Ac76E-PA GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDRVNREPSS-NLTI
D_erecta_Ac76E-PA GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVNKEPSS-NHTI
D_takahashii_Ac76E-PA GQVVASSRYLRLAMFVVVNILISSCAVFSVINFTVPDGINSEPPPSNVST
D_biarmipes_Ac76E-PA GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVNSEPPP-NATS
D_suzukii_Ac76E-PA GQVVASSRYLRLAMFVVVNILISSCAVFSVINFTVPDGVNKEPPP-NATN
D_ficusphila_Ac76E-PA GQVVASSRYLRLAMFVIVNILISSCAVFSVINYTVPDGVSSEPSN---ET
****************:***************:**** :. **.
D_melanogaster_Ac76E-PA LESNFSSVFVNSTLEDVQLWEIDYAIPIAPVFLYCCAISLAAISAFLRSG
D_sechellia_Ac76E-PA LESNFSSGFVNSTLEDVQLWEIDHAIPIAPVFLYCCAISLAAISAFLRSG
D_simulans_Ac76E-PA LESNFSSEFVNSTLEDVQLWEIDHAIPIAPVFLYCCAISLAAISAFLRSG
D_yakuba_Ac76E-PA LGSNSSSEFINATLEDMQIWEIDHAIPIAPVFLYCCAISLAAISAFLRSG
D_erecta_Ac76E-PA LNSNFSSEFINSTLGDMQLWEIDHAIPIAPVFLYCCAISLAAISAFLRSG
D_takahashii_Ac76E-PA LEGNYSMEFLNATQEDMQPWEIARAIPIAPVFLYCCAISLAAISAFLRSG
D_biarmipes_Ac76E-PA LVGNFS-DLLNATQEEMQPWDIARSIHIAPVFLYCCAISLAAISAFLRSG
D_suzukii_Ac76E-PA LASNFS-DFLNDTQEEMQPWEIARAIHIAPVFLYCCAISLAAISAFLRSG
D_ficusphila_Ac76E-PA FIANFSMEFFNGTQEEMQPWEIANAIPIAPVFLYCCAISLAAISAFLRSG
: .* * :.* * ::* *:* :* ***********************
D_melanogaster_Ac76E-PA FILKLIAMLVAVIAQVTVLGYSDLFEMYNDANITHGLPLEIKGFLLLLVI
D_sechellia_Ac76E-PA FILKLIAMLVAVIAQMKVLGYSDLFEMYNDANITCGLPLEIKGFLLLLVI
D_simulans_Ac76E-PA FILKLIAMLVAVIAQMTVLGYSDLFEMYNDANITYGLPLEIKGFLLLLVI
D_yakuba_Ac76E-PA FILKLIAMLVAVIAQVTVLGYSDLFEMYNVTNIKYGLPLEIKGFLLLLVI
D_erecta_Ac76E-PA FILKLIAMLVAVIAQVTVLGYSDLFEMYNDTNIKYGLPLEIKGFLLLLVI
D_takahashii_Ac76E-PA FILKLIAMLVALIAQVTVLGYSDLFEKYNETNIIYGLPLEIKGFLLLLVI
D_biarmipes_Ac76E-PA FILKLIAMLVAVIAQVTVLGYSDLFVIYNDTNIKYGLALEIKGFLLLLVI
D_suzukii_Ac76E-PA FILKLIAMLVALIAQVTVLGYSDLFVIYNDTNIKYGLPLEIKGFLLLLVI
D_ficusphila_Ac76E-PA FILKLIAMLVAVIAQVTVLGYSDLFVQYNQLNIEYGLRLEVKGFLLLLVI
***********:***:.******** ** ** ** **:*********
D_melanogaster_Ac76E-PA ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
D_sechellia_Ac76E-PA ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
D_simulans_Ac76E-PA ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
D_yakuba_Ac76E-PA ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
D_erecta_Ac76E-PA ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
D_takahashii_Ac76E-PA ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
D_biarmipes_Ac76E-PA ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
D_suzukii_Ac76E-PA ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
D_ficusphila_Ac76E-PA ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH
**************************************************
D_melanogaster_Ac76E-PA VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
D_sechellia_Ac76E-PA VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
D_simulans_Ac76E-PA VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
D_yakuba_Ac76E-PA VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
D_erecta_Ac76E-PA VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
D_takahashii_Ac76E-PA VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
D_biarmipes_Ac76E-PA VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
D_suzukii_Ac76E-PA VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
D_ficusphila_Ac76E-PA VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR
**************************************************
D_melanogaster_Ac76E-PA LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
D_sechellia_Ac76E-PA LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
D_simulans_Ac76E-PA LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
D_yakuba_Ac76E-PA LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
D_erecta_Ac76E-PA LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
D_takahashii_Ac76E-PA LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
D_biarmipes_Ac76E-PA LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
D_suzukii_Ac76E-PA LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
D_ficusphila_Ac76E-PA LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR
**************************************************
D_melanogaster_Ac76E-PA TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
D_sechellia_Ac76E-PA TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
D_simulans_Ac76E-PA TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
D_yakuba_Ac76E-PA TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
D_erecta_Ac76E-PA TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
D_takahashii_Ac76E-PA TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
D_biarmipes_Ac76E-PA TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
D_suzukii_Ac76E-PA TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
D_ficusphila_Ac76E-PA TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ
**************************************************
D_melanogaster_Ac76E-PA KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
D_sechellia_Ac76E-PA KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
D_simulans_Ac76E-PA KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
D_yakuba_Ac76E-PA KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
D_erecta_Ac76E-PA KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY
D_takahashii_Ac76E-PA KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMSAGYECECRGLTY
D_biarmipes_Ac76E-PA KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMAAGYECECRGLTY
D_suzukii_Ac76E-PA KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMAAGYECECRGLTY
D_ficusphila_Ac76E-PA KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMAAGYECECRGLTY
*************************************:************
D_melanogaster_Ac76E-PA VKGKGNLVTYFVKTPFDGKLoooooooo----
D_sechellia_Ac76E-PA VKGKGNLVTYFVKTPFDGKLoooooo------
D_simulans_Ac76E-PA VKGKGNLVTYFVKTPFDGKLoooooo------
D_yakuba_Ac76E-PA VKGKGNLVTYFVKTPFDGKLoooooo------
D_erecta_Ac76E-PA VKGKGNLVTYFVKTPFDGKLoo----------
D_takahashii_Ac76E-PA VKGKGNLVTYFVKTPFDGKL------------
D_biarmipes_Ac76E-PA VKGKGNLVTYFVKTPFDGKLoooooooo----
D_suzukii_Ac76E-PA VKGKGNLVTYFVKTPFDGKLooooooooo---
D_ficusphila_Ac76E-PA VKGKGNLVTYFVKTPFDGKLoooooooooooo
********************
>D_melanogaster_Ac76E-PA ATGGTAAATCACAATGCGGAAACTGCGAAAACGGGCAATGGCACAAATGC AACAGCGAATCTGATTGTTAAGGCCGACGGAAATGCA---ACGCAGCCGA AG------------GCGATGACGTCATCGGCGGCCAGGATGAATGACGCC CTTTCGGCATCTTTGGCCGATTTGAGCGAGCAGGAAAATGGAACCACGGC TGAGGACATCCACCTAAACGATTTGTATACCCGCTACCGCCAGAGGCTCC GCAAGTCGCTTTTCAGATCGGGATTGTTAACTTCGCTGCTGGCATGTGTT GTGTCCATAATAATTGGCATCGTTTACGGCCAGCACCTGGTGCAGACCAT GCTCTTAGTCCTGGCTGCCCTAATCTCGGGATCCATTCTCACGGCCCTGC AGTTCCCGGCGGTGCTGAGCTCCCCGGCAGCCGCCTTGGCCTTCGCCATC GTCACCACCTTCTCACTGGGCACCATTGCGGCCATCACCGGGGACGAACT GGCTCCCCTGCCCATGTACGCCCTCTTCCTGTGCATCCACTCCATGCTGC CCATTTCGTGGCCCGTCTCCGTGGTCCTGGCTCTATTCATGACCGCCATT CACATCGTTTACCGCATCGGCACAAGTCCCGACTACGCGCCCAATTTGCC AATGCTCTTCGGGGAGATTGTGATGTTGGCCAGCGCCTCCGTTTCCGGTC TCTACTACCGCATCATGTCGGACGCAGCCCACAACCGGACGGTGGACGGA ACCAGGACGGGAATCGAACAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA GCAGGAGCAATTGCTCCTCAGCGTTATTCCCGCCTACATCGCCGCCGAGG TGAAACGCAGCATCATGCTGAAAATGGCAGATGCCTGTCAGAGAGCCGGA GGACAGGCGTCCACTTCGGCCACCCGGTTCCATGAGCTCCACGTCCAGCG GCACACGAATGTCACCATTCTGTTCGCGGATATTGTCAACTTCACGCCCC TTTCAAGTTCCCTGACGGCCAGCGATTTGGTGAAGACCCTGAACGATCTG TTTGGACGATTCGATCAAATAGCTCAGGAGAACCAATGCCTACGGATCAA GATCCTGGGGGATTGTTATTACTGTGTGTCCGGCCTGCCCATTTCCCGGC CCCAACATGCAACCAACTGTGTCAACATGGGCCTGCAGATGATCGATGCC ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTCGACATGCGAATTGG CATCCACACTGGCAACGTACTCTGCGGCGTCCTTGGCCTACGCAAGTGGC AATTTGATGTTTGGAGCGACGACGTTACATTGGCCAACCACATGGAGAGC GGCGGTGTCGCTGGGCGAGTCCACATCACGAAGCAAACTTTGGACTTCCT GGGCGACAAGTTCGAGGTGGAGCAGGGCGAGGGTGGCAATCGAGATGCGT ATCTGGCGGATCACAAGGTTGAATCGTATCTCATTGTGCCACCGAAACCA GCATACACCTACAGCGTTCCACGCGTGGTGGAATGCATTGAGCAGAACGA TCCCAGTCCCACCACCGAGGAGACCAAG---GAGATCAAGGAGACGGATC AATCCCATGAAGCCACCGATGTCGCCGATGTCCTTCTTCCGGTAACTGTG ---GCTCCACCGCCTGCAATCGTTGACGAGAAGATGTCACCCACCTCGAT CAATAGCCAGGAGGCACCTTTGCATGCCCCTCTCGCCTCAGCCGCCTCCA TGTCCATTAAGGAGCTGTCCGAGGAGGAGGACGAGGCTGATGAGGCCACT GCCGTCACCGAGCCGCTGATGCACAGGGATCAGGATGGCAAGAATGACAA GGAG---------CCGAAGGCAAATGGTGGCCATCGCGGCAGTGGTGATT CCGCCGCCTCCGAGTCGGTGGCCAAGTCCGCTGCCCTTTCCCTGCCCGCC GATGATCTGCTCAGTATGAGTGGGTCAGAGAGCGGCATCTCCAACAGCGG AGCCCAGGCGCAATCCTCGAATCCGGCGAGTGTCACACCCACCGCAGCCG CTCCAGCCGGAGGA------GCCGCCTCCAACAGCTTGACGGTGGCCGAG GCCCCGGAGAGATCTCGTCGGAAGTTGTCCGTTCAAGGTCTGATGTCCTT CGCCGACAGACGACGCTCCTCCGGAGCCTTCATCGAAGGACGAAAGCTGT CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGTCATGTCACACGC AATCGTCCTTCATCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA TCGACCCTTTGCCAATATTGCCGAATCCAAGCTGGTGAAGAACATTGGAC TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCGCCGGAGCGTAAA TGTTTCAATTTTAATTTCTTCGGGCCGCCCACGGAGCTGAAGCCGTTCAC CATGTGGTACCGCAATACGCCCCGGGAGGCCATGTACCGCGCCCAGCCGG ATACGCACTTCCGGTTCGACCTGATATGCGCCTTCGTCCTCTTCCTCTCG CTAGCCGTCGTCCAGCTGATTGTAATCGAATTGAACCTGGCCCTCCTTGG ATCCCTCCTGGCCAGCTTCGTCTCGCTGGCCCTCTTCCTCTACCTGAGCA ACATGTCCGTGCCGGACGTGCACGCCTCCACTACGGAGCGAAATGGTCCC GGCCAGGTGGTGGCCAGCAGTCGCTACTTACGGCTGGCCATGTTCGTTGT GGTCAACATTCTCATTTCATCTTGCGCGGTGTTTAGTGTGATAAACTACA CTGTGCCTGACGGGGTAAGCAAGGAGCCATCATCC---AATCAGACCATC CTGGAGAGCAATTTTTCGAGTGTGTTCGTAAACTCCACCCTGGAGGATGT GCAGCTGTGGGAAATCGATTATGCCATACCCATTGCGCCCGTATTTCTGT ATTGCTGTGCCATTAGTTTGGCTGCAATTTCCGCCTTCCTGCGATCCGGA TTTATTCTCAAGCTGATTGCCATGCTGGTGGCTGTGATCGCACAGGTGAC AGTTCTTGGGTACAGTGATCTCTTTGAGATGTACAACGATGCCAACATCA CACACGGCTTGCCACTTGAGATCAAGGGCTTCCTTTTGCTTCTGGTGATC ATCTTGGTGCTTCACACTCTGGATCGCCAGGGTGAATATGTGGCTCGCAC AGATTTCCTCTGGAAGGCCAAGTTGAAGGTGGAGCAGGAGGAGGTGGAAA CCATGCGTGGCATTAACAAGATTCTGCTGGAGAACATCCTGCCGGCCCAC GTGGCCACCCATTTCCTGCACCTGGAACGCTCCACGGAGCTCTACCACGA GAGCTACTCCTGCGTGGCCGTCATGTTCGCCTCCATTCCCAACTACAAGG AGTTCTACGATGAGACGGATGTGAACAAACAGGGCTTGGAGTGCCTGCGT CTGTTGAACGAAATCATTTGTGATTTTGATAAGCTTCTCTTGAAACCAAA GTTCAGTGGAATCGAAAAGATAAAGACTATAGCTAGCACATATATGTGTG CCTCGGGCTTGAGACCCGGCAAGGAGGACGGCGCTACGGACGAGAAGCGC ACGGAGGAGCACAACGTGGTCATTTTGGTGGAGTTTGCGATTGCTTTGAT GTCCATACTGGACTCGATTAATCGCGAGTCCTTCCAACGATTCCGTCTCC GCATCGGACTCAATCACGGTCCGGTGATTGCCGGCGTGATTGGTGCCCAG AAACCTCAGTACGACATCTGGAGCAACACGGTCAACGTGGCCTCCCGCAT GGACTCATGTGGCGTAATGGGACGACTTCAGACGACGGAAAACACGGCCA AGATATTGATGACCGCCGGCTATGAGTGCGAGTGCCGAGGCCTGACTTAT GTAAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA TGGGAAATTG------------------------------------ >D_sechellia_Ac76E-PA ATGGTAAATCACAATGCGGAAACTGCGAAAACGGAAAATGGCACAAATGC AACAGCGAATCTGATTGTTAAGGCCGACGGAAATGCA---ACGCAGACCA AG------------ACGATGACGTCATCGGCGGCCAGGATGAATGACGCC CTTTCGGCATCTCTGGCCGATTTGAGCGAGCAGGAAAATGGAACCACGGC TGAGGACATCCACCTAAACGATTTATACACCCGCTACCGCCAGAGGCTCC GCAAGTCGCTCTTCAGATCGGGATTGTTAACTTCGCTGCTGGCATGTGTT GTGTCCATAATAATTGGCATCGTTTACGACCAGCACCTGGTGCAGACGAT GCTCTTAGTCCTGGCTGCCCTAGTCTCGGGCTCCATTCTCACGGCCCTGC AGTTCCCGGCGGTGCTGAGCTCCCCGGCCGCCGCCTTGGCCTTCGCCATC GTCACCACCTTCTCGCTGGGCACCATTGCGGCCATCACCGGAGACGAACT GGCTCCCCTGCCCATGTACGCCCTCTTCCTGTGCATCCACTCCATGCTGC CCATTTCGTGGCCCGTCTCCGTGGTCCTGGCTCTATTCATGACCGCCATT CACATCGTTTACCGCATCGGCACAAGTCCCGACTACGCGCCCAATTTGCC AATGCTCTTCGGGGAGATTGTGATGCTGGCCAGCGCCTCCGTTTCCGGTC TCTACTACCGCATCATGTCGGACGCAGCCCACAACCGGACCGTGGACGGA ACCAGGACGGGAATCGAGCAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA GCAGGAGCAGCTGCTCCTCAGCGTCATTCCCGCCTACATCGCCGCCGAGG TGAAGCGCAGCATCATGCTGAAAATGGCGGATGCCTGTCAGAGAGCCGGA GGACAGGCGTCCACCTCGGCCACCCGGTTCCATGAGCTCCACGTCCAGCG GCACACGAATGTCACCATTCTGTTCGCTGATATTGTCAACTTCACGCCCC TTTCAAGTTCCCTGACGGCCAGCGATTTGGTGAAGACCCTGAACGATCTG TTTGGACGATTCGATCAAATAGCGCAGGAGAACCAATGCCTACGCATCAA GATCCTGGGGGATTGTTATTACTGTGTGTCCGGCCTGCCCATTTCCCGGC CCCAACATGCAACCAACTGTGTCAACATGGGCCTGCAGATGATCGATGCC ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTCGACATGCGAATTGG CATCCACACTGGCAACGTACTCTGCGGCGTCCTTGGCCTACGCAAGTGGC AATTTGATGTTTGGAGCGACGACGTTACATTGGCCAACCACATGGAGAGC GGCGGTGTCGCTGGGCGCGTCCACATCACGAAGCAAACTTTGGACTTCCT GGGCGACAAGTTCGAGGTGGAGCAGGGTGACGGTGGCAATCGAGATGCGT ATCTGGCGGATCACAAGGTGGAATCGTATCTCATAGTGCCACCGAAACCA GCATACACATACAGCGTTCCACGGGTGGTGGAGTGCATTGAGCAGAACGA TCCCAGTCCCACCAACGAGGAGACCAAG---GAGATCAAGGAGGCGGATC ACTTCCATGAAGCCACCGATGTCGCCGATGGCCTGCTCCCGGTAACTGTG ---GCTCCACCGCCTGCAATCGTTGACGAGAAGATGTCACCCACCTCGAC TAATAGCCAGGAGGCACCTTTGCATGCCCCACTCGCCTCGGCCGCCTCCA TGTCCATTAAGGAGCTGTCCGAGGAGGAGGACGAGGCTGATGAGGCCACT GCCGTCACCGAGCCGCTGATGCACAGGGATCGGGATGGCAAGAATGGCAA GGAG---------CCGAAGGCAAATGGTGGCCATCGCGGCAGTGGTGATT CCGCCGCCTCCGAGTCGGCGGCCAAGTCCGCTGCCCTTTCCCTGCCCGCC GATGATCTGCTCAGTATGAGTGGCTCAGAGAGCGGCATCTCCAACAGCGG AGCCCAGGCGCAATCCTCAAATCCGGCGAGTGTCACACCCACCGCAGCCG CTCCAGCCGGAGGAGTTTCATCCGCCTCCAATAGCTTGACGGTGGCCGAG GCACCGGAGAGATCTCGCCGGAAGTTGTCCGTTCAAGGTCTGATGTCCTT CGCCGACAGACGCCGCTCCTCCGGAGCCTTCATCGAAGGGCGAAAGCTGT CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGTCATGTCACACGC AATCGTCCTTCGTCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA TCGACCCTTTGCCAATATTGCCGAATCCAAGCTGGTGAAGAACATCGGAC TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCACCGGAGCGTAAA TGTTTCAATTTTAATTTCTTCGGGCCGCCCACGGAGCTGAAGCCGTTCAC CATGTGGTACCGCAATACGCCCCGGGAGGCCATGTACCGCGCCCAGCCGG ATACGCACTTCCGGTTCGACCTGATATGCGCCTTCGTCCTCTTCCTCTCG CTAGCCGTCGTCCAGCTGATTGTAATCGAATTGAACCTGGCCCTCCTTGG ATCCCTTCTGGCCAGCTTCGTATCGCTGGCCCTCTTCCTCTACCTGAGCA ACATGTCCGTGCCGGACGTGCACGCCTCCACCACGGAGCGAAATGGTCCC GGCCAGGTGGTGGCCAGCAGTCGCTACTTGCGGCTGGCCATGTTCGTCGT GGTCAACATCCTTATTTCGTCCTGCGCGGTGTTCAGTGTGATAAACTACA CTGTGCCTGACGGGGTAACCAAGGAGCCATCATCC---AATCAGACCATC CTGGAGAGCAATTTTTCGAGTGGGTTCGTGAACTCCACCCTGGAGGATGT GCAGCTGTGGGAGATCGACCATGCCATACCCATTGCGCCCGTATTTCTGT ATTGCTGCGCCATCAGTTTGGCTGCGATTTCTGCCTTCCTGCGATCTGGA TTTATTCTCAAGCTGATTGCCATGCTGGTGGCTGTGATCGCACAGATGAA AGTCCTTGGGTACAGTGATCTCTTTGAGATGTACAACGATGCCAACATCA CATGCGGCTTGCCACTTGAGATCAAGGGCTTCCTTTTGCTCCTGGTGATC ATCTTGGTGCTTCACACTCTGGATCGCCAGGGTGAATATGTGGCTCGCAC AGATTTCCTCTGGAAGGCCAAGTTGAAGGTGGAGCAGGAGGAGGTGGAGA CCATGCGTGGCATTAACAAGATTCTGCTGGAGAACATCCTGCCGGCCCAT GTGGCCACCCATTTCCTGCATCTGGAACGCTCCACGGAGCTCTACCACGA GAGCTACTCCTGCGTGGCCGTCATGTTCGCCTCCATTCCCAACTACAAGG AGTTCTACGATGAGACGGATGTCAACAAACAGGGCCTGGAGTGCCTGCGT CTGTTGAACGAAATCATTTGTGATTTCGATAAGCTTCTCTTGAAACCAAA GTTCAGTGGAATCGAAAAGATTAAGACTATAGCGAGCACATATATGTGTG CCTCGGGTTTGCGACCCGGCAAGGAGGATGGCGCTACGGACGAGAAGCGC ACGGAGGAGCACAACGTGGTCATTTTGGTGGAGTTTGCGATTGCTTTGAT GTCCATACTGGACTCGATTAATCGCGAGTCCTTCCAACGATTCCGTCTCC GCATCGGACTCAATCACGGTCCGGTGATTGCCGGCGTGATTGGTGCCCAG AAGCCGCAGTACGACATATGGAGCAACACGGTCAACGTGGCCTCCCGCAT GGATTCATGTGGCGTAATGGGACGACTTCAGACGACGGAAAACACGGCCA AGATTTTGATGACCGCCGGCTACGAGTGCGAGTGCCGAGGCCTGACTTAT GTGAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA TGGGAAGTTG------------------------------------ >D_simulans_Ac76E-PA ATGGTAAATCACAATGCGGAAACTGCGAAAACGGAAAATGGCACAAATGC AACAGCGAATCTGATTGTTAAGGCCGACGGAAATGCA---ACGCAGCCCA AG------------ACGATGACGTCATCGGCGGCCAGGATAAATGACGCC CTTTCGGCATCTCTGGCCGATTTGAGCGAGCAGGAAAATGGAACCACGGC TGAGGACATCCACCTAAACGATTTATACACCCGCTACCGCCAGAGGCTCC GCAAGTCGCTCTTCAGATCGGGATTGCTAACTTCGCTGCTGGCATGTGTT GTGTCCATAATAATTGGCATCGTTTACGACCAGCACCTGGTGCAGACCAT GCTCTTAGTCCTGGCTGCCCTAATCTCGGGCTCCATTCTCACGGCCCTGC AGTTCCCGGCGGTGCTGAGCTCCCCGGCCGCCGCCTTGGCCTTCGCCATC GTCACCACCTTCTCGCTGGGCACGATTGCGGCCATCACCGGGGACGAACT GGCTCCCCTGCCCATGTACGCCCTCTTCCTGTGCATCCACTCCATGCTGC CCATTTCGTGGCCCGTCTCCGTGGTCCTGGCTCTATTCATGACCGCCATT CACATCGTTTACCGCATCGGCACAAGTCCCGACTACGCGCCCAATTTGCC AATGCTCTTCGGGGAGATTGTGATGCTGGCCAGCGCCTCAGTTTCCGGTC TCTACTACCGCATCATGTCGGACGCAGCCCACAACCGGACCGTGGACGGA ACAAGGACGGGAATCGAGCAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA GCAGGAGCAGCTGCTCCTCAGCGTCATTCCCGCTTACATCGCCGCCGAGG TGAAGCGCAGCATCATGCTGAAAATGGCGGATGCCTGTCAGAGAGCCGGA GGACAGGCGTCCACCTCGGCCACCCGGTTCCATGAGCTCCACGTCCAGCG GCACACGAATGTCACCATTCTGTTCGCGGATATTGTCAACTTCACGCCCC TTTCAAGTTCCCTGACGGCCAGCGATTTGGTGAAGACCCTCAACGATCTC TTTGGACGATTCGATCAAATAGCTCAGGAGAACCAATGCCTACGCATCAA GATCCTGGGGGATTGTTATTACTGTGTGTCCGGCCTGCCCATTTCCCGGC CCCAACATGCAACCAACTGTGTCAACATGGGCCTGCAGATGATCGATGCC ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTCGACATGCGAATTGG CATCCACACTGGCAACGTACTCTGCGGCGTCCTTGGCCTACGCAAGTGGC AATTTGATGTTTGGAGCGACGACGTTACATTGGCCAACCACATGGAGAGC GGCGGTGTAGCTGGGCGCGTCCACATCACGAAGCAAACTTTGGACTTCCT GGGCGACAAGTTCGAGGTGGAGCAGGGCGAGGGTGGCAATCGAGATGCGT ATCTGGCGGATCACAAGGTGGAATCGTATCTCATAGTGCCACCGAAACCA GCATACACATACAGCGTTCCACGGGTGGTGGAGTGCATTGAGCAGAACGA TCCCAGTCCCACCACCGAGGAGACCAAG---GAGATCAAGGAGGCGGATC ACTCCCATGAAGCCACCGATGTTGCCGATGGCCTGCTCCCGGTAACTGTG ---GCTCCACCGCCTGCAATCGTGGACGAGAAGATGTCACCCACCTCGAC CAATAGCCAGGAGGCACCTTTGCATGCCCCACTCGCCTCGGCCGCCTCCA TGTCCATTAAGGAGCTGTCCGAGGAGGAGGACGAGGCTGATGAGGCCACT GCCGTCACCGAGCCGCTGATGCACAGGGATCAGGATGGCAGGAATGGCAA GGAG---------CCGAAGGCAAATGGTGGTCATCGCGGCAGTGGTGATT CCGCCGCCTCCGAGTCGGCGGCCAAGTCCGCTGCCCTTTCCCTGCCCGCC GATGATCTGCTCAGTATGAGTGGGTCAGAGAGCGGCATCTCCAACAGCGG AGCCCAGGCGCAATCCTCGAATCCGGCGAGTGTCACACCCACCGCAGCCG CTCCACCCGGAGGAGTTTCATCCGCCTCCAACAGCTTGACGGTGGCCGAG GCACCGGAGAGATCTCGCCGGAAGTTGTCCGTTCAAGGTCTGATGTCCTT CGCCGACAGACGCCGCTCCTCCGGAGCCTTCATCGAAGGACGAAAGCTGT CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGTCATGTCACACGC AATCGTCCCTCGTCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA TCGACCCTTTGCCAATATTGCCGAATCCAAGCTGGTGAAGAACATCGGAC TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCACCGGAGCGTAAA TGTTTCAATTTTAATTTCTTCGGGCCGCCCACGGAGCTGAAGCCGTTCAC CATGTGGTACCGCAATACGCCCCGGGAGGCCATGTACCGCGCCCAGCCGG ATACGCACTTCCGGTTCGACCTGATATGCGCCTTCGTCCTCTTCCTCTCG CTGGCCGTCGTCCAGCTGATTGTAATCGAATTGAACCTGGCCCTTCTTGG ATCCCTTCTGGCCAGCTTCGTATCGCTGGCCCTCTTCCTCTACCTGAGCA ACATGTCCGTGCCGGACGTGCACGCCTCCACCACGGAGCGAAATGGTCCC GGCCAGGTGGTGGCCAGCAGTCGCTACTTGCGGCTGGCCATGTTCGTCGT GGTCAACATCCTCATTTCGTCCTGCGCGGTGTTCAGTGTGATAAACTACA CTGTGCCTGACGGGGTAAACAAGGAGCCATCATCC---AATCAGACCATC CTGGAGAGCAATTTTTCGAGTGAGTTCGTGAACTCCACCCTGGAGGATGT GCAGCTGTGGGAGATCGACCATGCCATACCCATTGCGCCCGTATTTCTGT ATTGCTGTGCCATTAGTTTGGCTGCGATTTCCGCCTTCCTGCGATCTGGA TTTATTCTCAAGCTGATTGCCATGCTGGTGGCTGTGATCGCACAGATGAC AGTCCTTGGGTACAGTGATCTCTTTGAGATGTACAACGATGCCAACATCA CATACGGCTTGCCACTTGAGATCAAGGGCTTCCTTTTGCTCCTGGTAATC ATCTTGGTGCTTCACACTCTGGATCGCCAGGGTGAATATGTGGCTCGCAC AGATTTCCTCTGGAAGGCCAAGTTGAAGGTGGAGCAGGAGGAGGTGGAGA CCATGCGTGGCATTAACAAGATTCTGCTGGAGAACATCCTGCCGGCCCAC GTGGCCACCCATTTTCTGCATCTGGAACGCTCCACGGAGCTCTACCACGA GAGCTACTCCTGCGTGGCCGTCATGTTCGCCTCCATTCCCAACTACAAGG AGTTCTACGATGAGACGGATGTCAACAAACAGGGCTTGGAGTGCCTGCGT CTATTGAATGAAATCATTTGTGATTTCGATAAGCTTCTCTTAAAACCAAA GTTCAGTGGAATCGAAAAGATTAAGACTATAGCGAGCACATATATGTGTG CCTCGGGCTTGCGACCCGGCAAGGAGGACGGCGCCACGGACGAGAAGCGC ACGGAGGAGCACAACGTGGTCATTTTGGTGGAGTTTGCGATTGCTTTGAT GTCCATACTGGACTCGATTAATCGCGAGTCCTTCCAACGATTCCGTCTCC GCATCGGACTCAATCACGGTCCGGTGATTGCCGGCGTGATTGGTGCCCAG AAGCCGCAGTACGACATCTGGAGCAACACGGTCAACGTGGCCTCCCGCAT GGACTCATGTGGCGTAATGGGACGACTTCAGACGACGGAAAACACGGCCA AGATTTTGATGACCGCCGGCTACGAGTGCGAGTGCCGAGGCCTGACTTAT GTGAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA TGGGAAGTTG------------------------------------ >D_yakuba_Ac76E-PA ATGGTAAATCACAATGCGGAAGCTGCGAGAACGGAAAATGGCACAAATGC AACAGCGAGTCTGATCGTTAAAGCCCATGGAAATGCA---TCACAACCCA AG------------ACGATGATGACTTCGGCGGCCAGGATGAATGAGGCC CTTTCGGCATCTTTGGTCGAATTGAGCGAGCAGGAAAATGGAACCACGGC TGAGGACATCCACCTCAACGATTTATACACCCGCTACCGCCAGAGGCTCC GCAAGTCACTCTTCAGATCGGGATTGTTAACTTCGCTGCTGGCATGTGTT GTGTCCATAATAATTGGCATCGTTTACGACCAGCACCTGGTGCAGACCAT GCTCTTAGTCCTGGCGGCTCTAATCTCGGGATCCATTCTCACGGCTCTGC AGTTTCCGGCGGTGCTGAGCTCCCCGGCTGCCGCCTTGGCCTTCGCCATC GTCACCACCTTCTCGCTGGGCACAATTGCGGCCATCACCGGGGACGAACT GGCTCCCCTGCCGATGTACGCCCTCTTCCTGTGCATCCACTCCATGCTGC CCATTTCGTGGCCCGTTTCCGTGGTGCTGGCTTTATTCATGACCGCCATT CACATCGTTTACCGGATCGGCACAAGTGCCGACTACTCGCCCAATTTGCC AATGCTCTTCGGGGAGATTGTTATGCTGGCCAGTGCCTCCGTTTCCGGTC TCTACTACCGCATCATGTCGGATGCAGCCCACAACCGGACCGTGGACGGA ACCAGGACGGGAATCGAGCAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA GCAGGAGCAACTGCTCCTCAGCGTCATTCCCGCCTACATCGCCGCTGAGG TGAAGCGCAGCATAATGTTGAAAATGGCGGATGCCTGTCAGAGAGCCGGA GGACAGGCGTCCACCTCGGCCACCCGGTTCCATGAGCTTCACGTCCAGCG ACACACCAATGTCACCATTCTTTTTGCGGATATTGTCAACTTCACGCCCC TTTCAAGTTCCCTGACGGCCAGCGATTTGGTGAAGACCCTGAACGATCTT TTTGGACGATTCGATCAAATCGCTCAGGAGAACCAATGCCTACGTATCAA GATCCTGGGGGACTGTTATTACTGTGTGTCCGGCCTGCCCATTTCCCGGC CCCAACATGCAACCAACTGTGTCAACATGGGCCTGCAGATGATCGATGCC ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTCGACATGCGAATTGG CATCCACACTGGCAACGTTCTCTGCGGCGTCCTTGGCCTACGCAAGTGGC AATTTGATGTTTGGAGCGACGACGTTACTTTGGCCAACCACATGGAGAGC GGCGGTGTCGCCGGGCGCGTCCACATCACGAAGCAAACATTGGACTTCCT GGGCGACAAGTTCGAGGTGGAGCAGGGAGAGGGTGGCAATCGAGATGCAT ATCTGGCGGATCACAAGGTGGAATCGTATCTCATAGTGCCACCGAAACCA GCATACACCTACAGCGTTCCACGGGTGGTGGAGTGCATGGAACAGAACGA TCCCAGTCCCACCACCGAGGAGACCAAG---GAGGTCAAGGACTTGGATC ACTCCCATGAAGCCACCGATGTCGCCGATAGCCTACTTCCTGTAACCGTG ---GCTCCACCTCCTGCAATCGTTGACGAGAAGATGTCACCCACTTCGAC TAATAGCCAGGAGGCTGCTTTGCATGCCCCACTCGCCTCAGCCGCCTCCA TGTCCATAAAGGAGCTGTCTGAGGAGGAAGACGAGGCGGACGATGCCACG GCAGTCACCGAGCCGCTGATGCTCAGGGATCAGGATGGCAAAAACGGTAA GGAG---------CCCAAAGCAAATGGTGGCCATCGCGGCAGTGGTGACT CCGCCGCCTCCGAGTCGGCGGCCAAATCCGCTGCCCTTTCCCTGCCCGCC GATGATCTGCTCAGTATGAGTGGCTCAGAGAGCGGCATCTCCAACAGCGG AGCCCAGGCGCAATCCTCGAATCCGGCAAGTGTCACACCCACCGCAGCCG CCCCAGCCGGAGGAGCTTCCTCCGCCTCCAACAGCCTCACGGTGGCCGAG GCGCCGGAGAGATCTCGCCGGAAGTTGTCTGTTCAAGGTCTGATGTCCTT CGCCGACAGACGCCGTTCCTCCGGAGCATTCATCGAAGGACGAAAGCTGT CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGCCATGTCACACGC AATCGGCCCTCATCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA TCGACCCTTTGCCAATATTGCAGAATCCAAGCTGGTGAAGAACATCGGAC TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCGCCGGAGCGTAAA TGTTTCAATTTTAATTTCTTTGGCCCGCCCACCGAGCTGAAGCCGTTCAC CATGTGGTACCGCAACACGCCCCGGGAGGCCATGTACCGCGCCCAGCCGG ATACGCACTTCCGGTTCGACCTGATATGCGCCTTCGTCCTCTTCCTCTCG CTGGCCGTCGTCCAGCTGATTGTAATCGAATTAAACCTGGCCCTGCTTGG ATCCCTCCTGGCCAGCTTCGTCTCGCTGGCCCTCTTCCTCTACCTGAGCA ACATGTCCGTGCCGGATGTGCACTCCTCTGCCACGGAGCGAAATGGTCCA GGTCAGGTGGTGGCCAGCAGTCGCTACTTGCGGCTGGCCATGTTCGTCGT GGTCAACATCCTCATCTCGTCCTGCGCGGTGTTTAGTGTGATAAACTACA CTGTGCCTGACAGGGTAAACAGGGAGCCGTCATCC---AATCTCACCATC TTGGGCAGCAATTCGTCGAGTGAGTTCATAAATGCCACCTTGGAGGATAT GCAGATATGGGAAATCGACCATGCCATACCGATAGCCCCCGTGTTTCTAT ATTGCTGTGCCATTAGTTTGGCGGCGATTTCTGCCTTTCTGCGATCTGGA TTTATCCTCAAGCTGATTGCCATGCTGGTGGCTGTGATCGCACAGGTCAC AGTCCTTGGATACAGTGACCTCTTTGAGATGTACAACGTGACCAACATTA AGTATGGGTTGCCACTTGAGATCAAGGGATTCCTTTTGCTTCTGGTAATC ATCTTGGTGCTGCACACCCTGGATCGCCAGGGTGAATATGTGGCTCGCAC TGATTTCCTGTGGAAGGCCAAATTGAAGGTTGAGCAGGAGGAGGTGGAAA CCATGCGTGGCATCAACAAGATTCTGCTGGAGAATATCCTGCCGGCCCAC GTGGCCACCCATTTCCTGCACCTGGAACGATCCACGGAGCTCTACCACGA GAGCTACTCCTGCGTGGCTGTCATGTTCGCTTCCATTCCCAACTACAAGG AGTTCTACGATGAGACGGATGTCAACAAACAGGGCTTGGAGTGCCTGCGT CTGTTGAACGAAATAATTTGTGATTTCGATAAGCTTCTCTTGAAACCAAA GTTCAGTGGCATCGAAAAGATTAAGACTATAGCAAGCACATATATGTGTG CCTCGGGTTTGAGACCCGGAAAGGAAGACGGCGCTACGGACGAGAAGCGC ACGGAGGAGCACAACGTGGTCATTTTGGTTGAGTTTGCGATTGCTTTGAT GTCCATACTGGACTCGATTAATCGCGAGTCCTTCCAACGATTCCGACTCC GCATAGGACTCAATCACGGTCCGGTGATTGCCGGGGTGATTGGTGCCCAG AAACCACAATATGACATCTGGAGCAATACGGTCAACGTGGCCTCACGCAT GGACTCATGTGGCGTAATGGGACGTCTTCAGACGACGGAAAACACAGCCA AAATTTTGATGACCGCCGGTTACGAGTGCGAGTGCCGAGGCCTGACTTAT GTCAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA TGGGAAGTTG------------------------------------ >D_erecta_Ac76E-PA ATGGTAAATCGCAATGCGGAAGCTGCGAGATCGGAAAATGGCACAAATGC AACAGCGAATCTGATTGTTAAGGCCCAAGGAAATGCA---TCGCAACCCA AGACGATGACGATGACGATGACGACTTCGGCGGCCAGGATGAATGAGGGC CTTTCGGCATCTTTGGCCGAATTGAGCGAGCAGGAAAATGGTACCACGGC TGAGGACATCCACCTAAACGATTTATACACCCGCTACCGCCAGAGGCTCC GCAAGTCACTCTTCAGATCGGGATTGTTAACTTCGCTGCTGGCATGTGTT GTGTCCATAATAATTGGCATCGTTTACGACCAGCACCTGGTGCAGACCAT GCTCCTAGTCCTGGCGGCCCTAATCTCGGGATCCATTCTCACGGCTCTGC AGTTTCCGGCGGTGCTGAGCTCCCCGGCTGCCGCCTTGGCCTTCGCCATC GTCACCACCTTCTCGCTGGGCACCATTGCGGCCATCACCGGGGACGAGCT GGCTCCCCTGCCCATGTACGCCCTCTTCCTGTGCATCCACTCCATGCTGC CCATTTCGTGGCCCGTTTCCGTGGTGCTGGCCTTATTCATGACCGCCATT CACATCGTTTACCGGATCGGCACAAGTCCCGACTACGCGCCCAATTTGCC AATGCTCTTCGGGGAGATTGTGATGCTGGCCAGCGCCTCCGTTTCCGGTC TCTACTACCGCATCATGTCGGATGCAGCCCACAACCGCACCGTGGACGGA ACCAGGACGGGAATCGAGCAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA GCAGGAGCAACTGCTCCTCAGCGTCATTCCCGCCTACATCGCCGCCGAGG TGAAGCGCAGCATCATGTTGAAAATGGCTGATGCCTGTCAGAGAGCCGGA GGACAGGCGTCCACCTCGGCCACCCGGTTCCACGAGCTTCACGTCCAGCG GCACACCAATGTCACCATTCTCTTCGCGGATATTGTCAACTTCACGCCCC TTTCAAGTTCCCTCACGGCCAGCGATTTGGTGAAGACTCTGAACGATCTG TTTGGACGATTCGATCAAATTGCTCAGGAGAACCAATGCCTGCGTATCAA GATCCTGGGCGACTGTTATTACTGTGTGTCCGGCCTGCCCATTTCCCGGC CCCAACATGCAACCAACTGTGTCAACATGGGCCTGCAGATGATCGATGCC ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTCGACATGCGAATTGG CATCCACACTGGCAACGTACTCTGCGGCGTCCTTGGCCTACGCAAGTGGC AATTTGATGTTTGGAGCGACGACGTTACATTGGCCAACCACATGGAGAGC GGCGGTGTCGCTGGGCGTGTCCACATCACGAAGCAAACTTTGGACTTCCT GGGCGACAAGTTCGAGGTGGAGCAGGGAGAGGGTGGCAATCGAGATGCGT ATCTGGCGGATCACAAGGTGGAATCGTATCTCATAGTGCCACCGAAACCA GCATACACCTACAGCGTTCCACGGGTGGTGGAGTGCATTGAACAGAACGA TCCCAGTCCCACCACCGAGGAGACCAAG---GAGCTCAAGGAGTTGGATC ACTCGCATGAAGCCACCGATGTCTCCGATAGCCTACTTCCTGTAACTGTG ---GCCCCACCTCCTGCAATCGCCGACGAGAAGATGTCACCCACTTCGAC TAATAGCCAGGATGCCCCTTTGCATGCCCCTCTCGCCTCAGCCGCCTCCA TGTCCATTAAGGAGCTGTCCGAGGAGGAGGACGAGGCCGACGAGGCCACC GCAGTCACCGAGCCGCTGATGCTCAGGGATCAGGATGGCAAGAGCGGCAA GGAG---------CCCAAAGCAAATGGTGGCCATCGCGGCAGTGGTGATT CCGCCGCCTCCGAGTCGGCGGCCAAATCCGCTGCCCTTTCCCTGCCCGCC GATGATCTGCTCAGTATGAGTGGATCAGAGAGCGGCATCTCCAACAGCGG AGCCCAGGCGCCCACCTCGAATCCGGCGAGTGTCACACCCACTGCGGCCG CCCCAGCCGGAGCAGCTTCCTCCGTCTCCAACAGCCTCACGGTGGCCGAG GCACCGGAGAGATCTCGCCGGAAGTTGTCCGTTCAAGGTCTGATGTCCTT CGCCGACAGACGCCGTTCCTCCGGAGCCTTCATCGAAGGACGCAAGCTGT CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGCCATGTCACACGC AATCGGCCCTCGTCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA TCGACCCTTTGCCAATATTGCCGAATCCAAGCTGGTGAAGAACATCGGAC TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCGCCGGAGCGTAAA TGTTTCAATTTTAATTTCTTTGGGCCGCCCACGGAGCTGAAGCCGTTCAC CATGTGGTACCGCAACACGCCCCGGGAGGCCATGTACCGCGCCCAGCCGG ATACGCACTTCCGGTTCGACCTGATATGCGCCTTCGTCCTCTTCCTCTCG CTAGCCGTCGTCCAGCTGATTGTAATCGAATTGAACCTGGCCCTGCTTGG ATCCCTCCTGGCCAGCTTCGTCTCGCTGGCCCTCTTCCTCTACCTGAGCA ACATGTCCGTGCCGGATGTGCACTCCTCCGCCACGGAGCGCAATGGTCCC GGCCAGGTGGTGGCCAGCAGTCGCTACTTGCGGCTGGCCATGTTCGTCGT GGTCAACATCCTCATTTCGTCCTGCGCGGTGTTCAGTGTGATAAACTACA CCGTGCCCGACGGGGTGAACAAGGAGCCGTCGTCC---AATCATACCATC CTGAACAGCAATTTTTCGAGTGAGTTCATAAACTCCACCTTGGGGGACAT GCAGCTGTGGGAAATCGACCATGCCATACCGATTGCCCCGGTGTTTCTGT ATTGCTGTGCCATAAGTTTGGCAGCGATTTCTGCCTTTCTGCGATCTGGA TTTATCCTCAAGCTGATTGCCATGCTGGTGGCCGTAATCGCACAGGTCAC AGTCCTTGGATACAGCGATCTCTTTGAGATGTACAACGATACCAACATTA AATATGGCTTGCCACTTGAGATCAAGGGATTCCTTTTGCTTCTGGTGATC ATCTTAGTGCTGCACACCCTGGATCGCCAGGGTGAATATGTGGCTCGCAC GGATTTCCTGTGGAAGGCCAAACTGAAGGTGGAGCAGGAGGAGGTGGAAA CCATGCGTGGCATCAACAAGATTCTGCTGGAGAACATCCTGCCGGCCCAC GTGGCCACCCATTTCCTGCACCTGGAACGATCCACGGAGCTCTACCACGA GAGCTACTCCTGCGTGGCCGTCATGTTCGCCTCCATTCCCAACTACAAGG AGTTCTACGATGAGACGGATGTCAACAAACAGGGCTTGGAGTGCCTGCGT CTGTTGAACGAAATAATTTGTGATTTCGATAAGCTTCTCTTGAAACCAAA GTTCAGTGGGATCGAAAAGATTAAGACTATAGCAAGCACATATATGTGTG CCTCGGGCTTGAGACCCGGAAAGGAAGACGGCGCTACGGACGAGAAGCGC ACGGAGGAGCACAACGTGGTCATTTTGGTCGAGTTTGCGATTGCTTTGAT GTCCATACTGGACTCGATTAATCGCGAGTCCTTCCAACGATTCCGTCTCC GCATAGGACTCAATCACGGTCCGGTGATTGCCGGCGTGATTGGTGCCCAG AAACCACAGTATGACATCTGGAGCAATACGGTCAACGTGGCCTCACGCAT GGACTCATGTGGCGTAATGGGACGACTTCAGACGACGGAAAACACGGCCA AGATATTGATGACCGCCGGCTACGAGTGCGAGTGCCGAGGCCTGACGTAT GTCAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA TGGGAAGTTG------------------------------------ >D_takahashii_Ac76E-PA ATGGTAAATCACAATGCGGAGTCTGCGAAAACGGAAAACGGCACAAATGC AACGAAT---CTGATTGTTAAAGCCGGCGGAAATGCAACAATCCAACCCA AG------------ACGATGACGTCATCGGCGGCTAGGATGACGGAGGCC CTTTCGGCATCTTTGGCCGATTTGAGCGAGCAGGAGAATGGAACCACGGC TGAGGACATCCACCTAAACGATTTATATACCCGCTACCGCCAGAGACTCC GCAAGTCGCTCTTCAGATCGGGCCTCCTAACTTCACTGCTGGCATGTGTT GTGTCCATAATAATTGGCATCGTTTACGACCAGAGCCTGGTGCAAACCCT GCTGCTGGTGCTGGCGGCTCTAATCTCGGGATCCATTCTGACGGCTCTGC AGTTTCCGGCTGTGCTGAGCTCCCCGGCTGCCGCCTTGGCCTTCGCCATC GTCACCACCTTCTCGCTGGGCACGATTGCGGCCATCACCGGGGATGAGCT GGCCCCGCTGCCCATGTACGCCCTGTTCCTGTGCATCCACTCCATGCTGC CCATTTCGTGGCCCGTTTCCGTGGTGCTGGCCTTGTTCATGACCGCCATC CACATCGTTTACCGGATTGGCACAAGTGCCGACTACGCGCCCAATTTGCC CATGCTCTTCGGGGAGATTGTGATGCTGGCCAGTGCCTCCGTTTCCGGGC TCTACTACCGCATCATGTCGGACGCGGCGCACAATAGGACCGTGGATGGA ACTCGGACGGGAATCGAGCAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA GCAGGAGCAGCTGCTGCTCAGCGTCATTCCCGCCTACATTGCCGCCGAGG TGAAGCGCAGCATCATGTTGAAAATGGCGGATGCCTGTCAGAGAGCCGGA GGACAGGCGTCCACCTCGGCCACTCGATTCCACGAACTCCACGTCCAGCG ACACACCAATGTCACCATTCTCTTCGCTGATATCGTCAACTTTACGCCAC TGTCAAGTTCCCTGACGGCCAGCGATTTGGTCAAGACCCTGAACGATCTG TTTGGACGCTTCGATCAAATTGCTCAGGAGAACCAATGCCTTCGCATCAA GATCCTGGGGGATTGTTATTACTGCGTGTCCGGCCTGCCCATTTCCCGGC CCCAACATGCAACCAATTGTGTCAACATGGGCCTGCAGATGATCGATGCC ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTTGACATGCGAATTGG CATCCACACTGGCAACGTTCTCTGCGGCGTCCTTGGCCTCCGCAAGTGGC AATTTGATGTTTGGAGCGACGATGTTACTTTGGCCAACCACATGGAGAGT GGCGGTGTCGCCGGGCGCGTCCACATCACCAAACAAACTCTGGACTTCCT GGGCGACAAATTCGAGGTTGAGCAAGGGGAGGGCGGCAACCGGGATGCGT ATCTGGCGGATCACAAGGTGGAATCGTATCTCATAGTGCCACCAAAACCG GCCTACACCTACAGCGTTCCGCGGGTGGTGGAGTGCATTGAGCAGAATGA TCCCAGTCCCACAGAGGAGAAGGAGACCAAGGAGGCGGTGGTGGTGGATC ACTCCAATGAGTCAGCCGATGTCACCGATAGCCTCATCCCGGTCACGGTT ACGGATCCCCTTCCTCTGGCCGTCGATGAAAAGATGTCACCCACCTCGAC GAACAGCCAGGAGGCGCCTTTGCACGCTCCCCTCGCCTCCGCGGCCTCCA TGTCCATCAAGGAGATGTCCGAGGAGGAGGACGAGGCTGACGAGGCCACC GCTGTCACCGAACCCCTGATGCTCAAGGATCAGGAGAGCAAAGAAGGCCA AAGCCAGGAAACGGCCAAACCCAATGGTGGCCATCGCGGAAGTGGTGATT CAGCCGCCTCCGAGTCGGCGGCCAAGTCCACTGCCCTTTCGCTGCCCGCC GAGGATCTGCTCAGCATGAGCGGATCGGAGAGCGGGATCTCAAACGGCGG AACCCCGGCTGCATCCTCGAATCCTGCTAGTGTCACGCCCACCACCGCCG CCCCCGCCGGAGGAGCCTCCTCCGGCACCAACAGCCTCACTGTGGCCGAG GCCCCCGAGAGATCCAGAAGAAAGTTGTCCGTTCAAGGCCTGATGTCCTT CGCCGACAGACGCCGCTCCTCCGGAGCATTCATCGAGGGACGAAAGCTGT CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGACATGTCACACGC AATCGTCCCTCATCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA TAGACCCTTTGCCAATATTGCCGAATCCAAGCTGGTGAAGAACATTGGAC TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCGCCCGAGCGTAAA TGTTTCAATTTTAATTTCTTCGGACCGCCCACGGAGCTAAAGCCGTTCAC CATGTGGTACCGCAATACGCCCCGGGAGGGAATGTACCGCGCCCAGCCGG ATACGCACTTCCGGTTCGACCTGATATGCGCCTTCGTCCTCTTCCTCTCG CTGGCCGTCGTCCAGCTGATTGTAATCGAATTGAACCTGGCTCTCCTTGG ATCCCTTTTGGCCAGCTTTGTGTCGCTGGCCCTGTTCCTCTACCTGAGCA ACATGTCCGTGCCGGATGTCCATGCCTCGGCCACGGATCGGAATGGTCCT GGCCAGGTGGTGGCCAGCAGTCGCTACCTGCGACTGGCCATGTTCGTCGT GGTCAACATCCTCATCTCGTCCTGTGCGGTGTTCAGTGTGATAAACTTCA CAGTACCTGATGGGATAAACAGTGAGCCACCGCCATCTAATGTAAGCACC TTGGAGGGCAATTATTCGATGGAGTTCTTAAACGCCACCCAGGAGGATAT GCAGCCGTGGGAAATCGCCCGAGCCATACCCATTGCCCCCGTGTTTCTAT ATTGCTGTGCCATTAGTTTGGCGGCAATCTCAGCCTTTCTAAGATCTGGT TTTATCCTCAAGCTGATTGCCATGCTGGTGGCCCTAATCGCCCAGGTCAC AGTTCTGGGATACAGTGATCTCTTCGAAAAGTACAACGAGACAAACATTA TATATGGCTTACCCCTGGAGATCAAGGGATTCCTGCTGCTTTTGGTTATC ATTCTGGTGCTTCATACTCTGGATCGCCAGGGTGAATATGTGGCCCGCAC CGATTTCCTGTGGAAAGCCAAATTGAAGGTCGAACAGGAGGAGGTGGAAA CCATGCGTGGCATCAACAAGATTCTGCTGGAGAATATCCTGCCGGCCCAC GTGGCCACCCATTTCCTGCACCTGGAACGCTCCACGGAGCTCTACCACGA GAGCTACTCCTGCGTGGCCGTCATGTTCGCCTCCATTCCCAACTACAAGG AGTTCTACGACGAGACGGATGTCAACAAGCAGGGCCTGGAGTGCCTGCGC CTGTTGAACGAAATCATTTGTGATTTCGATAAGCTTCTGCTAAAACCAAA GTTCAGTGGCATCGAGAAAATTAAAACTATAGCCAGCACTTATATGTGTG CTTCGGGTTTAAGACCCGGCAAAGAAGACGGCGCTACGGACGAGAAGCGA ACGGAGGAGCACAACGTGGTCATATTGGTCGAGTTTGCGATTGCTTTGAT GTCCATATTGGATTCGATTAATCGCGAGTCCTTCCAGCGATTCCGTCTCC GCATAGGACTCAATCATGGCCCAGTGATTGCCGGTGTGATTGGCGCCCAG AAACCGCAATATGATATCTGGAGTAATACGGTTAATGTGGCCTCACGCAT GGACTCGTGTGGCGTAATGGGAAGACTTCAGACTACCGAAAACACGGCAA AGATATTGATGAGCGCTGGATACGAATGCGAGTGCCGAGGCCTGACCTAC GTCAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA TGGGAAATTG------------------------------------ >D_biarmipes_Ac76E-PA ATGGTAAATCACAATGCGGAGCCTGCAAAAACGGAAAACGGCACGAGTGC AACGAAT---CTGATTGTGAAAGCCGGCGGAAATGCA---TCGCAGCCCA AG------------ACGATGACGTCCTCGGCGGCCAGGATGACGGAGGCC CTCTCGGCCTCTTTGGCCGACTTGAGCGAGCAGGAAAACGGAACCACGGC TGAGGACATCCACCTAAACGATTTATATACCCGCTACCGCCAGAGGCTCC GCAAGTCCCTCTTCAGATCGGGCCTCCTAACTTCGCTGCTGGCATGTGTT GTGTCCATAATAATTGGCATCGCTTACGACCAGAGTCTGCTGCGAACTCT GCTGCTGGTGCTGGCGGCTCTAATCTCGGGATCCATTCTGACGGCTCTGC AGTTTCCGGCGGTGCTGAGCTCCCCGGCCGCCGCCTTGGCCTTCGCCATC GTCACCACCTTCTCGCTGGGCACAATTGCGGCCATCACCGGGGATGAACT GGCCCCGCTGCCCATGTACGCCCTATTCCTGTGCATCCACTCCATGCTGC CCATTTCGTGGCCCGTCTCCGTGGTGCTGGCCCTATTCATGACCGCCATC CACATCGTTTACCGGATCGGCACAAGTCCCGACTACGCGCCCAATTTGCC AATGCTCTTCGGGGAGATTGTGATGCTGGCCAGCGCCTCCATTTCCGGGC TCTACTACCGCATCATGTCGGACGCGGCGCACAACAGGACCGTGGATGGC ACCCGGACGGGCATCGAGCAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA GCAGGAGCAGCTGCTCCTCAGCGTCATCCCCGCCTACATTGCCGCAGAGG TGAAGCGCAGCATCATGCTGAAGATGGCGGATGCCTGTCAGAGGGCTGGG GGACAGGCTTCCACCTCGGCCACTCGGTTCCACGAGCTGCATGTCCAGCG CCACACCAATGTCACCATTCTCTTCGCCGATATCGTCAACTTCACGCCCC TCTCAAGTTCCCTGACGGCCAGCGACTTGGTCAAGACCCTGAACGATCTG TTTGGACGGTTCGATCAAATAGCTCAGGAGAACCAGTGCCTGCGCATCAA GATCCTCGGGGACTGTTATTACTGCGTGTCCGGCCTGCCCATTTCCCGGC CCCAACATGCAACCAATTGTGTCAACATGGGCCTGCAGATGATCGATGCC ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTTGACATGCGAATTGG CATCCACACTGGCAACGTTCTCTGCGGCGTCCTTGGCCTCCGAAAGTGGC AATTTGATGTTTGGAGCGACGACGTTACATTGGCCAACCACATGGAGAGC GGCGGTGTCGCCGGGCGCGTCCACATCACGAAACAAACTCTGGACTTCCT GGGCGATAAGTTCGAGGTGGAGCAAGGAGAGGGTGGCAACCGGGATGCGT ATCTGGCGGATCACAAGGTGGAATCGTACCTCATAGTGCCGCCCAAGCCG GCCTACACCTACAGCGTTCCGCGAGTGGTGGAGTGCATCGAGCACAATGA TCCCAGTCCCACGGAGGAGAAGCAGAAG---GAGACCAAGGTGGCGGATC AGTCCAACGAGGGCACAGATGTGACCGACAGCCTAATCCCGGCTACGGTG ---GATCCCATACCCTTGGTCGTCGACGAAAAGATGTCACCCACCTCGAC GAATAGTCAGGAGGTTCCTTTGCACGCTCCACTCGCCTCCACTGCCTCCA TGTCCATTAAGGAGCTGTCCGAGGAGGAGGACGAAGCGGACGAGGCCACC GCAGTCACAGAGCCCCTGATGCTCAAGGATCAGGAGAGCAAGGAAGGCCA GGAG---------GTCAAGCCCAACGGTGGCCACCGCGGCAGTGGCGATT CCGCCGCCTCCGAGTCCGCGGCCAAGTCCACCGCCCTTTCCCTGCCAGCC GAAGATCTGCTCAGCATGAGCGGTTCGGAGAGCGGCATCTCCAACAGCGG CACCCCGGCTCCATCCTCGAATCCCACGAGTGTCACGCCCACCGCAGCCG CCCCCGCCGGAGGAGCTTCCTCCGGCACCAACAGCCTCACTGTGGCCGAG GCCCCGGAGCGATCCCGCCGGAAGTTGTCCGTTCAAGGTCTGATGTCCTT CGCCGACAGACGCCGCTCCTCCGGAGCCTTCATCGAAGGACGAAAGCTGT CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGTCATGTCACACGC AATCGTCCCTCATCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA TAGACCCTTTGCCAATATTGCCGAATCCAAACTGGTCAAGAACATTGGAC TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCGCCGGAGCGTAAA TGTTTCAATTTTAATTTCTTCGGACCGCCCACGGAGCTGAAACCGTTCAC CATGTGGTACCGCAACACGCCCCGGGAGGGCATGTACCGCGCCCAGCCGG ACACGCACTTCCGGTTCGACCTGATATGCGCCTTCGTGCTCTTCCTCTCG CTGGCCATCGTCCAGCTGATTGTAATCGAATTGAACCTGGCCCTCCTCGG ATCCCTCCTGGCCAGCTTTCTGTCCCTGGCCCTGTTCCTCTACCTGAGCA ACATGTCCGTGCCGGACGTGCACGCCTCGGCCACGGAGCGGAACGGTCCT GGCCAGGTGGTGGCCAGCAGTCGCTACCTGCGACTGGCCATGTTCGTCGT GGTCAACATCCTCATCTCCTCCTGCGCGGTCTTCAGTGTGATTAACTACA CGGTACCCGATGGGGTAAACAGTGAGCCACCGCCT---AATGCCACCAGC CTGGTCGGAAATTTCAGT---GACCTTTTGAACGCCACCCAGGAGGAGAT GCAGCCGTGGGACATAGCCCGTTCCATACACATTGCTCCCGTGTTTCTAT ACTGCTGTGCCATTAGTTTGGCGGCTATTTCCGCCTTTCTAAGATCTGGG TTTATCCTCAAGCTGATCGCCATGTTGGTGGCTGTAATCGCTCAGGTCAC CGTGCTCGGATACAGCGATCTCTTTGTTATTTACAACGACACAAATATTA AATATGGCTTAGCCCTGGAGATCAAGGGCTTCCTGCTGCTCTTGGTCATC ATCCTGGTGCTCCACACTCTGGATCGCCAGGGTGAGTATGTGGCCCGCAC GGATTTCCTGTGGAAGGCCAAGTTGAAGGTCGAACAGGAGGAGGTCGAGA CCATGCGTGGCATCAACAAGATTCTGCTGGAGAACATCCTGCCAGCCCAC GTGGCCACCCATTTCCTGCACCTGGAACGCTCCACGGAGCTCTACCACGA AAGCTACTCCTGCGTGGCCGTGATGTTCGCCTCCATTCCCAACTACAAGG AGTTCTACGACGAGACGGATGTCAACAAACAGGGCCTGGAGTGCCTGCGT CTGTTGAACGAAATCATTTGCGATTTCGATAAGCTCCTGTTAAAGCCAAA GTTCAGTGGAATCGAAAAGATTAAAACCATAGCCAGCACCTACATGTGCG CTTCGGGTTTGAGGCCCGGCAAGGAAGACGGCGCTACGGACGAGAAGCGA ACGGAGGAGCACAACGTGGTCATATTGGTCGAGTTTGCGATTGCTTTGAT GTCCATATTGGATTCGATTAATCGCGAGTCCTTCCAACGATTCCGTCTCC GCATAGGACTCAATCACGGACCAGTGATTGCCGGCGTGATTGGCGCCCAG AAACCGCAGTACGACATCTGGAGCAATACGGTCAACGTGGCCTCACGCAT GGACTCATGTGGCGTGATGGGACGGCTTCAGACGACGGAAAACACGGCCA AGATATTGATGGCAGCCGGCTACGAGTGCGAGTGCCGCGGCCTGACCTAT GTCAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA CGGGAAATTG------------------------------------ >D_suzukii_Ac76E-PA ATGGTAAATCACAATGCGGAATCTGCGAAAACGGAAAACGGCACGAATGC AACGAAC---CTGATTGTGAAAGCCGGCGGAAATGCA---ATCCAGACCA AG------------ACGATGACGTCCTCGGCTGCCAGGATGACGGAGGCC CTTTCGGCATCTTTGGCCGATTTGAGCGAGCAGGAAAATGGAACCACGGC TGAGGACATCCACCTAAACGATTTATATACCCGCTACCGCCAGAGGCTCC GCAAGTCTCTCTTCAGATCGGGCCTCTTAACTTCGCTGCTGGCATGTGTT GTGTCCATAATAATTGGCGTCGTTTACGACCAGAGCCTGCTGCAAACTTT GCTGCTGGTGCTGGCGGCTCTAATCTCGGGATCCATTCTGACGGCTCTGC AGTTTCCGGCGGTGCTGAGCTCCCCAGCCGCCGCCTTGGCCTTCGCCATC GTCACCACCTTCTCGCTGGGCACAATTGCGGCCATCACCGGGGATGAGTT GGCCCCGCTGCCCATGTACGCCCTGTTCCTGTGCATCCACTCCATGCTGC CCATTTCGTGGCCCGTCTCCGTGGTGCTGGCTTTATTCATGACCGCCATC CACATCGTTTACCGGATCGGCACAAGTCCCGACTACGCGCCCAATTTGTC AATGCTCTTCGGGGAGATTGTGATGCTGGCCAGCGCCTCCATTTCCGGGC TCTACTACCGCATCATGTCGGATGCGGCGCACAACAGGACCGTGGATGGA ACCCGGACGGGAATCGAGCAGCGCGTGAAGCTCGAGTGCGAGCGGGAGCA GCAGGAGCAGCTGCTCCTCAGCGTCATTCCCGCCTACATTGCCGCCGAGG TGAAGCGCAGCATCATGCTGAAGATGGCGGATGCCTGTCAAAGAGCTGGA GGACAGGCGTCCACCTCGGCCACTCGGTTCCACGAGCTCCATGTCCAGCG ACACACCAATGTCACCATTCTCTTCGCTGATATCGTCAACTTCACGCCCC TCTCAAGTTCCCTGACGGCCAGCGATTTGGTCAAGACCCTGAACGATCTG TTTGGAAGATTCGATCAAATAGCTCAGGAGAACCAGTGCCTGCGCATCAA GATCCTCGGGGACTGTTATTACTGCGTGTCCGGCCTGCCCATTTCCCGGC CCCAACATGCAACCAATTGTGTCAACATGGGCCTGCAGATGATCGATGCC ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTTGACATGCGAATCGG CATCCACACGGGCAACGTTCTCTGCGGCGTCCTTGGCCTCCGAAAGTGGC AATTTGATGTTTGGAGCGACGATGTTACATTGGCCAACCACATGGAGAGC GGCGGTGTCGCCGGGCGTGTCCACATCACGAAACAAACTTTGGACTTCCT GGGCGACAAGTTCGAGGTTGAACAAGGAGAGGGTGGCAATCGGGATGCGT ATCTGGCGGACCACAAGGTGGAATCGTATCTCATAGTGCCGCCCAAGCCG GCCTACACCTACAGCGTTCCACGAGTGGTCGAGTGCATCGAGCAGAATGA TCCCAGTCCCACGGAGGAGAAGGAG------GCCAAGGTGGTGGTGGATC ACTCCAACGAGGGCGCCGATGTCACCGACAGCCTAATCCCGGTTACGGTG ---GATCCCATACCCTTGGTCGTTGACGAAAAGATGTCACCCACGTCGAC GAATAGCCAGGAGGTCCCTTTGCATGCTGCTTTGGCATCCGCCGCCTCGA TGTCCATCAAGGAGTTGTCCGAGGAGGAGGACGAAGCGGACGAGGCCACC GCGGTGACCGAACCCCTGATGCTCAAGGATCAGGAGAGCAAGGATGGCCA GGAG---------GTCAAGCCCAATGGTGGCCACCGCGGCAGTGGCGATT CCGCAGCCTCCGAGTCCGCGGCCAAGTCCACCGCCCTTTCCCTGCCCGCC GAGGATCTGCTCAGCATGAGCGGATCGGAAAGCGGCGTCTCCAACAGCGG CACCCCGGCTCCATCCTCGAATCCCACGAGTGTCACGCCCACCGCAGCCG CCCCCGCCGGAGCAGCTTCCTCCGGCACCAACAGCCTCACTGTGACCGAG GCCCCGGAGCGCTCCCGCCGGAAGTTGTCCGTTCAAGGTCTGATGTCCTT CGCCGACAGACGCCGCTCCTCCGGAGCCTTCATCGAAGGACGAAAGCTGT CCATCCACAGTGGAGAAAGTTTCCGCAGTCATGCGGGTCATGTCACACGT AATCGTCCCTCATCGAAGATGACCAAATATGTGGAGTGCTGGGGGGCAGA TAGACCCTTTGCCAATATTGCCGAATCCAAACTGGTGAAGAACATTGGAC TGGCGAGCATCGCCATGATTGAATCAAATTTACTGCCGCCGGAGCGTAAA TGTTTCAATTTTAATTTCTTCGGACCGCCCACGGAGCTGAAGCCCTTCAC CATGTGGTACCGCAACACGCCCCGGGAGGGAATGTACCGCGCCCAGCCGG ATACGCACTTCCGGTTCGACCTGATATGCGCCTTTGTCCTCTTCCTCTCG CTGGCCATCGTCCAGCTGATTGTAATCAAATTGAACCTGGCCCTCCTTGG ATCCCTCCTGGCCAGCTTTCTGTCCCTGGCCCTGTTCCTCTATCTGAGCA ACATGTCCGTGCCGGATGTCCACTCCTCGGCCACGGAAAGAAACGGTCCT GGACAAGTGGTGGCCAGCAGTCGCTACCTGCGACTGGCCATGTTCGTGGT AGTCAACATTCTCATCTCGTCCTGCGCGGTGTTCAGTGTGATCAACTTTA CGGTGCCTGATGGGGTAAACAAAGAGCCACCACCT---AACGCCACCAAC TTGGCCAGCAATTTCAGC---GACTTTTTAAACGACACCCAGGAGGAGAT GCAGCCGTGGGAAATCGCCCGTGCCATACACATTGCCCCAGTGTTTCTAT ATTGCTGTGCCATTAGTTTGGCGGCAATTTCCGCCTTTCTAAGATCTGGT TTTATCCTCAAGCTGATTGCCATGCTGGTGGCTCTGATCGCACAAGTCAC AGTTCTCGGATACAGCGATCTCTTTGTTATTTACAACGACACAAATATTA AATATGGCTTACCCCTGGAGATCAAGGGATTCCTTCTGCTCTTGGTCATC ATTCTGGTGCTCCACACTTTGGATCGCCAGGGTGAATATGTGGCGCGCAC AGATTTCCTGTGGAAGGCCAAGTTAAAGGTCGAGCAGGAGGAGGTCGAGA CCATGCGTGGCATTAACAAGATTCTGCTGGAGAACATCCTGCCAGCCCAC GTGGCCACCCATTTCCTGCACCTGGAACGCTCCACGGAGCTCTACCACGA GAGCTACTCCTGCGTGGCCGTGATGTTCGCCTCCATTCCCAACTACAAGG AGTTCTACGACGAGACAGATGTCAACAAGCAGGGTCTGGAGTGCCTGCGT CTGTTGAACGAAATCATTTGTGATTTCGATAAGCTCCTCTTAAAGCCAAA GTTCAGTGGAATCGAAAAGATTAAAACTATAGCCAGCACCTATATGTGTG CTTCAGGTTTAAGGCCAGGCAAGGAAGACGGCGCTACGGACGAGAAGCGA ACGGAGGAGCACAACGTGGTCATACTGGTCGAGTTTGCGATTGCTTTGAT GTCCATATTGGATTCGATTAATCGCGAGTCCTTCCAACGATTCCGTCTCC GCATAGGGCTCAATCATGGTCCTGTGATTGCCGGCGTGATTGGCGCCCAG AAACCGCAGTACGATATCTGGAGTAACACAGTAAATGTGGCCTCACGCAT GGACTCATGTGGCGTAATGGGACGACTTCAGACGACGGAAAACACGGCCA AGATATTGATGGCAGCCGGCTATGAGTGCGAGTGCCGCGGCCTGACCTAT GTCAAGGGCAAGGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA CGGGAAATTG------------------------------------ >D_ficusphila_Ac76E-PA ATGTTAAATCGCAATGCGGAATCTGCGAAGACGGAAAACGGCAATGCAAA TGCAACGAATCTGATTGTTAAGGCCAGCGGAAATGCA---GCTCAGCCCA AG------------ACGATGACGTCATCGGCGGCCAAAATGACAGAGGCT CTGTCGGCCTCGCTGGCCGATTTGAGCGAGCAGGAAAATGGAACCACGGC TGAGGACATCCACCTAAACGATTTATACACCCGCTACCGCCAGAGACTCC GCAAGTCGCTCTTCAGATCGGGACTGCTTACTTCGCTGCTGGCATGTGTT GTGTCCATAATAATTGGCATCATCTACGACCAGCACCTGGGACAGACTCT GCTGCTGGCACTGGCGGCCATAATCTCGGGATCCATCCTGACGGCTCTGC AATTTCCGGCCGTGCTGAGCTCCCCGGCCGCAGCCTTGGCCTTCGCCATC GTCACCACCTTCTCGCTGGGCACAATTGCAGCCATCACCGGGGATAAGCT GGCCCCCCTGCCCATGTACGCCCTCTTCCTGTGCATCCACTCCATGCTGC CCATTTCGTGGCCCGTTTCCGTGGTGCTGGCCCTGTTCATGACCGCCATT CACATCGCTTACCGCATCGGCGAGAAT------------CCCAATTTGCC AATGCTATTTGGGGAGATTGTGATGCTGGCCAGCGCCTCCATTTCCGGGC TCTACTACCGCATCATGTCGGATGCGGCACACAACCGGACCGTCGACGGA ACCCGCACGGGAATCGAGCAGCGCGTGAAGCTCGAGTGCGAAAGGGAGCA GCAGGAGCAGCTCCTCCTCAGCGTCATTCCCGCCTACATTGCCGCCGAGG TGAAGCGCAGCATCATGCTGAAGATGGCCGATGCCTGTCAGCGAGCTGGA GGACAGGCGTCCACTTCGGCCACGCGATTCCACGAGCTGCATGTCCAGCG CCACACGAATGTCACCATTCTCTTCGCGGACATTGTCAACTTCACGCCCC TTTCAAGTTCTTTGACAGCCAGCGACTTGGTCAAGACCCTCAACGATCTC TTTGGACGATTCGACCAAATAGCTCAGGAGAACCAGTGCCTGCGCATCAA GATCCTGGGGGACTGTTATTACTGCGTGTCGGGACTTCCCATTTCCCGGC CCCAACATGCAACCAATTGCGTCAACATGGGCCTGCAGATGATCGACGCC ATCAGACACGTGCGTGAGGCGACCGGCATAAATGTTGACATGCGAATTGG CATCCACACTGGCAACGTTCTCTGCGGCGTCCTTGGCCTACGAAAGTGGC AATTTGATGTTTGGAGCGACGATGTTACATTGGCCAACCACATGGAGAGT GGCGGTGTCGCCGGGCGAGTCCACATCACGAAACAAACTCTGGACTTCCT GGGCGAGAAATTCGAGGTGGAGCAGGGCGAGGGCGGAAATCGGGATGCGT ATCTGGCGGATCACAAGATAGAAACGTATCTCATAGTGCCACCAAAGCCG GCGTACACCTACAGCGTTCCGCGAGTGGTGGAATGCATTGAGCACAACGA TCCCAGTTCCACGGAGGAGGTCAAG------GAAATTAAGGAGAATCAGA ACTCCAATGATGCAGCTGATGTTACGGATAATCTACTTCCGGTTACGGTG ---GATCCACCTCCACTTACAGTCGACGAAAAGATGTCGCCCACTTCAAC GAATAGTCAGGAGGCTCCGCTGCACGCTCCCCTCGTCTCCACTGCCTCGA TGTCGATCAAGGAACTCTCCGAGGAGGAGGACGAGGCCGATGAGGAAACC GCCGTCACCGAACCGCTGATGGCCAAGGATCAGGACAAAAAGGACCTGGA ACCG------GAGATCAAGGCCAATGGCAACCATCGTGGCAGCGGTGATT CCGCCGTCTCGGAATCGGCTGCCAAATCAGCGGCACTTTCCCTGCCCGCC GAGGATCTTCTGAGCATGAGCGGTTCGGAGAGCGGTATCTCCAACAGCGG AACCCCGGCTCCGTCCTCGAATGCTGCGAGTGTCACGCCCACCGCAGCCG CCTCCGCCGGAGGAGCGGCCTCCACCACAAACAGCCTCACGGTCGCCGAG GCTCCGGAAAGATCTCGAAGGAAGTTGTCCGTGCAAGGTCTGATGTCCTT CGCCGACAGACGCCGCTCCTCAGGAGCCTTCATCGAAGGACGAAAGCTGT CCATCCACAGCGGAGAAAGTTTCCGCAGTCATGCGGGTCATGTCACACGC AATCGTCCCTCATCGAAGATGACCAAATATGTGGAGTGCTGGGGAGCAGA TCGACCCTTTGCCAACATTGCCGAATCCAAGCTAGTGAAGAACATCGGAC TGGCGAGCATCGCCATGATTGAATCGAATTTACTGCCGCCGGAGCGTAAA TGTTTCAATTTTAATTTCTTCGGACCGCCGACGGAGCTGAAGCCGTTCAC CATGTGGTACCGCAACACGCCCCGGGAGGCGATGTACCGCGCCCAGCCGG ATACGCACTTCCGGTTCGACCTGATTTGCGCCTTCGTCCTCTTCCTGTCG CTGGCCATCGTCCAGCTGATTGTAATCAAATTGAACCTGGCCCTGCTCGG CTCCCTCTTGGCCAGCTTTATATCGCTGTCCCTGTTCCTCTACCTGAGCA ACATGTCCGTGCCGGATGTCCATGCCTCGTCGACGGAGCGAAACGGCCCC GGACAGGTGGTGGCCAGCAGTCGGTATCTGCGACTCGCCATGTTCGTCAT CGTCAACATCCTCATCTCGTCCTGTGCGGTCTTCAGTGTGATCAACTACA CCGTGCCAGACGGGGTAAGCAGTGAGCCATCGAAT---------GAAACA TTCATAGCCAATTTCTCGATGGAGTTCTTTAACGGCACTCAGGAGGAAAT GCAGCCGTGGGAAATTGCAAATGCCATACCGATTGCACCAGTATTCCTAT ATTGTTGTGCCATCAGTCTGGCGGCCATTTCAGCCTTTCTGCGATCTGGT TTTATCCTAAAGCTAATTGCAATGTTGGTGGCCGTGATCGCACAGGTTAC CGTACTCGGATACAGCGATCTTTTTGTGCAGTACAACCAACTAAACATCG AATATGGATTGCGCTTGGAGGTTAAGGGATTCCTGTTGCTCCTGGTAATC ATTCTGGTGCTGCACACTTTGGATCGTCAGGGTGAATATGTGGCACGAAC GGATTTCCTGTGGAAGGCCAAGCTGAAGGTCGAACAGGAGGAGGTGGAAA CAATGCGTGGCATAAACAAGATCCTGCTGGAGAACATCCTGCCGGCCCAC GTGGCCACCCACTTCCTGCACCTGGAACGCTCCACGGAGCTCTACCACGA GAGCTACTCCTGCGTGGCAGTCATGTTCGCCTCCATTCCCAACTACAAGG AGTTCTACGACGAGACCGATGTCAACAAACAGGGACTCGAGTGCCTGCGA TTGTTGAACGAAATCATTTGTGATTTCGATAAGTTGCTATTAAAACCAAA GTTCAGTGGAATTGAGAAGATTAAGACCATAGCCAGCACCTATATGTGTG CATCGGGTTTAAGGCCCGGAAAAGAAGACGGCGCCACGGACGAGAAGCGA ACGGAGGAGCACAACGTGGTCATATTGGTCGAGTTTGCGATTGCTTTGAT GTCCATATTGGATTCGATTAACCGGGAGTCCTTCCAACGCTTCCGTCTCC GCATAGGACTCAATCATGGACCCGTGATTGCCGGCGTGATTGGCGCCCAG AAGCCACAATACGATATCTGGAGCAATACGGTTAATGTGGCCTCACGCAT GGACTCATGTGGCGTCATGGGTCGACTTCAGACGACGGAAAACACGGCAA AGATATTGATGGCAGCCGGTTACGAGTGCGAATGCCGAGGCCTCACCTAC GTGAAGGGCAAAGGCAATCTAGTCACCTACTTTGTAAAGACACCTTTCGA TGGGAAATTG------------------------------------
>D_melanogaster_Ac76E-PA MVNHNAETAKTGNGTNATANLIVKADGNA-TQPK----AMTSSAARMNDA LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV VSIIIGIVYGQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP AYTYSVPRVVECIEQNDPSPTTEETK-EIKETDQSHEATDVADVLLPVTV -APPPAIVDEKMSPTSINSQEAPLHAPLASAASMSIKELSEEEDEADEAT AVTEPLMHRDQDGKNDKE---PKANGGHRGSGDSAASESVAKSAALSLPA DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPAGG--AASNSLTVAE APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASTTERNGP GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVSKEPSS-NQTI LESNFSSVFVNSTLEDVQLWEIDYAIPIAPVFLYCCAISLAAISAFLRSG FILKLIAMLVAVIAQVTVLGYSDLFEMYNDANITHGLPLEIKGFLLLLVI ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY VKGKGNLVTYFVKTPFDGKL >D_sechellia_Ac76E-PA MVNHNAETAKTENGTNATANLIVKADGNA-TQTK----TMTSSAARMNDA LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV VSIIIGIVYDQHLVQTMLLVLAALVSGSILTALQFPAVLSSPAAALAFAI VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES GGVAGRVHITKQTLDFLGDKFEVEQGDGGNRDAYLADHKVESYLIVPPKP AYTYSVPRVVECIEQNDPSPTNEETK-EIKEADHFHEATDVADGLLPVTV -APPPAIVDEKMSPTSTNSQEAPLHAPLASAASMSIKELSEEEDEADEAT AVTEPLMHRDRDGKNGKE---PKANGGHRGSGDSAASESAAKSAALSLPA DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPAGGVSSASNSLTVAE APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASTTERNGP GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVTKEPSS-NQTI LESNFSSGFVNSTLEDVQLWEIDHAIPIAPVFLYCCAISLAAISAFLRSG FILKLIAMLVAVIAQMKVLGYSDLFEMYNDANITCGLPLEIKGFLLLLVI ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY VKGKGNLVTYFVKTPFDGKL >D_simulans_Ac76E-PA MVNHNAETAKTENGTNATANLIVKADGNA-TQPK----TMTSSAARINDA LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV VSIIIGIVYDQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP AYTYSVPRVVECIEQNDPSPTTEETK-EIKEADHSHEATDVADGLLPVTV -APPPAIVDEKMSPTSTNSQEAPLHAPLASAASMSIKELSEEEDEADEAT AVTEPLMHRDQDGRNGKE---PKANGGHRGSGDSAASESAAKSAALSLPA DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPPGGVSSASNSLTVAE APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASTTERNGP GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVNKEPSS-NQTI LESNFSSEFVNSTLEDVQLWEIDHAIPIAPVFLYCCAISLAAISAFLRSG FILKLIAMLVAVIAQMTVLGYSDLFEMYNDANITYGLPLEIKGFLLLLVI ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY VKGKGNLVTYFVKTPFDGKL >D_yakuba_Ac76E-PA MVNHNAEAARTENGTNATASLIVKAHGNA-SQPK----TMMTSAARMNEA LSASLVELSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV VSIIIGIVYDQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI HIVYRIGTSADYSPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP AYTYSVPRVVECMEQNDPSPTTEETK-EVKDLDHSHEATDVADSLLPVTV -APPPAIVDEKMSPTSTNSQEAALHAPLASAASMSIKELSEEEDEADDAT AVTEPLMLRDQDGKNGKE---PKANGGHRGSGDSAASESAAKSAALSLPA DDLLSMSGSESGISNSGAQAQSSNPASVTPTAAAPAGGASSASNSLTVAE APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHSSATERNGP GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDRVNREPSS-NLTI LGSNSSSEFINATLEDMQIWEIDHAIPIAPVFLYCCAISLAAISAFLRSG FILKLIAMLVAVIAQVTVLGYSDLFEMYNVTNIKYGLPLEIKGFLLLLVI ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY VKGKGNLVTYFVKTPFDGKL >D_erecta_Ac76E-PA MVNRNAEAARSENGTNATANLIVKAQGNA-SQPKTMTMTMTTSAARMNEG LSASLAELSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV VSIIIGIVYDQHLVQTMLLVLAALISGSILTALQFPAVLSSPAAALAFAI VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI HIVYRIGTSPDYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP AYTYSVPRVVECIEQNDPSPTTEETK-ELKELDHSHEATDVSDSLLPVTV -APPPAIADEKMSPTSTNSQDAPLHAPLASAASMSIKELSEEEDEADEAT AVTEPLMLRDQDGKSGKE---PKANGGHRGSGDSAASESAAKSAALSLPA DDLLSMSGSESGISNSGAQAPTSNPASVTPTAAAPAGAASSVSNSLTVAE APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHSSATERNGP GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVNKEPSS-NHTI LNSNFSSEFINSTLGDMQLWEIDHAIPIAPVFLYCCAISLAAISAFLRSG FILKLIAMLVAVIAQVTVLGYSDLFEMYNDTNIKYGLPLEIKGFLLLLVI ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMTAGYECECRGLTY VKGKGNLVTYFVKTPFDGKL >D_takahashii_Ac76E-PA MVNHNAESAKTENGTNATN-LIVKAGGNATIQPK----TMTSSAARMTEA LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV VSIIIGIVYDQSLVQTLLLVLAALISGSILTALQFPAVLSSPAAALAFAI VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI HIVYRIGTSADYAPNLPMLFGEIVMLASASVSGLYYRIMSDAAHNRTVDG TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP AYTYSVPRVVECIEQNDPSPTEEKETKEAVVVDHSNESADVTDSLIPVTV TDPLPLAVDEKMSPTSTNSQEAPLHAPLASAASMSIKEMSEEEDEADEAT AVTEPLMLKDQESKEGQSQETAKPNGGHRGSGDSAASESAAKSTALSLPA EDLLSMSGSESGISNGGTPAASSNPASVTPTTAAPAGGASSGTNSLTVAE APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK CFNFNFFGPPTELKPFTMWYRNTPREGMYRAQPDTHFRFDLICAFVLFLS LAVVQLIVIELNLALLGSLLASFVSLALFLYLSNMSVPDVHASATDRNGP GQVVASSRYLRLAMFVVVNILISSCAVFSVINFTVPDGINSEPPPSNVST LEGNYSMEFLNATQEDMQPWEIARAIPIAPVFLYCCAISLAAISAFLRSG FILKLIAMLVALIAQVTVLGYSDLFEKYNETNIIYGLPLEIKGFLLLLVI ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMSAGYECECRGLTY VKGKGNLVTYFVKTPFDGKL >D_biarmipes_Ac76E-PA MVNHNAEPAKTENGTSATN-LIVKAGGNA-SQPK----TMTSSAARMTEA LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV VSIIIGIAYDQSLLRTLLLVLAALISGSILTALQFPAVLSSPAAALAFAI VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI HIVYRIGTSPDYAPNLPMLFGEIVMLASASISGLYYRIMSDAAHNRTVDG TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP AYTYSVPRVVECIEHNDPSPTEEKQK-ETKVADQSNEGTDVTDSLIPATV -DPIPLVVDEKMSPTSTNSQEVPLHAPLASTASMSIKELSEEEDEADEAT AVTEPLMLKDQESKEGQE---VKPNGGHRGSGDSAASESAAKSTALSLPA EDLLSMSGSESGISNSGTPAPSSNPTSVTPTAAAPAGGASSGTNSLTVAE APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK CFNFNFFGPPTELKPFTMWYRNTPREGMYRAQPDTHFRFDLICAFVLFLS LAIVQLIVIELNLALLGSLLASFLSLALFLYLSNMSVPDVHASATERNGP GQVVASSRYLRLAMFVVVNILISSCAVFSVINYTVPDGVNSEPPP-NATS LVGNFS-DLLNATQEEMQPWDIARSIHIAPVFLYCCAISLAAISAFLRSG FILKLIAMLVAVIAQVTVLGYSDLFVIYNDTNIKYGLALEIKGFLLLLVI ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMAAGYECECRGLTY VKGKGNLVTYFVKTPFDGKL >D_suzukii_Ac76E-PA MVNHNAESAKTENGTNATN-LIVKAGGNA-IQTK----TMTSSAARMTEA LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV VSIIIGVVYDQSLLQTLLLVLAALISGSILTALQFPAVLSSPAAALAFAI VTTFSLGTIAAITGDELAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI HIVYRIGTSPDYAPNLSMLFGEIVMLASASISGLYYRIMSDAAHNRTVDG TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES GGVAGRVHITKQTLDFLGDKFEVEQGEGGNRDAYLADHKVESYLIVPPKP AYTYSVPRVVECIEQNDPSPTEEKE--AKVVVDHSNEGADVTDSLIPVTV -DPIPLVVDEKMSPTSTNSQEVPLHAALASAASMSIKELSEEEDEADEAT AVTEPLMLKDQESKDGQE---VKPNGGHRGSGDSAASESAAKSTALSLPA EDLLSMSGSESGVSNSGTPAPSSNPTSVTPTAAAPAGAASSGTNSLTVTE APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK CFNFNFFGPPTELKPFTMWYRNTPREGMYRAQPDTHFRFDLICAFVLFLS LAIVQLIVIKLNLALLGSLLASFLSLALFLYLSNMSVPDVHSSATERNGP GQVVASSRYLRLAMFVVVNILISSCAVFSVINFTVPDGVNKEPPP-NATN LASNFS-DFLNDTQEEMQPWEIARAIHIAPVFLYCCAISLAAISAFLRSG FILKLIAMLVALIAQVTVLGYSDLFVIYNDTNIKYGLPLEIKGFLLLLVI ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMAAGYECECRGLTY VKGKGNLVTYFVKTPFDGKL >D_ficusphila_Ac76E-PA MLNRNAESAKTENGNANATNLIVKASGNA-AQPK----TMTSSAAKMTEA LSASLADLSEQENGTTAEDIHLNDLYTRYRQRLRKSLFRSGLLTSLLACV VSIIIGIIYDQHLGQTLLLALAAIISGSILTALQFPAVLSSPAAALAFAI VTTFSLGTIAAITGDKLAPLPMYALFLCIHSMLPISWPVSVVLALFMTAI HIAYRIGEN----PNLPMLFGEIVMLASASISGLYYRIMSDAAHNRTVDG TRTGIEQRVKLECEREQQEQLLLSVIPAYIAAEVKRSIMLKMADACQRAG GQASTSATRFHELHVQRHTNVTILFADIVNFTPLSSSLTASDLVKTLNDL FGRFDQIAQENQCLRIKILGDCYYCVSGLPISRPQHATNCVNMGLQMIDA IRHVREATGINVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMES GGVAGRVHITKQTLDFLGEKFEVEQGEGGNRDAYLADHKIETYLIVPPKP AYTYSVPRVVECIEHNDPSSTEEVK--EIKENQNSNDAADVTDNLLPVTV -DPPPLTVDEKMSPTSTNSQEAPLHAPLVSTASMSIKELSEEEDEADEET AVTEPLMAKDQDKKDLEP--EIKANGNHRGSGDSAVSESAAKSAALSLPA EDLLSMSGSESGISNSGTPAPSSNAASVTPTAAASAGGAASTTNSLTVAE APERSRRKLSVQGLMSFADRRRSSGAFIEGRKLSIHSGESFRSHAGHVTR NRPSSKMTKYVECWGADRPFANIAESKLVKNIGLASIAMIESNLLPPERK CFNFNFFGPPTELKPFTMWYRNTPREAMYRAQPDTHFRFDLICAFVLFLS LAIVQLIVIKLNLALLGSLLASFISLSLFLYLSNMSVPDVHASSTERNGP GQVVASSRYLRLAMFVIVNILISSCAVFSVINYTVPDGVSSEPSN---ET FIANFSMEFFNGTQEEMQPWEIANAIPIAPVFLYCCAISLAAISAFLRSG FILKLIAMLVAVIAQVTVLGYSDLFVQYNQLNIEYGLRLEVKGFLLLLVI ILVLHTLDRQGEYVARTDFLWKAKLKVEQEEVETMRGINKILLENILPAH VATHFLHLERSTELYHESYSCVAVMFASIPNYKEFYDETDVNKQGLECLR LLNEIICDFDKLLLKPKFSGIEKIKTIASTYMCASGLRPGKEDGATDEKR TEEHNVVILVEFAIALMSILDSINRESFQRFRLRIGLNHGPVIAGVIGAQ KPQYDIWSNTVNVASRMDSCGVMGRLQTTENTAKILMAAGYECECRGLTY VKGKGNLVTYFVKTPFDGKL
#NEXUS
[ID: 6689753340]
begin taxa;
dimensions ntax=9;
taxlabels
D_melanogaster_Ac76E-PA
D_sechellia_Ac76E-PA
D_simulans_Ac76E-PA
D_yakuba_Ac76E-PA
D_erecta_Ac76E-PA
D_takahashii_Ac76E-PA
D_biarmipes_Ac76E-PA
D_suzukii_Ac76E-PA
D_ficusphila_Ac76E-PA
;
end;
begin trees;
translate
1 D_melanogaster_Ac76E-PA,
2 D_sechellia_Ac76E-PA,
3 D_simulans_Ac76E-PA,
4 D_yakuba_Ac76E-PA,
5 D_erecta_Ac76E-PA,
6 D_takahashii_Ac76E-PA,
7 D_biarmipes_Ac76E-PA,
8 D_suzukii_Ac76E-PA,
9 D_ficusphila_Ac76E-PA
;
[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 = (1:0.02496295,(2:0.01162948,3:0.009124321)1.000:0.00801962,((4:0.03914367,5:0.02118616)1.000:0.01620391,((6:0.07218425,(7:0.04795527,8:0.04001796)1.000:0.03304409)1.000:0.02624947,9:0.1961698)1.000:0.08995313)1.000:0.02838467);
[Note: This tree contains information only on the topology
and branch lengths (median of the posterior probability density).]
tree con_50_majrule = (1:0.02496295,(2:0.01162948,3:0.009124321):0.00801962,((4:0.03914367,5:0.02118616):0.01620391,((6:0.07218425,(7:0.04795527,8:0.04001796):0.03304409):0.02624947,9:0.1961698):0.08995313):0.02838467);
end;
Estimated marginal likelihoods for runs sampled in files
"/opt/ADOPS/2/Ac76E-PA/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p" and "/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/batch/allfiles/mrbayes/input.fasta.fasta.mrb.lstat)
Run Arithmetic mean Harmonic mean
--------------------------------------
1 -12095.72 -12109.17
2 -12096.07 -12109.57
--------------------------------------
TOTAL -12095.88 -12109.39
--------------------------------------
Model parameter summaries over the runs sampled in files
"/opt/ADOPS/2/Ac76E-PA/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p" and "/opt/ADOPS/2/Ac76E-PA/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/2/Ac76E-PA/batch/allfiles/mrbayes/input.fasta.fasta.mrb.pstat".
95% HPD Interval
--------------------
Parameter Mean Variance Lower Upper Median min ESS* avg ESS PSRF+
------------------------------------------------------------------------------------------------------
TL{all} 0.667738 0.001077 0.607688 0.734053 0.667299 1369.07 1404.27 1.000
r(A<->C){all} 0.132980 0.000145 0.110058 0.156550 0.132675 1000.98 1063.28 1.000
r(A<->G){all} 0.278409 0.000338 0.243570 0.315766 0.277989 553.28 765.12 1.000
r(A<->T){all} 0.083024 0.000146 0.060075 0.106815 0.082461 997.80 1007.61 1.000
r(C<->G){all} 0.079235 0.000066 0.063511 0.095126 0.078988 1169.02 1262.46 1.000
r(C<->T){all} 0.357377 0.000372 0.319549 0.393800 0.356899 890.64 919.92 1.000
r(G<->T){all} 0.068975 0.000086 0.052048 0.088704 0.068709 885.23 984.01 1.000
pi(A){all} 0.224299 0.000037 0.211279 0.235209 0.224301 1086.43 1092.80 1.002
pi(C){all} 0.295933 0.000048 0.282434 0.309019 0.295890 915.59 990.93 1.000
pi(G){all} 0.271215 0.000045 0.257340 0.283481 0.271144 975.33 985.67 1.000
pi(T){all} 0.208553 0.000034 0.197596 0.220294 0.208700 1037.76 1053.67 1.000
alpha{1,2} 0.158194 0.000183 0.130695 0.184697 0.157601 1374.41 1437.70 1.000
alpha{3} 4.372858 1.064250 2.643965 6.559605 4.249739 1315.13 1326.77 1.000
pinvar{all} 0.432648 0.000645 0.384763 0.484567 0.433419 1297.82 1378.67 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/2/Ac76E-PA/batch/allfiles/codeml/input.fasta.fasta.pnxs
Model: One dN/dS ratio for branches,
Codon frequency model: F3x4
Site-class models:
ns = 9 ls = 1298
Codon usage in sequences
--------------------------------------------------------------------------------------------------------------------------------------
Phe TTT 12 10 11 14 13 12 | Ser TCT 3 4 3 7 4 3 | Tyr TAT 11 8 8 10 10 11 | Cys TGT 10 9 10 10 10 10
TTC 38 41 39 35 37 38 | TCC 41 40 41 37 40 35 | TAC 23 25 26 24 24 23 | TGC 13 15 13 13 13 13
Leu TTA 4 4 4 6 5 5 | TCA 11 8 8 11 8 11 | *** TAA 0 0 0 0 0 0 | *** TGA 0 0 0 0 0 0
TTG 28 24 24 28 26 22 | TCG 19 22 23 21 25 24 | TAG 0 0 0 0 0 0 | Trp TGG 8 8 8 8 8 8
--------------------------------------------------------------------------------------------------------------------------------------
Leu CTT 15 13 13 15 13 11 | Pro CCT 7 5 4 5 6 6 | His CAT 8 11 10 10 8 8 | Arg CGT 7 6 6 7 8 5
CTC 28 29 31 29 31 27 | CCC 22 22 25 22 25 30 | CAC 24 22 23 23 23 21 | CGC 23 26 26 22 25 25
CTA 7 7 8 6 7 9 | CCA 9 11 11 11 9 7 | Gln CAA 10 8 8 11 10 11 | CGA 12 11 11 12 9 9
CTG 58 63 60 57 61 68 | CCG 18 17 17 17 17 16 | CAG 30 30 31 28 29 28 | CGG 10 11 10 11 11 9
--------------------------------------------------------------------------------------------------------------------------------------
Ile ATT 35 33 34 28 32 31 | Thr ACT 12 11 10 10 10 12 | Asn AAT 26 27 27 27 25 29 | Ser AGT 14 14 14 15 13 16
ATC 38 38 39 39 37 39 | ACC 30 32 31 35 35 34 | AAC 29 29 29 29 31 27 | AGC 23 22 22 22 25 25
ATA 11 11 11 16 14 14 | ACA 11 11 13 11 9 8 | Lys AAA 10 8 7 13 11 18 | Arg AGA 6 5 5 7 7 12
Met ATG 36 37 36 39 37 36 | ACG 25 25 25 20 23 24 | AAG 41 44 43 37 40 33 | AGG 4 4 5 6 4 2
--------------------------------------------------------------------------------------------------------------------------------------
Val GTT 14 10 10 15 10 17 | Ala GCT 16 15 15 19 12 18 | Asp GAT 35 36 34 31 33 39 | Gly GGT 11 13 12 14 11 8
GTC 26 29 26 31 31 30 | GCC 76 75 74 68 76 73 | GAC 23 23 24 25 23 15 | GGC 35 35 35 30 34 36
GTA 10 9 11 7 7 5 | GCA 16 14 14 18 16 10 | Glu GAA 19 16 16 22 20 20 | GGA 21 20 20 24 23 26
GTG 46 45 45 41 43 40 | GCG 19 23 23 22 21 21 | GAG 61 64 66 59 61 65 | GGG 10 10 10 8 9 10
--------------------------------------------------------------------------------------------------------------------------------------
--------------------------------------------------------------------------------------
Phe TTT 12 15 13 | Ser TCT 2 4 4 | Tyr TAT 7 12 9 | Cys TGT 7 9 10
TTC 37 36 39 | TCC 45 42 33 | TAC 27 21 25 | TGC 16 14 13
Leu TTA 4 9 5 | TCA 6 8 9 | *** TAA 0 0 0 | *** TGA 0 0 0
TTG 22 24 22 | TCG 19 19 30 | TAG 0 0 0 | Trp TGG 8 8 8
--------------------------------------------------------------------------------------
Leu CTT 4 6 10 | Pro CCT 5 6 2 | His CAT 5 7 7 | Arg CGT 7 9 7
CTC 35 34 29 | CCC 28 27 22 | CAC 25 23 22 | CGC 25 23 22
CTA 9 6 11 | CCA 8 9 10 | Gln CAA 7 11 9 | CGA 9 9 18
CTG 70 65 64 | CCG 18 14 21 | CAG 32 28 31 | CGG 12 9 7
--------------------------------------------------------------------------------------
Ile ATT 30 32 32 | Thr ACT 8 7 9 | Asn AAT 22 25 29 | Ser AGT 16 13 12
ATC 41 39 41 | ACC 34 33 28 | AAC 33 32 33 | AGC 26 27 25
ATA 14 13 16 | ACA 8 10 10 | Lys AAA 12 12 13 | Arg AGA 5 8 5
Met ATG 35 35 35 | ACG 31 30 30 | AAG 40 42 42 | AGG 5 4 3
--------------------------------------------------------------------------------------
Val GTT 10 14 13 | Ala GCT 17 15 15 | Asp GAT 28 34 31 | Gly GGT 9 11 11
GTC 33 33 32 | GCC 73 70 68 | GAC 27 22 22 | GGC 41 35 27
GTA 6 7 6 | GCA 10 13 22 | Glu GAA 20 21 30 | GGA 20 23 30
GTG 42 41 35 | GCG 19 21 19 | GAG 62 60 55 | GGG 10 9 7
--------------------------------------------------------------------------------------
Codon position x base (3x4) table for each sequence.
#1: D_melanogaster_Ac76E-PA
position 1: T:0.17026 C:0.22188 A:0.27042 G:0.33744
position 2: T:0.31279 C:0.25809 A:0.26965 G:0.15948
position 3: T:0.18182 C:0.37904 A:0.12096 G:0.31818
Average T:0.22162 C:0.28634 A:0.22034 G:0.27170
#2: D_sechellia_Ac76E-PA
position 1: T:0.16795 C:0.22496 A:0.27042 G:0.33667
position 2: T:0.31048 C:0.25809 A:0.27042 G:0.16102
position 3: T:0.17334 C:0.38752 A:0.11017 G:0.32897
Average T:0.21726 C:0.29019 A:0.21700 G:0.27555
#3: D_simulans_Ac76E-PA
position 1: T:0.16795 C:0.22650 A:0.27042 G:0.33513
position 2: T:0.30971 C:0.25963 A:0.27119 G:0.15948
position 3: T:0.17026 C:0.38829 A:0.11325 G:0.32820
Average T:0.21597 C:0.29147 A:0.21828 G:0.27427
#4: D_yakuba_Ac76E-PA
position 1: T:0.17257 C:0.22034 A:0.27273 G:0.33436
position 2: T:0.31279 C:0.25732 A:0.26888 G:0.16102
position 3: T:0.18259 C:0.37288 A:0.13482 G:0.30971
Average T:0.22265 C:0.28351 A:0.22548 G:0.26836
#5: D_erecta_Ac76E-PA
position 1: T:0.17180 C:0.22496 A:0.27196 G:0.33128
position 2: T:0.31125 C:0.25886 A:0.26810 G:0.16179
position 3: T:0.16795 C:0.39291 A:0.11941 G:0.31972
Average T:0.21700 C:0.29224 A:0.21983 G:0.27093
#6: D_takahashii_Ac76E-PA
position 1: T:0.16564 C:0.22342 A:0.27735 G:0.33359
position 2: T:0.31125 C:0.25578 A:0.26810 G:0.16487
position 3: T:0.18182 C:0.37827 A:0.12712 G:0.31279
Average T:0.21957 C:0.28582 A:0.22419 G:0.27042
#7: D_biarmipes_Ac76E-PA
position 1: T:0.16333 C:0.23035 A:0.27735 G:0.32897
position 2: T:0.31125 C:0.25501 A:0.26733 G:0.16641
position 3: T:0.14561 C:0.42065 A:0.10632 G:0.32743
Average T:0.20673 C:0.30200 A:0.21700 G:0.27427
#8: D_suzukii_Ac76E-PA
position 1: T:0.17026 C:0.22034 A:0.27889 G:0.33051
position 2: T:0.31510 C:0.25270 A:0.26965 G:0.16256
position 3: T:0.16872 C:0.39368 A:0.12250 G:0.31510
Average T:0.21803 C:0.28891 A:0.22368 G:0.26939
#9: D_ficusphila_Ac76E-PA
position 1: T:0.16949 C:0.22496 A:0.27966 G:0.32589
position 2: T:0.31048 C:0.25578 A:0.27581 G:0.15794
position 3: T:0.16487 C:0.37057 A:0.14946 G:0.31510
Average T:0.21495 C:0.28377 A:0.23498 G:0.26631
Sums of codon usage counts
------------------------------------------------------------------------------
Phe F TTT 112 | Ser S TCT 34 | Tyr Y TAT 86 | Cys C TGT 85
TTC 340 | TCC 354 | TAC 218 | TGC 123
Leu L TTA 46 | TCA 80 | *** * TAA 0 | *** * TGA 0
TTG 220 | TCG 202 | TAG 0 | Trp W TGG 72
------------------------------------------------------------------------------
Leu L CTT 100 | Pro P CCT 46 | His H CAT 74 | Arg R CGT 62
CTC 273 | CCC 223 | CAC 206 | CGC 217
CTA 70 | CCA 85 | Gln Q CAA 85 | CGA 100
CTG 566 | CCG 155 | CAG 267 | CGG 90
------------------------------------------------------------------------------
Ile I ATT 287 | Thr T ACT 89 | Asn N AAT 237 | Ser S AGT 127
ATC 351 | ACC 292 | AAC 272 | AGC 217
ATA 120 | ACA 91 | Lys K AAA 104 | Arg R AGA 60
Met M ATG 326 | ACG 233 | AAG 362 | AGG 37
------------------------------------------------------------------------------
Val V GTT 113 | Ala A GCT 142 | Asp D GAT 301 | Gly G GGT 100
GTC 271 | GCC 653 | GAC 204 | GGC 308
GTA 68 | GCA 133 | Glu E GAA 184 | GGA 207
GTG 378 | GCG 188 | GAG 553 | GGG 83
------------------------------------------------------------------------------
Codon position x base (3x4) table, overall
position 1: T:0.16881 C:0.22419 A:0.27435 G:0.33265
position 2: T:0.31168 C:0.25681 A:0.26990 G:0.16162
position 3: T:0.17078 C:0.38709 A:0.12267 G:0.31947
Average T:0.21709 C:0.28936 A:0.22231 G:0.27124
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_Ac76E-PA
D_sechellia_Ac76E-PA 0.0880 (0.0081 0.0917)
D_simulans_Ac76E-PA 0.0692 (0.0063 0.0917) 0.1048 (0.0045 0.0425)
D_yakuba_Ac76E-PA 0.0768 (0.0164 0.2136) 0.0797 (0.0159 0.1992) 0.0675 (0.0134 0.1992)
D_erecta_Ac76E-PA 0.0961 (0.0166 0.1725) 0.1002 (0.0162 0.1621) 0.0818 (0.0136 0.1666) 0.0860 (0.0103 0.1199)
D_takahashii_Ac76E-PA 0.0868 (0.0361 0.4156) 0.0856 (0.0343 0.4009) 0.0816 (0.0324 0.3965) 0.0873 (0.0329 0.3772) 0.0957 (0.0345 0.3607)
D_biarmipes_Ac76E-PA 0.0921 (0.0374 0.4064) 0.0968 (0.0366 0.3775) 0.0926 (0.0346 0.3733) 0.0885 (0.0358 0.4045) 0.0992 (0.0364 0.3666) 0.0738 (0.0212 0.2875)
D_suzukii_Ac76E-PA 0.1029 (0.0401 0.3898) 0.0982 (0.0376 0.3827) 0.0945 (0.0365 0.3862) 0.0932 (0.0373 0.4005) 0.0999 (0.0370 0.3703) 0.0753 (0.0205 0.2722) 0.0817 (0.0145 0.1774)
D_ficusphila_Ac76E-PA 0.0973 (0.0499 0.5132) 0.0999 (0.0497 0.4978) 0.1003 (0.0479 0.4780) 0.0958 (0.0495 0.5166) 0.1078 (0.0496 0.4597) 0.1024 (0.0442 0.4321) 0.1033 (0.0436 0.4221) 0.1114 (0.0484 0.4345)
Model 0: one-ratio
TREE # 1: (1, (2, 3), ((4, 5), ((6, (7, 8)), 9))); MP score: 1195
lnL(ntime: 15 np: 17): -11438.145860 +0.000000
10..1 10..11 11..2 11..3 10..12 12..13 13..4 13..5 12..14 14..15 15..6 15..16 16..7 16..8 14..9
0.049927 0.016409 0.023715 0.018900 0.053326 0.031759 0.070559 0.045438 0.142940 0.054906 0.120338 0.062725 0.090588 0.078830 0.293236 2.089124 0.077139
Note: Branch length is defined as number of nucleotide substitutions per codon (not per neucleotide site).
tree length = 1.15359
(1: 0.049927, (2: 0.023715, 3: 0.018900): 0.016409, ((4: 0.070559, 5: 0.045438): 0.031759, ((6: 0.120338, (7: 0.090588, 8: 0.078830): 0.062725): 0.054906, 9: 0.293236): 0.142940): 0.053326);
(D_melanogaster_Ac76E-PA: 0.049927, (D_sechellia_Ac76E-PA: 0.023715, D_simulans_Ac76E-PA: 0.018900): 0.016409, ((D_yakuba_Ac76E-PA: 0.070559, D_erecta_Ac76E-PA: 0.045438): 0.031759, ((D_takahashii_Ac76E-PA: 0.120338, (D_biarmipes_Ac76E-PA: 0.090588, D_suzukii_Ac76E-PA: 0.078830): 0.062725): 0.054906, D_ficusphila_Ac76E-PA: 0.293236): 0.142940): 0.053326);
Detailed output identifying parameters
kappa (ts/tv) = 2.08912
omega (dN/dS) = 0.07714
dN & dS for each branch
branch t N S dN/dS dN dS N*dN S*dS
10..1 0.050 2985.0 909.0 0.0771 0.0044 0.0569 13.1 51.7
10..11 0.016 2985.0 909.0 0.0771 0.0014 0.0187 4.3 17.0
11..2 0.024 2985.0 909.0 0.0771 0.0021 0.0270 6.2 24.6
11..3 0.019 2985.0 909.0 0.0771 0.0017 0.0215 5.0 19.6
10..12 0.053 2985.0 909.0 0.0771 0.0047 0.0608 14.0 55.2
12..13 0.032 2985.0 909.0 0.0771 0.0028 0.0362 8.3 32.9
13..4 0.071 2985.0 909.0 0.0771 0.0062 0.0804 18.5 73.1
13..5 0.045 2985.0 909.0 0.0771 0.0040 0.0518 11.9 47.1
12..14 0.143 2985.0 909.0 0.0771 0.0126 0.1629 37.5 148.0
14..15 0.055 2985.0 909.0 0.0771 0.0048 0.0626 14.4 56.9
15..6 0.120 2985.0 909.0 0.0771 0.0106 0.1371 31.6 124.6
15..16 0.063 2985.0 909.0 0.0771 0.0055 0.0715 16.5 65.0
16..7 0.091 2985.0 909.0 0.0771 0.0080 0.1032 23.8 93.8
16..8 0.079 2985.0 909.0 0.0771 0.0069 0.0898 20.7 81.6
14..9 0.293 2985.0 909.0 0.0771 0.0258 0.3341 76.9 303.7
tree length for dN: 0.1014
tree length for dS: 1.3143
Time used: 0:20
Model 1: NearlyNeutral (2 categories)
TREE # 1: (1, (2, 3), ((4, 5), ((6, (7, 8)), 9))); MP score: 1195
lnL(ntime: 15 np: 18): -11237.599668 +0.000000
10..1 10..11 11..2 11..3 10..12 12..13 13..4 13..5 12..14 14..15 15..6 15..16 16..7 16..8 14..9
0.050292 0.016713 0.023790 0.019131 0.054001 0.032437 0.071543 0.045679 0.153622 0.050979 0.124014 0.064933 0.093186 0.080730 0.316046 2.115724 0.921173 0.020390
Note: Branch length is defined as number of nucleotide substitutions per codon (not per neucleotide site).
tree length = 1.19709
(1: 0.050292, (2: 0.023790, 3: 0.019131): 0.016713, ((4: 0.071543, 5: 0.045679): 0.032437, ((6: 0.124014, (7: 0.093186, 8: 0.080730): 0.064933): 0.050979, 9: 0.316046): 0.153622): 0.054001);
(D_melanogaster_Ac76E-PA: 0.050292, (D_sechellia_Ac76E-PA: 0.023790, D_simulans_Ac76E-PA: 0.019131): 0.016713, ((D_yakuba_Ac76E-PA: 0.071543, D_erecta_Ac76E-PA: 0.045679): 0.032437, ((D_takahashii_Ac76E-PA: 0.124014, (D_biarmipes_Ac76E-PA: 0.093186, D_suzukii_Ac76E-PA: 0.080730): 0.064933): 0.050979, D_ficusphila_Ac76E-PA: 0.316046): 0.153622): 0.054001);
Detailed output identifying parameters
kappa (ts/tv) = 2.11572
dN/dS (w) for site classes (K=2)
p: 0.92117 0.07883
w: 0.02039 1.00000
dN & dS for each branch
branch t N S dN/dS dN dS N*dN S*dS
10..1 0.050 2983.9 910.1 0.0976 0.0053 0.0543 15.8 49.5
10..11 0.017 2983.9 910.1 0.0976 0.0018 0.0181 5.3 16.4
11..2 0.024 2983.9 910.1 0.0976 0.0025 0.0257 7.5 23.4
11..3 0.019 2983.9 910.1 0.0976 0.0020 0.0207 6.0 18.8
10..12 0.054 2983.9 910.1 0.0976 0.0057 0.0583 17.0 53.1
12..13 0.032 2983.9 910.1 0.0976 0.0034 0.0350 10.2 31.9
13..4 0.072 2983.9 910.1 0.0976 0.0075 0.0773 22.5 70.3
13..5 0.046 2983.9 910.1 0.0976 0.0048 0.0494 14.4 44.9
12..14 0.154 2983.9 910.1 0.0976 0.0162 0.1660 48.3 151.1
14..15 0.051 2983.9 910.1 0.0976 0.0054 0.0551 16.0 50.1
15..6 0.124 2983.9 910.1 0.0976 0.0131 0.1340 39.0 121.9
15..16 0.065 2983.9 910.1 0.0976 0.0068 0.0702 20.4 63.8
16..7 0.093 2983.9 910.1 0.0976 0.0098 0.1007 29.3 91.6
16..8 0.081 2983.9 910.1 0.0976 0.0085 0.0872 25.4 79.4
14..9 0.316 2983.9 910.1 0.0976 0.0333 0.3415 99.5 310.8
Time used: 0:55
Model 2: PositiveSelection (3 categories)
TREE # 1: (1, (2, 3), ((4, 5), ((6, (7, 8)), 9))); MP score: 1195
lnL(ntime: 15 np: 20): -11237.599676 +0.000000
10..1 10..11 11..2 11..3 10..12 12..13 13..4 13..5 12..14 14..15 15..6 15..16 16..7 16..8 14..9
0.050292 0.016713 0.023790 0.019131 0.054001 0.032437 0.071543 0.045679 0.153622 0.050979 0.124014 0.064932 0.093186 0.080730 0.316046 2.115719 0.921173 0.078827 0.020390 55.740069
Note: Branch length is defined as number of nucleotide substitutions per codon (not per neucleotide site).
tree length = 1.19710
(1: 0.050292, (2: 0.023790, 3: 0.019131): 0.016713, ((4: 0.071543, 5: 0.045679): 0.032437, ((6: 0.124014, (7: 0.093186, 8: 0.080730): 0.064932): 0.050979, 9: 0.316046): 0.153622): 0.054001);
(D_melanogaster_Ac76E-PA: 0.050292, (D_sechellia_Ac76E-PA: 0.023790, D_simulans_Ac76E-PA: 0.019131): 0.016713, ((D_yakuba_Ac76E-PA: 0.071543, D_erecta_Ac76E-PA: 0.045679): 0.032437, ((D_takahashii_Ac76E-PA: 0.124014, (D_biarmipes_Ac76E-PA: 0.093186, D_suzukii_Ac76E-PA: 0.080730): 0.064932): 0.050979, D_ficusphila_Ac76E-PA: 0.316046): 0.153622): 0.054001);
Detailed output identifying parameters
kappa (ts/tv) = 2.11572
dN/dS (w) for site classes (K=3)
p: 0.92117 0.07883 0.00000
w: 0.02039 1.00000 55.74007
(note that p[2] is zero)
dN & dS for each branch
branch t N S dN/dS dN dS N*dN S*dS
10..1 0.050 2983.9 910.1 0.0976 0.0053 0.0543 15.8 49.5
10..11 0.017 2983.9 910.1 0.0976 0.0018 0.0181 5.3 16.4
11..2 0.024 2983.9 910.1 0.0976 0.0025 0.0257 7.5 23.4
11..3 0.019 2983.9 910.1 0.0976 0.0020 0.0207 6.0 18.8
10..12 0.054 2983.9 910.1 0.0976 0.0057 0.0583 17.0 53.1
12..13 0.032 2983.9 910.1 0.0976 0.0034 0.0350 10.2 31.9
13..4 0.072 2983.9 910.1 0.0976 0.0075 0.0773 22.5 70.3
13..5 0.046 2983.9 910.1 0.0976 0.0048 0.0494 14.4 44.9
12..14 0.154 2983.9 910.1 0.0976 0.0162 0.1660 48.3 151.1
14..15 0.051 2983.9 910.1 0.0976 0.0054 0.0551 16.0 50.1
15..6 0.124 2983.9 910.1 0.0976 0.0131 0.1340 39.0 121.9
15..16 0.065 2983.9 910.1 0.0976 0.0068 0.0702 20.4 63.8
16..7 0.093 2983.9 910.1 0.0976 0.0098 0.1007 29.3 91.6
16..8 0.081 2983.9 910.1 0.0976 0.0085 0.0872 25.4 79.4
14..9 0.316 2983.9 910.1 0.0976 0.0333 0.3415 99.5 310.8
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_Ac76E-PA)
Pr(w>1) post mean +- SE for w
8 T 0.630 1.311 +- 0.256
16 N 0.610 1.300 +- 0.259
17 A 0.548 1.216 +- 0.380
25 D 0.566 1.282 +- 0.252
29 T 0.776 1.388 +- 0.209
515 T 0.550 1.268 +- 0.269
517 I 0.780 1.390 +- 0.207
518 K 0.564 1.281 +- 0.252
520 T 0.840 1.420 +- 0.184
602 N 0.632 1.315 +- 0.243
605 E 0.650 1.325 +- 0.239
606 P 0.535 1.266 +- 0.254
655 Q 0.704 1.350 +- 0.233
672 G 0.533 1.197 +- 0.401
923 K 0.726 1.363 +- 0.223
927 S 0.570 1.277 +- 0.272
928 T 0.516 1.251 +- 0.271
931 E 0.868 1.434 +- 0.170
938 V 0.618 1.304 +- 0.259
940 S 0.579 1.288 +- 0.250
952 Y 0.651 1.322 +- 0.250
1005 M 0.532 1.264 +- 0.254
1008 D 0.651 1.325 +- 0.240
1009 A 0.567 1.275 +- 0.274
1012 T 0.592 1.289 +- 0.266
1266 T 0.512 1.239 +- 0.295
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: 1.000 0.000 0.000 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: 3:54
Model 3: discrete (3 categories)
TREE # 1: (1, (2, 3), ((4, 5), ((6, (7, 8)), 9))); MP score: 1195
lnL(ntime: 15 np: 21): -11235.836021 +0.000000
10..1 10..11 11..2 11..3 10..12 12..13 13..4 13..5 12..14 14..15 15..6 15..16 16..7 16..8 14..9
0.050310 0.016787 0.023799 0.019110 0.054516 0.032102 0.071813 0.045816 0.154576 0.051618 0.124265 0.065671 0.093421 0.080824 0.316270 2.108861 0.908840 0.086113 0.017560 0.780696 2.773770
Note: Branch length is defined as number of nucleotide substitutions per codon (not per neucleotide site).
tree length = 1.20090
(1: 0.050310, (2: 0.023799, 3: 0.019110): 0.016787, ((4: 0.071813, 5: 0.045816): 0.032102, ((6: 0.124265, (7: 0.093421, 8: 0.080824): 0.065671): 0.051618, 9: 0.316270): 0.154576): 0.054516);
(D_melanogaster_Ac76E-PA: 0.050310, (D_sechellia_Ac76E-PA: 0.023799, D_simulans_Ac76E-PA: 0.019110): 0.016787, ((D_yakuba_Ac76E-PA: 0.071813, D_erecta_Ac76E-PA: 0.045816): 0.032102, ((D_takahashii_Ac76E-PA: 0.124265, (D_biarmipes_Ac76E-PA: 0.093421, D_suzukii_Ac76E-PA: 0.080824): 0.065671): 0.051618, D_ficusphila_Ac76E-PA: 0.316270): 0.154576): 0.054516);
Detailed output identifying parameters
kappa (ts/tv) = 2.10886
dN/dS (w) for site classes (K=3)
p: 0.90884 0.08611 0.00505
w: 0.01756 0.78070 2.77377
dN & dS for each branch
branch t N S dN/dS dN dS N*dN S*dS
10..1 0.050 2984.2 909.8 0.0972 0.0053 0.0544 15.8 49.5
10..11 0.017 2984.2 909.8 0.0972 0.0018 0.0182 5.3 16.5
11..2 0.024 2984.2 909.8 0.0972 0.0025 0.0257 7.5 23.4
11..3 0.019 2984.2 909.8 0.0972 0.0020 0.0207 6.0 18.8
10..12 0.055 2984.2 909.8 0.0972 0.0057 0.0590 17.1 53.7
12..13 0.032 2984.2 909.8 0.0972 0.0034 0.0347 10.1 31.6
13..4 0.072 2984.2 909.8 0.0972 0.0076 0.0777 22.5 70.7
13..5 0.046 2984.2 909.8 0.0972 0.0048 0.0496 14.4 45.1
12..14 0.155 2984.2 909.8 0.0972 0.0163 0.1672 48.5 152.1
14..15 0.052 2984.2 909.8 0.0972 0.0054 0.0558 16.2 50.8
15..6 0.124 2984.2 909.8 0.0972 0.0131 0.1344 39.0 122.3
15..16 0.066 2984.2 909.8 0.0972 0.0069 0.0710 20.6 64.6
16..7 0.093 2984.2 909.8 0.0972 0.0098 0.1011 29.3 92.0
16..8 0.081 2984.2 909.8 0.0972 0.0085 0.0874 25.4 79.6
14..9 0.316 2984.2 909.8 0.0972 0.0333 0.3421 99.2 311.3
Naive Empirical Bayes (NEB) analysis
Positively selected sites (*: P>95%; **: P>99%)
(amino acids refer to 1st sequence: D_melanogaster_Ac76E-PA)
Pr(w>1) post mean +- SE for w
29 T 0.650 2.076
517 I 0.609 1.994
520 T 0.839 2.454
931 E 0.900 2.575
Time used: 6:13
Model 7: beta (10 categories)
TREE # 1: (1, (2, 3), ((4, 5), ((6, (7, 8)), 9))); MP score: 1195
lnL(ntime: 15 np: 18): -11242.134885 +0.000000
10..1 10..11 11..2 11..3 10..12 12..13 13..4 13..5 12..14 14..15 15..6 15..16 16..7 16..8 14..9
0.050966 0.016884 0.024100 0.019355 0.054527 0.032786 0.072235 0.046382 0.153774 0.051750 0.124615 0.065335 0.093713 0.081175 0.316138 2.099899 0.052616 0.491322
Note: Branch length is defined as number of nucleotide substitutions per codon (not per neucleotide site).
tree length = 1.20373
(1: 0.050966, (2: 0.024100, 3: 0.019355): 0.016884, ((4: 0.072235, 5: 0.046382): 0.032786, ((6: 0.124615, (7: 0.093713, 8: 0.081175): 0.065335): 0.051750, 9: 0.316138): 0.153774): 0.054527);
(D_melanogaster_Ac76E-PA: 0.050966, (D_sechellia_Ac76E-PA: 0.024100, D_simulans_Ac76E-PA: 0.019355): 0.016884, ((D_yakuba_Ac76E-PA: 0.072235, D_erecta_Ac76E-PA: 0.046382): 0.032786, ((D_takahashii_Ac76E-PA: 0.124615, (D_biarmipes_Ac76E-PA: 0.093713, D_suzukii_Ac76E-PA: 0.081175): 0.065335): 0.051750, D_ficusphila_Ac76E-PA: 0.316138): 0.153774): 0.054527);
Detailed output identifying parameters
kappa (ts/tv) = 2.09990
Parameters in M7 (beta):
p = 0.05262 q = 0.49132
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 0.00004 0.00107 0.01609 0.16106 0.78866
dN & dS for each branch
branch t N S dN/dS dN dS N*dN S*dS
10..1 0.051 2984.5 909.5 0.0967 0.0053 0.0552 15.9 50.2
10..11 0.017 2984.5 909.5 0.0967 0.0018 0.0183 5.3 16.6
11..2 0.024 2984.5 909.5 0.0967 0.0025 0.0261 7.5 23.7
11..3 0.019 2984.5 909.5 0.0967 0.0020 0.0210 6.1 19.1
10..12 0.055 2984.5 909.5 0.0967 0.0057 0.0591 17.0 53.7
12..13 0.033 2984.5 909.5 0.0967 0.0034 0.0355 10.3 32.3
13..4 0.072 2984.5 909.5 0.0967 0.0076 0.0783 22.6 71.2
13..5 0.046 2984.5 909.5 0.0967 0.0049 0.0503 14.5 45.7
12..14 0.154 2984.5 909.5 0.0967 0.0161 0.1666 48.1 151.5
14..15 0.052 2984.5 909.5 0.0967 0.0054 0.0561 16.2 51.0
15..6 0.125 2984.5 909.5 0.0967 0.0131 0.1350 39.0 122.8
15..16 0.065 2984.5 909.5 0.0967 0.0068 0.0708 20.4 64.4
16..7 0.094 2984.5 909.5 0.0967 0.0098 0.1015 29.3 92.3
16..8 0.081 2984.5 909.5 0.0967 0.0085 0.0879 25.4 80.0
14..9 0.316 2984.5 909.5 0.0967 0.0331 0.3425 98.8 311.5
Time used: 9:59
Model 8: beta&w>1 (11 categories)
TREE # 1: (1, (2, 3), ((4, 5), ((6, (7, 8)), 9))); MP score: 1195
lnL(ntime: 15 np: 20): -11238.121944 +0.000000
10..1 10..11 11..2 11..3 10..12 12..13 13..4 13..5 12..14 14..15 15..6 15..16 16..7 16..8 14..9
0.050510 0.016821 0.023884 0.019160 0.054516 0.032285 0.071892 0.046054 0.154124 0.052077 0.124050 0.065878 0.093744 0.080678 0.315740 2.105016 0.988688 0.067732 0.798471 2.110804
Note: Branch length is defined as number of nucleotide substitutions per codon (not per neucleotide site).
tree length = 1.20141
(1: 0.050510, (2: 0.023884, 3: 0.019160): 0.016821, ((4: 0.071892, 5: 0.046054): 0.032285, ((6: 0.124050, (7: 0.093744, 8: 0.080678): 0.065878): 0.052077, 9: 0.315740): 0.154124): 0.054516);
(D_melanogaster_Ac76E-PA: 0.050510, (D_sechellia_Ac76E-PA: 0.023884, D_simulans_Ac76E-PA: 0.019160): 0.016821, ((D_yakuba_Ac76E-PA: 0.071892, D_erecta_Ac76E-PA: 0.046054): 0.032285, ((D_takahashii_Ac76E-PA: 0.124050, (D_biarmipes_Ac76E-PA: 0.093744, D_suzukii_Ac76E-PA: 0.080678): 0.065878): 0.052077, D_ficusphila_Ac76E-PA: 0.315740): 0.154124): 0.054516);
Detailed output identifying parameters
kappa (ts/tv) = 2.10502
Parameters in M8 (beta&w>1):
p0 = 0.98869 p = 0.06773 q = 0.79847
(p1 = 0.01131) w = 2.11080
dN/dS (w) for site classes (K=11)
p: 0.09887 0.09887 0.09887 0.09887 0.09887 0.09887 0.09887 0.09887 0.09887 0.09887 0.01131
w: 0.00000 0.00000 0.00000 0.00000 0.00001 0.00021 0.00250 0.02063 0.12819 0.59003 2.11080
dN & dS for each branch
branch t N S dN/dS dN dS N*dN S*dS
10..1 0.051 2984.3 909.7 0.0972 0.0053 0.0546 15.9 49.7
10..11 0.017 2984.3 909.7 0.0972 0.0018 0.0182 5.3 16.6
11..2 0.024 2984.3 909.7 0.0972 0.0025 0.0258 7.5 23.5
11..3 0.019 2984.3 909.7 0.0972 0.0020 0.0207 6.0 18.9
10..12 0.055 2984.3 909.7 0.0972 0.0057 0.0590 17.1 53.7
12..13 0.032 2984.3 909.7 0.0972 0.0034 0.0349 10.1 31.8
13..4 0.072 2984.3 909.7 0.0972 0.0076 0.0778 22.6 70.8
13..5 0.046 2984.3 909.7 0.0972 0.0048 0.0498 14.5 45.3
12..14 0.154 2984.3 909.7 0.0972 0.0162 0.1667 48.4 151.7
14..15 0.052 2984.3 909.7 0.0972 0.0055 0.0563 16.3 51.3
15..6 0.124 2984.3 909.7 0.0972 0.0130 0.1342 38.9 122.1
15..16 0.066 2984.3 909.7 0.0972 0.0069 0.0713 20.7 64.8
16..7 0.094 2984.3 909.7 0.0972 0.0099 0.1014 29.4 92.3
16..8 0.081 2984.3 909.7 0.0972 0.0085 0.0873 25.3 79.4
14..9 0.316 2984.3 909.7 0.0972 0.0332 0.3416 99.1 310.7
Naive Empirical Bayes (NEB) analysis
Positively selected sites (*: P>95%; **: P>99%)
(amino acids refer to 1st sequence: D_melanogaster_Ac76E-PA)
Pr(w>1) post mean +- SE for w
29 T 0.860 1.898
517 I 0.870 1.913
520 T 0.959* 2.048
655 Q 0.643 1.566
923 K 0.732 1.702
931 E 0.980* 2.080
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_Ac76E-PA)
Pr(w>1) post mean +- SE for w
8 T 0.839 1.348 +- 0.358
16 N 0.820 1.330 +- 0.375
17 A 0.691 1.169 +- 0.514
19 A 0.574 1.027 +- 0.573
25 D 0.797 1.313 +- 0.380
29 T 0.963* 1.469 +- 0.159
202 T 0.584 1.040 +- 0.569
512 T 0.634 1.136 +- 0.497
515 T 0.753 1.264 +- 0.427
517 I 0.967* 1.474 +- 0.146
518 K 0.795 1.311 +- 0.382
520 T 0.984* 1.488 +- 0.096
541 P 0.581 1.037 +- 0.569
543 A 0.590 1.044 +- 0.570
544 I 0.522 1.010 +- 0.534
595 H 0.520 1.007 +- 0.535
602 N 0.863 1.377 +- 0.318
603 D 0.564 1.055 +- 0.526
605 E 0.899 1.413 +- 0.267
606 P 0.755 1.272 +- 0.412
655 Q 0.911 1.420 +- 0.264
672 G 0.664 1.136 +- 0.532
674 A 0.578 1.069 +- 0.524
923 K 0.946 1.455 +- 0.191
927 S 0.763 1.270 +- 0.426
928 T 0.710 1.221 +- 0.451
931 E 0.990* 1.493 +- 0.075
932 S 0.576 1.070 +- 0.522
934 F 0.519 0.970 +- 0.576
935 S 0.578 1.032 +- 0.572
938 V 0.825 1.334 +- 0.372
940 S 0.809 1.325 +- 0.371
947 L 0.555 1.020 +- 0.561
952 Y 0.859 1.368 +- 0.336
1005 M 0.753 1.270 +- 0.413
1008 D 0.890 1.403 +- 0.282
1009 A 0.757 1.264 +- 0.430
1012 T 0.792 1.300 +- 0.402
1013 H 0.547 0.996 +- 0.579
1266 T 0.662 1.162 +- 0.490
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 0.025 0.975
ws: 1.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
Time used: 15:33
Model 1: NearlyNeutral -11237.599668
Model 2: PositiveSelection -11237.599676
Model 0: one-ratio -11438.14586
Model 3: discrete -11235.836021
Model 7: beta -11242.134885
Model 8: beta&w>1 -11238.121944
Model 0 vs 1 401.0923839999996
Model 2 vs 1 1.599999814061448E-5
Model 8 vs 7 8.025881999998091
Additional information for M7 vs M8:
Naive Empirical Bayes (NEB) analysis
Positively selected sites (*: P>95%; **: P>99%)
(amino acids refer to 1st sequence: D_melanogaster_Ac76E-PA)
Pr(w>1) post mean +- SE for w
29 T 0.860 1.898
517 I 0.870 1.913
520 T 0.959* 2.048
655 Q 0.643 1.566
923 K 0.732 1.702
931 E 0.980* 2.080
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_Ac76E-PA)
Pr(w>1) post mean +- SE for w
8 T 0.839 1.348 +- 0.358
16 N 0.820 1.330 +- 0.375
17 A 0.691 1.169 +- 0.514
19 A 0.574 1.027 +- 0.573
25 D 0.797 1.313 +- 0.380
29 T 0.963* 1.469 +- 0.159
202 T 0.584 1.040 +- 0.569
512 T 0.634 1.136 +- 0.497
515 T 0.753 1.264 +- 0.427
517 I 0.967* 1.474 +- 0.146
518 K 0.795 1.311 +- 0.382
520 T 0.984* 1.488 +- 0.096
541 P 0.581 1.037 +- 0.569
543 A 0.590 1.044 +- 0.570
544 I 0.522 1.010 +- 0.534
595 H 0.520 1.007 +- 0.535
602 N 0.863 1.377 +- 0.318
603 D 0.564 1.055 +- 0.526
605 E 0.899 1.413 +- 0.267
606 P 0.755 1.272 +- 0.412
655 Q 0.911 1.420 +- 0.264
672 G 0.664 1.136 +- 0.532
674 A 0.578 1.069 +- 0.524
923 K 0.946 1.455 +- 0.191
927 S 0.763 1.270 +- 0.426
928 T 0.710 1.221 +- 0.451
931 E 0.990* 1.493 +- 0.075
932 S 0.576 1.070 +- 0.522
934 F 0.519 0.970 +- 0.576
935 S 0.578 1.032 +- 0.572
938 V 0.825 1.334 +- 0.372
940 S 0.809 1.325 +- 0.371
947 L 0.555 1.020 +- 0.561
952 Y 0.859 1.368 +- 0.336
1005 M 0.753 1.270 +- 0.413
1008 D 0.890 1.403 +- 0.282
1009 A 0.757 1.264 +- 0.430
1012 T 0.792 1.300 +- 0.402
1013 H 0.547 0.996 +- 0.579
1266 T 0.662 1.162 +- 0.490
Phone: +351 220 408 800
Email: info@i3s.up.pt
Address: Rua Alfredo Allen, 208
4200-135 Porto, Portugal
If you use B+, please cite us:
N. Vázquez, C.P. Vieira, B.S.R. Amorin, A. Torres, H. López-Fernández, F. Fdez-Riverola, J.L.R. Sousa, M. Reboiro-Jato, J. Vieira (2018) Large Scale Analyses and Visualization of Adaptive Amino Acid Changes Projects. Interdisciplinary Sciences: Computational Life Sciences. https://doi.org/10.1007/s12539-018-0282-7
N. Vázquez, C.P. Vieira, B.S.R. Amorin, A. Torres, H. López-Fernández, F. Fdez-Riverola, J.L.R. Sousa, M. Reboiro-Jato, J. Vieira (2017) Automated Collection and Sharing of Adaptive Amino Acid Changes Data. 11th International Conference on Practical Applications of Computational Biology & Bioinformatics. Porto, Portugal. https://doi.org/10.1007/978-3-319-60816-7_3
