--- EXPERIMENT NOTES
--- EXPERIMENT PROPERTIES
#Mon Jan 29 08:34:51 WET 2018
codeml.models=0 1 2 3 7 8
mrbayes.mpich=
mrbayes.ngen=1000000
tcoffee.alignMethod=MUSCLE
tcoffee.params=
tcoffee.maxSeqs=0
codeml.bin=codeml
mrbayes.tburnin=2500
codeml.dir=/usr/bin/
input.sequences=
mrbayes.pburnin=2500
mrbayes.bin=mb
tcoffee.bin=t_coffee
mrbayes.dir=/usr/bin/
tcoffee.dir=
tcoffee.minScore=3
input.fasta=/opt/ADOPS/HIV1_N1/NEF_1_2/input.fasta
input.names=
mrbayes.params=
codeml.params=
--- PSRF SUMMARY
Estimated marginal likelihoods for runs sampled in files
"/opt/ADOPS/HIV1_N1/NEF_1_2/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p" and "/opt/ADOPS/HIV1_N1/NEF_1_2/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/HIV1_N1/NEF_1_2/batch/allfiles/mrbayes/input.fasta.fasta.mrb.lstat)
Run Arithmetic mean Harmonic mean
--------------------------------------
1 -11343.89 -11384.99
2 -11342.90 -11391.47
--------------------------------------
TOTAL -11343.28 -11390.77
--------------------------------------
Model parameter summaries over the runs sampled in files
"/opt/ADOPS/HIV1_N1/NEF_1_2/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p" and "/opt/ADOPS/HIV1_N1/NEF_1_2/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/HIV1_N1/NEF_1_2/batch/allfiles/mrbayes/input.fasta.fasta.mrb.pstat".
95% HPD Interval
--------------------
Parameter Mean Variance Lower Upper Median min ESS* avg ESS PSRF+
------------------------------------------------------------------------------------------------------
TL{all} 6.246572 0.084721 5.699653 6.831421 6.232530 987.20 1024.38 1.000
r(A<->C){all} 0.113291 0.000081 0.097261 0.132720 0.112915 598.01 698.29 1.000
r(A<->G){all} 0.308251 0.000390 0.268177 0.345414 0.308030 354.01 385.83 1.004
r(A<->T){all} 0.095000 0.000073 0.078462 0.112260 0.094771 767.96 770.73 1.000
r(C<->G){all} 0.080106 0.000074 0.063071 0.096478 0.079860 679.33 694.33 1.000
r(C<->T){all} 0.323026 0.000437 0.284167 0.365799 0.323245 302.07 379.63 1.004
r(G<->T){all} 0.080326 0.000075 0.064158 0.097635 0.080162 602.96 783.40 1.000
pi(A){all} 0.348039 0.000175 0.323016 0.374208 0.347948 408.77 492.87 1.003
pi(C){all} 0.219802 0.000136 0.197709 0.242862 0.219498 474.55 560.72 1.001
pi(G){all} 0.235456 0.000129 0.214694 0.259065 0.234995 617.23 686.96 1.000
pi(T){all} 0.196703 0.000118 0.175061 0.217859 0.196515 442.05 489.29 1.000
alpha{1,2} 0.545252 0.003571 0.434157 0.663353 0.538658 992.56 1038.49 1.000
alpha{3} 2.019061 0.097333 1.480237 2.659581 1.999638 1227.91 1364.45 1.000
pinvar{all} 0.099952 0.000699 0.049386 0.153162 0.099100 1029.84 1070.56 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 -9481.258655
Model 2: PositiveSelection -9442.713862
Model 0: one-ratio -9895.091777
Model 3: discrete -9426.11266
Model 7: beta -9449.572552
Model 8: beta&w>1 -9415.184309
Model 0 vs 1 827.666244
Model 2 vs 1 77.08958599999823
Additional information for M1 vs M2:
Naive Empirical Bayes (NEB) analysis
Positively selected sites (*: P>95%; **: P>99%)
(amino acids refer to 1st sequence: 01_AE.CN.13.HLJ033.KT717524_)
Pr(w>1) post mean +- SE for w
10 Q 0.910 2.486
18 P 0.996** 2.626
21 E 0.887 2.449
137 R 1.000** 2.632
163 M 0.992** 2.620
169 S 1.000** 2.633
175 I 1.000** 2.633
179 M 0.985* 2.608
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: 01_AE.CN.13.HLJ033.KT717524_)
Pr(w>1) post mean +- SE for w
10 Q 0.915 2.381 +- 0.429
18 P 0.996** 2.506 +- 0.150
21 E 0.901 2.357 +- 0.454
73 F 0.550 1.826 +- 0.747
119 I 0.566 1.849 +- 0.745
137 R 1.000** 2.512 +- 0.116
163 M 0.992** 2.500 +- 0.171
169 S 1.000** 2.513 +- 0.112
175 I 1.000** 2.513 +- 0.112
179 M 0.984* 2.489 +- 0.218
Model 8 vs 7 68.77648599999884
Additional information for M7 vs M8:
Naive Empirical Bayes (NEB) analysis
Positively selected sites (*: P>95%; **: P>99%)
(amino acids refer to 1st sequence: 01_AE.CN.13.HLJ033.KT717524_)
Pr(w>1) post mean +- SE for w
10 Q 0.937 2.094
18 P 0.995** 2.166
21 E 0.913 2.064
73 F 0.606 1.676
119 I 0.666 1.752
137 R 0.999** 2.171
163 M 0.993** 2.163
169 S 1.000** 2.172
175 I 1.000** 2.172
179 M 0.985* 2.154
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: 01_AE.CN.13.HLJ033.KT717524_)
Pr(w>1) post mean +- SE for w
10 Q 0.887 2.321 +- 0.500
18 P 0.994** 2.489 +- 0.126
21 E 0.797 2.181 +- 0.631
137 R 0.999** 2.498 +- 0.055
163 M 0.985* 2.476 +- 0.191
169 S 1.000** 2.499 +- 0.037
175 I 1.000** 2.499 +- 0.040
179 M 0.980* 2.467 +- 0.225
>C1
MGGKWSKSRGWPQVRERIEQTPPSAAEGVGAVSQDLDKHGAITSSNVNNA
DNVWLKAQEEEGEEEVGFPVRPQVPLRPMTFKGAFDLSFFLREKGGLEGL
IYSKKRQEILDLWVYHTQGFFPDWHNYTPGPGIRYPLCFGWCFKLVPVDS
REAEEETKGENSCLLHPISQHGAEDEEREVLMWKFDSSLARKHIAREMHP
EFLKDCoooooooooo
>C2
MGGKWSKPSFPGWATIRERMRRTEPAAEPAADGVGAVSRDLERHGAITNS
NTARTNADCAWLEAQEEEEVGFPVRPQVPLRPMTYKAAVDLSHFLKEKGG
LEGLIHSQKRQDILDLWVYHTQGFFPDWQNYTPGPGTRYPLCFGWCFKLV
PVEPDKVEKANEGENNSLLHPISLHGMEDSEREVLVWKFDSRLAYHHVAR
ETHPEYFKDCoooooo
>C3
MGGKWSKSSIVGWPDIRERIRNTMPAAEGVGAASQDLDKHGALTTSNTAQ
NNAACAWLEAQEEAEEVGFPVKPQVPLRPMTYKGAVDLGFFLKEKGGLEG
LIYSKKRQDILDLWVYHTQGYFPDWQNYTPGPGVRYPLTFGWPFKLVPVD
PREVEEDASGENNCLLHPISQHGMDDEDRDVLIWKFDSSLIRRHTARELH
PEYYKDCooooooooo
>C4
MGGKWSKRRVEWPTVRERMRRAEPAAIGVGAASRDLEKHGAITSSNTAAN
NADCAWLEAQEDEEVGFPVRPQVPLRPMTYKGAVDLSHFLKEKGGLEGLI
YSQKRQDILDLWVYHTQGYFPDWQNYTPGPGTRYPLTFGWCFKLVPVEPG
KVEEANEGENNCLLHPMSLHGMDDPEKEVLVWKFDSRLAFHHVAQELHPE
YYKDCooooooooooo
>C5
MGGEWSRSSIVGWSTIRERMRRAEPAAAGVGAVSQDLDKRGAITTNNTVK
TNADCAWLEAQEDEEVGFPVRPQLPLRPMTFKGAFDLGFFLKEKGGLDGL
IHSQKRQDILDLWVYHTQGYFPDWQNYTPGPGIRYPLCFGWCYKLVPVDP
KEVEEATEGENNCLLHPICQQGMDDGEREVLMWKFDSSLAREHVARKLYP
EFFKDCoooooooooo
>C6
MGGKWSKSSIVGWPAVRERIRRTPAADGRRTPAADGVGAVSRDLDRHGAI
TSSNTAATNADCAWLEAQTEEEVGFPVRPQVPLRPMTYKAAFDLSFLLKE
KGGLDRLIYSKKRQDILDLWVYHTQGFFPDWQNYTPGPGIRYPLTFGWCF
KLVPVDPREVEEANEGENNCLLHPMSQHGMEDADKEVLRWEFDSSLARVH
QARVLHPEYYKDCooo
>C7
MGSKWSKSSIVGWPEVRERLRRTPEVRERRGQAPAAAEGVGAVSQDLDKH
GAVTSSNINHPSCAWLEAQEDEEVGFPVKPQVPLRPMTYKGAFDLSFFLK
EKGGLDGLIYSRKRQEILDLWVYNTQGFFPDWQNYTPGPGTRFPLTFGWC
FKLVPVDPDEVEKANEGENNSLLHPICQHGMDGEERETLMWKFDRSLALK
HVAHELHPEYYKDCoo
>C8
MGGKWSKSSIVGWPQVRERMRQTPPAAEGVGAASRDLDKHGAITSSNTAF
TNAACAWLEAQEDKEVGFPVKPQVPLRPMTFKGAFDLGYFLKEKGGLDGL
IYSKRRQDILDLWVYHTQGFFPDWQNYTPGPGIRYPLTFGWCYKLVPMDP
SEVEKATEGENNCLLHPICQHGMEDADREVLVWRYDSQLALKHIARELHP
EYYKDCoooooooooo
>C9
MGGKWSKSSIVGWPAVRERIRRTEPAAEGVGAASQDLDKHGALTSSNTAH
NNPDCAWLQAQEEEPEVGFPVRPQVPLRPMTYKAAFDLSFFLKEKGGLEG
LIYSKKRQDILDLWVYHTQGYFPDWQNYTPGPGVRLPLTFGWCFKLVPVD
PEEVEEANKGENNCLLHPLSQHGMEDADREVLKWVFDSSLARRHLAREKH
PEYYKDCooooooooo
>C10
MGGKWSKCSVVGWSTVRERMRRAAPAPAADGVGAVSRDLEKHRAITSSNT
ATNADCARLEAQEDEEVGFPVRPQVPLRPMTYKGAFDLSHFLKEKGGLEG
LVYSQERQDILDLWVYNTQGFFPDWQNYTPGPGTRFPLTFGWCFKLVPVE
PEKIEEANEGENNSLLHPMSLHGMEDPEKEVLVWRFDSHLAFRHVARELY
PEYYKNCooooooooo
>C11
MGSKWSKSSIVGWPAVRERIRRTEPAAEGVGAASQDLDKYGAFTSSNTAH
NNADCAWLEAQEGEGEVGFPVRPQVPVRPMTYKGAFDLGFFLKEKGGLDG
LIYSKKRQEILDLWVYHTQGFFPDWQNYTPGPGVRYPLTFGWPFKLVPVD
PREVEEANKGENNCLLHPMSQHGMEDEEREVLKWEFDSNLARRHMARELH
PEWYKDCooooooooo
>C12
MGSKWSKRSVPEWPAIRERMRQTEPAAEGVGAVSRDLERHGAITSSNTAA
NNAACAWLEAQEDEEVGFPVRPQVPLRPMTTRGARDLSHFLKEKGGLEGL
IWSQKRQDILDLWVYHTQGYFPDWQNYTPGPGVRYPLTLGWCFKLVPMEP
EEIEKANEGENNSLLHPMSQHGMDDPEKEVLVWKFDSRLAFHHVARELHP
EYYKDCoooooooooo
>C13
MGAKWSKSSIVGWPAIRERMRRTEPAAAGVGAASQDLDKYGALTSSNTDT
NNADCAWLRAQEEGEGVGFPVRPQVPLRPMTFKGAFDLSFFLKEKGGLEG
LIYSKKRQEILDLWVYHTQGYFPDWQNYTPGPGVRYPLTFGWCFKLVPVD
PREIEEANEGEDNCLLHPVCQHGMDDEHREVLRWKFDSQLAHRHRARELH
PEFYKDCooooooooo
>C14
MGGKWSKSSIVGWPTIRERIRRTDPAAEGVGAASRDLEKHGALTSSNTPQ
TNPDCAWLEAQTEEDNEVGFPVKPQVPVRPMTYKAAFDLSFFLKEKGGLD
GLIWSQKRQEILDLWVYNTQGFFPDWQNYTPGPGIRYPLTFGWCFELVPV
DPQEVKEETEGENSCLLHPMCQHGMEDPEREVLKWRFNSRLAYEHKARIL
HPEFYKDCoooooooo
>C15
MGGKWSKSSIVGWPAIRERMRRAQPAADGVGAVSRDLEKHGAITSSNTAA
TNANVAWLEAQEEEEVGFPARPQVPLRPMTYKAAVDMSHFLKEKGGLEGL
IWSQRRQEILDLWVYHTQGYFPDWQNYTPGPGTRFPLTFGWCFKLVPVEP
DEVEEANKGENNSLLHPMSQHGMDDPEKEVLMWKFDSRLAFHHLARELHP
EYYKDCoooooooooo
>C16
MGAKWSKSSMAKWPAVRERMRQAEPAEGVGAVSRDLGKHGAITSSNTAAT
NADCAWLEAQQEGEEVGFPVRPQVPLRPMTYKAAVDLSHFLKEKGGLEGL
VYSQQRQDILDLWVYNTQGFFPDWQNYTPGPGVRYPLTFGWCFKLVPVER
EKVEEANEGENNILLHPMSLHGMEDPEKEVLEWKFDSKLAFHHRARELYP
DYYKNooooooooooo
>C17
MGGKWSKSVRGWPKVRERIRQTPTTPPAAEGVGAASRDLDRHGAITSSNT
ATTNADCAWLEAQEEEEVGFPVRPQVPLRPMTYKGALDLSHFLKEKGGLE
GLIYSKKRQEILDLWVYHTQGYFPDWQNYTPGPGIRYPLTFGWCFKLVPL
DPAEVEKATEGENNSLLHPICQHGMEDEDNEVLTWKFDSSLAFKHKAREL
HPEFYKDCoooooooo
>C18
MGGKWSKSSIVGWPQVRERIRRTPPAAEGVGAASQDLDKHGAITNSNTAT
TNATCAWLEAQEEEEVGFPVRPQVPMRPMTYKGAFDLGFFLKEKGGLDGL
IYSKKRQEILDLWVYHTQGFFPDWQNYTPGPGTRFPLTFGWCFKLVPVDP
AVVEEETKGENSCLLHPMCQHGAEDEDREVLMWKFDSSLAHRHIAKEKHP
EFYKDCoooooooooo
>C19
MGGKWSKHSNEGWAAIRERMRRTEPRREPAAAGVGAVSRDLERHGAITSS
NTAATNADCAWLEAQEDEEVGFPVRPQVPLRPMTYKGALDLSHFLKEKGG
LEGLIYSQKRQEILDLWVYHTQGYFPDWQNYTPGPGIRYPLTLGWCFKLV
PMEPDKVEEATAGENNCLLHPINQHGMDDPEREVLVWKFDSRLAFHHVAR
ELHPEYYKNCoooooo
>C20
MGGKWSKRSGVGWSTIRERMRRAEPAAEGVGAVSRDLEQHGAITSSNTAA
NNPDCAWLEAQEEEEVGFPVRPQVPLRPMSYKAAVDISHFLKEKGGLEGL
IHSQKRQDILDLWIYHTQGYFPDWQNYTPGPGIRYPLTFGWCFKLVPVDP
EKIEEANEGENNSLLHPMSQHGMDDPEKEVLQWKFDSRLAFHHVARELHP
EYYKNooooooooooo
>C21
MGGKWSKRSTSDWPTVREKIRQTEPAAEGVGAVSRDLEKYGAITSSNTAA
TNAACAWLEAQEEEEVGFPVRPQVPLRPMTYRAAVDLSHFLRKEGGLEGL
IWSQKRQDILDLWVHHTQGYFPDWQNYTPGPGVRYPLTLGWCFKLVPVEP
EKVEEANEGENNSLLHPLSQHGMEDPEKEVLMWKFDSRLAFQHVARELHP
EYYKDCoooooooooo
>C22
MGGKWSKRSIPGWDTIRERMRRARPGTEPAAEGVGAVSRDLAQRGAITTS
NTASNNAACAWLEAQEDEEVGFPVRPQVPLRPMTYKAAVDLSHFLKEKGG
LEGLVYSQKRQDILDLWVYHTQGYFPDWQNYTPGPGTRFPLTFGWCFKLV
PVEPEKIEEATAGEDNCLLHPMTLHGMDDPEGEVLVWRFDSRLAFHHIAR
EKHPEYYKDCoooooo
>C23
MGGKWSKSSIVGWPQIRERIRRTPPAAEGQTPPAAEGVGAVSQDLAKHGA
VTSNNMNNADSAWLRAQEEEDEGVGFPVRPQVPLRPMTYKGAFDLSFFLR
EKGGLDGLVYSKKRQEILDLWVYNTQGFFPDWHNYTPGPGIRYPLCFGWC
FKLVPVDPKEVEENTKGENNCLLHPMNQHGFEDEEGEVLIWKFDSALARK
HIARELRPEYYKDCoo
>C24
MGGKWSKSSIVGWPKVRDRMRQTPPAANPPAAKGVGAVSQDLAKHGAITS
SNTASTNADCAWLEAQEDEDVGFPVRPQVPLRPMTYKAAFDLSHFLKEKG
GLDGLIYSKQRQEILDLWVYHTQGFFPDWQNYTPGPGIRYPLTFGWCFKL
VPLDPTEVEEANKEENNSLLHPICQHGMEDEDREVLVWKFDSKLALKHRA
QELHPEFYKDCooooo
>C25
MGGKWSKRGWPAVRERMRRAEPAADGGRRRRAEPAADGVGAVSRDLDRHG
AITSSNTAATNADCAWLEAQEDEDVGFPVRPQVPLRPMTYKAAVDLSHFL
KEKGGLEGLIYSHKRQDILDLWVYHTQGFFPDWQGYTPGVRFPLTFGWCF
KLVPVEPDKVEEANEGENNCLLHPMSQHGMEDPEREVLMWKFDSHLAFRH
VARDLHPEYYKNCooo
>C26
MGSKWSKSSIVGWPTVRERMRRTEPAAEGVGAASQDLDKYGALTSSNTAH
NNADCAWLQAQEEEEGVGFPVRPQVPLRPMTYKGAVDLSFFLKEKGGLDG
LIHSKKRQDILDLWVYHTQGYFPDWQNYTPGPGVRFPLTFGWCFKLVPVD
PGEVEEDNKGENNCLLHPISLHGMEDEEREVLQWVFDSSLARRHMAREKH
PEFYKDCooooooooo
>C27
MGNKWSKGWPAVRERIRRTDPAAQGVGAASQDLAKHGALTSSNTAQNNAD
CAWLQAQEEGEEVGFPVRPQVPLRPMTYKEAFDLSFFLKEKGGLEGLIWS
QQRQDILDLWVYNTQGFFPDWQNYTPGPGVRYPLTFGWCFKLVPVDPSEV
EETNEGDNNCLLHPISQHGMDDKDREVLKWKFDSSLARRHLAREKHPEFY
KDCooooooooooooo
>C28
MGGKWSKSSIVGWPQVREKIRQTPPAAEGVGAVSQDLAKYGAITSSNINN
ADCVWLRTQEEEEEVGFPVRPQVPLRPMTYKGAFDLSFFLKEKGGLEGLI
WSQKRQDILDMWVHHTQGFFPDWQGYTPGPGIRYPLTFGWCFKLVPVDPE
QVEAANEGENNCLLHPMSQHGADDPEREVLMWKFDSALARKHTARELHPE
FYKDCooooooooooo
>C29
MGGKWSKSSLVGWPAVRDRMRRAEPQAEPAAVGVGAASQDLEKHGAITSS
NTAATNADCAWLEAQEDEEVGFPVKPQVPLRPMTYKAAVDLSHFLKEKGG
LEGLTWSQNRQDILDLWVYHTQGYFPDWQNYTPGPGIRYPLTFGWCFKLV
PLEQEQVEEATAGENNCLLHPISQHGMDDPEKEVLMWKFDSRLAFQHMAR
EKHPEYYKDCoooooo
>C30
MGGKWSKRSKDEWPAVRERMERATPALEGAGAVSRDLEKHGAITSSNTND
AACVWLEAQEDEDVGFPVRPQVPLRPMTYRGAVDLSHFLRKEGGLEGLVH
SQRRQDILDLWVYHTQGYFPDWQNYTPGPGIRYPLTLGWCFKLVPVDKEQ
VEKENEGENNSLLHPMSLHGMDDPEGEVLVWKFDSQLAFHHVARELHPEY
YKDCoooooooooooo
>C31
MGGIWSKSHTCQWPTVGERMRRAEPAAAGVGAASQDLDNHGALTSSNTDT
TNAACAWLRTQEEEEEVGFPVRPQVPLRPMTYKAAVDLSFFLKEKGGLEG
LIYSKKRQDILDLWVYNTQGFFPDWQNYTPGPGVRYPLTFGWCFKLVPVD
PREVEEANEGENNSLLHPMCLHGMEDQHREVLKWKFDSLLAHRHLARELH
PEFYKDCooooooooo
>C32
MGNKWSKSSIVGWPAVRERMKRTPSSSRRRENAPSRSSKVWEHAPQDLGK
HGTITERGTNDAACVWLEAQEDGQEVGFPVRPQVPLRPMTRRAAHDLSFF
LKEKGGLDGLIYSQKRQDILDLWVYHTQGFFPDWQNYTPGPGARFPLTFG
WCFKLVPVEPEKVEEANEGENHSLLHPMSLHGMDDPEGEVLMWKFDSKLA
FHHVARELHPEYYKDC
>C33
MGGKWSKRSVPGWNTVRERMRRTEPAAEGVGAESRDLEQRGAIPTRNTPG
NNAACAWLEAQEDEEGGFPVKPQEPLIPMTYKGALNLSHFLKEKGGLEGL
IYSQRRQDILDLWVYHKQGYFPDWHNYTPWPGGKFPLTFGWCFKLVPFDP
EYIQEATDRENNCLLHPMNMHGMDDPEREVLEWKFDRRLAFRHLDREIHP
EYYNDCoooooooooo
>C34
MGGKWSKSSIVGWPEVRERIRQTSPAATGVGAVSQDLAKHGAITNSNINH
PSCVWLEAQEDEEVGFPVKPQVPLRPMTYKGALDLSHFLKEKGGLDGLIY
SRKRQDILDLWVYNTQGYFPDWQNYTPGPGIRYPLTFGWCFKLVPVDPDE
VEKANEGENNSLLHPMCQHGMEDDERETLIWRFDSHLAFKHRARELHPEY
YKDCoooooooooooo
>C35
MGGKWSKSSIVGWPEVRERLRRSPPAAEGVGPVSQDLDKHGAVTSSNINH
PSCAWLEAQEEEGVGFPVKPQVPLRPMTYKGAFDISHFLKEKGGLDGLIY
SRKRQEILDLWVYNTQGYFPDWQNYTPGPGTRFPLTFGWCFKLVPVDPAE
VEKETEGENNSLLHPMCQHGVVDEEKETLMWKFDSLLAFRHVAKEMHPEF
YKDCoooooooooooo
>C36
MGSKWSKSSIVGWPAVRERMRKTTPPAEGVGAASQDLDKHGALTSSNTPT
NNADCAWLQAQEEESEVGFPVRPQVPLRPMTYKAAFDLGFFLKEKGGLDG
LIYSKQRQDILDLWVYNTQGFFPDWQNYTPGPGVRYPLTFGWCYKLVPVD
PKEVEEANEGENNCLLHPISLQGMEDEEREVLKWQFDSSLARRHMARELH
PEYYKDCooooooooo
>C37
MGGKWSKSSIVGWPAVRDRIRRTDPAAEGVGAASQDLDKYGALTSNNTAT
TNKDCAWLEAQEQEEGVGFPVRPQVPLRPMTYKAAVDLSWFLKEKGGLEG
LIYSKKRQEILDLWVYHTQGFFPDWQNYTPGPGVRLPLTFGWCFKLVPVD
PREVEEANEEENNCLLHPISLHGMEDEDKEVLRWKFDSHLARRHLAREIH
PEFYKDCooooooooo
>C38
MGGKWSKSSIVGWPAVRERIRKTEAEPAAEGVGAASQDLDKYGAHTSSNT
VHNNATCAWLQAQEEEEEVGFPVRPQVPLRPMTYKGAFDLSFFLKEKGGL
DGLIYSKKRQDILDLWVYNTQGFFPDWQNYTPGPGVRYPLTFGWCFKLVP
VDPREVEEANKGEDNCLLHPMSQHGMEDEDREVLKWEFDSSLARRHLARE
KHPEYYKDCooooooo
>C39
MGGKWSKSSIVGWPEIRERLRRTPTARRTPTAAAGVGAVSQDLDRHGAVT
SSNVNHPSNAWLEAQEEEEVGFPVRPQVPLRPMTYKGSSRSQPLFKRKGG
TGRVSFSRKRQEILDLWTYNTQGYFPDWQNYTPGPGIRYPLTFGWCFKLV
PVDPSEVEKANEGENNSLLHPMSQHGMDDEERETLIWVFDSRLAFKHMAR
ELHPEFYKDCoooooo
>C40
MGNAWSKSKFAGWSEVRNRMRQSSPDPQPCAPGVGAVSRELADRGGIPSS
YTPQNNAALAFLTAHEDEDVGFPVRPQVPLRPMTFKGAFDLSFFLKEKGG
LEGLIYSHKRAEILDLWVHHTQGFFPDWQCYTPGPGIRYPLTFGWLYKLV
PVTAEEAERLGNTREDASLLHPACNHGAEDAHGEILKWQFDRTLGLTHVA
LQKHPELFPKoooooo
>C41
MGGKWSKSSIVGWPAVRERIRQTKTATEGAASGVGPASQDLDKHGALTSS
NTPANNEACAWLEAQEDEDVGFPVRPQVPLRPMTYKAAFGLSFFLKEKGG
LEGLIYSKKRQEILDLWVYHTQGFFPDWQNYTPGPGVRYPLTFGWCFKLV
PVDPGEVEEASEEDTNCLLHPMNQHGIEDGHREVLRWKFDSQLARRHLAR
ELHPEYYKDCoooooo
>C42
MGGKWSKSSIVGWPAIRERIRRADPGERIRRTEPAAVGVGAASRDLEKHG
AITSSNTAQTNPDCAWLEAQEDEEVGFPVRPQVPLRPMTFKAAVDLSHFL
KEKGGLEGLVWSPKRQEILDLWVYHTQGYFPDWQNYTPGPGTRYPLTFGW
CFELVPVEPEKVEELNEGENNCLLHPVCQHGMEDPEREVLVWRFNSRLAF
QHLAREQHPEFYKDCo
>C43
MGGNWSKSSIVGWPQVRERIKRTPPATEGVGAVSQDLDKHGAVTSSNMNN
ADSVWLRAQEEEDDGVGFPVRPQVPVRPMTFKGAFDLSFFLKEKGGLDGL
IYSKRRQEILDLWVYNTQGFFPDWQNYTPGPGIRYPLCFGWCFKLVPVDP
REVEEDTKGENNCLLHPMNQHGQEDADREVLMWKFDSALARRHIAREQHP
EWYKDCoooooooooo
>C44
MGGKWSKSSIVGWPEVRERIRRTRTPAAATGVGAVSQDLDKRGAVTSSNV
NHPSCAWLEAQKDEEVGFPVRPQVPTRPMTYKAAFDLSHFLKEKGGLEGL
IYSRRRQEILDLWVYHTQGFFPDWQNYTPGPGIRYPLTFGWCFKLVPVDP
DEVEKANEGENNSLLHPICQHGMDDEERETLIWRFDSHLALKHRAQELHP
EFYKDCoooooooooo
>C45
MGGKWSKSSWPAIRERMRRTPAADGVGAASRDLEKHGAITSSNNNAACAW
LEAQEEVGFPVRPQVPLRPMTYKAALDLSHFLKEKGGLEGLIHSQQRQDI
LDLWVYNTQGYFPDWQNYTPGPGIRYPLTFGWCFKLVPVEPDREEENDRL
LHPASQHGTEDPEKEVLMWKFDSRLAFHHMAREQHPEYYKDCoooooooo
oooooooooooooooo
>C46
MGGKWSKSSIVGWPAIRERMRRTRAEPAAEPAAEGVGPASRDLERHGAIT
SSYTAQNNPACAWLEAQEEEGEVGFPVRPQVPLRPMTYKAAVDMSHFIKE
KGGLDGLIWSQKRQDILDLWIYNTQGYFPDWQNYTPGPGIRYPLTFGWCF
ELVPVDPKEVEENNEGENNSLLHPMSQHGMEDTEKEVLVWRFNSRLAFEH
KAKEMHPEFYKNCooo
>C47
MGGKWSKSRGWSRVRERIEQTPPAAEGVGAVSQDLDKHGAVTSSNMNNAD
CVWLRAQEEEEEEVGFPVRPQVPLRPMTYKEAFDLSFFLKEKGGLEGLIY
SKRRQDILDLWVYNTQGFFPDWQNYTPGPGTRYPLCFGWCFKLVPVDTEE
VEGENNCLLHPMNQHGTEDAKKEVLMWKFDSALARRHIARELHPEFYKDC
oooooooooooooooo
>C48
MGGKWSKCSGWPAVRERMRQAKSAAEGVGAASQDLDKHGALTVNNTASNN
ADCAWLQAQEEEEVGFPVRPQVPLRPMTYKAAFDLSFFLKEKGGLEGLIY
SKKRQEILDLWVYHTQGFFPDWQNYTPGPGVRYPLTFGWLYKLVPVDPGE
VEEANEGENNCLLHPLSQHGMEDEDREVLKWVFDSHLARRHMAREIHPEY
YKDCoooooooooooo
>C49
MGGKWSKRSLVGWPQIRERMRRTGRTEPAAGRTEPAAVGVGAASKDLEKY
GALTVNNTATNNAACAWVEAQEEEEEVGFPVRPQVPLRPMNYRAAVDLSH
FFKEKGGLEGLVYSQKRQDILDLWIYHTQGYFPDWQNYTPGPGTRYPLTF
GWCFKLVPVDPDKVEEASEGENNCLLHPMNLHGMDDPEGEVLVWKFDSML
AFHHVARELHPEYYKD
>C50
MGGKWSKNRIVGWPAVRERMRRAKPAAEGEGAAEGVGAASQDLDKYGALT
SSNTADTNAACAWLEAQEEEEVGFPVRPQVPLRPMTYKGAFDLGFFLKEK
GGLDGLIYSKKRQEILDLWVYHTQGFFPDWQNYTPGPGVRYPLTFGWCYK
LVPVDPREVEEANTGENNCLLHPLSQHGMEDEDREVLKWQFDSSLARRHV
ARELHPDYYKDCoooo
PROGRAM: T-COFFEE Version_10.00.r1613 (2013-10-22 15:49:09 - Revision 1613 - Build 432)
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Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
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Master Sequences Identified
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Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
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Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
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Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
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Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
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Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
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Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
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Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
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Input File (M) proba_pair
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Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
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Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
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Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
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INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
xxx Retrieved Mproba_pair
All Methods Retrieved
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Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
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--- Process Method/Library/Aln Mproba_pair
xxx Retrieved Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
xxx Retrieved Mproba_pair
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INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
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xxx Retrieved Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
xxx Retrieved Mproba_pair
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Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
xxx Retrieved Mproba_pair
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INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
xxx Retrieved Mproba_pair
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Library Total Size: [735696]
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INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
xxx Retrieved Mproba_pair
All Methods Retrieved
MANUAL PENALTIES: gapopen=0 gapext=0
Library Total Size: [735696]
Library Relaxation: Multi_proc [8]
[Relax Library][TOT= 6][ 0 %][ELAPSED TIME: 0 sec.]
[Relax Library][TOT= 6][ 33 %][ELAPSED TIME: 0 sec.]
[Relax Library][TOT= 6][ 50 %][ELAPSED TIME: 0 sec.]
[Relax Library][TOT= 6][ 66 %][ELAPSED TIME: 0 sec.]
[Relax Library][TOT= 6][ 83 %][ELAPSED TIME: 0 sec.]
[Relax Library][TOT= 6][100 %][ELAPSED TIME: 0 sec.]
-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) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
xxx Retrieved Mproba_pair
All Methods Retrieved
MANUAL PENALTIES: gapopen=0 gapext=0
Library Total Size: [735696]
Library Relaxation: Multi_proc [8]
-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) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
xxx Retrieved Mproba_pair
All Methods Retrieved
MANUAL PENALTIES: gapopen=0 gapext=0
Library Total Size: [735696]
Library Relaxation: Multi_proc [8]
-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) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
xxx Retrieved Mproba_pair
All Methods Retrieved
MANUAL PENALTIES: gapopen=0 gapext=0
Library Total Size: [735696]
Library Relaxation: Multi_proc [8]
Relaxation Summary: [735696]--->[665482]
UN-WEIGHTED MODE: EVERY SEQUENCE WEIGHTS 1
OUTPUT RESULTS
#### File Type= MSA Format= score_ascii Name= input.prot.fasta.muscle_rs_0_0.fasta.score_ascii
#### File Type= MSA Format= html Name= input.prot.fasta.muscle_rs_0_0.fasta.html
#### File Type= MSA Format= score_ascii Name= input.prot.fasta.muscle_rs_0_0.fasta.score_ascii
# Command Line: t_coffee -infile input.prot.fasta.muscle_rs_0_0.fasta.aln -output score_ascii -special_mode evaluate -evaluate_mode t_coffee_fast [PROGRAM:T-COFFEE]
# T-COFFEE Memory Usage: Current= 32.050 Mb, Max= 47.657 Mb
# Results Produced with T-COFFEE Version_10.00.r1613 (2013-10-22 15:49:09 - Revision 1613 - Build 432)
# T-COFFEE is available from http://www.tcoffee.org
# Register on: https://groups.google.com/group/tcoffee/
FORMAT of file input.prot.fasta.muscle_rs_0_0.fasta.ipi_i.fasta Not Supported[FATAL:T-COFFEE]
CLUSTAL W (1.83) multiple sequence alignment
C1 MGGKWSKWPQVRERIEQPPAEGVGAVSQDLDKHGAITSSNNNADNVWLKA
C2 MGGKWSKWATIRERMRREPADGVGAVSRDLERHGAITNSNTNADCAWLEA
C3 MGGKWSKWPDIRERIRNMPAEGVGAASQDLDKHGALTTSNNNAACAWLEA
C4 MGGKWSKWPTVRERMRREPAIGVGAASRDLEKHGAITSSNNNADCAWLEA
C5 MGGEWSRWSTIRERMRREPAAGVGAVSQDLDKRGAITTNNTNADCAWLEA
C6 MGGKWSKWPAVRERIRRTPADGVGAVSRDLDRHGAITSSNTNADCAWLEA
C7 MGSKWSKWPEVRERLRRPAAEGVGAVSQDLDKHGAVTSSNNHPSCAWLEA
C8 MGGKWSKWPQVRERMRQPPAEGVGAASRDLDKHGAITSSNTNAACAWLEA
C9 MGGKWSKWPAVRERIRREPAEGVGAASQDLDKHGALTSSNNNPDCAWLQA
C10 MGGKWSKWSTVRERMRRAPADGVGAVSRDLEKHRAITSSNTNADCARLEA
C11 MGSKWSKWPAVRERIRREPAEGVGAASQDLDKYGAFTSSNNNADCAWLEA
C12 MGSKWSKWPAIRERMRQEPAEGVGAVSRDLERHGAITSSNNNAACAWLEA
C13 MGAKWSKWPAIRERMRREPAAGVGAASQDLDKYGALTSSNNNADCAWLRA
C14 MGGKWSKWPTIRERIRRDPAEGVGAASRDLEKHGALTSSNTNPDCAWLEA
C15 MGGKWSKWPAIRERMRRQPADGVGAVSRDLEKHGAITSSNTNANVAWLEA
C16 MGAKWSKWPAVRERMRQEPAEGVGAVSRDLGKHGAITSSNTNADCAWLEA
C17 MGGKWSKWPKVRERIRQPPAEGVGAASRDLDRHGAITSSNTNADCAWLEA
C18 MGGKWSKWPQVRERIRRPPAEGVGAASQDLDKHGAITNSNTNATCAWLEA
C19 MGGKWSKWAAIRERMRREPAAGVGAVSRDLERHGAITSSNTNADCAWLEA
C20 MGGKWSKWSTIRERMRREPAEGVGAVSRDLEQHGAITSSNNNPDCAWLEA
C21 MGGKWSKWPTVREKIRQEPAEGVGAVSRDLEKYGAITSSNTNAACAWLEA
C22 MGGKWSKWDTIRERMRREPAEGVGAVSRDLAQRGAITTSNNNAACAWLEA
C23 MGGKWSKWPQIRERIRRPPAEGVGAVSQDLAKHGAVTSNNNNADSAWLRA
C24 MGGKWSKWPKVRDRMRQPPAKGVGAVSQDLAKHGAITSSNTNADCAWLEA
C25 MGGKWSKWPAVRERMRREPADGVGAVSRDLDRHGAITSSNTNADCAWLEA
C26 MGSKWSKWPTVRERMRREPAEGVGAASQDLDKYGALTSSNNNADCAWLQA
C27 MGNKWSKWPAVRERIRRDPAQGVGAASQDLAKHGALTSSNNNADCAWLQA
C28 MGGKWSKWPQVREKIRQPPAEGVGAVSQDLAKYGAITSSNNNADCVWLRT
C29 MGGKWSKWPAVRDRMRREPAVGVGAASQDLEKHGAITSSNTNADCAWLEA
C30 MGGKWSKWPAVRERMERTPLEGAGAVSRDLEKHGAITSSNNDAACVWLEA
C31 MGGIWSKWPTVGERMRREPAAGVGAASQDLDNHGALTSSNTNAACAWLRT
C32 MGNKWSKWPAVRERMKRPSSSKVEHAPQDLGKHGTITERGNDAACVWLEA
C33 MGGKWSKWNTVRERMRREPAEGVGAESRDLEQRGAIPTRNNNAACAWLEA
C34 MGGKWSKWPEVRERIRQSPATGVGAVSQDLAKHGAITNSNNHPSCVWLEA
C35 MGGKWSKWPEVRERLRRPPAEGVGPVSQDLDKHGAVTSSNNHPSCAWLEA
C36 MGSKWSKWPAVRERMRKTPAEGVGAASQDLDKHGALTSSNNNADCAWLQA
C37 MGGKWSKWPAVRDRIRRDPAEGVGAASQDLDKYGALTSNNTNKDCAWLEA
C38 MGGKWSKWPAVRERIRKEPAEGVGAASQDLDKYGAHTSSNNNATCAWLQA
C39 MGGKWSKWPEIRERLRRPTAAGVGAVSQDLDRHGAVTSSNNHPSNAWLEA
C40 MGNAWSKWSEVRNRMRQQPAPGVGAVSRELADRGGIPSSYNNAALAFLTA
C41 MGGKWSKWPAVRERIRQEGASGVGPASQDLDKHGALTSSNNNEACAWLEA
C42 MGGKWSKWPAIRERIRREPAVGVGAASRDLEKHGAITSSNTNPDCAWLEA
C43 MGGNWSKWPQVRERIKRPPTEGVGAVSQDLDKHGAVTSSNNNADSVWLRA
C44 MGGKWSKWPEVRERIRRPAATGVGAVSQDLDKRGAVTSSNNHPSCAWLEA
C45 MGGKWSKWPAIRERMRRTPADGVGAASRDLEKHGAITSSNNNAACAWLEA
C46 MGGKWSKWPAIRERMRREPAEGVGPASRDLERHGAITSSYNNPACAWLEA
C47 MGGKWSKWSRVRERIEQPPAEGVGAVSQDLDKHGAVTSSNNNADCVWLRA
C48 MGGKWSKWPAVRERMRQKSAEGVGAASQDLDKHGALTVNNNNADCAWLQA
C49 MGGKWSKWPQIRERMRREPAVGVGAASKDLEKYGALTVNNNNAACAWVEA
C50 MGGKWSKWPAVRERMRRKPAEGVGAASQDLDKYGALTSSNTNAACAWLEA
** **:* : :::.. . .::* . .. . : :
C1 QEEVGFPVRPQVPLRPMTFKGAFDLSFFLREKGGLEGLIYSKKRQEILDL
C2 QEEVGFPVRPQVPLRPMTYKAAVDLSHFLKEKGGLEGLIHSQKRQDILDL
C3 QEEVGFPVKPQVPLRPMTYKGAVDLGFFLKEKGGLEGLIYSKKRQDILDL
C4 QEEVGFPVRPQVPLRPMTYKGAVDLSHFLKEKGGLEGLIYSQKRQDILDL
C5 QEEVGFPVRPQLPLRPMTFKGAFDLGFFLKEKGGLDGLIHSQKRQDILDL
C6 QTEVGFPVRPQVPLRPMTYKAAFDLSFLLKEKGGLDRLIYSKKRQDILDL
C7 QEEVGFPVKPQVPLRPMTYKGAFDLSFFLKEKGGLDGLIYSRKRQEILDL
C8 QEEVGFPVKPQVPLRPMTFKGAFDLGYFLKEKGGLDGLIYSKRRQDILDL
C9 QEEVGFPVRPQVPLRPMTYKAAFDLSFFLKEKGGLEGLIYSKKRQDILDL
C10 QEEVGFPVRPQVPLRPMTYKGAFDLSHFLKEKGGLEGLVYSQERQDILDL
C11 QEEVGFPVRPQVPVRPMTYKGAFDLGFFLKEKGGLDGLIYSKKRQEILDL
C12 QEEVGFPVRPQVPLRPMTTRGARDLSHFLKEKGGLEGLIWSQKRQDILDL
C13 QEGVGFPVRPQVPLRPMTFKGAFDLSFFLKEKGGLEGLIYSKKRQEILDL
C14 QTEVGFPVKPQVPVRPMTYKAAFDLSFFLKEKGGLDGLIWSQKRQEILDL
C15 QEEVGFPARPQVPLRPMTYKAAVDMSHFLKEKGGLEGLIWSQRRQEILDL
C16 QQEVGFPVRPQVPLRPMTYKAAVDLSHFLKEKGGLEGLVYSQQRQDILDL
C17 QEEVGFPVRPQVPLRPMTYKGALDLSHFLKEKGGLEGLIYSKKRQEILDL
C18 QEEVGFPVRPQVPMRPMTYKGAFDLGFFLKEKGGLDGLIYSKKRQEILDL
C19 QEEVGFPVRPQVPLRPMTYKGALDLSHFLKEKGGLEGLIYSQKRQEILDL
C20 QEEVGFPVRPQVPLRPMSYKAAVDISHFLKEKGGLEGLIHSQKRQDILDL
C21 QEEVGFPVRPQVPLRPMTYRAAVDLSHFLRKEGGLEGLIWSQKRQDILDL
C22 QEEVGFPVRPQVPLRPMTYKAAVDLSHFLKEKGGLEGLVYSQKRQDILDL
C23 QEGVGFPVRPQVPLRPMTYKGAFDLSFFLREKGGLDGLVYSKKRQEILDL
C24 QEDVGFPVRPQVPLRPMTYKAAFDLSHFLKEKGGLDGLIYSKQRQEILDL
C25 QEDVGFPVRPQVPLRPMTYKAAVDLSHFLKEKGGLEGLIYSHKRQDILDL
C26 QEGVGFPVRPQVPLRPMTYKGAVDLSFFLKEKGGLDGLIHSKKRQDILDL
C27 QEEVGFPVRPQVPLRPMTYKEAFDLSFFLKEKGGLEGLIWSQQRQDILDL
C28 QEEVGFPVRPQVPLRPMTYKGAFDLSFFLKEKGGLEGLIWSQKRQDILDM
C29 QEEVGFPVKPQVPLRPMTYKAAVDLSHFLKEKGGLEGLTWSQNRQDILDL
C30 QEDVGFPVRPQVPLRPMTYRGAVDLSHFLRKEGGLEGLVHSQRRQDILDL
C31 QEEVGFPVRPQVPLRPMTYKAAVDLSFFLKEKGGLEGLIYSKKRQDILDL
C32 QEEVGFPVRPQVPLRPMTRRAAHDLSFFLKEKGGLDGLIYSQKRQDILDL
C33 QEEGGFPVKPQEPLIPMTYKGALNLSHFLKEKGGLEGLIYSQRRQDILDL
C34 QEEVGFPVKPQVPLRPMTYKGALDLSHFLKEKGGLDGLIYSRKRQDILDL
C35 QEGVGFPVKPQVPLRPMTYKGAFDISHFLKEKGGLDGLIYSRKRQEILDL
C36 QEEVGFPVRPQVPLRPMTYKAAFDLGFFLKEKGGLDGLIYSKQRQDILDL
C37 QEGVGFPVRPQVPLRPMTYKAAVDLSWFLKEKGGLEGLIYSKKRQEILDL
C38 QEEVGFPVRPQVPLRPMTYKGAFDLSFFLKEKGGLDGLIYSKKRQDILDL
C39 QEEVGFPVRPQVPLRPMTYKGSSRSQPLFKRKGGTGRVSFSRKRQEILDL
C40 HEDVGFPVRPQVPLRPMTFKGAFDLSFFLKEKGGLEGLIYSHKRAEILDL
C41 QEDVGFPVRPQVPLRPMTYKAAFGLSFFLKEKGGLEGLIYSKKRQEILDL
C42 QEEVGFPVRPQVPLRPMTFKAAVDLSHFLKEKGGLEGLVWSPKRQEILDL
C43 QEGVGFPVRPQVPVRPMTFKGAFDLSFFLKEKGGLDGLIYSKRRQEILDL
C44 QKEVGFPVRPQVPTRPMTYKAAFDLSHFLKEKGGLEGLIYSRRRQEILDL
C45 QEEVGFPVRPQVPLRPMTYKAALDLSHFLKEKGGLEGLIHSQQRQDILDL
C46 QEEVGFPVRPQVPLRPMTYKAAVDMSHFIKEKGGLDGLIWSQKRQDILDL
C47 QEEVGFPVRPQVPLRPMTYKEAFDLSFFLKEKGGLEGLIYSKRRQDILDL
C48 QEEVGFPVRPQVPLRPMTYKAAFDLSFFLKEKGGLEGLIYSKKRQEILDL
C49 QEEVGFPVRPQVPLRPMNYRAAVDLSHFFKEKGGLEGLVYSQKRQDILDL
C50 QEEVGFPVRPQVPLRPMTYKGAFDLGFFLKEKGGLDGLIYSKKRQEILDL
: ***.:** * **. : : :::.:** : * .* :***:
C1 WVYHTQGFFPDWHNYTPGIRYPLCFGWCFKLVPVDSREAEENSCLLHPIS
C2 WVYHTQGFFPDWQNYTPGTRYPLCFGWCFKLVPVEPDKVEENNSLLHPIS
C3 WVYHTQGYFPDWQNYTPGVRYPLTFGWPFKLVPVDPREVEENNCLLHPIS
C4 WVYHTQGYFPDWQNYTPGTRYPLTFGWCFKLVPVEPGKVEENNCLLHPMS
C5 WVYHTQGYFPDWQNYTPGIRYPLCFGWCYKLVPVDPKEVEENNCLLHPIC
C6 WVYHTQGFFPDWQNYTPGIRYPLTFGWCFKLVPVDPREVEENNCLLHPMS
C7 WVYNTQGFFPDWQNYTPGTRFPLTFGWCFKLVPVDPDEVEENNSLLHPIC
C8 WVYHTQGFFPDWQNYTPGIRYPLTFGWCYKLVPMDPSEVEENNCLLHPIC
C9 WVYHTQGYFPDWQNYTPGVRLPLTFGWCFKLVPVDPEEVEENNCLLHPLS
C10 WVYNTQGFFPDWQNYTPGTRFPLTFGWCFKLVPVEPEKIEENNSLLHPMS
C11 WVYHTQGFFPDWQNYTPGVRYPLTFGWPFKLVPVDPREVEENNCLLHPMS
C12 WVYHTQGYFPDWQNYTPGVRYPLTLGWCFKLVPMEPEEIEENNSLLHPMS
C13 WVYHTQGYFPDWQNYTPGVRYPLTFGWCFKLVPVDPREIEEDNCLLHPVC
C14 WVYNTQGFFPDWQNYTPGIRYPLTFGWCFELVPVDPQEVKENSCLLHPMC
C15 WVYHTQGYFPDWQNYTPGTRFPLTFGWCFKLVPVEPDEVEENNSLLHPMS
C16 WVYNTQGFFPDWQNYTPGVRYPLTFGWCFKLVPVEREKVEENNILLHPMS
C17 WVYHTQGYFPDWQNYTPGIRYPLTFGWCFKLVPLDPAEVEENNSLLHPIC
C18 WVYHTQGFFPDWQNYTPGTRFPLTFGWCFKLVPVDPAVVEENSCLLHPMC
C19 WVYHTQGYFPDWQNYTPGIRYPLTLGWCFKLVPMEPDKVEENNCLLHPIN
C20 WIYHTQGYFPDWQNYTPGIRYPLTFGWCFKLVPVDPEKIEENNSLLHPMS
C21 WVHHTQGYFPDWQNYTPGVRYPLTLGWCFKLVPVEPEKVEENNSLLHPLS
C22 WVYHTQGYFPDWQNYTPGTRFPLTFGWCFKLVPVEPEKIEEDNCLLHPMT
C23 WVYNTQGFFPDWHNYTPGIRYPLCFGWCFKLVPVDPKEVEENNCLLHPMN
C24 WVYHTQGFFPDWQNYTPGIRYPLTFGWCFKLVPLDPTEVEENNSLLHPIC
C25 WVYHTQGFFPDWQGYTPGVRFPLTFGWCFKLVPVEPDKVEENNCLLHPMS
C26 WVYHTQGYFPDWQNYTPGVRFPLTFGWCFKLVPVDPGEVEENNCLLHPIS
C27 WVYNTQGFFPDWQNYTPGVRYPLTFGWCFKLVPVDPSEVEDNNCLLHPIS
C28 WVHHTQGFFPDWQGYTPGIRYPLTFGWCFKLVPVDPEQVEENNCLLHPMS
C29 WVYHTQGYFPDWQNYTPGIRYPLTFGWCFKLVPLEQEQVEENNCLLHPIS
C30 WVYHTQGYFPDWQNYTPGIRYPLTLGWCFKLVPVDKEQVEENNSLLHPMS
C31 WVYNTQGFFPDWQNYTPGVRYPLTFGWCFKLVPVDPREVEENNSLLHPMC
C32 WVYHTQGFFPDWQNYTPGARFPLTFGWCFKLVPVEPEKVEENHSLLHPMS
C33 WVYHKQGYFPDWHNYTPGGKFPLTFGWCFKLVPFDPEYIQENNCLLHPMN
C34 WVYNTQGYFPDWQNYTPGIRYPLTFGWCFKLVPVDPDEVEENNSLLHPMC
C35 WVYNTQGYFPDWQNYTPGTRFPLTFGWCFKLVPVDPAEVEENNSLLHPMC
C36 WVYNTQGFFPDWQNYTPGVRYPLTFGWCYKLVPVDPKEVEENNCLLHPIS
C37 WVYHTQGFFPDWQNYTPGVRLPLTFGWCFKLVPVDPREVEENNCLLHPIS
C38 WVYNTQGFFPDWQNYTPGVRYPLTFGWCFKLVPVDPREVEEDNCLLHPMS
C39 WTYNTQGYFPDWQNYTPGIRYPLTFGWCFKLVPVDPSEVEENNSLLHPMS
C40 WVHHTQGFFPDWQCYTPGIRYPLTFGWLYKLVPVTAEEAEEDASLLHPAC
C41 WVYHTQGFFPDWQNYTPGVRYPLTFGWCFKLVPVDPGEVEDTNCLLHPMN
C42 WVYHTQGYFPDWQNYTPGTRYPLTFGWCFELVPVEPEKVEENNCLLHPVC
C43 WVYNTQGFFPDWQNYTPGIRYPLCFGWCFKLVPVDPREVEENNCLLHPMN
C44 WVYHTQGFFPDWQNYTPGIRYPLTFGWCFKLVPVDPDEVEENNSLLHPIC
C45 WVYNTQGYFPDWQNYTPGIRYPLTFGWCFKLVPVEPDREEENDRLLHPAS
C46 WIYNTQGYFPDWQNYTPGIRYPLTFGWCFELVPVDPKEVEENNSLLHPMS
C47 WVYNTQGFFPDWQNYTPGTRYPLCFGWCFKLVPVDTEEVEENNCLLHPMN
C48 WVYHTQGFFPDWQNYTPGVRYPLTFGWLYKLVPVDPGEVEENNCLLHPLS
C49 WIYHTQGYFPDWQNYTPGTRYPLTFGWCFKLVPVDPDKVEENNCLLHPMN
C50 WVYHTQGFFPDWQNYTPGVRYPLTFGWCYKLVPVDPREVEENNCLLHPLS
* ::.**:****: **** : ** :** ::***. :: ****
C1 QHGAEDEEREVLMWKFDSSLARKHIAREMHPEFLKD
C2 LHGMEDSEREVLVWKFDSRLAYHHVARETHPEYFKD
C3 QHGMDDEDRDVLIWKFDSSLIRRHTARELHPEYYKD
C4 LHGMDDPEKEVLVWKFDSRLAFHHVAQELHPEYYKD
C5 QQGMDDGEREVLMWKFDSSLAREHVARKLYPEFFKD
C6 QHGMEDADKEVLRWEFDSSLARVHQARVLHPEYYKD
C7 QHGMDGEERETLMWKFDRSLALKHVAHELHPEYYKD
C8 QHGMEDADREVLVWRYDSQLALKHIARELHPEYYKD
C9 QHGMEDADREVLKWVFDSSLARRHLAREKHPEYYKD
C10 LHGMEDPEKEVLVWRFDSHLAFRHVARELYPEYYKN
C11 QHGMEDEEREVLKWEFDSNLARRHMARELHPEWYKD
C12 QHGMDDPEKEVLVWKFDSRLAFHHVARELHPEYYKD
C13 QHGMDDEHREVLRWKFDSQLAHRHRARELHPEFYKD
C14 QHGMEDPEREVLKWRFNSRLAYEHKARILHPEFYKD
C15 QHGMDDPEKEVLMWKFDSRLAFHHLARELHPEYYKD
C16 LHGMEDPEKEVLEWKFDSKLAFHHRARELYPDYYKN
C17 QHGMEDEDNEVLTWKFDSSLAFKHKARELHPEFYKD
C18 QHGAEDEDREVLMWKFDSSLAHRHIAKEKHPEFYKD
C19 QHGMDDPEREVLVWKFDSRLAFHHVARELHPEYYKN
C20 QHGMDDPEKEVLQWKFDSRLAFHHVARELHPEYYKN
C21 QHGMEDPEKEVLMWKFDSRLAFQHVARELHPEYYKD
C22 LHGMDDPEGEVLVWRFDSRLAFHHIAREKHPEYYKD
C23 QHGFEDEEGEVLIWKFDSALARKHIARELRPEYYKD
C24 QHGMEDEDREVLVWKFDSKLALKHRAQELHPEFYKD
C25 QHGMEDPEREVLMWKFDSHLAFRHVARDLHPEYYKN
C26 LHGMEDEEREVLQWVFDSSLARRHMAREKHPEFYKD
C27 QHGMDDKDREVLKWKFDSSLARRHLAREKHPEFYKD
C28 QHGADDPEREVLMWKFDSALARKHTARELHPEFYKD
C29 QHGMDDPEKEVLMWKFDSRLAFQHMAREKHPEYYKD
C30 LHGMDDPEGEVLVWKFDSQLAFHHVARELHPEYYKD
C31 LHGMEDQHREVLKWKFDSLLAHRHLARELHPEFYKD
C32 LHGMDDPEGEVLMWKFDSKLAFHHVARELHPEYYKD
C33 MHGMDDPEREVLEWKFDRRLAFRHLDREIHPEYYND
C34 QHGMEDDERETLIWRFDSHLAFKHRARELHPEYYKD
C35 QHGVVDEEKETLMWKFDSLLAFRHVAKEMHPEFYKD
C36 LQGMEDEEREVLKWQFDSSLARRHMARELHPEYYKD
C37 LHGMEDEDKEVLRWKFDSHLARRHLAREIHPEFYKD
C38 QHGMEDEDREVLKWEFDSSLARRHLAREKHPEYYKD
C39 QHGMDDEERETLIWVFDSRLAFKHMARELHPEFYKD
C40 NHGAEDAHGEILKWQFDRTLGLTHVALQKHPELFPK
C41 QHGIEDGHREVLRWKFDSQLARRHLARELHPEYYKD
C42 QHGMEDPEREVLVWRFNSRLAFQHLAREQHPEFYKD
C43 QHGQEDADREVLMWKFDSALARRHIAREQHPEWYKD
C44 QHGMDDEERETLIWRFDSHLALKHRAQELHPEFYKD
C45 QHGTEDPEKEVLMWKFDSRLAFHHMAREQHPEYYKD
C46 QHGMEDTEKEVLVWRFNSRLAFEHKAKEMHPEFYKN
C47 QHGTEDAKKEVLMWKFDSALARRHIARELHPEFYKD
C48 QHGMEDEDREVLKWVFDSHLARRHMAREIHPEYYKD
C49 LHGMDDPEGEVLVWKFDSMLAFHHVARELHPEYYKD
C50 QHGMEDEDREVLKWQFDSSLARRHVARELHPDYYKD
:* . . : * * :: * * *: .
FORMAT of file input.prot.fasta.muscle_rs_0_0.fasta.ipi_bs.fasta Not Supported[FATAL:T-COFFEE]
input.prot.fasta.muscle_rs_0_0.fasta.aln I:93 S:93 BS:94
# TC_SIMILARITY_MATRIX_FORMAT_01
# SEQ_INDEX C1 0
# SEQ_INDEX C2 1
# SEQ_INDEX C3 2
# SEQ_INDEX C4 3
# SEQ_INDEX C5 4
# SEQ_INDEX C6 5
# SEQ_INDEX C7 6
# SEQ_INDEX C8 7
# SEQ_INDEX C9 8
# SEQ_INDEX C10 9
# SEQ_INDEX C11 10
# SEQ_INDEX C12 11
# SEQ_INDEX C13 12
# SEQ_INDEX C14 13
# SEQ_INDEX C15 14
# SEQ_INDEX C16 15
# SEQ_INDEX C17 16
# SEQ_INDEX C18 17
# SEQ_INDEX C19 18
# SEQ_INDEX C20 19
# SEQ_INDEX C21 20
# SEQ_INDEX C22 21
# SEQ_INDEX C23 22
# SEQ_INDEX C24 23
# SEQ_INDEX C25 24
# SEQ_INDEX C26 25
# SEQ_INDEX C27 26
# SEQ_INDEX C28 27
# SEQ_INDEX C29 28
# SEQ_INDEX C30 29
# SEQ_INDEX C31 30
# SEQ_INDEX C32 31
# SEQ_INDEX C33 32
# SEQ_INDEX C34 33
# SEQ_INDEX C35 34
# SEQ_INDEX C36 35
# SEQ_INDEX C37 36
# SEQ_INDEX C38 37
# SEQ_INDEX C39 38
# SEQ_INDEX C40 39
# SEQ_INDEX C41 40
# SEQ_INDEX C42 41
# SEQ_INDEX C43 42
# SEQ_INDEX C44 43
# SEQ_INDEX C45 44
# SEQ_INDEX C46 45
# SEQ_INDEX C47 46
# SEQ_INDEX C48 47
# SEQ_INDEX C49 48
# SEQ_INDEX C50 49
# PW_SEQ_DISTANCES
BOT 0 1 75.48 C1 C2 75.48
TOP 1 0 75.48 C2 C1 75.48
BOT 0 2 79.72 C1 C3 79.72
TOP 2 0 79.72 C3 C1 79.72
BOT 0 3 76.30 C1 C4 76.30
TOP 3 0 76.30 C4 C1 76.30
BOT 0 4 77.36 C1 C5 77.36
TOP 4 0 77.36 C5 C1 77.36
BOT 0 5 79.51 C1 C6 79.51
TOP 5 0 79.51 C6 C1 79.51
BOT 0 6 76.96 C1 C7 76.96
TOP 6 0 76.96 C7 C1 76.96
BOT 0 7 79.72 C1 C8 79.72
TOP 7 0 79.72 C8 C1 79.72
BOT 0 8 81.60 C1 C9 81.60
TOP 8 0 81.60 C9 C1 81.60
BOT 0 9 72.51 C1 C10 72.51
TOP 9 0 72.51 C10 C1 72.51
BOT 0 10 81.60 C1 C11 81.60
TOP 10 0 81.60 C11 C1 81.60
BOT 0 11 74.06 C1 C12 74.06
TOP 11 0 74.06 C12 C1 74.06
BOT 0 12 80.19 C1 C13 80.19
TOP 12 0 80.19 C13 C1 80.19
BOT 0 13 76.30 C1 C14 76.30
TOP 13 0 76.30 C14 C1 76.30
BOT 0 14 75.47 C1 C15 75.47
TOP 14 0 75.47 C15 C1 75.47
BOT 0 15 73.11 C1 C16 73.11
TOP 15 0 73.11 C16 C1 73.11
BOT 0 16 82.78 C1 C17 82.78
TOP 16 0 82.78 C17 C1 82.78
BOT 0 17 84.91 C1 C18 84.91
TOP 17 0 84.91 C18 C1 84.91
BOT 0 18 75.96 C1 C19 75.96
TOP 18 0 75.96 C19 C1 75.96
BOT 0 19 73.93 C1 C20 73.93
TOP 19 0 73.93 C20 C1 73.93
BOT 0 20 75.00 C1 C21 75.00
TOP 20 0 75.00 C21 C1 75.00
BOT 0 21 72.12 C1 C22 72.12
TOP 21 0 72.12 C22 C1 72.12
BOT 0 22 84.47 C1 C23 84.47
TOP 22 0 84.47 C23 C1 84.47
BOT 0 23 80.19 C1 C24 80.19
TOP 23 0 80.19 C24 C1 80.19
BOT 0 24 75.25 C1 C25 75.25
TOP 24 0 75.25 C25 C1 75.25
BOT 0 25 81.13 C1 C26 81.13
TOP 25 0 81.13 C26 C1 81.13
BOT 0 26 80.09 C1 C27 80.09
TOP 26 0 80.09 C27 C1 80.09
BOT 0 27 83.57 C1 C28 83.57
TOP 27 0 83.57 C28 C1 83.57
BOT 0 28 75.48 C1 C29 75.48
TOP 28 0 75.48 C29 C1 75.48
BOT 0 29 73.11 C1 C30 73.11
TOP 29 0 73.11 C30 C1 73.11
BOT 0 30 76.42 C1 C31 76.42
TOP 30 0 76.42 C31 C1 76.42
BOT 0 31 68.97 C1 C32 68.97
TOP 31 0 68.97 C32 C1 68.97
BOT 0 32 67.92 C1 C33 67.92
TOP 32 0 67.92 C33 C1 67.92
BOT 0 33 77.36 C1 C34 77.36
TOP 33 0 77.36 C34 C1 77.36
BOT 0 34 77.36 C1 C35 77.36
TOP 34 0 77.36 C35 C1 77.36
BOT 0 35 79.25 C1 C36 79.25
TOP 35 0 79.25 C36 C1 79.25
BOT 0 36 79.25 C1 C37 79.25
TOP 36 0 79.25 C37 C1 79.25
BOT 0 37 82.38 C1 C38 82.38
TOP 37 0 82.38 C38 C1 82.38
BOT 0 38 72.12 C1 C39 72.12
TOP 38 0 72.12 C39 C1 72.12
BOT 0 39 65.22 C1 C40 65.22
TOP 39 0 65.22 C40 C1 65.22
BOT 0 40 77.88 C1 C41 77.88
TOP 40 0 77.88 C41 C1 77.88
BOT 0 41 74.38 C1 C42 74.38
TOP 41 0 74.38 C42 C1 74.38
BOT 0 42 85.05 C1 C43 85.05
TOP 42 0 85.05 C43 C1 85.05
BOT 0 43 78.30 C1 C44 78.30
TOP 43 0 78.30 C44 C1 78.30
BOT 0 44 77.23 C1 C45 77.23
TOP 44 0 77.23 C45 C1 77.23
BOT 0 45 70.87 C1 C46 70.87
TOP 45 0 70.87 C46 C1 70.87
BOT 0 46 86.67 C1 C47 86.67
TOP 46 0 86.67 C47 C1 86.67
BOT 0 47 80.19 C1 C48 80.19
TOP 47 0 80.19 C48 C1 80.19
BOT 0 48 70.30 C1 C49 70.30
TOP 48 0 70.30 C49 C1 70.30
BOT 0 49 79.71 C1 C50 79.71
TOP 49 0 79.71 C50 C1 79.71
BOT 1 2 76.42 C2 C3 76.42
TOP 2 1 76.42 C3 C2 76.42
BOT 1 3 86.26 C2 C4 86.26
TOP 3 1 86.26 C4 C2 86.26
BOT 1 4 78.30 C2 C5 78.30
TOP 4 1 78.30 C5 C2 78.30
BOT 1 5 79.81 C2 C6 79.81
TOP 5 1 79.81 C6 C2 79.81
BOT 1 6 74.76 C2 C7 74.76
TOP 6 1 74.76 C7 C2 74.76
BOT 1 7 77.36 C2 C8 77.36
TOP 7 1 77.36 C8 C2 77.36
BOT 1 8 79.25 C2 C9 79.25
TOP 8 1 79.25 C9 C2 79.25
BOT 1 9 83.57 C2 C10 83.57
TOP 9 1 83.57 C10 C2 83.57
BOT 1 10 76.89 C2 C11 76.89
TOP 10 1 76.89 C11 C2 76.89
BOT 1 11 83.96 C2 C12 83.96
TOP 11 1 83.96 C12 C2 83.96
BOT 1 12 75.94 C2 C13 75.94
TOP 12 1 75.94 C13 C2 75.94
BOT 1 13 76.89 C2 C14 76.89
TOP 13 1 76.89 C14 C2 76.89
BOT 1 14 84.43 C2 C15 84.43
TOP 14 1 84.43 C15 C2 84.43
BOT 1 15 81.04 C2 C16 81.04
TOP 15 1 81.04 C16 C2 81.04
BOT 1 16 80.37 C2 C17 80.37
TOP 16 1 80.37 C17 C2 80.37
BOT 1 17 76.42 C2 C18 76.42
TOP 17 1 76.42 C18 C2 76.42
BOT 1 18 85.65 C2 C19 85.65
TOP 18 1 85.65 C19 C2 85.65
BOT 1 19 85.31 C2 C20 85.31
TOP 19 1 85.31 C20 C2 85.31
BOT 1 20 83.02 C2 C21 83.02
TOP 20 1 83.02 C21 C2 83.02
BOT 1 21 82.41 C2 C22 82.41
TOP 21 1 82.41 C22 C2 82.41
BOT 1 22 74.29 C2 C23 74.29
TOP 22 1 74.29 C23 C2 74.29
BOT 1 23 79.07 C2 C24 79.07
TOP 23 1 79.07 C24 C2 79.07
BOT 1 24 84.13 C2 C25 84.13
TOP 24 1 84.13 C25 C2 84.13
BOT 1 25 79.72 C2 C26 79.72
TOP 25 1 79.72 C26 C2 79.72
BOT 1 26 78.85 C2 C27 78.85
TOP 26 1 78.85 C27 C2 78.85
BOT 1 27 77.14 C2 C28 77.14
TOP 27 1 77.14 C28 C2 77.14
BOT 1 28 81.02 C2 C29 81.02
TOP 28 1 81.02 C29 C2 81.02
BOT 1 29 78.57 C2 C30 78.57
TOP 29 1 78.57 C30 C2 78.57
BOT 1 30 79.25 C2 C31 79.25
TOP 30 1 79.25 C31 C2 79.25
BOT 1 31 73.08 C2 C32 73.08
TOP 31 1 73.08 C32 C2 73.08
BOT 1 32 72.64 C2 C33 72.64
TOP 32 1 72.64 C33 C2 72.64
BOT 1 33 78.57 C2 C34 78.57
TOP 33 1 78.57 C34 C2 78.57
BOT 1 34 73.81 C2 C35 73.81
TOP 34 1 73.81 C35 C2 73.81
BOT 1 35 77.83 C2 C36 77.83
TOP 35 1 77.83 C36 C2 77.83
BOT 1 36 78.30 C2 C37 78.30
TOP 36 1 78.30 C37 C2 78.30
BOT 1 37 76.64 C2 C38 76.64
TOP 37 1 76.64 C38 C2 76.64
BOT 1 38 71.50 C2 C39 71.50
TOP 38 1 71.50 C39 C2 71.50
BOT 1 39 61.86 C2 C40 61.86
TOP 39 1 61.86 C40 C2 61.86
BOT 1 40 73.61 C2 C41 73.61
TOP 40 1 73.61 C41 C2 73.61
BOT 1 41 80.57 C2 C42 80.57
TOP 41 1 80.57 C42 C2 80.57
BOT 1 42 72.86 C2 C43 72.86
TOP 42 1 72.86 C43 C2 72.86
BOT 1 43 77.14 C2 C44 77.14
TOP 43 1 77.14 C44 C2 77.14
BOT 1 44 85.35 C2 C45 85.35
TOP 44 1 85.35 C45 C2 85.35
BOT 1 45 79.34 C2 C46 79.34
TOP 45 1 79.34 C46 C2 79.34
BOT 1 46 77.45 C2 C47 77.45
TOP 46 1 77.45 C47 C2 77.45
BOT 1 47 78.57 C2 C48 78.57
TOP 47 1 78.57 C48 C2 78.57
BOT 1 48 79.90 C2 C49 79.90
TOP 48 1 79.90 C49 C2 79.90
BOT 1 49 77.14 C2 C50 77.14
TOP 49 1 77.14 C50 C2 77.14
BOT 2 3 79.44 C3 C4 79.44
TOP 3 2 79.44 C4 C3 79.44
BOT 2 4 78.14 C3 C5 78.14
TOP 4 2 78.14 C5 C3 78.14
BOT 2 5 81.34 C3 C6 81.34
TOP 5 2 81.34 C6 C3 81.34
BOT 2 6 78.64 C3 C7 78.64
TOP 6 2 78.64 C7 C3 78.64
BOT 2 7 81.86 C3 C8 81.86
TOP 7 2 81.86 C8 C3 81.86
BOT 2 8 86.11 C3 C9 86.11
TOP 8 2 86.11 C9 C3 86.11
BOT 2 9 73.83 C3 C10 73.83
TOP 9 2 73.83 C10 C3 73.83
BOT 2 10 85.19 C3 C11 85.19
TOP 10 2 85.19 C11 C3 85.19
BOT 2 11 77.67 C3 C12 77.67
TOP 11 2 77.67 C12 C3 77.67
BOT 2 12 83.80 C3 C13 83.80
TOP 12 2 83.80 C13 C3 83.80
BOT 2 13 77.57 C3 C14 77.57
TOP 13 2 77.57 C14 C3 77.57
BOT 2 14 78.60 C3 C15 78.60
TOP 14 2 78.60 C15 C3 78.60
BOT 2 15 74.42 C3 C16 74.42
TOP 15 2 74.42 C16 C3 74.42
BOT 2 16 82.16 C3 C17 82.16
TOP 16 2 82.16 C17 C3 82.16
BOT 2 17 82.79 C3 C18 82.79
TOP 17 2 82.79 C18 C3 82.79
BOT 2 18 77.83 C3 C19 77.83
TOP 18 2 77.83 C19 C3 77.83
BOT 2 19 77.57 C3 C20 77.57
TOP 19 2 77.57 C20 C3 77.57
BOT 2 20 76.74 C3 C21 76.74
TOP 20 2 76.74 C21 C3 76.74
BOT 2 21 76.89 C3 C22 76.89
TOP 21 2 76.89 C22 C3 76.89
BOT 2 22 79.23 C3 C23 79.23
TOP 22 2 79.23 C23 C3 79.23
BOT 2 23 78.20 C3 C24 78.20
TOP 23 2 78.20 C24 C3 78.20
BOT 2 24 77.45 C3 C25 77.45
TOP 24 2 77.45 C25 C3 77.45
BOT 2 25 85.19 C3 C26 85.19
TOP 25 2 85.19 C26 C3 85.19
BOT 2 26 84.43 C3 C27 84.43
TOP 26 2 84.43 C27 C3 84.43
BOT 2 27 79.91 C3 C28 79.91
TOP 27 2 79.91 C28 C3 79.91
BOT 2 28 78.77 C3 C29 78.77
TOP 28 2 78.77 C29 C3 78.77
BOT 2 29 73.24 C3 C30 73.24
TOP 29 2 73.24 C30 C3 73.24
BOT 2 30 79.63 C3 C31 79.63
TOP 30 2 79.63 C31 C3 79.63
BOT 2 31 71.71 C3 C32 71.71
TOP 31 2 71.71 C32 C3 71.71
BOT 2 32 71.63 C3 C33 71.63
TOP 32 2 71.63 C33 C3 71.63
BOT 2 33 79.81 C3 C34 79.81
TOP 33 2 79.81 C34 C3 79.81
BOT 2 34 77.00 C3 C35 77.00
TOP 34 2 77.00 C35 C3 77.00
BOT 2 35 83.33 C3 C36 83.33
TOP 35 2 83.33 C36 C3 83.33
BOT 2 36 82.87 C3 C37 82.87
TOP 36 2 82.87 C37 C3 82.87
BOT 2 37 85.51 C3 C38 85.51
TOP 37 2 85.51 C38 C3 85.51
BOT 2 38 73.81 C3 C39 73.81
TOP 38 2 73.81 C39 C3 73.81
BOT 2 39 59.72 C3 C40 59.72
TOP 39 2 59.72 C40 C3 59.72
BOT 2 40 81.13 C3 C41 81.13
TOP 40 2 81.13 C41 C3 81.13
BOT 2 41 76.81 C3 C42 76.81
TOP 41 2 76.81 C42 C3 76.81
BOT 2 42 78.97 C3 C43 78.97
TOP 42 2 78.97 C43 C3 78.97
BOT 2 43 77.93 C3 C44 77.93
TOP 43 2 77.93 C44 C3 77.93
BOT 2 44 80.10 C3 C45 80.10
TOP 44 2 80.10 C45 C3 80.10
BOT 2 45 75.24 C3 C46 75.24
TOP 45 2 75.24 C46 C3 75.24
BOT 2 46 80.77 C3 C47 80.77
TOP 46 2 80.77 C47 C3 80.77
BOT 2 47 83.57 C3 C48 83.57
TOP 47 2 83.57 C48 C3 83.57
BOT 2 48 78.16 C3 C49 78.16
TOP 48 2 78.16 C49 C3 78.16
BOT 2 49 85.24 C3 C50 85.24
TOP 49 2 85.24 C50 C3 85.24
BOT 3 4 78.14 C4 C5 78.14
TOP 4 3 78.14 C5 C4 78.14
BOT 3 5 81.25 C4 C6 81.25
TOP 5 3 81.25 C6 C4 81.25
BOT 3 6 77.56 C4 C7 77.56
TOP 6 3 77.56 C7 C4 77.56
BOT 3 7 79.07 C4 C8 79.07
TOP 7 3 79.07 C8 C4 79.07
BOT 3 8 81.78 C4 C9 81.78
TOP 8 3 81.78 C9 C4 81.78
BOT 3 9 87.79 C4 C10 87.79
TOP 9 3 87.79 C10 C4 87.79
BOT 3 10 80.84 C4 C11 80.84
TOP 10 3 80.84 C11 C4 80.84
BOT 3 11 88.37 C4 C12 88.37
TOP 11 3 88.37 C12 C4 88.37
BOT 3 12 79.91 C4 C13 79.91
TOP 12 3 79.91 C13 C4 79.91
BOT 3 13 77.83 C4 C14 77.83
TOP 13 3 77.83 C14 C4 77.83
BOT 3 14 86.98 C4 C15 86.98
TOP 14 3 86.98 C15 C4 86.98
BOT 3 15 85.05 C4 C16 85.05
TOP 15 3 85.05 C16 C4 85.05
BOT 3 16 82.55 C4 C17 82.55
TOP 16 3 82.55 C17 C4 82.55
BOT 3 17 78.14 C4 C18 78.14
TOP 17 3 78.14 C18 C4 78.14
BOT 3 18 88.15 C4 C19 88.15
TOP 18 3 88.15 C19 C4 88.15
BOT 3 19 88.32 C4 C20 88.32
TOP 19 3 88.32 C20 C4 88.32
BOT 3 20 86.05 C4 C21 86.05
TOP 20 3 86.05 C21 C4 86.05
BOT 3 21 87.20 C4 C22 87.20
TOP 21 3 87.20 C22 C4 87.20
BOT 3 22 75.12 C4 C23 75.12
TOP 22 3 75.12 C23 C4 75.12
BOT 3 23 79.52 C4 C24 79.52
TOP 23 3 79.52 C24 C4 79.52
BOT 3 24 88.18 C4 C25 88.18
TOP 24 3 88.18 C25 C4 88.18
BOT 3 25 82.24 C4 C26 82.24
TOP 25 3 82.24 C26 C4 82.24
BOT 3 26 81.60 C4 C27 81.60
TOP 26 3 81.60 C27 C4 81.60
BOT 3 27 80.37 C4 C28 80.37
TOP 27 3 80.37 C28 C4 80.37
BOT 3 28 86.73 C4 C29 86.73
TOP 28 3 86.73 C29 C4 86.73
BOT 3 29 84.58 C4 C30 84.58
TOP 29 3 84.58 C30 C4 84.58
BOT 3 30 81.31 C4 C31 81.31
TOP 30 3 81.31 C31 C4 81.31
BOT 3 31 78.82 C4 C32 78.82
TOP 31 3 78.82 C32 C4 78.82
BOT 3 32 78.14 C4 C33 78.14
TOP 32 3 78.14 C33 C4 78.14
BOT 3 33 80.37 C4 C34 80.37
TOP 33 3 80.37 C34 C4 80.37
BOT 3 34 78.04 C4 C35 78.04
TOP 34 3 78.04 C35 C4 78.04
BOT 3 35 79.44 C4 C36 79.44
TOP 35 3 79.44 C36 C4 79.44
BOT 3 36 79.91 C4 C37 79.91
TOP 36 3 79.91 C37 C4 79.91
BOT 3 37 79.72 C4 C38 79.72
TOP 37 3 79.72 C38 C4 79.72
BOT 3 38 72.73 C4 C39 72.73
TOP 38 3 72.73 C39 C4 72.73
BOT 3 39 62.86 C4 C40 62.86
TOP 39 3 62.86 C40 C4 62.86
BOT 3 40 78.67 C4 C41 78.67
TOP 40 3 78.67 C41 C4 78.67
BOT 3 41 84.47 C4 C42 84.47
TOP 41 3 84.47 C42 C4 84.47
BOT 3 42 74.18 C4 C43 74.18
TOP 42 3 74.18 C43 C4 74.18
BOT 3 43 78.40 C4 C44 78.40
TOP 43 3 78.40 C44 C4 78.40
BOT 3 44 87.19 C4 C45 87.19
TOP 44 3 87.19 C45 C4 87.19
BOT 3 45 81.25 C4 C46 81.25
TOP 45 3 81.25 C46 C4 81.25
BOT 3 46 79.81 C4 C47 79.81
TOP 46 3 79.81 C47 C4 79.81
BOT 3 47 81.31 C4 C48 81.31
TOP 47 3 81.31 C48 C4 81.31
BOT 3 48 85.78 C4 C49 85.78
TOP 48 3 85.78 C49 C4 85.78
BOT 3 49 80.86 C4 C50 80.86
TOP 49 3 80.86 C50 C4 80.86
BOT 4 5 77.99 C5 C6 77.99
TOP 5 4 77.99 C6 C5 77.99
BOT 4 6 76.21 C5 C7 76.21
TOP 6 4 76.21 C7 C5 76.21
BOT 4 7 79.63 C5 C8 79.63
TOP 7 4 79.63 C8 C5 79.63
BOT 4 8 77.67 C5 C9 77.67
TOP 8 4 77.67 C9 C5 77.67
BOT 4 9 76.17 C5 C10 76.17
TOP 9 4 76.17 C10 C5 76.17
BOT 4 10 78.60 C5 C11 78.60
TOP 10 4 78.60 C11 C5 78.60
BOT 4 11 75.00 C5 C12 75.00
TOP 11 4 75.00 C12 C5 75.00
BOT 4 12 80.00 C5 C13 80.00
TOP 12 4 80.00 C13 C5 80.00
BOT 4 13 77.46 C5 C14 77.46
TOP 13 4 77.46 C14 C5 77.46
BOT 4 14 76.85 C5 C15 76.85
TOP 14 4 76.85 C15 C5 76.85
BOT 4 15 72.09 C5 C16 72.09
TOP 15 4 72.09 C16 C5 72.09
BOT 4 16 77.46 C5 C17 77.46
TOP 16 4 77.46 C17 C5 77.46
BOT 4 17 78.24 C5 C18 78.24
TOP 17 4 78.24 C18 C5 78.24
BOT 4 18 79.25 C5 C19 79.25
TOP 18 4 79.25 C19 C5 79.25
BOT 4 19 77.67 C5 C20 77.67
TOP 19 4 77.67 C20 C5 77.67
BOT 4 20 73.61 C5 C21 73.61
TOP 20 4 73.61 C21 C5 73.61
BOT 4 21 76.42 C5 C22 76.42
TOP 21 4 76.42 C22 C5 76.42
BOT 4 22 77.18 C5 C23 77.18
TOP 22 4 77.18 C23 C5 77.18
BOT 4 23 77.25 C5 C24 77.25
TOP 23 4 77.25 C24 C5 77.25
BOT 4 24 76.47 C5 C25 76.47
TOP 24 4 76.47 C25 C5 76.47
BOT 4 25 79.53 C5 C26 79.53
TOP 25 4 79.53 C26 C5 79.53
BOT 4 26 76.89 C5 C27 76.89
TOP 26 4 76.89 C27 C5 76.89
BOT 4 27 78.04 C5 C28 78.04
TOP 27 4 78.04 C28 C5 78.04
BOT 4 28 77.83 C5 C29 77.83
TOP 28 4 77.83 C29 C5 77.83
BOT 4 29 71.96 C5 C30 71.96
TOP 29 4 71.96 C30 C5 71.96
BOT 4 30 76.28 C5 C31 76.28
TOP 30 4 76.28 C31 C5 76.28
BOT 4 31 70.59 C5 C32 70.59
TOP 31 4 70.59 C32 C5 70.59
BOT 4 32 70.37 C5 C33 70.37
TOP 32 4 70.37 C33 C5 70.37
BOT 4 33 76.64 C5 C34 76.64
TOP 33 4 76.64 C34 C5 76.64
BOT 4 34 74.77 C5 C35 74.77
TOP 34 4 74.77 C35 C5 74.77
BOT 4 35 79.53 C5 C36 79.53
TOP 35 4 79.53 C36 C5 79.53
BOT 4 36 75.81 C5 C37 75.81
TOP 36 4 75.81 C37 C5 75.81
BOT 4 37 77.46 C5 C38 77.46
TOP 37 4 77.46 C38 C5 77.46
BOT 4 38 70.95 C5 C39 70.95
TOP 38 4 70.95 C39 C5 70.95
BOT 4 39 62.09 C5 C40 62.09
TOP 39 4 62.09 C40 C5 62.09
BOT 4 40 74.53 C5 C41 74.53
TOP 40 4 74.53 C41 C5 74.53
BOT 4 41 76.33 C5 C42 76.33
TOP 41 4 76.33 C42 C5 76.33
BOT 4 42 76.64 C5 C43 76.64
TOP 42 4 76.64 C43 C5 76.64
BOT 4 43 76.64 C5 C44 76.64
TOP 43 4 76.64 C44 C5 76.64
BOT 4 44 76.73 C5 C45 76.73
TOP 44 4 76.73 C45 C5 76.73
BOT 4 45 73.68 C5 C46 73.68
TOP 45 4 73.68 C46 C5 73.68
BOT 4 46 76.92 C5 C47 76.92
TOP 46 4 76.92 C47 C5 76.92
BOT 4 47 77.10 C5 C48 77.10
TOP 47 4 77.10 C48 C5 77.10
BOT 4 48 74.15 C5 C49 74.15
TOP 48 4 74.15 C49 C5 74.15
BOT 4 49 79.52 C5 C50 79.52
TOP 49 4 79.52 C50 C5 79.52
BOT 5 6 77.46 C6 C7 77.46
TOP 6 5 77.46 C7 C6 77.46
BOT 5 7 82.78 C6 C8 82.78
TOP 7 5 82.78 C8 C6 82.78
BOT 5 8 87.08 C6 C9 87.08
TOP 8 5 87.08 C9 C6 87.08
BOT 5 9 79.52 C6 C10 79.52
TOP 9 5 79.52 C10 C6 79.52
BOT 5 10 85.65 C6 C11 85.65
TOP 10 5 85.65 C11 C6 85.65
BOT 5 11 78.95 C6 C12 78.95
TOP 11 5 78.95 C12 C6 78.95
BOT 5 12 80.86 C6 C13 80.86
TOP 12 5 80.86 C13 C6 80.86
BOT 5 13 81.34 C6 C14 81.34
TOP 13 5 81.34 C14 C6 81.34
BOT 5 14 82.30 C6 C15 82.30
TOP 14 5 82.30 C15 C6 82.30
BOT 5 15 79.81 C6 C16 79.81
TOP 15 5 79.81 C16 C6 79.81
BOT 5 16 83.41 C6 C17 83.41
TOP 16 5 83.41 C17 C6 83.41
BOT 5 17 82.30 C6 C18 82.30
TOP 17 5 82.30 C18 C6 82.30
BOT 5 18 78.87 C6 C19 78.87
TOP 18 5 78.87 C19 C6 78.87
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BOT 30 32 69.77 C31 C33 69.77
TOP 32 30 69.77 C33 C31 69.77
BOT 30 33 77.93 C31 C34 77.93
TOP 33 30 77.93 C34 C31 77.93
BOT 30 34 76.53 C31 C35 76.53
TOP 34 30 76.53 C35 C31 76.53
BOT 30 35 82.87 C31 C36 82.87
TOP 