--- EXPERIMENT NOTES
--- EXPERIMENT PROPERTIES
#Sun Feb 04 20:29:35 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_4/input.fasta
input.names=
mrbayes.params=
codeml.params=
--- PSRF SUMMARY
Estimated marginal likelihoods for runs sampled in files
"/opt/ADOPS/HIV1_N1/NEF_1_4/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p" and "/opt/ADOPS/HIV1_N1/NEF_1_4/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_4/batch/allfiles/mrbayes/input.fasta.fasta.mrb.lstat)
Run Arithmetic mean Harmonic mean
--------------------------------------
1 -11003.14 -11044.47
2 -11004.25 -11047.19
--------------------------------------
TOTAL -11003.55 -11046.57
--------------------------------------
Model parameter summaries over the runs sampled in files
"/opt/ADOPS/HIV1_N1/NEF_1_4/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p" and "/opt/ADOPS/HIV1_N1/NEF_1_4/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_4/batch/allfiles/mrbayes/input.fasta.fasta.mrb.pstat".
95% HPD Interval
--------------------
Parameter Mean Variance Lower Upper Median min ESS* avg ESS PSRF+
------------------------------------------------------------------------------------------------------
TL{all} 5.398990 0.057488 4.940050 5.875821 5.392830 1258.40 1263.11 1.002
r(A<->C){all} 0.094237 0.000062 0.079464 0.109408 0.093767 667.93 799.09 1.000
r(A<->G){all} 0.300314 0.000374 0.260679 0.336836 0.300125 253.72 315.48 1.001
r(A<->T){all} 0.092620 0.000068 0.076826 0.108906 0.092242 645.50 713.88 1.002
r(C<->G){all} 0.075161 0.000065 0.060265 0.091464 0.074714 831.57 883.96 1.005
r(C<->T){all} 0.353088 0.000453 0.311562 0.394216 0.352857 303.20 334.67 1.001
r(G<->T){all} 0.084580 0.000080 0.068452 0.103030 0.084150 723.13 842.95 1.000
pi(A){all} 0.366497 0.000169 0.341865 0.392953 0.366229 570.50 723.27 1.001
pi(C){all} 0.223474 0.000130 0.201684 0.245430 0.223152 627.28 651.08 1.001
pi(G){all} 0.232642 0.000126 0.211702 0.254687 0.232525 566.94 633.63 1.000
pi(T){all} 0.177386 0.000096 0.158125 0.196669 0.177223 402.87 551.59 1.000
alpha{1,2} 0.501024 0.002667 0.411675 0.611492 0.496507 1086.36 1225.72 1.000
alpha{3} 2.179506 0.145342 1.451386 2.921407 2.152491 915.17 1126.05 1.000
pinvar{all} 0.081286 0.000716 0.028537 0.131705 0.080463 1005.53 1032.20 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 -9301.358836
Model 2: PositiveSelection -9276.12486
Model 0: one-ratio -9744.234647
Model 3: discrete -9258.466467
Model 7: beta -9271.499631
Model 8: beta&w>1 -9247.946496
Model 0 vs 1 885.7516219999998
Model 2 vs 1 50.46795199999906
Additional information for M1 vs M2:
Naive Empirical Bayes (NEB) analysis
Positively selected sites (*: P>95%; **: P>99%)
(amino acids refer to 1st sequence: B.CA.x.BCCFE_NEF767.DQ484833_)
Pr(w>1) post mean +- SE for w
10 A 1.000** 2.236
18 A 0.711 1.879
76 V 0.969* 2.197
93 W 0.760 1.939
111 Y 0.571 1.706
123 I 0.549 1.679
125 Y 0.720 1.890
141 E 0.917 2.133
165 M 0.999** 2.234
171 R 0.996** 2.231
177 M 0.925 2.143
181 K 0.997** 2.233
185 Y 0.530 1.655
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: B.CA.x.BCCFE_NEF767.DQ484833_)
Pr(w>1) post mean +- SE for w
10 A 1.000** 2.500 +- 0.022
18 A 0.572 1.858 +- 0.742
76 V 0.959* 2.439 +- 0.298
93 W 0.640 1.959 +- 0.720
125 Y 0.584 1.876 +- 0.739
141 E 0.841 2.262 +- 0.548
165 M 0.999** 2.498 +- 0.061
171 R 0.996** 2.494 +- 0.098
177 M 0.856 2.284 +- 0.527
181 K 0.997** 2.497 +- 0.078
Model 8 vs 7 47.10627000000022
Additional information for M7 vs M8:
Naive Empirical Bayes (NEB) analysis
Positively selected sites (*: P>95%; **: P>99%)
(amino acids refer to 1st sequence: B.CA.x.BCCFE_NEF767.DQ484833_)
Pr(w>1) post mean +- SE for w
10 A 1.000** 1.816
18 A 0.847 1.679
76 V 0.976* 1.794
93 W 0.869 1.699
111 Y 0.758 1.597
123 I 0.754 1.594
125 Y 0.849 1.680
141 E 0.953* 1.774
165 M 0.998** 1.814
171 R 0.996** 1.812
177 M 0.955* 1.776
181 K 0.997** 1.813
185 Y 0.730 1.571
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: B.CA.x.BCCFE_NEF767.DQ484833_)
Pr(w>1) post mean +- SE for w
3 G 0.575 1.226 +- 0.327
9 P 0.595 1.232 +- 0.337
10 A 1.000** 1.524 +- 0.155
18 A 0.927 1.468 +- 0.192
22 V 0.616 1.260 +- 0.311
76 V 0.983* 1.514 +- 0.169
93 W 0.935 1.475 +- 0.189
111 Y 0.894 1.443 +- 0.208
123 I 0.895 1.443 +- 0.204
125 Y 0.927 1.468 +- 0.192
141 E 0.974* 1.502 +- 0.161
147 C 0.675 1.292 +- 0.308
152 I 0.831 1.400 +- 0.225
154 Q 0.683 1.298 +- 0.305
160 E 0.517 1.193 +- 0.326
161 K 0.691 1.311 +- 0.287
165 M 0.998** 1.524 +- 0.156
167 K 0.605 1.252 +- 0.314
171 R 0.995** 1.522 +- 0.160
174 F 0.636 1.263 +- 0.323
177 M 0.975* 1.503 +- 0.161
181 K 0.996** 1.522 +- 0.158
185 Y 0.884 1.436 +- 0.211
>C1
MGGKWSKSSLVGWPAVRDRMRRAEPQAEPAAVGVGAASQDLEKHGAITSS
NTAATNADCAWLEAQEDEEVGFPVKPQVPLRPMTYKAAVDLSHFLKEKGG
LEGLTWSQNRQDILDLWVYHTQGYFPDWQNYTPGPGIRYPLTFGWCFKLV
PLEQEQVEEATAGENNCLLHPISQHGMDDPEKEVLMWKFDSRLAFQHMAR
EKHPEYYKDCooooooooooooo
>C2
MGGKWSKQSLVGWPEVRERIRQTPPAAVGTGAVSQDLARHGAITSSNTVT
NNPDLAWLEAQKEDSEVGFPVRPQVPLRPMTYKAAFDLGFFLKEKGGLDG
LVYSKQRQDILDLWVYNTQGFFPDWQNYTPGPGTRSPLTFGWCFKLVPMD
PAEVEEANKGENNSLLHPICQHGMEDGDGEVLVWRFDSNLARRHIARELH
PEFYKDCoooooooooooooooo
>C3
MGGKWSKSSIVGWPAVRERIRRTEPAAEGVGAASQDLDRHGALTSSNTAQ
NNADCAWLQAQEEEEEVGFPVRPQVPLRPMTYKGAVDLSFFLKEKGGLEG
LIWSQKRQDILDLWVYHTQGYFPDWQNYTPGPGGRYPLTFGWCFKLVPVD
PREVEEANKGENQCLLHPLSQHGMEDEEREVLKWQFDSSLARRHLARKKH
PEYYKDCoooooooooooooooo
>C4
MGSKLSKSSIRGWPAVRERIRRAEPAEGMRRTEPAAEGVGAASRDLERHG
ALTSSNTPSNNADCAWLQAQEENEDEVGFPVRPQVPLRPMTYKSAFDLGF
FLKEKGGLDGLIYSKKRQEILDLWVYHTQGFFPDWQNYTPGPGVRYPLTF
GWCFKLVPVDPSEVEEANEGENNCLMHPISLHGMEDEHKEVLKWQFDSQL
ARRHMARELHPEFYKDCoooooo
>C5
MGGKWSKSSLVGWPNVLERIRRTEPAAEGVGAASQDLDEHGALTTSNTVT
NNAACAWLEAQEEEEEVGFPVRPQVPVRPMTYKAALDLSFFLKEKGGLEG
LIYSKKRQDILDLWVYNTQGFFPDWQNYTPGPGTRYPLTFGWCFKLVPVD
PREVEEANEGEGNCLLHPMSLHGMEDEEREVLRWKFDSHLAHRHVAREIH
PEFYKDCoooooooooooooooo
>C6
MGGKWSKSSIVGWPKVRERIRQTPPAAEGVGTVSQDLAKHGAVTSSNINN
ADSVWLKAHEEDEEEVGFPVRPQVPLRPMTYKGAFDLSFFLKEKGGLDGL
VYSKKRQEILDLWVYNTQGYFPDWQNYTPGPGIRYPLCFGWCFKLVPVDP
QEVEEDNKGENNCLLHPMSQHGAEDEDREVLIWKFDTALARRHIARELRP
EFYKDCooooooooooooooooo
>C7
MGGKWSKSSIVGWPAIRERMKRTDPAAEGVGAASRDLEKHGAITSSNTAQ
TNPDCAWLAAQEEDEEVGFPVRPQVPLRPMTYKGALDLSHFLKEKGGLEG
LIWSQQRQDILDLWVYNTQGYFPDWQNYTPGPGIRYPLTFGWCFELVPVE
PEKVEEVTEGENNCLLHPVCQHGMEDPEKEVLMWKFNSRLAFTHVAREKH
PEFYKDCoooooooooooooooo
>C8
MGGKWSKRRGTEWPAVRERMRRTEPAAEGVGAASRDLEKYGALTSSNTAA
TNSDCAWLEAQEDEEVGFPVRPQVPLRPMTYKEAVDLSHFLKEKGGLEGL
VWSQKRQDILDLWVYHTQGFFPDWQNYTPGPGIRLPLTFGWCFKLILLDK
EQIEKANEGERNTLLHPMSQHGMDDPEREVLVWKFDSRLAFHHMAREKHP
EFYKDCooooooooooooooooo
>C9
MGSKWSKSSKEGWPQVREKIKQTPPAAEGVGAVSQDLDKHGAITSSNINN
AACSWLGAQEEDEEEVGFPVRPQVPLRPMTFKGAFDLSFFLKEKGGLDGL
IHSKRRQDILDLWVYNTQGYFPDWQNYTPGPGIRYPLCFGWCFKLVPVDP
GEVEEDNKGENNCLLHPMSQHGIEDADREVLMWKFDSSLARKHIARELHP
DYYKDCooooooooooooooooo
>C10
MGGKWSKSKVAGWTRIRERMRRAEPAAEPAADGVGPASRDLERHGAITSS
NTASNNAACAWLEAQEEEEVGFPVRPQVPLRPMTYKAAVDLSHFLKEQGG
LEGLVYSQRRQEILDLWVYHTQGYFPDWQNYTPGPGIRYPLTFGWCYKLV
PVDPDQVEKANEGENNCLLHPMSQHGMEDSEREVLVWKFDSRLAFHHIAR
EKHPEYYKDCooooooooooooo
>C11
MGGKWSKSSIVGWPEIRERLRRTPTARRTPTAAAGVGAVSQDLDRHGAVT
SSNVNHPSNAWLEAQEEEEVGFPVRPQVPLRPMTYKGSSRSQPLFKRKGG
TGRVSFSRKRQEILDLWTYNTQGYFPDWQNYTPGPGIRYPLTFGWCFKLV
PVDPSEVEKANEGENNSLLHPMSQHGMDDEERETLIWVFDSRLAFKHMAR
ELHPEFYKDCooooooooooooo
>C12
MGGKWSKLRGWQAVRERMRRTGTTEPAATGVGAVSRDLEQRGAVTSSNTN
SADCVWLEAQEDEEVGFPVRPQVPLRPMTYKGALDLSHFLKEQGGLDGLI
HSPKRQEILDLWVYHTQGYFPDWQNYTPGPGIRYPLTFGWCFKLVPADPE
QVERVTEGENNCLLHPLNQHGIDDPEREVLVWKFDSRLAFHHMARELHPE
FYKDCoooooooooooooooooo
>C13
MGGKWSKGCMAGWPSVRERMERAEPAADGVGAVSRDLGRHGAITSSNTAN
DACVWLEAQEEEEVGFPVRPQVPLRPMTYKGALDLSHFLREKGGLEGLIY
SQKRQEILDLWVYHTQGFFPDWHNYTPGPGIRYPLTFGWCFKLVPVDPEQ
VEEANKEENNCLLHPMSQHGTDDPEREVLMWKFDSRLAFHHMAREKHPEF
YKDCooooooooooooooooooo
>C14
MGGKWSKRLGGWPTVRERMRRVEPAADGVGAVSRDLEKHGAITSNNTAAT
NADCAWLEAQEDEEVGFPVKPQVPLRPMTYKAAVDLSHFLKEEGGLEGLI
YSQRRQDILDLWVHHTQGFFPDWQNYTPGPGVRYPITFGWCFKLVPVEPE
KIEEANEGENNSLLHPMSTHGMDDPEGEVLMWKFDSRLAFHHMARELHPE
YYKNCoooooooooooooooooo
>C15
MGGKWSKSSIVGWPAVRERMKRAEPTEPAAAGVGAASRDLEKHGALTSSN
TAANNAACAWLEAQEDEEVGFPVRPQVPLRPMTPRAARDLSHFLKEKGGL
EGLIYSQKRQDILDLWVYHTQGYFPDWQNYTPGPGIRYPLCFGWCFKLVP
VEPDKVEEATEGENNSLLHPISLHGMDDPEGEVLQWKFDSRLAFHHLAKE
LHPEYFKDCoooooooooooooo
>C16
MGGKWSKSSLVGWPAVRERMRRTPVAEKVGTAAEGVGTASQDLDKHGALT
TSNTASNNAACAWLEAQEEGGGEEVGFPVRPQVPLRPMTYKAAFDLGFFL
KEKGGLDGLIYSKKRQEILDLWVYNTQGFFPDWQNYTPGPGVRYPLTFGW
CYKLVPVDPKEVEEANEGENNSLLHPMSLHGMEDEEGEVLRWKFDSSLAR
RHLARELHPEWYKDooooooooo
>C17
MGGKWSKSSIVGWPAVRERIRKTEPAAEGVGAASQDLDKYGALTSNNTPT
TNADCAWLQAQEEAEEVGFPVTLQVPLRPMTYKGAFDLSFFLKEKGGLEG
LIYSKKRQDTLDLWVYHTQGFFPDWQNYTPGPGVRLPLTFGWCFKLVPVD
PREVEEANEGENNCLLHPMSQHGMEDEEREVLKWEFDSSLARRHLARELH
PEYYKDCoooooooooooooooo
>C18
MGGKWSKSSIVGWPDVRERMRRTTPAAEGVGAVSQDLDKHGALTINNSVT
TNADCAWLEAQEEEGDVGFPVRPQVPLRPMTYKAAFDLSFFLKEKGGLDG
LIYSKKRQEILDLWVYHTQGFFPDWQCYTPGPGVRYPLTFGWCYKLVPVD
PVEVEEANKGENNCLLHPISQHGIEDEDREVLKWQFDSSLARKHLAREIH
PEYYKDCoooooooooooooooo
>C19
MGGKWSKNSAVGWARVRERMRRAEPAAEPAAEPAADGVGAVSRDLEKHGA
ITSSNTAANNPDCAWVEAQEEEEEVGFPVRPQVPLRPMTYKGALDLSHFL
KEKGGLEGLVHSQRRQDILDLWIYNTQGYFPDWQNYTPGPGIRYPLTFGW
CFKLVPVEPEKVEEANEGENNSLLHPMSLHGMDDPEKEVLVWRFDSRLAF
HHVARELHPEYYKDCoooooooo
>C20
MGGKWSKSSIVGWPAVRERIRRTESAAEGVGAASQDLDKYGALTISNTAH
NNADCAWLEAQEEEEEVGFPVRPQVPLRPMTYKGAFDLSFFLKEKGGLDG
LIYSKKRQEILDLWVYNTQGFFPDWQNYTPGPGVRYPLTFGWCYKLVPVD
PREVEEANKGENNCLLHPMSQHGIEDEDREVLRWQFDSSLARRHLAREKH
PEFYKDCoooooooooooooooo
>C21
MGGKWSKRSVVGWPAVRERMRRTELAAEPAADGVGAVSRDLERHGAITSS
NTAATNAACAWLEAQEEEEVGFPVRPQVPLRPMTYKGAVDLSHFLKEKGG
LEGLIYSQKRQDILDLWVYHTQGYFPDWQNYTPGPGIRYPLTFGWCFKLV
PVEPEKIEEATEGEDNCLLHPMSQHGMDDPEKEVLVWRFDSHLAFRYMAR
ELHPEYYKNCooooooooooooo
>C22
MGGKWSKSSSVGWPAIRERMRRTAPGRTEPAAVGVGAASRDLERHGAITS
SNTAATNAACAWVEAQEEEEEVGFPVKPQVPLRPMTYKGAVDLSHFLKEK
GGLEGLIHSQQRQDILDLWVYNTQGYFPDWQNYTPGPGVRYPLTFGWCFK
LVPVEPEKIEANERENSSLLHAASLHGMDDPEGEVLMWKFDSSLAFHHRA
LELHPEYFKNooooooooooooo
>C23
MGSKWSKCSPVGWRKVRERTRKAAPAAEGVGAASQDLDKYGALTSSNTPA
NNPDCAWLEAQEEEEVGFPIRPQVPLRPMTYKAAVDLSFFLKEKGGLEGL
IYLLRKGKRSLICGSITHKASYPDWQNYTPGPGVRHPLTFGWCFKLVPVD
PKEVEENTAEENTSLMHPISLHGMEDAHGEVLMWKFDSQLARRHLARELH
PEWYKDCoooooooooooooooo
>C24
MGNKWSKSSIVGWPAVRERLRRARPRAERVEAAAEGVGAASQDLSNRGAI
TSSNTRATNPDVAWLEAQEENEEEVGFPVRPQVPLRPMTYKAAMDLSHFL
KEKGGLEGLIYSKKRQEILDLWVYHTQGYFPDWGNYTPGPGTRYPLTFGW
CFKLVPVSPEEVEEATEGENNCLLHPMNQHGMDDEDREVLRWEFDSRLAF
HHIAREKHPEFFNCooooooooo
>C25
MGNKWSKSSIVGWPQVRERIRRTPPAAEGAAAEGVGAVSQDLDKHGAITS
SNVNNAESVWLRAQEEDEEGVGFPVRPQVPLRPMTYKGAFDLSFFLKEKG
GLDGLIYSKRRQEILDLWVYHTQGFFPDWHNYTPGPGTRFPLCFGWCFKL
VPVDPKEVEEETKGENNCLLHPMNQHGIDDEHGEVLMWKFDSALARKHIA
RELHPDYYKDCoooooooooooo
>C26
MGGKWSKPRWGGWAAIRERMRRAEPESAADGVGAASRDLERYGALTSSNT
AATNAACAWLEAQEDEEVGFPVRPQVPLRPMTYKGALDLSHFLKEKGGLE
GLVHSQKRQDILDLWVYHTQGFFPDWDNYTPGPGTRYPLTFGWCFKLVPM
DPDKVEEVTEGENNCLLHPINQHGMDDPEKEVLVWKFDSLLAFHHVAREI
HPEYFKDCooooooooooooooo
>C27
MGGKWSKSSLVGWPQVRERMRQTPPAATGVGAVSQDLDRHGAITSSNTPT
TNAACAWLEAQEDEEVGFPVKPQVPLRPMTFKAAFDLSFFLKEKGGLDGL
IYSKKRQEILDLWVYHTQGFFPDWQNYTPGPGTRYPLTFGWCFKLVPMDS
AEVEKANEGENNSLLHPICQHGMEDEEREVLIWTFDRSLAVKHKARELHP
EFYKDCooooooooooooooooo
>C28
MGGKWSKCSIVGWPEIRERMRRTEPAAEGVGAASQDLDKYGALTSSNTAG
TNADCAWLQAQEEEGEVGFPVRPQVPLRPMTYKGAFDLGFFLKEKGGLEG
LIYSKKRQEILDLWVYNTQGYFPDWQNYTPGPGVRYPLTFGWCFKLVPVD
PREVEEANEGDNNCLLHPMSQHGMEDEHKEVLKWQFDSSLARRHVARELH
PEYYKDCoooooooooooooooo
>C29
MGGKWSKSRVVGWPAVRDRMRRTEPAADGVGAVSRDLEKHGAITSSNTAA
TNADCAWLEAQEDEEVGFPVTPQVPLRPMTYKGALDLSHFLKEKGGLEGM
TWSQKRQDILDLWVHHTQGYFPDWQNYTPGPGIRYPLTFGWCFKLVPLEP
EEIEEANKGENNSLLHPMSQHGMDDPEKEVLVWKFDSRLAFHHMAREKHP
EYYKDCooooooooooooooooo
>C30
MGNKWSKSWPTIRDRMKRTNPAAERVEAAPQAAEGVGAASQDLDKYGALT
SSNTAGNNADCAWLEAQEQDEDVGFPVRPQVPLRPMTFKGAFDLGWFLKE
KGGLEGLIYSPKRQKILDLWVYHTQGYFPDWQNYTPGPGVRYPLTFGWPF
KLVPVDPREVEEANKGENNCLLHPISQHGMEDEHGEVLMWKFDSQLTRRH
LARELHPGFYKDCoooooooooo
>C31
MGSKWSKSSIVGWPTVRERMRRTEPAAEGVGAASQDLDKYGALTSSNTAH
NNADCAWLQAQEEEEGVGFPVRPQVPLRPMTYKGAVDLSFFLKEKGGLDG
LIHSKKRQDILDLWVYHTQGYFPDWQNYTPGPGVRFPLTFGWCFKLVPVD
PGEVEEDNKGENNCLLHPISLHGMEDEEREVLQWVFDSSLARRHMAREKH
PEFYKDCoooooooooooooooo
>C32
MGGKWSKRGVPGWDAIRERMRRTGHEPAAEGVGAVSRDLAQRGAITTSNT
ASNNADCAWLEAQEDEEVGFPVRPQVPLRPMTFKGALDLSHFLKEKGGLE
GLIYSQKRQDILDLWVYHTQGYFPDWQNYTPGPGVRFPLTFGWCFKLVPV
EPDKVEEATEGENNCLLHPMNLHGMDDPEREVLMWKFDSRLAFHHMAREK
HPEFYKDCooooooooooooooo
>C33
MGGKWSKSSIVGWPRIRERMRRTEPAADGVGAVSRDLEKHGAITSSNTAE
TNADCAWLEAQEEEEVGFPVRPQVPLRPMTYKGALDLSFFLKEKGGLEGL
IYSRKRQEILDLWVYNTQGYFPDWHNYTPGPGIRFPLTFGWCFKLVPVDP
REVEEANEGENNCLLHPVCQHGMDDEHGEVLMWKFDSHLAHKHRARELHP
EFYKDCooooooooooooooooo
>C34
MGSKWSKSSIVGWPNIMERMRRAEPAAEGVGAASQDLDKYGALTSSNTAH
NNADCAWLQAQEEEGEVGFPVRPQVPLRPMTYKGAFDLSFFLKEKGGLEG
LIWSQKRQDILDLWVYNTQGYFPDWQNYTPGPGVRYPLTFGWCFKLVPVD
PSEVEEASKGENNCLLHPMSLHGIEDADKEALIWKFDSSLAHRHLAREKH
PGYYKDCoooooooooooooooo
>C35
MGNKWSKSWPAVRDRMQRAEPAAEGVGAVSRDLEKYGAITSSNTAATNAD
CAWLEAQEEEDVGFPVKPQVPLRPMTYKGAFDLGHFLKEKGGLDGLIWSQ
ERQDILDLWVYHTQGFFPDWQNYTPGPGVRYPLTFGWPFKLVPVDPDKVE
EINEGEDNCLLHPGSQHGMDDPEKEVLMWKFDSRLAFHHMAKEKHPEYYK
DCooooooooooooooooooooo
>C36
MGNKWSKSSTCGWPAVRERIRQTEPAAAEPAAEGVGAASQDLAKHGALTS
SNTAHNNADCAWLQAQEEEEGVGFPVRPQVPVRPMTYKGAFDLSFFLKEK
GGLDGLIWSPKRQEILDLWVYNTQGFFPDWQNYTPGPGIRLPLTFGWCFK
LVPVDPSEVEEANKGENNCLLHPMSQHGIEDKEREVLMWKFDSNLARRHL
AREKHPEYCKDCooooooooooo
>C37
MGGKWSKNSIVGWSTVRERMRKTEPAAEGVGAASRDLDKHGALTSSNTTH
NNADCAWLAAQEEDEEVGFPVRPQVPLRPMTYKGAFDLGFFLKEKGGLDG
LIYSKKRQEILDLWVYHTQGYFPDWQNYTPGPGVRYPLTFGWCYKLVPVD
PREVEEANKGENDCLLHPMSLHGMEDEHREVLKWQFDSSLARRHLAREIH
PEYYKDCoooooooooooooooo
>C38
MGGKWSQSSIVGWTQVRERIKRTPPAAEGVGAVSQDLDKHGAVTSSNMNN
ADSIWLKAQEEEDEGVGFPVRPQVPLRPMTYKGAFDLSFFLKEKGGLDGL
IYSKKRQEILDLWVYHTQGFFPDWDNYTPGPGIRYPLCFGWCFKLVPVDS
KEVEEDTKGENSCLLHPMSQHGVEDEEREVLMWKFDSALARRHLARELHP
DYYKDCooooooooooooooooo
>C39
MGGKWSKRSVVGWPAIRERMKRTPPAAAPGVGAVSQDLENRGAITSNNTS
ANNPDLAWLEAQEEEEVGFPVRPQVPLRPMTYKGALDLSHFLKEKGGLEG
LIYSQQRQDILDLWVYHTQGYFPDWQNYTPGPGIRYPLTFGWCFKLVPVE
PDKVEEANEGENNSLLHPMSLHGMEDPEKEVLEWRFDSRLAFHHMARELH
PEYYNNCoooooooooooooooo
>C40
MGSKLSKSCTAGWPTVRERIRQAEPAAEGVGAASKDLDKHGALTSSNTAG
TNADCAWLQAQEEEGEVGFPVRPQVPLRPMTYKSAFDLSFFLKEKGGLEG
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PEFYKDCoooooooooooooooo
>C41
MGGKWSKSSIVGWPQIRERIRRTPPATEGVGAVSQDLDKHGAVTSSNMNN
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EFYKDCooooooooooooooooo
>C42
MGGKWSKSSIVGWPQIRERIRRTPPAAPGVGAVSQDLDKHGAITSSNVNH
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YKDCooooooooooooooooooo
>C43
MGGKWSKSSIVGWPAIRERIRRTNPAAERVGARESRTRTEPAAEGVGAAS
RDLERHGALTSSNTRHTNPDCAWVEAQEEEEEVGFPVRPQVPLRPMTYKG
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KFDSRLAFEHRARVKHPEFYKDC
>C44
MGGKWSKSSIVGWPDVRERIRRAEPAAEGVGAASQDLDKYGALTNSNTPH
NNADCAWLEAQEEGGEVGFPIRPQVPLRPMTYKGAFDLGFFLKEKGGLDG
LIYSKKRQEILDLWVYHTQGFFPDWQNYTPGPGVRYPLTFGWPFKLVPVD
PREVEEANKGENNCLLHPMSVHGMEDEEREVLRWQFDSSLVRRHLARELH
PEYYKDCoooooooooooooooo
>C45
MGGKWSKCSIVGWSEIRERIRRTPPAAVGVGAVSQDLAKHGAITSSNTAA
NNPDCAWLEAQGEDSEVGFPVRPQVPLRPMTFKEAFDLSFFLKEKGGLDG
LIYSKQRQDILDLWVYNTQGIFPDWQNYTPGPGTRFPLTFGWCFKLEPVD
PAEVEEATKEENNSLLHPICQHGMEDADNEVLRWKFDSSLARRHIARELH
PNFYKDCoooooooooooooooo
>C46
MGGKWSKSSLVGWPEVRERMRQAPAAAKGVGEVSQDLEKHGAITSSNINH
PSCVWLDAQQEEEVGFPVRPQVPLRPMTYKGAFDLSHFLREKGGLDGLIY
SKKRQDILDLWVYNTQGFFPDWQNYTPGPGIRFPLTFGWCFKLVPVDPEE
VEKATEGENNSLLHPLCQHGMDDEERETLRWEFDSRLALRHRAQELYPEF
YKDCooooooooooooooooooo
>C47
MGGKWSKSSIVGWPQVRERMRQTPPAATGVGAASQDLDKHGAITNSNTPG
TNADCAWLEAQEEGEVGFPVKPQVPLRPMTYKGAVDFSHFLKEKGGLDGL
IYSKKRQEILDLWVYHTQGYFPDWQCYTPGPGTRFPLTFGWCFKLVPMDP
AEVEEANKGENNSLLHPICQHGMEDEDREVLVWKFDSHLAFKHTARELHP
EYYKDCooooooooooooooooo
>C48
MGGNWSKRGWPEIRERMRRAPPAAARAPSAAAPGVGAVSQDLAKHGAITS
SNINNPSCVWLAAQEEQEEEVGFPVRPQVPLRPMTYKGAFDLSHFLKEKG
GLEGLIYSKKRQEILDLWVYNTQGFFPDWQNYTPGPGVRYPLTFGWCFKL
VPVDPDEVEKETEGENNSLLHPICQHGMDDEEGEVLKWTFDSRLALRHIA
HEKHPEFYKDCoooooooooooo
>C49
MGGKWSKRSMSGWPTVREKMRRAEPAAEPAAEGVGAASRDLERHGALTSS
NTVTNNAACAWLEAQEDKEVGFPVRPQVPLRPMTHSAAIDLSHFLRKEGG
LEGMIHSQRRQEILDLWVYHTQGFFPDWQNYTPGPGVRYPLCFGWCFKLV
PVEPEEGENNTLLHPASLHGMDSEGEVLQWKFDSRLAFHHIAREMHPEYF
KDCoooooooooooooooooooo
>C50
MGGKWSKSSIVGWPAIRERMRQTEPAAEGVGAVSRDLEKHGAITSSNTAA
TNADCAWLEAQEEEGEVGFPVKPQVPLRPMTFKGAFDLSFFLKEKGGLEG
LIHSKRRQEILDLWVYHTQGYFPDWQNYTPGPGVRYPLTFGWCFKLVPVD
PREVEEVNEGENNCLLHPVCQHGMEDEHREVLKWKFDSQLAHRHMARELH
PEFYKDCoooooooooooooooo
PROGRAM: T-COFFEE Version_10.00.r1613 (2013-10-22 15:49:09 - Revision 1613 - Build 432)
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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 (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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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
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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 Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
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Input File (M) proba_pair
Identify Master Sequences [no]:
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
Input File (M) proba_pair
Identify Master Sequences [no]:
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
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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
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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
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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
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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 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 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 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: [804184]
Library Relaxation: Multi_proc [8]
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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: [804184]
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: [804184]
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: [804184]
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: [804184]
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: [804184]
Library Relaxation: Multi_proc [8]
Relaxation Summary: [804184]--->[573797]
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= 32.070 Mb, Max= 48.164 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 MGGKWSKWPAVRDRMRRAEAAVGVGAASQDLEKHGAITSSNTTNADCAWL
C2 MGGKWSKWPEVRERIRQTPAAVGTGAVSQDLARHGAITSSNTNNPDLAWL
C3 MGGKWSKWPAVRERIRRTEAAEGVGAASQDLDRHGALTSSNTNNADCAWL
C4 MGSKLSKWPAVRERIRRAEAAEGVGAASRDLERHGALTSSNTNNADCAWL
C5 MGGKWSKWPNVLERIRRTEAAEGVGAASQDLDEHGALTTSNTNNAACAWL
C6 MGGKWSKWPKVRERIRQTPAAEGVGTVSQDLAKHGAVTSSNINNADSVWL
C7 MGGKWSKWPAIRERMKRTDAAEGVGAASRDLEKHGAITSSNTTNPDCAWL
C8 MGGKWSKWPAVRERMRRTEAAEGVGAASRDLEKYGALTSSNTTNSDCAWL
C9 MGSKWSKWPQVREKIKQTPAAEGVGAVSQDLDKHGAITSSNINNAACSWL
C10 MGGKWSKWTRIRERMRRAEAADGVGPASRDLERHGAITSSNTNNAACAWL
C11 MGGKWSKWPEIRERLRRTPAAAGVGAVSQDLDRHGAVTSSNVNHPSNAWL
C12 MGGKWSKWQAVRERMRRTEAATGVGAVSRDLEQRGAVTSSNTNSADCVWL
C13 MGGKWSKWPSVRERMERAEAADGVGAVSRDLGRHGAITSSNTANDACVWL
C14 MGGKWSKWPTVRERMRRVEAADGVGAVSRDLEKHGAITSNNTTNADCAWL
C15 MGGKWSKWPAVRERMKRTEAAAGVGAASRDLEKHGALTSSNTNNAACAWL
C16 MGGKWSKWPAVRERMRRTPAAEGVGTASQDLDKHGALTTSNTNNAACAWL
C17 MGGKWSKWPAVRERIRKTEAAEGVGAASQDLDKYGALTSNNTTNADCAWL
C18 MGGKWSKWPDVRERMRRTTAAEGVGAVSQDLDKHGALTINNSTNADCAWL
C19 MGGKWSKWARVRERMRRAEAADGVGAVSRDLEKHGAITSSNTNNPDCAWV
C20 MGGKWSKWPAVRERIRRTEAAEGVGAASQDLDKYGALTISNTNNADCAWL
C21 MGGKWSKWPAVRERMRRAEAADGVGAVSRDLERHGAITSSNTTNAACAWL
C22 MGGKWSKWPAIRERMRRTEAAVGVGAASRDLERHGAITSSNTTNAACAWV
C23 MGSKWSKWRKVRERTRKAAAAEGVGAASQDLDKYGALTSSNTNNPDCAWL
C24 MGNKWSKWPAVRERLRRVEAAEGVGAASQDLSNRGAITSSNTTNPDVAWL
C25 MGNKWSKWPQVRERIRRTPAAEGVGAVSQDLDKHGAITSSNVNNAESVWL
C26 MGGKWSKWAAIRERMRRAEAADGVGAASRDLERYGALTSSNTTNAACAWL
C27 MGGKWSKWPQVRERMRQTPAATGVGAVSQDLDRHGAITSSNTTNAACAWL
C28 MGGKWSKWPEIRERMRRTEAAEGVGAASQDLDKYGALTSSNTTNADCAWL
C29 MGGKWSKWPAVRDRMRRTEAADGVGAVSRDLEKHGAITSSNTTNADCAWL
C30 MGNKWSKWPTIRDRMKRTNAAEGVGAASQDLDKYGALTSSNTNNADCAWL
C31 MGSKWSKWPTVRERMRRTEAAEGVGAASQDLDKYGALTSSNTNNADCAWL
C32 MGGKWSKWDAIRERMRRHEAAEGVGAVSRDLAQRGAITTSNTNNADCAWL
C33 MGGKWSKWPRIRERMRRTEAADGVGAVSRDLEKHGAITSSNTTNADCAWL
C34 MGSKWSKWPNIMERMRRAEAAEGVGAASQDLDKYGALTSSNTNNADCAWL
C35 MGNKWSKWPAVRDRMQRAEAAEGVGAVSRDLEKYGAITSSNTTNADCAWL
C36 MGNKWSKWPAVRERIRQTEAAEGVGAASQDLAKHGALTSSNTNNADCAWL
C37 MGGKWSKWSTVRERMRKTEAAEGVGAASRDLDKHGALTSSNTNNADCAWL
C38 MGGKWSQWTQVRERIKRTPAAEGVGAVSQDLDKHGAVTSSNMNNADSIWL
C39 MGGKWSKWPAIRERMKRTPAAPGVGAVSQDLENRGAITSNNTNNPDLAWL
C40 MGSKLSKWPTVRERIRQAEAAEGVGAASKDLDKHGALTSSNTTNADCAWL
C41 MGGKWSKWPQIRERIRRTPATEGVGAVSQDLDKHGAVTSSNMNNDDSVWL
C42 MGGKWSKWPQIRERIRRTPAAPGVGAVSQDLDKHGAITSSNVNHPSCTWV
C43 MGGKWSKWPAIRERIRRTEAAEGVGAASRDLERHGALTSSNTTNPDCAWV
C44 MGGKWSKWPDVRERIRRAEAAEGVGAASQDLDKYGALTNSNTNNADCAWL
C45 MGGKWSKWSEIRERIRRTPAAVGVGAVSQDLAKHGAITSSNTNNPDCAWL
C46 MGGKWSKWPEVRERMRQAPAAKGVGEVSQDLEKHGAITSSNINHPSCVWL
C47 MGGKWSKWPQVRERMRQTPAATGVGAASQDLDKHGAITNSNTTNADCAWL
C48 MGGNWSKWPEIRERMRRAPAAPGVGAVSQDLAKHGAITSSNINNPSCVWL
C49 MGGKWSKWPTVREKMRRAEAAEGVGAASRDLERHGALTSSNTNNAACAWL
C50 MGGKWSKWPAIRERMRQTEAAEGVGAVSRDLEKHGAITSSNTTNADCAWL
**.: *:* : :: .: *: *.* .*:** . **:* .* *:
C1 EAQEDEVGFPVKPQVPLRPMTYKAAVDLSHFLKEKGGLEGLTWSQNRQDI
C2 EAQEDEVGFPVRPQVPLRPMTYKAAFDLGFFLKEKGGLDGLVYSKQRQDI
C3 QAQEEEVGFPVRPQVPLRPMTYKGAVDLSFFLKEKGGLEGLIWSQKRQDI
C4 QAQENEVGFPVRPQVPLRPMTYKSAFDLGFFLKEKGGLDGLIYSKKRQEI
C5 EAQEEEVGFPVRPQVPVRPMTYKAALDLSFFLKEKGGLEGLIYSKKRQDI
C6 KAHEDEVGFPVRPQVPLRPMTYKGAFDLSFFLKEKGGLDGLVYSKKRQEI
C7 AAQEDEVGFPVRPQVPLRPMTYKGALDLSHFLKEKGGLEGLIWSQQRQDI
C8 EAQEDEVGFPVRPQVPLRPMTYKEAVDLSHFLKEKGGLEGLVWSQKRQDI
C9 GAQEDEVGFPVRPQVPLRPMTFKGAFDLSFFLKEKGGLDGLIHSKRRQDI
C10 EAQEEEVGFPVRPQVPLRPMTYKAAVDLSHFLKEQGGLEGLVYSQRRQEI
C11 EAQEEEVGFPVRPQVPLRPMTYKGSSRSQPLFKRKGGTGRVSFSRKRQEI
C12 EAQEDEVGFPVRPQVPLRPMTYKGALDLSHFLKEQGGLDGLIHSPKRQEI
C13 EAQEEEVGFPVRPQVPLRPMTYKGALDLSHFLREKGGLEGLIYSQKRQEI
C14 EAQEDEVGFPVKPQVPLRPMTYKAAVDLSHFLKEEGGLEGLIYSQRRQDI
C15 EAQEDEVGFPVRPQVPLRPMTPRAARDLSHFLKEKGGLEGLIYSQKRQDI
C16 EAQEGEVGFPVRPQVPLRPMTYKAAFDLGFFLKEKGGLDGLIYSKKRQEI
C17 QAQEAEVGFPVTLQVPLRPMTYKGAFDLSFFLKEKGGLEGLIYSKKRQDT
C18 EAQEEDVGFPVRPQVPLRPMTYKAAFDLSFFLKEKGGLDGLIYSKKRQEI
C19 EAQEEEVGFPVRPQVPLRPMTYKGALDLSHFLKEKGGLEGLVHSQRRQDI
C20 EAQEEEVGFPVRPQVPLRPMTYKGAFDLSFFLKEKGGLDGLIYSKKRQEI
C21 EAQEEEVGFPVRPQVPLRPMTYKGAVDLSHFLKEKGGLEGLIYSQKRQDI
C22 EAQEEEVGFPVKPQVPLRPMTYKGAVDLSHFLKEKGGLEGLIHSQQRQDI
C23 EAQEEEVGFPIRPQVPLRPMTYKAAVDLSFFLKEKGGLEGLIYRKGKRSL
C24 EAQENEVGFPVRPQVPLRPMTYKAAMDLSHFLKEKGGLEGLIYSKKRQEI
C25 RAQEDGVGFPVRPQVPLRPMTYKGAFDLSFFLKEKGGLDGLIYSKRRQEI
C26 EAQEDEVGFPVRPQVPLRPMTYKGALDLSHFLKEKGGLEGLVHSQKRQDI
C27 EAQDEEVGFPVKPQVPLRPMTFKAAFDLSFFLKEKGGLDGLIYSKKRQEI
C28 QAQEEEVGFPVRPQVPLRPMTYKGAFDLGFFLKEKGGLEGLIYSKKRQEI
C29 EAQEDEVGFPVTPQVPLRPMTYKGALDLSHFLKEKGGLEGMTWSQKRQDI
C30 EAQQDDVGFPVRPQVPLRPMTFKGAFDLGWFLKEKGGLEGLIYSPKRQKI
C31 QAQEEGVGFPVRPQVPLRPMTYKGAVDLSFFLKEKGGLDGLIHSKKRQDI
C32 EAQEDEVGFPVRPQVPLRPMTFKGALDLSHFLKEKGGLEGLIYSQKRQDI
C33 EAQEEEVGFPVRPQVPLRPMTYKGALDLSFFLKEKGGLEGLIYSRKRQEI
C34 QAQEEEVGFPVRPQVPLRPMTYKGAFDLSFFLKEKGGLEGLIWSQKRQDI
C35 EAQEEDVGFPVKPQVPLRPMTYKGAFDLGHFLKEKGGLDGLIWSQERQDI
C36 QAQEEGVGFPVRPQVPVRPMTYKGAFDLSFFLKEKGGLDGLIWSPKRQEI
C37 AAQEDEVGFPVRPQVPLRPMTYKGAFDLGFFLKEKGGLDGLIYSKKRQEI
C38 KAQEEGVGFPVRPQVPLRPMTYKGAFDLSFFLKEKGGLDGLIYSKKRQEI
C39 EAQEEEVGFPVRPQVPLRPMTYKGALDLSHFLKEKGGLEGLIYSQQRQDI
C40 QAQEEEVGFPVRPQVPLRPMTYKSAFDLSFFLKEKGGLEGLIYSKKRQEI
C41 RAQEEEVGFPVRPQVPLRPMTFKGAFDLSFFLKEKGGLNGLIYSKKRQEI
C42 EAQEEEVGFPVRPQVPLRPMTYKAALDLSHFLKEKGGLEGLIYSRKRQEI
C43 EAQEEEVGFPVRPQVPLRPMTYKGALDLSHFLREKGGLDGLIWSQRRQDI
C44 EAQEGEVGFPIRPQVPLRPMTYKGAFDLGFFLKEKGGLDGLIYSKKRQEI
C45 EAQEDEVGFPVRPQVPLRPMTFKEAFDLSFFLKEKGGLDGLIYSKQRQDI
C46 DAQEEEVGFPVRPQVPLRPMTYKGAFDLSHFLREKGGLDGLIYSKKRQDI
C47 EAQEGEVGFPVKPQVPLRPMTYKGAVDFSHFLKEKGGLDGLIYSKKRQEI
C48 AAQEQEVGFPVRPQVPLRPMTYKGAFDLSHFLKEKGGLEGLIYSKKRQEI
C49 EAQEDEVGFPVRPQVPLRPMTHSAAIDLSHFLRKEGGLEGMIHSQRRQEI
C50 EAQEEEVGFPVKPQVPLRPMTFKGAFDLSFFLKEKGGLEGLIHSKRRQEI
*:: ****: ***:**** : :::.:** : ::.
C1 LDLWVYHTQGYPDWQNYTPGPGIRYPLTFGWCFKLVPLEQEQGENNCLLH
C2 LDLWVYNTQGFPDWQNYTPGPGTRSPLTFGWCFKLVPMDPAEGENNSLLH
C3 LDLWVYHTQGYPDWQNYTPGPGGRYPLTFGWCFKLVPVDPREGENQCLLH
C4 LDLWVYHTQGFPDWQNYTPGPGVRYPLTFGWCFKLVPVDPSEGENNCLMH
C5 LDLWVYNTQGFPDWQNYTPGPGTRYPLTFGWCFKLVPVDPREGEGNCLLH
C6 LDLWVYNTQGYPDWQNYTPGPGIRYPLCFGWCFKLVPVDPQEGENNCLLH
C7 LDLWVYNTQGYPDWQNYTPGPGIRYPLTFGWCFELVPVEPEKGENNCLLH
C8 LDLWVYHTQGFPDWQNYTPGPGIRLPLTFGWCFKLILLDKEQGERNTLLH
C9 LDLWVYNTQGYPDWQNYTPGPGIRYPLCFGWCFKLVPVDPGEGENNCLLH
C10 LDLWVYHTQGYPDWQNYTPGPGIRYPLTFGWCYKLVPVDPDQGENNCLLH
C11 LDLWTYNTQGYPDWQNYTPGPGIRYPLTFGWCFKLVPVDPSEGENNSLLH
C12 LDLWVYHTQGYPDWQNYTPGPGIRYPLTFGWCFKLVPADPEQGENNCLLH
C13 LDLWVYHTQGFPDWHNYTPGPGIRYPLTFGWCFKLVPVDPEQEENNCLLH
C14 LDLWVHHTQGFPDWQNYTPGPGVRYPITFGWCFKLVPVEPEKGENNSLLH
C15 LDLWVYHTQGYPDWQNYTPGPGIRYPLCFGWCFKLVPVEPDKGENNSLLH
C16 LDLWVYNTQGFPDWQNYTPGPGVRYPLTFGWCYKLVPVDPKEGENNSLLH
C17 LDLWVYHTQGFPDWQNYTPGPGVRLPLTFGWCFKLVPVDPREGENNCLLH
C18 LDLWVYHTQGFPDWQCYTPGPGVRYPLTFGWCYKLVPVDPVEGENNCLLH
C19 LDLWIYNTQGYPDWQNYTPGPGIRYPLTFGWCFKLVPVEPEKGENNSLLH
C20 LDLWVYNTQGFPDWQNYTPGPGVRYPLTFGWCYKLVPVDPREGENNCLLH
C21 LDLWVYHTQGYPDWQNYTPGPGIRYPLTFGWCFKLVPVEPEKGEDNCLLH
C22 LDLWVYNTQGYPDWQNYTPGPGVRYPLTFGWCFKLVPVEPEKRENSSLLH
C23 ICGSITHKASYPDWQNYTPGPGVRHPLTFGWCFKLVPVDPKEEENTSLMH
C24 LDLWVYHTQGYPDWGNYTPGPGTRYPLTFGWCFKLVPVSPEEGENNCLLH
C25 LDLWVYHTQGFPDWHNYTPGPGTRFPLCFGWCFKLVPVDPKEGENNCLLH
C26 LDLWVYHTQGFPDWDNYTPGPGTRYPLTFGWCFKLVPMDPDKGENNCLLH
C27 LDLWVYHTQGFPDWQNYTPGPGTRYPLTFGWCFKLVPMDSAEGENNSLLH
C28 LDLWVYNTQGYPDWQNYTPGPGVRYPLTFGWCFKLVPVDPREGDNNCLLH
C29 LDLWVHHTQGYPDWQNYTPGPGIRYPLTFGWCFKLVPLEPEEGENNSLLH
C30 LDLWVYHTQGYPDWQNYTPGPGVRYPLTFGWPFKLVPVDPREGENNCLLH
C31 LDLWVYHTQGYPDWQNYTPGPGVRFPLTFGWCFKLVPVDPGEGENNCLLH
C32 LDLWVYHTQGYPDWQNYTPGPGVRFPLTFGWCFKLVPVEPDKGENNCLLH
C33 LDLWVYNTQGYPDWHNYTPGPGIRFPLTFGWCFKLVPVDPREGENNCLLH
C34 LDLWVYNTQGYPDWQNYTPGPGVRYPLTFGWCFKLVPVDPSEGENNCLLH
C35 LDLWVYHTQGFPDWQNYTPGPGVRYPLTFGWPFKLVPVDPDKGEDNCLLH
C36 LDLWVYNTQGFPDWQNYTPGPGIRLPLTFGWCFKLVPVDPSEGENNCLLH
C37 LDLWVYHTQGYPDWQNYTPGPGVRYPLTFGWCYKLVPVDPREGENDCLLH
C38 LDLWVYHTQGFPDWDNYTPGPGIRYPLCFGWCFKLVPVDSKEGENSCLLH
C39 LDLWVYHTQGYPDWQNYTPGPGIRYPLTFGWCFKLVPVEPDKGENNSLLH
C40 LDLWVYHTQGFPDWQNYTPGPGVRYPLTFGWCLKLVPVDPREGENNCLLH
C41 LDLWVYNTQGFPDWQNYTPGPGVRYPLCFGWCFKLVPVDPRDGENNCLLH
C42 LDLWVYHTQGFPDWHNYTPGPGIRFPLTFGWCFKLVPVDPDEGENNSLLH
C43 LDLWIYNTQGYPDWQNYTPGPGIRYPLTFGWCFQLVPVEPEEGEDNCLLH
C44 LDLWVYHTQGFPDWQNYTPGPGVRYPLTFGWPFKLVPVDPREGENNCLLH
C45 LDLWVYNTQGIPDWQNYTPGPGTRFPLTFGWCFKLEPVDPAEEENNSLLH
C46 LDLWVYNTQGFPDWQNYTPGPGIRFPLTFGWCFKLVPVDPEEGENNSLLH
C47 LDLWVYHTQGYPDWQCYTPGPGTRFPLTFGWCFKLVPMDPAEGENNSLLH
C48 LDLWVYNTQGFPDWQNYTPGPGVRYPLTFGWCFKLVPVDPDEGENNSLLH
C49 LDLWVYHTQGFPDWQNYTPGPGVRYPLCFGWCFKLVPVEPEEGENNTLLH
C50 LDLWVYHTQGYPDWQNYTPGPGVRYPLTFGWCFKLVPVDPREGENNCLLH
: :. . *** ****** * *: *** :* . . : *:*
C1 PISQHGMDPEKEVLMWKFDSRLAFQHMAREKHPEYYDC
C2 PICQHGMDGDGEVLVWRFDSNLARRHIARELHPEFYDC
C3 PLSQHGMDEEREVLKWQFDSSLARRHLARKKHPEYYDC
C4 PISLHGMDEHKEVLKWQFDSQLARRHMARELHPEFYDC
C5 PMSLHGMDEEREVLRWKFDSHLAHRHVAREIHPEFYDC
C6 PMSQHGADEDREVLIWKFDTALARRHIARELRPEFYDC
C7 PVCQHGMDPEKEVLMWKFNSRLAFTHVAREKHPEFYDC
C8 PMSQHGMDPEREVLVWKFDSRLAFHHMAREKHPEFYDC
C9 PMSQHGIDADREVLMWKFDSSLARKHIARELHPDYYDC
C10 PMSQHGMDSEREVLVWKFDSRLAFHHIAREKHPEYYDC
C11 PMSQHGMDEERETLIWVFDSRLAFKHMARELHPEFYDC
C12 PLNQHGIDPEREVLVWKFDSRLAFHHMARELHPEFYDC
C13 PMSQHGTDPEREVLMWKFDSRLAFHHMAREKHPEFYDC
C14 PMSTHGMDPEGEVLMWKFDSRLAFHHMARELHPEYYNC
C15 PISLHGMDPEGEVLQWKFDSRLAFHHLAKELHPEYFDC
C16 PMSLHGMDEEGEVLRWKFDSSLARRHLARELHPEWYDo
C17 PMSQHGMDEEREVLKWEFDSSLARRHLARELHPEYYDC
C18 PISQHGIDEDREVLKWQFDSSLARKHLAREIHPEYYDC
C19 PMSLHGMDPEKEVLVWRFDSRLAFHHVARELHPEYYDC
C20 PMSQHGIDEDREVLRWQFDSSLARRHLAREKHPEFYDC
C21 PMSQHGMDPEKEVLVWRFDSHLAFRYMARELHPEYYNC
C22 AASLHGMDPEGEVLMWKFDSSLAFHHRALELHPEYFNo
C23 PISLHGMDAHGEVLMWKFDSQLARRHLARELHPEWYDC
C24 PMNQHGMDEDREVLRWEFDSRLAFHHIAREKHPEFFNC
C25 PMNQHGIDEHGEVLMWKFDSALARKHIARELHPDYYDC
C26 PINQHGMDPEKEVLVWKFDSLLAFHHVAREIHPEYFDC
C27 PICQHGMDEEREVLIWTFDRSLAVKHKARELHPEFYDC
C28 PMSQHGMDEHKEVLKWQFDSSLARRHVARELHPEYYDC
C29 PMSQHGMDPEKEVLVWKFDSRLAFHHMAREKHPEYYDC
C30 PISQHGMDEHGEVLMWKFDSQLTRRHLARELHPGFYDC
C31 PISLHGMDEEREVLQWVFDSSLARRHMAREKHPEFYDC
C32 PMNLHGMDPEREVLMWKFDSRLAFHHMAREKHPEFYDC
C33 PVCQHGMDEHGEVLMWKFDSHLAHKHRARELHPEFYDC
C34 PMSLHGIDADKEALIWKFDSSLAHRHLAREKHPGYYDC
C35 PGSQHGMDPEKEVLMWKFDSRLAFHHMAKEKHPEYYDC
C36 PMSQHGIDKEREVLMWKFDSNLARRHLAREKHPEYCDC
C37 PMSLHGMDEHREVLKWQFDSSLARRHLAREIHPEYYDC
C38 PMSQHGVDEEREVLMWKFDSALARRHLARELHPDYYDC
C39 PMSLHGMDPEKEVLEWRFDSRLAFHHMARELHPEYYNC
C40 PMSQHGMDADREVLRWKFDSHLARRHMARELHPEFYDC
C41 PMSQHGIDEEREVLMWKFDSSLARRHIAREQHPEFYDC
C42 PICQHGMDEEREVLKWQFDSRLAFTHQAREIHPEYYDC
C43 PMNQHGMDPEKEVLMWKFDSRLAFEHRARVKHPEFYDC
C44 PMSVHGMDEEREVLRWQFDSSLVRRHLARELHPEYYDC
C45 PICQHGMDADNEVLRWKFDSSLARRHIARELHPNFYDC
C46 PLCQHGMDEERETLRWEFDSRLALRHRAQELYPEFYDC
C47 PICQHGMDEDREVLVWKFDSHLAFKHTARELHPEYYDC
C48 PICQHGMDEEGEVLKWTFDSRLALRHIAHEKHPEFYDC
C49 PASLHGMDSEGEVLQWKFDSRLAFHHIAREMHPEYFDC
C50 PVCQHGMDEHREVLKWKFDSQLAHRHMARELHPEFYDC
. ** * . *.* * *: *. : * * : :
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:89 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 76.61 C1 C2 76.61
TOP 1 0 76.61 C2 C1 76.61
BOT 0 2 83.03 C1 C3 83.03
TOP 2 0 83.03 C3 C1 83.03
BOT 0 3 77.36 C1 C4 77.36
TOP 3 0 77.36 C4 C1 77.36
BOT 0 4 78.90 C1 C5 78.90
TOP 4 0 78.90 C5 C1 78.90
BOT 0 5 75.46 C1 C6 75.46
TOP 5 0 75.46 C6 C1 75.46
BOT 0 6 86.30 C1 C7 86.30
TOP 6 0 86.30 C7 C1 86.30
BOT 0 7 84.93 C1 C8 84.93
TOP 7 0 84.93 C8 C1 84.93
BOT 0 8 76.39 C1 C9 76.39
TOP 8 0 76.39 C9 C1 76.39
BOT 0 9 83.41 C1 C10 83.41
TOP 9 0 83.41 C10 C1 83.41
BOT 0 10 72.22 C1 C11 72.22
TOP 10 0 72.22 C11 C1 72.22
BOT 0 11 81.65 C1 C12 81.65
TOP 11 0 81.65 C12 C1 81.65
BOT 0 12 82.41 C1 C13 82.41
TOP 12 0 82.41 C13 C1 82.41
BOT 0 13 86.24 C1 C14 86.24
TOP 13 0 86.24 C14 C1 86.24
BOT 0 14 86.04 C1 C15 86.04
TOP 14 0 86.04 C15 C1 86.04
BOT 0 15 77.10 C1 C16 77.10
TOP 15 0 77.10 C16 C1 77.10
BOT 0 16 79.36 C1 C17 79.36
TOP 16 0 79.36 C17 C1 79.36
BOT 0 17 77.52 C1 C18 77.52
TOP 17 0 77.52 C18 C1 77.52
BOT 0 18 84.40 C1 C19 84.40
TOP 18 0 84.40 C19 C1 84.40
BOT 0 19 78.90 C1 C20 78.90
TOP 19 0 78.90 C20 C1 78.90
BOT 0 20 86.10 C1 C21 86.10
TOP 20 0 86.10 C21 C1 86.10
BOT 0 21 82.35 C1 C22 82.35
TOP 21 0 82.35 C22 C1 82.35
BOT 0 22 71.76 C1 C23 71.76
TOP 22 0 71.76 C23 C1 71.76
BOT 0 23 81.11 C1 C24 81.11
TOP 23 0 81.11 C24 C1 81.11
BOT 0 24 75.93 C1 C25 75.93
TOP 24 0 75.93 C25 C1 75.93
BOT 0 25 83.56 C1 C26 83.56
TOP 25 0 83.56 C26 C1 83.56
BOT 0 26 78.34 C1 C27 78.34
TOP 26 0 78.34 C27 C1 78.34
BOT 0 27 79.36 C1 C28 79.36
TOP 27 0 79.36 C28 C1 79.36
BOT 0 28 90.41 C1 C29 90.41
TOP 28 0 90.41 C29 C1 90.41
BOT 0 29 77.83 C1 C30 77.83
TOP 29 0 77.83 C30 C1 77.83
BOT 0 30 80.73 C1 C31 80.73
TOP 30 0 80.73 C31 C1 80.73
BOT 0 31 82.35 C1 C32 82.35
TOP 31 0 82.35 C32 C1 82.35
BOT 0 32 81.57 C1 C33 81.57
TOP 32 0 81.57 C33 C1 81.57
BOT 0 33 80.28 C1 C34 80.28
TOP 33 0 80.28 C34 C1 80.28
BOT 0 34 86.51 C1 C35 86.51
TOP 34 0 86.51 C35 C1 86.51
BOT 0 35 78.80 C1 C36 78.80
TOP 35 0 78.80 C36 C1 78.80
BOT 0 36 77.52 C1 C37 77.52
TOP 36 0 77.52 C37 C1 77.52
BOT 0 37 75.46 C1 C38 75.46
TOP 37 0 75.46 C38 C1 75.46
BOT 0 38 82.19 C1 C39 82.19
TOP 38 0 82.19 C39 C1 82.19
BOT 0 39 77.98 C1 C40 77.98
TOP 39 0 77.98 C40 C1 77.98
BOT 0 40 75.46 C1 C41 75.46
TOP 40 0 75.46 C41 C1 75.46
BOT 0 41 79.53 C1 C42 79.53
TOP 41 0 79.53 C42 C1 79.53
BOT 0 42 80.95 C1 C43 80.95
TOP 42 0 80.95 C43 C1 80.95
BOT 0 43 77.52 C1 C44 77.52
TOP 43 0 77.52 C44 C1 77.52
BOT 0 44 77.06 C1 C45 77.06
TOP 44 0 77.06 C45 C1 77.06
BOT 0 45 77.67 C1 C46 77.67
TOP 45 0 77.67 C46 C1 77.67
BOT 0 46 81.11 C1 C47 81.11
TOP 46 0 81.11 C47 C1 81.11
BOT 0 47 77.93 C1 C48 77.93
TOP 47 0 77.93 C48 C1 77.93
BOT 0 48 79.63 C1 C49 79.63
TOP 48 0 79.63 C49 C1 79.63
BOT 0 49 81.65 C1 C50 81.65
TOP 49 0 81.65 C50 C1 81.65
BOT 1 2 79.28 C2 C3 79.28
TOP 2 1 79.28 C3 C2 79.28
BOT 1 3 79.25 C2 C4 79.25
TOP 3 1 79.25 C4 C2 79.25
BOT 1 4 81.08 C2 C5 81.08
TOP 4 1 81.08 C5 C2 81.08
BOT 1 5 82.73 C2 C6 82.73
TOP 5 1 82.73 C6 C2 82.73
BOT 1 6 76.13 C2 C7 76.13
TOP 6 1 76.13 C7 C2 76.13
BOT 1 7 74.21 C2 C8 74.21
TOP 7 1 74.21 C8 C2 74.21
BOT 1 8 80.00 C2 C9 80.00
TOP 8 1 80.00 C9 C2 80.00
BOT 1 9 75.23 C2 C10 75.23
TOP 9 1 75.23 C10 C2 75.23
BOT 1 10 74.19 C2 C11 74.19
TOP 10 1 74.19 C11 C2 74.19
BOT 1 11 76.04 C2 C12 76.04
TOP 11 1 76.04 C12 C2 76.04
BOT 1 12 75.34 C2 C13 75.34
TOP 12 1 75.34 C13 C2 75.34
BOT 1 13 75.91 C2 C14 75.91
TOP 13 1 75.91 C14 C2 75.91
BOT 1 14 75.34 C2 C15 75.34
TOP 14 1 75.34 C15 C2 75.34
BOT 1 15 81.31 C2 C16 81.31
TOP 15 1 81.31 C16 C2 81.31
BOT 1 16 79.28 C2 C17 79.28
TOP 16 1 79.28 C17 C2 79.28
BOT 1 17 80.18 C2 C18 80.18
TOP 17 1 80.18 C18 C2 80.18
BOT 1 18 77.10 C2 C19 77.10
TOP 18 1 77.10 C19 C2 77.10
BOT 1 19 81.53 C2 C20 81.53
TOP 19 1 81.53 C20 C2 81.53
BOT 1 20 76.15 C2 C21 76.15
TOP 20 1 76.15 C21 C2 76.15
BOT 1 21 72.81 C2 C22 72.81
TOP 21 1 72.81 C22 C2 72.81
BOT 1 22 71.82 C2 C23 71.82
TOP 22 1 71.82 C23 C2 71.82
BOT 1 23 76.17 C2 C24 76.17
TOP 23 1 76.17 C24 C2 76.17
BOT 1 24 79.63 C2 C25 79.63
TOP 24 1 79.63 C25 C2 79.63
BOT 1 25 75.00 C2 C26 75.00
TOP 25 1 75.00 C26 C2 75.00
BOT 1 26 84.23 C2 C27 84.23
TOP 26 1 84.23 C27 C2 84.23
BOT 1 27 79.73 C2 C28 79.73
TOP 27 1 79.73 C28 C2 79.73
BOT 1 28 76.47 C2 C29 76.47
TOP 28 1 76.47 C29 C2 76.47
BOT 1 29 76.89 C2 C30 76.89
TOP 29 1 76.89 C30 C2 76.89
BOT 1 30 78.83 C2 C31 78.83
TOP 30 1 78.83 C31 C2 78.83
BOT 1 31 74.55 C2 C32 74.55
TOP 31 1 74.55 C32 C2 74.55
BOT 1 32 79.64 C2 C33 79.64
TOP 32 1 79.64 C33 C2 79.64
BOT 1 33 75.68 C2 C34 75.68
TOP 33 1 75.68 C34 C2 75.68
BOT 1 34 74.19 C2 C35 74.19
TOP 34 1 74.19 C35 C2 74.19
BOT 1 35 79.26 C2 C36 79.26
TOP 35 1 79.26 C36 C2 79.26
BOT 1 36 79.28 C2 C37 79.28
TOP 36 1 79.28 C37 C2 79.28
BOT 1 37 77.27 C2 C38 77.27
TOP 37 1 77.27 C38 C2 77.27
BOT 1 38 78.73 C2 C39 78.73
TOP 38 1 78.73 C39 C2 78.73
BOT 1 39 78.38 C2 C40 78.38
TOP 39 1 78.38 C40 C2 78.38
BOT 1 40 80.00 C2 C41 80.00
TOP 40 1 80.00 C41 C2 80.00
BOT 1 41 79.09 C2 C42 79.09
TOP 41 1 79.09 C42 C2 79.09
BOT 1 42 72.33 C2 C43 72.33
TOP 42 1 72.33 C43 C2 72.33
BOT 1 43 79.73 C2 C44 79.73
TOP 43 1 79.73 C44 C2 79.73
BOT 1 44 87.89 C2 C45 87.89
TOP 44 1 87.89 C45 C2 87.89
BOT 1 45 80.45 C2 C46 80.45
TOP 45 1 80.45 C46 C2 80.45
BOT 1 46 82.88 C2 C47 82.88
TOP 46 1 82.88 C47 C2 82.88
BOT 1 47 80.37 C2 C48 80.37
TOP 47 1 80.37 C48 C2 80.37
BOT 1 48 74.30 C2 C49 74.30
TOP 48 1 74.30 C49 C2 74.30
BOT 1 49 79.28 C2 C50 79.28
TOP 49 1 79.28 C50 C2 79.28
BOT 2 3 84.98 C3 C4 84.98
TOP 3 2 84.98 C4 C3 84.98
BOT 2 4 86.49 C3 C5 86.49
TOP 4 2 86.49 C5 C3 86.49
BOT 2 5 82.81 C3 C6 82.81
TOP 5 2 82.81 C6 C3 82.81
BOT 2 6 82.88 C3 C7 82.88
TOP 6 2 82.88 C7 C3 82.88
BOT 2 7 80.09 C3 C8 80.09
TOP 7 2 80.09 C8 C3 80.09
BOT 2 8 82.35 C3 C9 82.35
TOP 8 2 82.35 C9 C3 82.35
BOT 2 9 82.11 C3 C10 82.11
TOP 9 2 82.11 C10 C3 82.11
BOT 2 10 76.50 C3 C11 76.50
TOP 10 2 76.50 C11 C3 76.50
BOT 2 11 79.72 C3 C12 79.72
TOP 11 2 79.72 C12 C3 79.72
BOT 2 12 80.82 C3 C13 80.82
TOP 12 2 80.82 C13 C3 80.82
BOT 2 13 78.18 C3 C14 78.18
TOP 13 2 78.18 C14 C3 78.18
BOT 2 14 82.19 C3 C15 82.19
TOP 14 2 82.19 C15 C3 82.19
BOT 2 15 83.26 C3 C16 83.26
TOP 15 2 83.26 C16 C3 83.26
BOT 2 16 89.69 C3 C17 89.69
TOP 16 2 89.69 C17 C3 89.69
BOT 2 17 85.65 C3 C18 85.65
TOP 17 2 85.65 C18 C3 85.65
BOT 2 18 79.91 C3 C19 79.91
TOP 18 2 79.91 C19 C3 79.91
BOT 2 19 90.13 C3 C20 90.13
TOP 19 2 90.13 C20 C3 90.13
BOT 2 20 83.03 C3 C21 83.03
TOP 20 2 83.03 C21 C3 83.03
BOT 2 21 80.18 C3 C22 80.18
TOP 21 2 80.18 C22 C3 80.18
BOT 2 22 75.00 C3 C23 75.00
TOP 22 2 75.00 C23 C3 75.00
BOT 2 23 80.84 C3 C24 80.84
TOP 23 2 80.84 C24 C3 80.84
BOT 2 24 80.65 C3 C25 80.65
TOP 24 2 80.65 C25 C3 80.65
BOT 2 25 79.55 C3 C26 79.55
TOP 25 2 79.55 C26 C3 79.55
BOT 2 26 81.00 C3 C27 81.00
TOP 26 2 81.00 C27 C3 81.00
BOT 2 27 88.79 C3 C28 88.79
TOP 27 2 88.79 C28 C3 88.79
BOT 2 28 82.81 C3 C29 82.81
TOP 28 2 82.81 C29 C3 82.81
BOT 2 29 83.10 C3 C30 83.10
TOP 29 2 83.10 C30 C3 83.10
BOT 2 30 90.09 C3 C31 90.09
TOP 30 2 90.09 C31 C3 90.09
BOT 2 31 80.45 C3 C32 80.45
TOP 31 2 80.45 C32 C3 80.45
BOT 2 32 83.78 C3 C33 83.78
TOP 32 2 83.78 C33 C3 83.78
BOT 2 33 87.39 C3 C34 87.39
TOP 33 2 87.39 C34 C3 87.39
BOT 2 34 80.65 C3 C35 80.65
TOP 34 2 80.65 C35 C3 80.65
BOT 2 35 87.61 C3 C36 87.61
TOP 35 2 87.61 C36 C3 87.61
BOT 2 36 88.74 C3 C37 88.74
TOP 36 2 88.74 C37 C3 88.74
BOT 2 37 83.71 C3 C38 83.71
TOP 37 2 83.71 C38 C3 83.71
BOT 2 38 80.54 C3 C39 80.54
TOP 38 2 80.54 C39 C3 80.54
BOT 2 39 84.68 C3 C40 84.68
TOP 39 2 84.68 C40 C3 84.68
BOT 2 40 85.07 C3 C41 85.07
TOP 40 2 85.07 C41 C3 85.07
BOT 2 41 82.19 C3 C42 82.19
TOP 41 2 82.19 C42 C3 82.19
BOT 2 42 81.07 C3 C43 81.07
TOP 42 2 81.07 C43 C3 81.07
BOT 2 43 87.89 C3 C44 87.89
TOP 43 2 87.89 C44 C3 87.89
BOT 2 44 79.73 C3 C45 79.73
TOP 44 2 79.73 C45 C3 79.73
BOT 2 45 78.08 C3 C46 78.08
TOP 45 2 78.08 C46 C3 78.08
BOT 2 46 82.81 C3 C47 82.81
TOP 46 2 82.81 C47 C3 82.81
BOT 2 47 78.97 C3 C48 78.97
TOP 47 2 78.97 C48 C3 78.97
BOT 2 48 78.04 C3 C49 78.04
TOP 48 2 78.04 C49 C3 78.04
BOT 2 49 85.14 C3 C50 85.14
TOP 49 2 85.14 C50 C3 85.14
BOT 3 4 83.10 C4 C5 83.10
TOP 4 3 83.10 C5 C4 83.10
BOT 3 5 79.72 C4 C6 79.72
TOP 5 3 79.72 C6 C4 79.72
BOT 3 6 77.00 C4 C7 77.00
TOP 6 3 77.00 C7 C4 77.00
BOT 3 7 75.47 C4 C8 75.47
TOP 7 3 75.47 C8 C4 75.47
BOT 3 8 77.36 C4 C9 77.36
TOP 8 3 77.36 C9 C4 77.36
BOT 3 9 78.30 C4 C10 78.30
TOP 9 3 78.30 C10 C4 78.30
BOT 3 10 72.56 C4 C11 72.56
TOP 10 3 72.56 C11 C4 72.56
BOT 3 11 78.37 C4 C12 78.37
TOP 11 3 78.37 C12 C4 78.37
BOT 3 12 77.62 C4 C13 77.62
TOP 12 3 77.62 C13 C4 77.62
BOT 3 13 76.30 C4 C14 76.30
TOP 13 3 76.30 C14 C4 76.30
BOT 3 14 78.77 C4 C15 78.77
TOP 14 3 78.77 C15 C4 78.77
BOT 3 15 81.82 C4 C16 81.82
TOP 15 3 81.82 C16 C4 81.82
BOT 3 16 84.98 C4 C17 84.98
TOP 16 3 84.98 C17 C4 84.98
BOT 3 17 82.16 C4 C18 82.16
TOP 17 3 82.16 C18 C4 82.16
BOT 3 18 77.00 C4 C19 77.00
TOP 18 3 77.00 C19 C4 77.00
BOT 3 19 85.92 C4 C20 85.92
TOP 19 3 85.92 C20 C4 85.92
BOT 3 20 79.25 C4 C21 79.25
TOP 20 3 79.25 C21 C4 79.25
BOT 3 21 74.53 C4 C22 74.53
TOP 21 3 74.53 C22 C4 74.53
BOT 3 22 75.24 C4 C23 75.24
TOP 22 3 75.24 C23 C4 75.24
BOT 3 23 78.87 C4 C24 78.87
TOP 23 3 78.87 C24 C4 78.87
BOT 3 24 76.96 C4 C25 76.96
TOP 24 3 76.96 C25 C4 76.96
BOT 3 25 76.64 C4 C26 76.64
TOP 25 3 76.64 C26 C4 76.64
BOT 3 26 80.09 C4 C27 80.09
TOP 26 3 80.09 C27 C4 80.09
BOT 3 27 85.92 C4 C28 85.92
TOP 27 3 85.92 C28 C4 85.92
BOT 3 28 75.94 C4 C29 75.94
TOP 28 3 75.94 C29 C4 75.94
BOT 3 29 79.82 C4 C30 79.82
TOP 29 3 79.82 C30 C4 79.82
BOT 3 30 85.85 C4 C31 85.85
TOP 30 3 85.85 C31 C4 85.85
BOT 3 31 77.83 C4 C32 77.83
TOP 31 3 77.83 C32 C4 77.83
BOT 3 32 81.13 C4 C33 81.13
TOP 32 3 81.13 C33 C4 81.13
BOT 3 33 82.08 C4 C34 82.08
TOP 33 3 82.08 C34 C4 82.08
BOT 3 34 79.81 C4 C35 79.81
TOP 34 3 79.81 C35 C4 79.81
BOT 3 35 81.65 C4 C36 81.65
TOP 35 3 81.65 C36 C4 81.65
BOT 3 36 86.85 C4 C37 86.85
TOP 36 3 86.85 C37 C4 86.85
BOT 3 37 78.30 C4 C38 78.30
TOP 37 3 78.30 C38 C4 78.30
BOT 3 38 76.06 C4 C39 76.06
TOP 38 3 76.06 C39 C4 76.06
BOT 3 39 87.32 C4 C40 87.32
TOP 39 3 87.32 C40 C4 87.32
BOT 3 40 80.19 C4 C41 80.19
TOP 40 3 80.19 C41 C4 80.19
BOT 3 41 77.99 C4 C42 77.99
TOP 41 3 77.99 C42 C4 77.99
BOT 3 42 76.81 C4 C43 76.81
TOP 42 3 76.81 C43 C4 76.81
BOT 3 43 86.38 C4 C44 86.38
TOP 43 3 86.38 C44 C4 86.38
BOT 3 44 77.36 C4 C45 77.36
TOP 44 3 77.36 C45 C4 77.36
BOT 3 45 76.56 C4 C46 76.56
TOP 45 3 76.56 C46 C4 76.56
BOT 3 46 79.15 C4 C47 79.15
TOP 46 3 79.15 C47 C4 79.15
BOT 3 47 77.21 C4 C48 77.21
TOP 47 3 77.21 C48 C4 77.21
BOT 3 48 77.07 C4 C49 77.07
TOP 48 3 77.07 C49 C4 77.07
BOT 3 49 84.51 C4 C50 84.51
TOP 49 3 84.51 C50 C4 84.51
BOT 4 5 81.36 C5 C6 81.36
TOP 5 4 81.36 C6 C5 81.36
BOT 4 6 79.73 C5 C7 79.73
TOP 6 4 79.73 C7 C5 79.73
BOT 4 7 78.28 C5 C8 78.28
TOP 7 4 78.28 C8 C5 78.28
BOT 4 8 80.45 C5 C9 80.45
TOP 8 4 80.45 C9 C5 80.45
BOT 4 9 80.28 C5 C10 80.28
TOP 9 4 80.28 C10 C5 80.28
BOT 4 10 76.04 C5 C11 76.04
TOP 10 4 76.04 C11 C5 76.04
BOT 4 11 78.34 C5 C12 78.34
TOP 11 4 78.34 C12 C5 78.34
BOT 4 12 80.37 C5 C13 80.37
TOP 12 4 80.37 C13 C5 80.37
BOT 4 13 78.18 C5 C14 78.18
TOP 13 4 78.18 C14 C5 78.18
BOT 4 14 80.82 C5 C15 80.82
TOP 14 4 80.82 C15 C5 80.82
BOT 4 15 86.98 C5 C16 86.98
TOP 15 4 86.98 C16 C5 86.98
BOT 4 16 86.04 C5 C17 86.04
TOP 16 4 86.04 C17 C5 86.04
BOT 4 17 83.78 C5 C18 83.78
TOP 17 4 83.78 C18 C5 83.78
BOT 4 18 79.44 C5 C19 79.44
TOP 18 4 79.44 C19 C5 79.44
BOT 4 19 88.29 C5 C20 88.29
TOP 19 4 88.29 C20 C5 88.29
BOT 4 20 80.73 C5 C21 80.73
TOP 20 4 80.73 C21 C5 80.73
BOT 4 21 77.42 C5 C22 77.42
TOP 21 4 77.42 C22 C5 77.42
BOT 4 22 73.64 C5 C23 73.64
TOP 22 4 73.64 C23 C5 73.64
BOT 4 23 80.84 C5 C24 80.84
TOP 23 4 80.84 C24 C5 80.84
BOT 4 24 78.80 C5 C25 78.80
TOP 24 4 78.80 C25 C5 78.80
BOT 4 25 78.73 C5 C26 78.73
TOP 25 4 78.73 C26 C5 78.73
BOT 4 26 83.26 C5 C27 83.26
TOP 26 4 83.26 C27 C5 83.26
BOT 4 27 85.14 C5 C28 85.14
TOP 27 4 85.14 C28 C5 85.14
BOT 4 28 78.28 C5 C29 78.28
TOP 28 4 78.28 C29 C5 78.28
BOT 4 29 80.28 C5 C30 80.28
TOP 29 4 80.28 C30 C5 80.28
BOT 4 30 85.14 C5 C31 85.14
TOP 30 4 85.14 C31 C5 85.14
BOT 4 31 80.45 C5 C32 80.45
TOP 31 4 80.45 C32 C5 80.45
BOT 4 32 84.16 C5 C33 84.16
TOP 32 4 84.16 C33 C5 84.16
BOT 4 33 83.78 C5 C34 83.78
TOP 33 4 83.78 C34 C5 83.78
BOT 4 34 77.42 C5 C35 77.42
TOP 34 4 77.42 C35 C5 77.42
BOT 4 35 83.94 C5 C36 83.94
TOP 35 4 83.94 C36 C5 83.94
BOT 4 36 84.30 C5 C37 84.30
TOP 36 4 84.30 C37 C5 84.30
BOT 4 37 80.45 C5 C38 80.45
TOP 37 4 80.45 C38 C5 80.45
BOT 4 38 78.83 C5 C39 78.83
TOP 38 4 78.83 C39 C5 78.83
BOT 4 39 85.20 C5 C40 85.20
TOP 39 4 85.20 C40 C5 85.20
BOT 4 40 84.09 C5 C41 84.09
TOP 40 4 84.09 C41 C5 84.09
BOT 4 41 81.74 C5 C42 81.74
TOP 41 4 81.74 C42 C5 81.74
BOT 4 42 78.64 C5 C43 78.64
TOP 42 4 78.64 C43 C5 78.64
BOT 4 43 85.59 C5 C44 85.59
TOP 43 4 85.59 C44 C5 85.59
BOT 4 44 79.28 C5 C45 79.28
TOP 44 4 79.28 C45 C5 79.28
BOT 4 45 79.45 C5 C46 79.45
TOP 45 4 79.45 C46 C5 79.45
BOT 4 46 81.00 C5 C47 81.00
TOP 46 4 81.00 C47 C5 81.00
BOT 4 47 79.44 C5 C48 79.44
TOP 47 4 79.44 C48 C5 79.44
BOT 4 48 78.97 C5 C49 78.97
TOP 48 4 78.97 C49 C5 78.97
BOT 4 49 82.96 C5 C50 82.96
TOP 49 4 82.96 C50 C5 82.96
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BOT 