bitscore colors: <40, 40-50 , 50-80, 80-200, >200
BLASTP 2.2.30+
Reference: Stephen F. Altschul, Thomas L. Madden, Alejandro A.
Schaffer, Jinghui Zhang, Zheng Zhang, Webb Miller, and David J.
Lipman (1997), "Gapped BLAST and PSI-BLAST: a new generation of
protein database search programs", Nucleic Acids Res. 25:3389-3402.
Reference for composition-based statistics: Alejandro A. Schaffer,
L. Aravind, Thomas L. Madden, Sergei Shavirin, John L. Spouge, Yuri
I. Wolf, Eugene V. Koonin, and Stephen F. Altschul (2001),
"Improving the accuracy of PSI-BLAST protein database searches with
composition-based statistics and other refinements", Nucleic Acids
Res. 29:2994-3005.
Database: Microviridae_proteins.fasta
575 sequences; 147,441 total letters
Query= Contig-31_CDS_annotation_glimmer3.pl_2_1
Length=534
Score E
Sequences producing significant alignments: (Bits) Value
Alpavirinae_Human_feces_D_015_Microviridae_AG019_putative.VP1 960 0.0
Alpavirinae_Human_gut_22_017_Microviridae_AG0397_putative.VP1 444 7e-151
Alpavirinae_Human_gut_33_017_Microviridae_AG0154_putative.VP1 442 8e-150
Alpavirinae_Human_feces_A_021_Microviridae_AG077_putative.VP1 402 2e-134
Alpavirinae_Human_feces_D_008_Microviridae_AG098_putative.VP1 395 2e-131
Alpavirinae_Human_feces_D_031_Microviridae_AG0425_putative.VP1 390 7e-130
Alpavirinae_Human_feces_E_011_Microviridae_AG0388_putative.VP1 369 2e-121
Alpavirinae_Human_feces_A_034_Microviridae_AG0105_putative.VP1 366 2e-120
Alpavirinae_Human_feces_C_043_Microviridae_AG0322_putative.VP1 361 1e-118
Alpavirinae_Human_gut_33_005_Microviridae_AG0184_putative.VP1 353 1e-115
> Alpavirinae_Human_feces_D_015_Microviridae_AG019_putative.VP1
Length=584
Score = 960 bits (2482), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 451/525 (86%), Positives = 484/525 (92%), Gaps = 0/525 (0%)
Query 1 MSLFNLSSVKNHPRRSGFDLSSKVAFTAKVGELLPVKWTLTMPGDKFSLKEQHFTRTQPV 60
M LFNLSSVKN PRRSGFDLSSKVAF+AKVGELLP+KWTLTMPGDKFSLKEQHFTRTQPV
Sbjct 1 MGLFNLSSVKNRPRRSGFDLSSKVAFSAKVGELLPIKWTLTMPGDKFSLKEQHFTRTQPV 60
Query 61 NTSAYTRVREYYDWFWCPLHLLWRNAPEVISQIQQNVQHASSFDGSVLLGSNMPCLSADQ 120
NTSAYTRVREYYDWFWCPLHLLWRNAPEVI+QIQQNVQHASSFDGSVLLGSNMPC SADQ
Sbjct 61 NTSAYTRVREYYDWFWCPLHLLWRNAPEVIAQIQQNVQHASSFDGSVLLGSNMPCFSADQ 120
Query 121 ISQSLDQLKSKQNYFGFDRADLAYKLLQYLRYGNVRTGVGSNGARNYGTSIDVKDGTYNQ 180
ISQSLD +KSK NYFGF+RADLAYKL+QYLRYGNVRTGVG++G+RNYGTS+DVKD +YNQ
Sbjct 121 ISQSLDMMKSKLNYFGFNRADLAYKLIQYLRYGNVRTGVGTSGSRNYGTSVDVKDSSYNQ 180
Query 181 NRAYNHALSIFPILAYKKFCQDYFRLTQWQDSAPYLWNIDYYDGKGAVTILPTSLTSSAA 240
NRA+NHALS+FPILAYKKFCQDYFRLTQWQ SAPYLWNIDYYDGKGA TILP L+ S
Sbjct 181 NRAFNHALSVFPILAYKKFCQDYFRLTQWQVSAPYLWNIDYYDGKGATTILPADLSKSVT 240
Query 241 YFEGDTFFDLEYCNWNKDMFFGILPDAQFGDTSVVDISYGVTGAPVVTKQNLQSPTNSSV 300
YFE DTFFDLEYCNWNKDMFFG LPDAQ+GDTSVVDISYG TGAPV+T QNLQSP NSS
Sbjct 241 YFEHDTFFDLEYCNWNKDMFFGSLPDAQYGDTSVVDISYGTTGAPVITAQNLQSPVNSST 300
Query 301 SIGTDDANSKTLIASGTNLTLDVLALRRGEALQRFREISLCTPLNYRSQIKAHFGVDVGA 360
+IGT D S LI +GTNLTLDVLALRRGEALQRFREISLCTPLNYRSQIKAHFGVDVG+
Sbjct 301 AIGTSDKFSTQLIEAGTNLTLDVLALRRGEALQRFREISLCTPLNYRSQIKAHFGVDVGS 360
Query 361 AMSGMSTYIGGEASSLDISEVVNTNITETNEALIAGKGVGTGQSSESFYAKDWGILMCIY 420
+SGMSTYIGGEASSLDISEVVNTNITE+NEALIAGKG+GTGQ +E FYAKDWG+LMCIY
Sbjct 361 ELSGMSTYIGGEASSLDISEVVNTNITESNEALIAGKGIGTGQGNEEFYAKDWGVLMCIY 420
Query 421 HSVPLLDYVLSAPDPQLFTSENTSFPVPELDSIGLEPISVAYYSNNPTELPSASGLLSDP 480
HSVPLLDYV+SAPDPQLF S NTSFPVPELD+IGLEPI+VAYYSNNP ELPS G+ P
Sbjct 421 HSVPLLDYVISAPDPQLFASMNTSFPVPELDAIGLEPITVAYYSNNPIELPSTGGITDAP 480
Query 481 TVTVGYLPRYFAWKTSLDYVLGAFTTTEKEWVAPITQTLWTKYVE 525
T TVGYLPRY+AWKTS+DYVLGAFTTTEKEWVAPIT LW+ ++
Sbjct 481 TTTVGYLPRYYAWKTSIDYVLGAFTTTEKEWVAPITPELWSNMLK 525
> Alpavirinae_Human_gut_22_017_Microviridae_AG0397_putative.VP1
Length=607
Score = 444 bits (1143), Expect = 7e-151, Method: Compositional matrix adjust.
Identities = 247/562 (44%), Positives = 349/562 (62%), Gaps = 51/562 (9%)
Query 6 LSSVKNHPRRSGFDLSSKVAFTAKVGELLPVKWTLTMPGDKFSLKEQHFTRTQPVNTSAY 65
+S+++NHP RSGFD+ K AFTAKVGELLPV W ++MPGDK+ ++FTRTQPV TSAY
Sbjct 1 MSNLQNHPHRSGFDIGRKNAFTAKVGELLPVYWDISMPGDKYKFNVEYFTRTQPVETSAY 60
Query 66 TRVREYYDWFWCPLHLLWRNAPEVISQIQQ-NVQHASSFDGSVLLGSNMPCLSADQISQS 124
TR+REY+D++ PL LLW++AP V++Q+Q N A SF ++ LGS P L+ + +
Sbjct 61 TRLREYFDFYAVPLRLLWKSAPSVLTQMQDINQLQALSFTQNLSLGSYFPSLTLSRFTAV 120
Query 125 LDQLKSKQNY----------FGFDRADLAYKLLQYLRYGNVRTGVGSNGARNYGTSIDVK 174
L++L N FGF RADLA+KL YL YGNV + S+ R + TS+
Sbjct 121 LNRLNGGSNVPGNSSTFLNEFGFSRADLAFKLFSYLGYGNVWSSEFSSSNRWWSTSLK-G 179
Query 175 DGTYNQNRAYNHALSIFPILAYKKFCQDYFRLTQWQDSAPYLWNIDYYDGKGAVTILPTS 234
G+Y Q + +++FP+LAY+K QD+FR +QW++S P +N+DY+ G +L +S
Sbjct 180 GGSYTQQYVQDSYVNLFPLLAYQKIYQDFFRWSQWENSNPSSYNVDYF--TGVSPLLVSS 237
Query 235 L-TSSAAYFEGDTFFDLEYCNWNKDMFFGILPDAQFGDTSVVDISYGVTGAP-------- 285
L +S AY++ T FDL+YCNWNKDM G+LP++QFGD +V+DI +G P
Sbjct 238 LPEASNAYWKSPTMFDLKYCNWNKDMLMGVLPNSQFGDVAVLDIDN--SGKPDVVLGLGN 295
Query 286 ---VVTKQNLQSPTNSSVSIGTDDANSKTLIASGTNLTLD---------VLALRRGEALQ 333
V + S +S+ A+S + G+ L +D VLALR+ EALQ
Sbjct 296 ANSTVGVASYVSSNTASIPFFALKASSANTLPVGSTLRVDLASLKSQFTVLALRQAEALQ 355
Query 334 RFREISLCTPLNYRSQIKAHFGVDVGAAMSGMSTYIGGEASSLDISEVVNTNI-TETNEA 392
R++EIS +YR QI+ HFGV++ A+S M TYIGG + +LDISEVVN N+ E + A
Sbjct 356 RWKEISQSGDSDYREQIRKHFGVNLPQALSNMCTYIGGISRNLDISEVVNNNLAAEGDTA 415
Query 393 LIAGKGVGTGQSSESFYAKDWGILMCIYHSVPLLDYVLSAPDPQLFTSENTSFPVPELDS 452
+IAGKGVG G S ++ + ++MCIYH+VPLLDY ++ D QL ++ S P+PE D+
Sbjct 416 VIAGKGVGAGNGSFTYTTNEHCVVMCIYHAVPLLDYTITGQDGQLLVTDAESLPIPEFDN 475
Query 453 IGLEPISVAYYSNNPTELPSASGLLSDPTVTVGYLPRYFAWKTSLDYVLGAFTTTEKEWV 512
IG+E + + N+P S L + GY PRYF WKT LD + GAFTTT K WV
Sbjct 476 IGMETLPMTQIFNSPKA--SIVNLFN-----AGYNPRYFNWKTKLDVINGAFTTTLKSWV 528
Query 513 APITQTLWTKYVEAFERFGYWY 534
+P+T++L + + FG+ Y
Sbjct 529 SPVTESLLSGW------FGFGY 544
> Alpavirinae_Human_gut_33_017_Microviridae_AG0154_putative.VP1
Length=614
Score = 442 bits (1136), Expect = 8e-150, Method: Compositional matrix adjust.
Identities = 250/564 (44%), Positives = 347/564 (62%), Gaps = 56/564 (10%)
Query 6 LSSVKNHPRRSGFDLSSKVAFTAKVGELLPVKWTLTMPGDKFSLKEQHFTRTQPVNTSAY 65
LS+++NHP RSGFD+ K AFTAKVGELLPV W ++MPGDK+ ++FTRTQPV TSAY
Sbjct 7 LSNLQNHPHRSGFDIGRKNAFTAKVGELLPVYWDISMPGDKYRFNVEYFTRTQPVATSAY 66
Query 66 TRVREYYDWFWCPLHLLWRNAPEVISQIQQ-NVQHASSFDGSVLLGSNMPCLSADQISQS 124
TR+REY+D++ PL LLW++AP V++Q+Q N A S ++ LG+ +P L+ + +
Sbjct 67 TRLREYFDFYAVPLRLLWKSAPSVLTQMQDVNQIQALSLTQNLSLGTYLPSLTIGTLGWA 126
Query 125 LDQLKSK----------QNYFGFDRADLAYKLLQYLRYGNVRTGVGSNGARNYGTSIDVK 174
+ L +N FGF RADL++KLL YL YGN+ S G R + TS+
Sbjct 127 IRYLNGNTWEPETASYLRNAFGFSRADLSFKLLSYLGYGNLIETPPSLGNRWWSTSLKNT 186
Query 175 D--GTYNQNRAYNHALSIFPILAYKKFCQDYFRLTQWQDSAPYLWNIDYYDGKGA--VTI 230
D Y Q N ++IFP+L Y+K QD+FR QW+ S P +N+DY+ G V+
Sbjct 187 DDGANYTQQYIQNTIVNIFPLLTYQKIYQDFFRWPQWEKSNPSSYNVDYFSGSSPSIVSD 246
Query 231 LPTSLTSSAAYFEGDTFFDLEYCNWNKDMFFGILPDAQFGDTSVVDISYGVTGAPVVTKQ 290
LP +S+AY++ DT FDL+YCNWNKDM G+LP++QFGD +V+DIS V+
Sbjct 247 LP---AASSAYWKSDTMFDLKYCNWNKDMLMGVLPNSQFGDVAVLDISSSGDSDVVLGVD 303
Query 291 NLQSPTNSSVSIGTD-------------DANSKTLIASGTNLTLD---------VLALRR 328
P S++ IG+ DA++ ++ G+ L LD VLALR+
Sbjct 304 ----PHKSTLGIGSAITSKSAVVPLFALDASTSNPVSVGSKLHLDLSSIKSQFNVLALRQ 359
Query 329 GEALQRFREISLCTPLNYRSQIKAHFGVDVGAAMSGMSTYIGGEASSLDISEVVNTNI-T 387
EALQR++EIS +YR QI HFGV + A+S + TYIGG + +LDISEVVN N+
Sbjct 360 AEALQRWKEISQSGDSDYREQILKHFGVKLPQALSNLCTYIGGISRNLDISEVVNNNLAA 419
Query 388 ETNEALIAGKGVGTGQSSESFYAKDWGILMCIYHSVPLLDYVLSAPDPQLFTSENTSFPV 447
E + A+IAGKGVGTG S ++ + ++M IYH+VPLLDY L+ D QL ++ S P+
Sbjct 420 EEDTAVIAGKGVGTGNGSFTYTTNEHCVIMGIYHAVPLLDYTLTGQDGQLLVTDAESLPI 479
Query 448 PELDSIGLEPISVAYYSNNPTELPSASGLLSDPTVTVGYLPRYFAWKTSLDYVLGAFTTT 507
PE D+IGLE + +A N + L +A L + GY PRYF WKT LD + GAFTTT
Sbjct 480 PEFDNIGLEVLPMAQIFN--SSLATAFNLFN-----AGYNPRYFNWKTKLDVINGAFTTT 532
Query 508 EKEWVAPITQTLWTKYVEAFERFG 531
K WV+P++++L + + RFG
Sbjct 533 LKSWVSPVSESL----LSGWARFG 552
> Alpavirinae_Human_feces_A_021_Microviridae_AG077_putative.VP1
Length=622
Score = 402 bits (1034), Expect = 2e-134, Method: Compositional matrix adjust.
Identities = 233/566 (41%), Positives = 324/566 (57%), Gaps = 48/566 (8%)
Query 1 MSLFNLSSVKNHPRRSGFDLSSKVAFTAKVGELLPVKWTLTMPGDKFSLKEQHFTRTQPV 60
M LF+ +KNHPRRSGFDL+ ++ FT+K GELLPV W T+PGDK+++ FTRTQPV
Sbjct 1 MGLFSYDDLKNHPRRSGFDLTKRICFTSKAGELLPVYWKPTIPGDKWNISTNWFTRTQPV 60
Query 61 NTSAYTRVREYYDWFWCPLHLLWRNAPEVISQIQQNVQHASSFDGSVLLGSNMPCLSADQ 120
+T+AYTRV+EY DWF+ PL+L+ + I+Q+ N A S + + ++MP +
Sbjct 61 DTAAYTRVKEYVDWFFVPLNLIQKGIESAITQMVDNPVSAMSAIENRAITTDMPYTTLLS 120
Query 121 ISQSLDQLKSKQ---------NYFGFDRADLAYKLLQYLRYGNVRTGVGSN-GARNYGTS 170
+S++L L K N FGF RADL+ KLLQ L+YGN S +G S
Sbjct 121 LSRALYMLNGKSYVNSHAGKLNMFGFSRADLSAKLLQMLKYGNFINPEHSGLDTPMFGYS 180
Query 171 IDVKDGTYNQNRAYNHALSIFPILAYKKFCQDYFRLTQWQDSAPYLWNIDYYDGKGAVTI 230
VK + + +N A+++ PI Y+K DYFR QW+ PY +N DYY G I
Sbjct 181 T-VKLAQF--SYLWNQAVNVLPIFCYQKIYSDYFRFQQWEKPVPYTYNADYYAGG---DI 234
Query 231 LPTSLTSSAAYFEGDTFFDLEYCNWNKDMFFGILPDAQFGDTSVVD------------IS 278
P T AY+ T FDL YCNWN+D++ G LP+ QFG+ SVVD ++
Sbjct 235 FPNPTTMPDAYWNNYTPFDLRYCNWNRDLYTGFLPNQQFGNVSVVDMTVSSDEIMAAPVT 294
Query 279 YGVTGAPV-VTKQNLQSPTNSSVSIGTDDANSKTLIASGTNL-----------TLDVLAL 326
+G TG V VTK L S T SS IGT S + GT+L +LAL
Sbjct 295 FGATGNRVAVTKAALASST-SSTGIGTVSTPSGGTVPVGTSLYAQVQQRDLTGAFSILAL 353
Query 327 RRGEALQRFREISLCTPLNYRSQIKAHFGVDVGAAMSGMSTYIGGEASSLDISEVVNTNI 386
R+ E LQ+++EI+L +YRSQI+ HFGV + A +S MS YIGG+ + +DISEVVN N+
Sbjct 354 RQAEFLQKWKEIALSGDQDYRSQIEKHFGVKLPAELSYMSQYIGGQFAQMDISEVVNQNL 413
Query 387 TETN-------EALIAGKGVGTGQSSESFYAKDWGILMCIYHSVPLLDYVLSAPDPQLFT 439
T+ ALIAGKGV +G + ++ A+ GI+M IYH+VPLLDY + D L
Sbjct 414 TDQAGSDAAQYPALIAGKGVNSGDGNVNYTARQHGIIMGIYHAVPLLDYERTGQDQDLLI 473
Query 440 SENTSFPVPELDSIGLEPISVAYYSNNPTELPSASGLLSDPTVTVGYLPRYFAWKTSLDY 499
+ + +PE D+IG++ + + N+ + L +GY+PRY WKT +D
Sbjct 474 TSAEEWAIPEFDAIGMQTLPLGTLFNSNKVSGDSDFRLHGAAYPIGYVPRYVNWKTDIDE 533
Query 500 VLGAFTTTEKEWVAPITQTLWTKYVE 525
+ GAF ++EK WVAPI T +V+
Sbjct 534 IFGAFRSSEKTWVAPIDADFITNWVK 559
> Alpavirinae_Human_feces_D_008_Microviridae_AG098_putative.VP1
Length=618
Score = 395 bits (1014), Expect = 2e-131, Method: Compositional matrix adjust.
Identities = 225/554 (41%), Positives = 315/554 (57%), Gaps = 48/554 (9%)
Query 1 MSLFNLSSVKNHPRRSGFDLSSKVAFTAKVGELLPVKWTLTMPGDKFSLKEQHFTRTQPV 60
MSLFN+S+VKNHPRRSGFDLS++V FT+K GELLPV W + PGD F +K Q FTRTQP+
Sbjct 1 MSLFNMSAVKNHPRRSGFDLSNRVCFTSKAGELLPVFWDIVYPGDSFKIKTQLFTRTQPL 60
Query 61 NTSAYTRVREYYDWFWCPLHLLWRNAPEVISQIQQNVQHASSFDGSVLLGSNMPCLSADQ 120
NT+AYTR+REY D+++ PL L+ +N P ++Q+Q N A+ + ++ +++P +
Sbjct 61 NTAAYTRIREYLDFYFVPLRLINKNLPTALTQMQDNPVQATGLSSNKVVTTDIPWVPVHS 120
Query 121 ISQSLDQL------------KSKQNYFGFDRADLAYKLLQYLRYGNVRTGVGSNGARNYG 168
S S L +N+ GFD + KLL YLRYGN + V + ++ G
Sbjct 121 SSGSYSSLTGFADVRGSVSSSDIENFLGFDSITQSAKLLMYLRYGNFLSSVVPDEQKSIG 180
Query 169 --TSIDVKDGTYNQNRAYNHALSIFPILAYKKFCQDYFRLTQWQDSAPYLWNIDYYDGKG 226
+S+D+++ + + Y ++ I P+ Y+K D+FR TQW+ + PY +N D+Y G
Sbjct 181 LSSSLDLRN-SETVSTGYT-SVHILPLATYQKIYADFFRFTQWEKNQPYTYNFDWYSGGN 238
Query 227 AVTILPTSLTSSAAYFEGDTFFDLEYCNWNKDMFFGILPDAQFGDTSVVDIS-------- 278
+ L T+ + Y+ D F L Y NW KDMF G++PD+Q GD S+VD S
Sbjct 239 VLASL-TTQALAKKYYSDDNLFTLRYANWPKDMFMGVMPDSQLGDVSIVDTSGSEGTFPV 297
Query 279 --------------YGVTGAPVVTKQNLQSPTNSSVSIGTDDANSKTLIASGTNLTLDVL 324
V+G +L T S++S T +A G + +L
Sbjct 298 GLYNFADGGSRAGLVAVSGTSPAAGSSLDMQTTSALSASTKYGVYAQQVA-GLGSSFSIL 356
Query 325 ALRRGEALQRFREISLCTPLNYRSQIKAHFGVDVGAAMSGMSTYIGGEASSLDISEVVNT 384
LR EA+Q++RE+S + R QI AHFGV + +S Y+GG +S++D+SEVVNT
Sbjct 357 QLRMAEAVQKYREVSQFADQDARGQIMAHFGVSLSPVLSDKCMYLGGSSSNIDLSEVVNT 416
Query 385 NITETNEALIAGKGVGTGQSSESFYAKDWGILMCIYHSVPLLDYVLSAPDPQLFTSENTS 444
NIT N A IAGKGVGTGQ S S +GI+M IYH+VPLLDYV++ L +
Sbjct 417 NITGDNIAEIAGKGVGTGQGSFSGNFDTYGIIMGIYHNVPLLDYVITGQPQNLLYTNTAD 476
Query 445 FPVPELDSIGLEPISVAYYSNNPTELPSASGLLSD---PTVTVGYLPRYFAWKTSLDYVL 501
P PE DSIG++ I + N+ A G S T T+GYLPR+F KT D VL
Sbjct 477 LPFPEYDSIGMQTIQFGRFVNS-----KAVGWTSGVDYRTQTMGYLPRFFDVKTRYDEVL 531
Query 502 GAFTTTEKEWVAPI 515
GAF +T K WVAP+
Sbjct 532 GAFRSTLKNWVAPL 545
> Alpavirinae_Human_feces_D_031_Microviridae_AG0425_putative.VP1
Length=614
Score = 390 bits (1003), Expect = 7e-130, Method: Compositional matrix adjust.
Identities = 223/558 (40%), Positives = 325/558 (58%), Gaps = 43/558 (8%)
Query 6 LSSVKNHPRRSGFDLSSKVAFTAKVGELLPVKWTLTMPGDKFSLKEQHFTRTQPVNTSAY 65
+S+VKNHPRRSGFDLS++V FT+K GELLPV W + PGD F +K Q FTRTQP+NT+AY
Sbjct 1 MSAVKNHPRRSGFDLSNRVCFTSKAGELLPVFWDIVYPGDSFKIKTQLFTRTQPLNTAAY 60
Query 66 TRVREYYDWFWCPLHLLWRNAPEVISQIQQNVQHASSFDGSVLLGSNMPCLSADQISQ-- 123
TR+REY D+++ PL L+ +N P + Q+Q N A+ + ++ +++P + +
Sbjct 61 TRIREYLDFYFVPLRLINKNLPTALMQMQDNPVQATGLSSNKVVTTDIPWVPTNLSGTYG 120
Query 124 SLDQLKSKQNYF-----------GFDRADLAYKLLQYLRYGNVRTGVGSNGARNYGTS-- 170
SL L +N F GFD + KLL YLRYGN + V S+ ++ G S
Sbjct 121 SLTALADVKNSFPSSSTGIEDLLGFDAITQSAKLLMYLRYGNFLSSVVSDKNKSLGLSGS 180
Query 171 IDVKDGTYNQNRAYNHALSIFPILAYKKFCQDYFRLTQWQDSAPYLWNIDYYDGKGAVTI 230
+D+++ + + Y ++ I P+ AY+K D+FR TQW+ + PY +N D+Y G +
Sbjct 181 LDLRN-SETASTGYT-SMHILPLAAYQKAYADFFRFTQWEKNQPYTYNFDWYSGGNVLAS 238
Query 231 LPTSLTSSAAYFEGDTFFDLEYCNWNKDMFFGILPDAQFGDTSVVD-------------- 276
L T+L + Y+ D F L Y NW KDMF G++PD+Q GD S+VD
Sbjct 239 L-TTLDLAKKYYSDDNLFTLRYANWPKDMFMGVMPDSQLGDVSIVDASGSEGTFPVGLLD 297
Query 277 ISYGVTGAPVVTKQNLQSPTNSSVSIGTDDANSKTLI-------ASGTNLTLDVLALRRG 329
++ G A ++ + SS+ + T A S A+G + +L LR
Sbjct 298 VNDGTLRAGLLARSGSAPAEKSSLEMQTSSALSANTTYGVYAQRAAGLASSFSILQLRMA 357
Query 330 EALQRFREISLCTPLNYRSQIKAHFGVDVGAAMSGMSTYIGGEASSLDISEVVNTNITET 389
EA+Q++RE+S + R QI AHFGV + +S Y+GG +S++D+SEVVNTNIT
Sbjct 358 EAVQKYREVSQFADQDARGQIMAHFGVSLSPVLSDKCVYLGGSSSNIDLSEVVNTNITGD 417
Query 390 NEALIAGKGVGTGQSSESFYAKDWGILMCIYHSVPLLDYVLSAPDPQLFTSENTSFPVPE 449
N A IAGKGVGTGQ S S ++GI++ IYH+VPLLDYV++ L + P PE
Sbjct 418 NVAEIAGKGVGTGQGSFSGQFDEYGIIIGIYHNVPLLDYVITGQPQNLLYTNTADLPFPE 477
Query 450 LDSIGLEPISVAYYSNNPTELPSASGLLSDPTV-TVGYLPRYFAWKTSLDYVLGAFTTTE 508
DSIG++ I + N+ + + SG+ D V T+GYLPR+F KT D VLGAF +T
Sbjct 478 FDSIGMQTIQFGRFVNSKS-VSWTSGV--DYRVQTMGYLPRFFDVKTRYDEVLGAFRSTL 534
Query 509 KEWVAPITQTLWTKYVEA 526
K WVAP+ + +K++++
Sbjct 535 KNWVAPLDPSYVSKWLQS 552
> Alpavirinae_Human_feces_E_011_Microviridae_AG0388_putative.VP1
Length=622
Score = 369 bits (946), Expect = 2e-121, Method: Compositional matrix adjust.
Identities = 227/557 (41%), Positives = 335/557 (60%), Gaps = 57/557 (10%)
Query 6 LSSVKNHPRRSGFDLSSKVAFTAKVGELLPVKWTLTMPGDKFSLKEQHFTRTQPVNTSAY 65
L ++NHP ++GFD+ SK FTAKVGEL+PV W +P + + +FTRT+PV T+AY
Sbjct 7 LKELQNHPHKAGFDVGSKNLFTAKVGELIPVYWDFAIPDCDYDIDLAYFTRTRPVQTAAY 66
Query 66 TRVREYYDWFWCPLHLLWRNAPEVISQIQQN--VQHASSFDGSVLLGSNMPCLSADQISQ 123
TRVREY+D++ P LLW++ + Q+ Q VQ + D + +G+++P + +S
Sbjct 67 TRVREYFDFYAVPCDLLWKSFDSAVIQMGQTAPVQSKTLLD-PLTVGNDIPWCTLLDLSN 125
Query 124 SL------DQLKSK-------QNYFGFDRADLAYKLLQYLRYGNV----RTGVGSNGARN 166
++ L S N FG++R D+ KLL YL YGN + VGS R
Sbjct 126 AVYFSSGSSPLGSTVSVPSGFGNIFGYNRGDVDSKLLFYLNYGNFVNPSLSNVGSPSNRW 185
Query 167 YGTSI-DVKDGTYNQNRAYNHALSIFPILAYKKFCQDYFRLTQWQDSAPYLWNIDYYDGK 225
+ TS K Y+Q N+A++IFP+LAY+K QD+FR +QW+++ P +N+DYY+G
Sbjct 186 WNTSFSSSKVPGYSQKYLNNNAVNIFPLLAYQKIYQDFFRWSQWENADPTSYNVDYYNGS 245
Query 226 GAV---TILPTSLTSSAAYFEGDTFFDLEYCNWNKDMFFGILPDAQFGDTSVVDISYGVT 282
G + + L S+T+S +Y++ D F L YCNWNKDMF G+LP++QFGD +VV++ +
Sbjct 246 GNLFGSSGLSGSVTASNSYWKRDNMFSLRYCNWNKDMFTGLLPNSQFGDVAVVNLGDSGS 305
Query 283 GA-PV-------VTKQNLQSPTNSSVS----IG----TDDANSKTLIASGTN---LTLDV 323
G PV V Q + + S+VS +G T + ++++A N + +
Sbjct 306 GTIPVGFLSDTEVFTQAFNATSMSTVSDTSPMGISGSTPVSARQSMVARINNADVASFSI 365
Query 324 LALRRGEALQRFREISLCTPLNYRSQIKAHFGVDVGAAMSGMSTYIGGEASSLDISEVVN 383
LALR+ EALQ+++EI+ NYR QIKAHFG++ A+MS M+ YIGG A +LDISEVVN
Sbjct 366 LALRQAEALQKWKEITQSVDTNYRDQIKAHFGINTPASMSHMAQYIGGVARNLDISEVVN 425
Query 384 TNITET-NEALIAGKGVGTGQSSESFY-AKDWGILMCIYHSVPLLDYVLSAPDPQLFTSE 441
N+ + +EA+I GKGVG+G ++ + I+MCIYH++PLLDY ++ DPQL +
Sbjct 426 NNLKDDGSEAVIYGKGVGSGSGKMRYHTGSQYCIIMCIYHAMPLLDYAITGQDPQLLCTS 485
Query 442 NTSFPVPELDSIGLEPISVAYYSNNPTELPSASGLLSDPTVT---VGYLPRYFAWKTSLD 498
P+PE D+IG+E + N+ +L D T +GY PRY+ WK+ +D
Sbjct 486 VEDLPIPEFDNIGMEAVPATTLFNS---------VLFDGTAVNDFLGYNPRYWPWKSKID 536
Query 499 YVLGAFTTTEKEWVAPI 515
V GAFTTT K+WVAPI
Sbjct 537 RVHGAFTTTLKDWVAPI 553
> Alpavirinae_Human_feces_A_034_Microviridae_AG0105_putative.VP1
Length=618
Score = 366 bits (940), Expect = 2e-120, Method: Compositional matrix adjust.
Identities = 219/578 (38%), Positives = 313/578 (54%), Gaps = 97/578 (17%)
Query 2 SLFNLSSVKNHPRRSGFDLSSKVAFTAKVGELLPVKWTLTMPGDKFSLKEQHFTRTQPVN 61
SLF+ +KN PRRSGFDLS+K AFTAKVGELLPV W +PGDKF++ ++ FTRTQPV+
Sbjct 3 SLFSYGDIKNSPRRSGFDLSNKCAFTAKVGELLPVYWKFCLPGDKFNISQEWFTRTQPVD 62
Query 62 TSAYTRVREYYDWFWCPLHLLWRNAPEVISQIQQNVQHASSFDGSVLLGSNMPCLSADQI 121
TSA+TR+REYY+WF+ PLHLL+RN+ E I ++ +A+S S+ N+P + I
Sbjct 63 TSAFTRIREYYEWFFVPLHLLYRNSNEAIMSMENQPNYAASGSSSISFNRNLPWVDLSTI 122
Query 122 SQSLDQLKSK---QNYFGFDRADLAYKLLQYLRYGNVRTGVGSNGARNYGTSIDVKDGTY 178
+ ++ ++S +N+FG R++ KL+ YL YG T
Sbjct 123 NVAIGNVQSSTSPKNFFGVSRSEGFKKLVSYLGYGE----------------------TS 160
Query 179 NQNRAYNHALSIFPILAYKKFCQDYFRLTQWQDSAPYLWNIDYYDGKGAVTILPTSLTSS 238
+ N S FP+ AY+K QDY+R +QW+ S P+ +N D+++G+ + I T S
Sbjct 161 PEKYVDNLRCSAFPLYAYQKIYQDYYRHSQWEKSKPWTYNCDFWNGEDSTPITATVELFS 220
Query 239 AAYFEGDTFFDLEYCNWNKDMFFGILPDAQFGDTSVVDISY-------GVTGAPVVTKQ- 290
+ D+ F+L Y NWNKD++ G LP++QFGD + + + + GVTG +V
Sbjct 221 QS--PNDSVFELRYANWNKDLWMGSLPNSQFGDVAGISLGFDASTMKVGVTGTALVKGNM 278
Query 291 ----------NLQSPTNSSVSIGTDDANSKT-------------LIASGT---------- 317
++S + +G +DA T L A+GT
Sbjct 279 PVGYGGKDGMGIRSQSRLYNPVGINDAQQVTTVQQDVNNKENGYLFATGTDAFGRISNAA 338
Query 318 ---------------NLTLDVLALRRGEALQRFREISLCTPLNYRSQIKAHFGVDVGAAM 362
+ VL LR EALQ+++EI+ NY +Q+KAHFGV
Sbjct 339 KINGSELFAQLSGQLDAQFSVLQLRAAEALQKWKEIAQANGQNYAAQVKAHFGVSTNPMQ 398
Query 363 SGMSTYIGGEASSLDISEVVNTNITETNEALIAGKGVGTGQSSE--SFYAKDWGILMCIY 420
S ST I G S+DIS V NTN+T +EA+I GKG+G + ++ F + G++MCIY
Sbjct 399 SHRSTRICGFDGSIDISAVENTNLT-ADEAIIRGKGLGGQRINDPSDFTCNEHGVIMCIY 457
Query 421 HSVPLLDYVLSAPDPQLF-TSENTSFPVPELDSIGLEPISVAYYSNNPTELPSASGLLSD 479
H+ PLLDYV + PD QL T + S+PVPE DS+G+E + + N S + D
Sbjct 458 HATPLLDYVPTGPDLQLMSTVKGESWPVPEFDSLGMESLPMLSLVN--------SKAIGD 509
Query 480 PTVT--VGYLPRYFAWKTSLDYVLGAFTTTEKEWVAPI 515
GY+PRY +WKTS+D V GAFT T K W AP+
Sbjct 510 IVARSYAGYVPRYISWKTSIDVVRGAFTDTLKSWTAPV 547
> Alpavirinae_Human_feces_C_043_Microviridae_AG0322_putative.VP1
Length=602
Score = 361 bits (926), Expect = 1e-118, Method: Compositional matrix adjust.
Identities = 212/547 (39%), Positives = 311/547 (57%), Gaps = 49/547 (9%)
Query 2 SLFNLSSVKNHPRRSGFDLSSKVAFTAKVGELLPVKWTLTMPGDKFSLKEQHFTRTQPVN 61
+LF+ SVKN P RSGFD S +FTAK GELLPV W + +PG K +L FTRT PVN
Sbjct 3 NLFSYGSVKNKPARSGFDWSEHFSFTAKAGELLPVYWKMLLPGTKVNLNLSSFTRTMPVN 62
Query 62 TSAYTRVREYYDWFWCPLHLLWRNAPEVISQIQQNVQHASSFDGSVLLGSNMPCLSADQI 121
T+AYTRV+EYYDW++ PL L+ ++ + + Q+Q A+S + + ++P +A +
Sbjct 63 TAAYTRVKEYYDWYFVPLRLINKSIGQALVQMQDQPVQATSIVANKSVTLDLPWTNAATM 122
Query 122 SQSLDQ----LKSKQNYFGFDRADLAYKLLQYLRYGNVR-----TGVGSNGARNYGTSID 172
L+ L +K N GF +A + KLL+YLRYGN + VG N +N+G S
Sbjct 123 FTLLNYANVILTNKYNLDGFSKAATSAKLLRYLRYGNCYYTSDPSKVGKN--KNFGLS-- 178
Query 173 VKDGTYNQNRAYNHALSIFPILAYKKFCQDYFRLTQWQDSAPYLWNIDYYDGK---GAVT 229
KD +N A N + ++ P+ AY+K D+FR QW+++ PY +N DYY+G VT
Sbjct 179 SKDD-FNLLAAKNVSFNVLPLAAYQKIYCDWFRFEQWENACPYTYNFDYYNGGNVFAGVT 237
Query 230 ILPTSLTSSAAYFEGDTFFDLEYCNWNKDMFFGILPDAQFGDTSVVDIS----------- 278
P + ++ D L Y N+NKD+F G++P +QFG + V+++
Sbjct 238 ANPEN------FWSNDNILSLRYANYNKDLFMGVMPSSQFGSVATVNVANFSSSNLSSPL 291
Query 279 YGVTGAPVVTKQN---------LQSPTNSSVSIGTDDANSKTLIASGTNLTLDVLALRRG 329
++ +VT N L+S ++S G S I S + + D+L+ R
Sbjct 292 RNLSNVGMVTASNNASSGSPLILRSSQDTSAGDGFGILTSN--IFSTLSASFDILSFRIA 349
Query 330 EALQRFREISLCTPLNYRSQIKAHFGVDVGAAMSGMSTYIGGEASSLDISEVVNTNITET 389
EA Q+++E++ C Y+ Q++AHF V + A+S YIGG +S + ISEV+NTN+ E+
Sbjct 350 EATQKWKEVTQCAKQGYKEQLEAHFNVKLSEALSDHCRYIGGTSSGVTISEVLNTNL-ES 408
Query 390 NEALIAGKGVGTGQSSESFYAKDWGILMCIYHSVPLLDYVLSAPDPQLFTSENTSFPVPE 449
A I GKGVG SE+F + GILMCIYH+ P+LDY+ S D QL ++ T P+PE
Sbjct 409 AAADIKGKGVGGSFGSETFETNEHGILMCIYHATPVLDYLRSGQDLQLLSTLATDIPIPE 468
Query 450 LDSIGLEPISVAYYSNNPTELPSASGLLSDPTVTVGYLPRYFAWKTSLDYVLGAFTTTEK 509
D IG+E + + N E + + L + +GY PRY A+KTS+D+V GAF TT
Sbjct 469 FDHIGMEALPIETLFN---EQSTEATALINSIPVLGYSPRYIAYKTSVDWVSGAFETTLD 525
Query 510 EWVAPIT 516
WVAP+T
Sbjct 526 SWVAPLT 532
> Alpavirinae_Human_gut_33_005_Microviridae_AG0184_putative.VP1
Length=618
Score = 353 bits (907), Expect = 1e-115, Method: Compositional matrix adjust.
Identities = 218/586 (37%), Positives = 309/586 (53%), Gaps = 111/586 (19%)
Query 3 LFNLSSVKNHPRRSGFDLSSKVAFTAKVGELLPVKWTLTMPGDKFSLKEQHFTRTQPVNT 62
LF+ +KN PRRSGFDL +K AFTAKVGELLPV W MPGDKF + ++ FTRTQPV+T
Sbjct 4 LFSYGDIKNKPRRSGFDLGNKNAFTAKVGELLPVYWKFCMPGDKFHISQEWFTRTQPVDT 63
Query 63 SAYTRVREYYDWFWCPLHLLWRNAPEVISQIQQNVQHASSFDGSVLLGSNMPCLSADQIS 122
SA+TR+REYY+WF+ PLHL++RN+ E I ++ +A+S S++ +P + ++
Sbjct 64 SAFTRIREYYEWFFVPLHLMYRNSNEAIMSLENQPNYAASGTQSIVFNRKLPWVDLQTLN 123
Query 123 QSLDQLKS---KQNYFGFDRADLAYKLLQYLRYGNVRTGVGSNGARNYGTSIDVKDGTYN 179
++ +++ N FGF R+ YKL L GVG T
Sbjct 124 DAITNVQASTYHNNMFGFARSSGFYKLFNSL-------GVGE---------------TDP 161
Query 180 QNRAYNHALSIFPILAYKKFCQDYFRLTQWQDSAPYLWNIDYYDGKGAVTILPTSLTSSA 239
N +S FP AY+K D++R +QW+ + P+ +N D+++G+ + P + T
Sbjct 162 SKTLANLRISAFPFYAYQKIYSDHYRNSQWEVNKPWTYNCDFWNGEDST---PVAFTKD- 217
Query 240 AYFE---GDTFFDLEYCNWNKDMFFGILPDAQFGDTSVVDISY-------GVTGAPVVTK 289
F+ D+ F+L Y NWNKD++ G +P+ QFGD + V + + G+TG VT
Sbjct 218 -LFDTNPNDSVFELRYANWNKDLYMGAMPNTQFGDVAAVSLGFDTSTMKIGITGTAPVTG 276
Query 290 Q-----------NLQSPTNSSVSIGTDDANSKT-------------LIASGTN------- 318
L+S + +G +DA T L A+GTN
Sbjct 277 NMPVGYGGKDGMGLRSQSRLYNPVGINDAQQVTTVQEEVNNKENGYLFATGTNAFGRIFN 336
Query 319 ------------------LTLDVLALRRGEALQRFREISLCTPLNYRSQIKAHFGVDVGA 360
VL LR E LQ+++EI+ NY +Q+KAHFGV
Sbjct 337 AAKISGSDLNAQLSGQLDAKFSVLQLRAAECLQKWKEIAQANGQNYAAQVKAHFGVSPNP 396
Query 361 AMSGMSTYIGGEASSLDISEVVNTNITETNEALIAGKGVGTGQ--SSESFYAKDWGILMC 418
S ST + G S+DIS V NTN++ ++EA+I GKG+G + E+F + G+LMC
Sbjct 397 ITSHRSTRVCGFDGSIDISAVENTNLS-SDEAIIRGKGIGGYRVNKPETFETTEHGVLMC 455
Query 419 IYHSVPLLDYVLSAPDPQLFTS-ENTSFPVPELDSIGLEPISVAYYSNNPTELPSASGLL 477
IYH+VPLLDY + PD Q T+ + S+PVPE+DSIG E ELPS S L
Sbjct 456 IYHAVPLLDYAPTGPDLQFMTTVDGDSWPVPEMDSIGFE------------ELPSYSLLN 503
Query 478 SDPTVTV------GYLPRYFAWKTSLDYVLGAFTTTEKEWVAPITQ 517
++ + GY+PRY +WKTS+D V GAF T K W API Q
Sbjct 504 TNAVQPIKEPRPFGYVPRYISWKTSVDVVRGAFIDTLKSWTAPIGQ 549
Lambda K H a alpha
0.318 0.133 0.407 0.792 4.96
Gapped
Lambda K H a alpha sigma
0.267 0.0410 0.140 1.90 42.6 43.6
Effective search space used: 48619826