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-17_CDS_annotation_glimmer3.pl_2_4
Length=635
Score E
Sequences producing significant alignments: (Bits) Value
Alpavirinae_Human_feces_B_020_Microviridae_AG0351_putative.VP1 597 0.0
Alpavirinae_Human_feces_A_048_Microviridae_AG087_putative.VP1 594 0.0
Alpavirinae_Human_feces_B_021_Microviridae_AG0368_putative.VP1 593 0.0
Alpavirinae_Human_feces_A_047_Microviridae_AG0311_putative.VP1 584 0.0
Alpavirinae_Human_feces_C_029_Microviridae_AG0109_putative.VP1 582 0.0
Alpavirinae_Human_feces_B_023_Microviridae_AG0145_putative.VP1 512 7e-175
Alpavirinae_Human_gut_24_085_Microviridae_AG0230_putative.VP1 481 3e-163
Alpavirinae_Human_gut_32_015_Microviridae_AG0213_putative.VP1 480 9e-163
Alpavirinae_Human_gut_31_037_Microviridae_AG0297_putative.VP1 363 3e-117
Alpavirinae_Human_gut_30_040_Microviridae_AG0134_putative.VP1 346 9e-111
> Alpavirinae_Human_feces_B_020_Microviridae_AG0351_putative.VP1
Length=651
Score = 597 bits (1540), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 344/653 (53%), Positives = 435/653 (67%), Gaps = 26/653 (4%)
Query 5 ITKNIGKNTIGDNNKMTVSMRKYQRSTHDLSYAWRNTQTVGTLVPFMCEVGLPGDTWELH 64
+ +NIGKNTIGDN KM V ++ Y RSTH+LS RNTQ+ GTLVP M V DT+++
Sbjct 3 VQRNIGKNTIGDNKKMEVDLKTYNRSTHNLSTVIRNTQSPGTLVPTMTLVMQKDDTFDIE 62
Query 65 TEASVLTHPTVGPLFGSFKLQGEYYVCPIRLYNGVLHNNKIGIGLKMTQAKLPKLNIQL- 123
E+SVLTHPT GPL+GSFKL+ + P RLYN LHNN++GIGL M+Q KLP+L++ L
Sbjct 63 IESSVLTHPTTGPLYGSFKLENHLFFIPFRLYNSWLHNNRLGIGLDMSQIKLPQLSVTLN 122
Query 124 KSTDNPTKENQN-SQINPSCllsylglkgygkTESTSEIT-VLKNITAGLAYWDIFKNYH 181
K D P ++ Q SQINPSCLLSYLG+KGYG + T KN L YWDIFKNY+
Sbjct 123 KLQDQPGEDEQQWSQINPSCLLSYLGIKGYGGIHKAAPTTEAQKNAVKVLGYWDIFKNYY 182
Query 182 ANKQEKNAYYigtntnitkienttSRWEATNPNNINREVN-YNDNILITYTTNFKIESTT 240
ANKQE+N Y IG+N ++ N + +PNNI + + I KI +T+
Sbjct 183 ANKQEENYYMIGSNDPLSIKINNVT---IIDPNNIPSNIGTIKKSGTIAIADPLKIYNTS 239
Query 241 -----VKIKLQEKEVTKKLSDV-INISSKNEGVVKGTWNMP--TAVWINI--SYKEINLI 290
V ++ V +++V + +NE V+ N+P ++ WI I S ++ L+
Sbjct 240 NVTLWVTQQIGHSPVKMTVNEVGQGVWEENEFVITAN-NVPENSSWWIRIIQSTQQQALV 298
Query 291 PFPLENLDLMRDNILKDTGANSEYQIRSTTISPYGDLAKRSASGKLSTTSPMFGLALKTY 350
FPL+ D +RD IL G + ++++ +R ++ KL TT P +GL LKTY
Sbjct 299 SFPLDEFDTLRDEILAKKGNQAFILSKNSSTKIAKIFNERGSNNKLKTTRPQYGLLLKTY 358
Query 351 QSDIFNNWINTEWLDGEGGINEITAIDVSSGSLTMDTLNLAKKVYDMLNRIAVSGGTYQD 410
SD++ NWINT+W+DG GINEI+++DVS G LTMD LNLA+KVY+MLNRIAVSGGTY+D
Sbjct 359 NSDLYQNWINTDWIDGANGINEISSVDVSEGKLTMDALNLAQKVYNMLNRIAVSGGTYRD 418
Query 411 WIQTVY-TNDYIERSETPVYEGGFSSEIIFQEVISNSATENEPLGTLAGRGQNTG-MKGG 468
W++TVY + YIER ETP +EGG S EI+FQEV+SNSATE+EPLGTLAGRG N G KGG
Sbjct 419 WLETVYASGQYIERCETPTFEGGTSQEIVFQEVVSNSATEDEPLGTLAGRGVNAGKQKGG 478
Query 469 TVKIKIDEPSYIIGIVSITPRIDYSQGNRFDVDLDTLDDLHKPALDAIGFQDLTTNKMAW 528
+K++ EP YI+ I SITPRIDYSQGN FD D TLDD+HKPALD IG+QD AW
Sbjct 479 KIKVRATEPGYIMCITSITPRIDYSQGNDFDTDWKTLDDMHKPALDGIGYQDSVNTGRAW 538
Query 529 WDETITADGEKQL--KSVGKQPAWLDYMTNYNKVFGNFAIKDSEMFMTLNRNYEMD---- 582
WD+ T E L + GK AW+DYMTN NK +GNFA SE FM LNRNYE+
Sbjct 539 WDDVYTGAQETNLVKHTAGKTVAWIDYMTNVNKTYGNFAAGMSEAFMVLNRNYEIKYDSG 598
Query 583 ENKSIADLTTYIDPEKYNYVFADTSLNAMNFWVQLGIGAKVRRKMSAKVIPNL 635
N IADLTTYIDP KYNY+FADTS++AMNFWVQ+ RR MSAK IPNL
Sbjct 599 TNPRIADLTTYIDPIKYNYIFADTSIDAMNFWVQIKFDITARRLMSAKQIPNL 651
> Alpavirinae_Human_feces_A_048_Microviridae_AG087_putative.VP1
Length=650
Score = 594 bits (1531), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 333/659 (51%), Positives = 433/659 (66%), Gaps = 39/659 (6%)
Query 5 ITKNIGKNTIGDNNKMTVSMRKYQRSTHDLSYAWRNTQTVGTLVPFMCEVGLPGDTWELH 64
I K+IGKNTIGDNNKM+V + Y STHDLS +RNTQ+VGTLVP + + GDT ++
Sbjct 3 IKKSIGKNTIGDNNKMSVDLHTYNMSTHDLSTIFRNTQSVGTLVPNLVLLAQKGDTIDID 62
Query 65 TEASVLTHPTVGPLFGSFKLQGEYYVCPIRLYNGVLHNNKIGIGLKMTQAKLPKLNIQL- 123
E+ VLTHPTVGPLFGSFK + + P+RLYN LHNN+ IGL M+ KLP++ + +
Sbjct 63 IESHVLTHPTVGPLFGSFKHENHIFSVPLRLYNSWLHNNRTKIGLNMSDIKLPQIRVNIN 122
Query 124 KSTDNPTKENQNSQINPSCllsylglk---gygkTESTSEITVLKNITAGLAYWDIFKNY 180
K DNPT ENQ +Q+NPSCLL+YLG++ T +T+ K + Y+DIFKN+
Sbjct 123 KRNDNPTPENQWTQVNPSCLLAYLGIRGFGINALTTPNENVTIQKMAVPLIGYYDIFKNF 182
Query 181 HANKQEKNAYYigtntnitkienttSRWE---ATNPNNINREVNYNDNILITYTTNFKIE 237
+AN QE+N Y IG T I K+E + P+ IN + N +I+ Y N
Sbjct 183 YANTQEENFYIIGATTAIDKVEVAQKNGNQIISNTPDKINAGI-ANGDIITIYPIN---- 237
Query 238 STTVKIKLQEKEVTKKLSDVINISSKNEGVVK-GTWNMPTAVWINI-------------S 283
+ E+ D + +S+ + GTWN T W I
Sbjct 238 ------TYESSELAVTWFDAASQTSRTGKPTEFGTWNKATGKWSVIIPETTVGALMSITP 291
Query 284 YKEINLIPFPLENLDLMRDNILKDTGANSEYQIRSTTISPYGDLAKRSASGKLSTTSPMF 343
+ L +PLE++D +RDNIL G + +IS A+R +GKL+T+S +
Sbjct 292 NNRVQLKTYPLEDIDTLRDNILTTKGNIVFNVTGNNSISLLKSFAERLPNGKLNTSSVQY 351
Query 344 GLALKTYQSDIFNNWINTEWLDGEGGINEITAIDVSSGSLTMDTLNLAKKVYDMLNRIAV 403
GL LKTY SD+ NWINTEW+DG GINEI+A+DV+ G LTMD LNL++K+Y+MLNRIAV
Sbjct 352 GLCLKTYNSDLLQNWINTEWIDGVAGINEISAVDVTDGKLTMDALNLSQKIYNMLNRIAV 411
Query 404 SGGTYQDWIQTVYTN-DYIERSETPVYEGGFSSEIIFQEVISNSATENEPLGTLAGRGQN 462
SGGTY+DW++TV+T +Y+ER ETP++EGG S+E++FQEVISNSA+ +PLGTLAGRG +
Sbjct 412 SGGTYRDWLETVFTGGNYMERCETPMFEGGMSTEVVFQEVISNSASGEQPLGTLAGRGYD 471
Query 463 TG-MKGGTVKIKIDEPSYIIGIVSITPRIDYSQGNRFDVDLDTLDDLHKPALDAIGFQDL 521
TG KGG +KIK+ EP +I+GI SITPRIDYSQGN F +L T+DD+HKPALD IG+QD
Sbjct 472 TGKQKGGHIKIKVTEPCFIMGIGSITPRIDYSQGNEFFNELQTVDDIHKPALDGIGYQDS 531
Query 522 TTNKMAWWDETITADGEKQLKSVGKQPAWLDYMTNYNKVFGNFAIKDSEMFMTLNRNYEM 581
+ AWWD+T D + S GK AW++YMTN N+ FGNFAI D+E FM LNRNYE+
Sbjct 532 LNWQRAWWDDTRMQDNGRIQSSAGKTVAWINYMTNINRTFGNFAINDNEAFMVLNRNYEL 591
Query 582 DENKS-----IADLTTYIDPEKYNYVFADTSLNAMNFWVQLGIGAKVRRKMSAKVIPNL 635
+ N IADLTTYIDP K+NY+FADT+L+AMNFWVQ KVRR +SAK IPNL
Sbjct 592 NPNAGTNETKIADLTTYIDPVKFNYIFADTNLDAMNFWVQTKFDIKVRRLISAKQIPNL 650
> Alpavirinae_Human_feces_B_021_Microviridae_AG0368_putative.VP1
Length=649
Score = 593 bits (1528), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 338/658 (51%), Positives = 432/658 (66%), Gaps = 38/658 (6%)
Query 5 ITKNIGKNTIGDNNKMTVSMRKYQRSTHDLSYAWRNTQTVGTLVPFMCEVGLPGDTWELH 64
I KNIGKNTIGDNNKM+V + Y STHDLS +RNTQ+VGTLVP + + GDT ++
Sbjct 3 IKKNIGKNTIGDNNKMSVDLHTYNMSTHDLSTIFRNTQSVGTLVPNLVLLAQKGDTIDID 62
Query 65 TEASVLTHPTVGPLFGSFKLQGEYYVCPIRLYNGVLHNNKIGIGLKMTQAKLPKLNIQL- 123
E+ VLTHPTVGPLFGSFK + + PIRLYN LHNN+ IGL M+ KLP++ + +
Sbjct 63 IESHVLTHPTVGPLFGSFKHENHIFSVPIRLYNSWLHNNRTKIGLNMSDIKLPQIKVSIN 122
Query 124 KSTDNPTKENQNSQINPSCllsylglkg--ygkTESTSEITVLKNITAGLAYWDIFKNYH 181
K+ D PT ENQ SQ+NPSCLL+YLG+KG T S + +TV K + Y+DIFKN++
Sbjct 123 KTIDLPTPENQWSQVNPSCLLAYLGIKGFGINATTSNAPVTVEKMAVPLIGYYDIFKNFY 182
Query 182 ANKQEKNAYYigtntni---tkienttSRWEATNPNNINREVNYNDNILITYTTNFKIES 238
AN QE+N Y IG I T + T ++ E+T P+ IN + D + I ++ +
Sbjct 183 ANTQEENFYIIGATNAIYKITVGQTTGTKIESTTPDKINIGIANKDTVQIFPLNTYEADE 242
Query 239 TTVKIKLQEKEVTKKLSDVINISSKNEGVVKGTWNMPTAVWINISYKE------------ 286
TV + TK + GTWN T WI + E
Sbjct 243 LTVTWFDAATQTTKT----------GKPTNFGTWNKSTGQWI-VKMPETTVGVLMSITPN 291
Query 287 --INLIPFPLENLDLMRDNILKDTGANSEYQIRSTTISPYGDLAKRSASGKLSTTSPMFG 344
+ L +PLE++D +RDNIL G + +I A R + KL+T S +G
Sbjct 292 SRVKLKTYPLEDIDTLRDNILTTKGNITFNVTGDESIPLLKSFAGRLPNSKLNTASVQYG 351
Query 345 LALKTYQSDIFNNWINTEWLDGEGGINEITAIDVSSGSLTMDTLNLAKKVYDMLNRIAVS 404
L LKTY SD+ NWINTEW+DG GINEI+A+DV+ G LTMD LNLA+KVY+MLNRIAVS
Sbjct 352 LCLKTYNSDLLQNWINTEWIDGVTGINEISAVDVTDGKLTMDALNLAQKVYNMLNRIAVS 411
Query 405 GGTYQDWIQTVYTN-DYIERSETPVYEGGFSSEIIFQEVISNSATENEPLGTLAGRGQNT 463
GGTY+DW++TV+T +Y+ER ETP++EGG S+EI+FQEVISNSA+ +PLGTLAGRG +T
Sbjct 412 GGTYRDWLETVFTGGNYMERCETPMFEGGMSTEIVFQEVISNSASGEQPLGTLAGRGYDT 471
Query 464 G-MKGGTVKIKIDEPSYIIGIVSITPRIDYSQGNRFDVDLDTLDDLHKPALDAIGFQDLT 522
G KGG +KIK+ EP +I+GI SITPRIDYSQGN F +L T+DD+HKPALD IG+QD
Sbjct 472 GKQKGGHIKIKVTEPCFIMGIGSITPRIDYSQGNEFYNELKTVDDIHKPALDGIGYQDSL 531
Query 523 TNKMAWWDETITADGEKQLKSVGKQPAWLDYMTNYNKVFGNFAIKDSEMFMTLNRNYEMD 582
+ AWWD+T + + S GK AW++YMTN N+ FGNFAI D+E FM LNRNYE++
Sbjct 532 NWQRAWWDDTRMENNGRIQSSAGKTVAWINYMTNINRTFGNFAINDNEAFMVLNRNYELN 591
Query 583 ENKS-----IADLTTYIDPEKYNYVFADTSLNAMNFWVQLGIGAKVRRKMSAKVIPNL 635
N IADLTTYIDP K+NY+FA +L+AMNFWVQ KVRR +SAK IPNL
Sbjct 592 PNAGTNETKIADLTTYIDPVKFNYIFAYKNLDAMNFWVQTKFDIKVRRLISAKQIPNL 649
> Alpavirinae_Human_feces_A_047_Microviridae_AG0311_putative.VP1
Length=637
Score = 584 bits (1506), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 331/647 (51%), Positives = 433/647 (67%), Gaps = 30/647 (5%)
Query 7 KNIGKNTIGDNNKMTVSMRKYQRSTHDLSYAWRNTQTVGTLVPFMCEVGLPGDTWELHTE 66
+NIGKNTIGDNNKM+V+++ Y STHDLS RNTQ GTLVP + + GD ++ E
Sbjct 3 RNIGKNTIGDNNKMSVNLKTYNMSTHDLSTVVRNTQAPGTLVPNLTLLVQKGDIIDIDIE 62
Query 67 ASVLTHPTVGPLFGSFKLQGEYYVCPIRLYNGVLHNNKIGIGLKMTQAKLPKLNIQLKST 126
A+VLTHPTVGPLFGSFKL+ Y P RLYN LHNN+ IGL M+Q K+P+LN++LK+T
Sbjct 63 ANVLTHPTVGPLFGSFKLEHHIYTIPFRLYNSWLHNNRTKIGLDMSQVKIPQLNVELKNT 122
Query 127 DNPTKENQNSQINPSCllsylglkgygkTESTSEITVLKNITAGLAYWDIFKNYHANKQE 186
DNPT +N+ +Q+NPSCLL+YLG++GYG TS + KN + Y+DIFKNY+AN QE
Sbjct 123 DNPTTDNEWTQVNPSCLLAYLGIRGYGSLIGTSAKYIGKNAVPLIGYYDIFKNYYANTQE 182
Query 187 KNAYYigtntnitkienttSRWEATN-PNNINR-EVNYNDNILITYTTNFKIESTTVKIK 244
+ Y I + +E T PN+ N ++ D ++ + TN
Sbjct 183 EKFY------TIGGVLPLNVTYEGTEIPNSGNNIALSNGDTMVFSNVTNINDVVLIGSEN 236
Query 245 LQEKE-VTKKLSDVINISSKNEGVVKGTWNMPTAVWINISYKE--INLIPFPLENLDLMR 301
L+ +E L V ++ + ++ G + ++ YK+ ++L + LE+LD +R
Sbjct 237 LRYREWKPSDLGTVTGLTLNIDKLLAGNEYI-----LHKMYKKGMVDLNQWELESLDTLR 291
Query 302 DNILKDTGANSEYQIRSTTISP----YGDLAKRSASGKLSTTSPMFGLALKTYQSDIFNN 357
DNIL G N + + P + + +G L TT+P FGLALKTY SD++ N
Sbjct 292 DNILTTKG-NVAFNVTGKDSVPVLKQFNERFGEKQTGYLKTTAPQFGLALKTYNSDLYQN 350
Query 358 WINTEWLDGEGGINEITAIDVSSGSLTMDTLNLAKKVYDMLNRIAVSGGTYQDWIQTVYT 417
WINT+W++G GINEI+++DVS GSL+MD LNLA+KVY+MLNRIAVSGGTY+DW++TV+T
Sbjct 351 WINTDWIEGVNGINEISSVDVSDGSLSMDALNLAQKVYNMLNRIAVSGGTYRDWLETVFT 410
Query 418 N-DYIERSETPVYEGGFSSEIIFQEVISNSATENEPLGTLAGRGQNTG-MKGGTVKIKID 475
+Y+ER ETP++EGG S EIIFQEVISNSATE EPLGTLAGRG T +GG VKIK+
Sbjct 411 GGEYMERCETPIFEGGTSQEIIFQEVISNSATEQEPLGTLAGRGITTNKQRGGHVKIKVT 470
Query 476 EPSYIIGIVSITPRIDYSQGNRFDVDLDTLDDLHKPALDAIGFQDLTTNKMAWWDETITA 535
EP YI+ I SITPRIDYSQGN++D +L T+DDLHKPALD IG+QD ++ AWW +
Sbjct 471 EPGYIMCICSITPRIDYSQGNQWDTELKTMDDLHKPALDGIGYQDSINSERAWWAGYYSQ 530
Query 536 DGEKQLKSVGKQPAWLDYMTNYNKVFGNFAIKDSEMFMTLNRNYEMDENKS-------IA 588
K + GK AW++YMTN N+ +GNFAIKD+E FM +NRNYE+ N I
Sbjct 531 GPLKVETAAGKTVAWINYMTNVNRTYGNFAIKDNEAFMVMNRNYELQINGGPTPTSIRIG 590
Query 589 DLTTYIDPEKYNYVFADTSLNAMNFWVQLGIGAKVRRKMSAKVIPNL 635
DL+TYIDP K+NY+FADTSL AMNFWVQ K RR +SAK IPNL
Sbjct 591 DLSTYIDPVKFNYIFADTSLEAMNFWVQTKFDIKARRLISAKQIPNL 637
> Alpavirinae_Human_feces_C_029_Microviridae_AG0109_putative.VP1
Length=640
Score = 582 bits (1500), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 330/645 (51%), Positives = 429/645 (67%), Gaps = 23/645 (4%)
Query 7 KNIGKNTIGDNNKMTVSMRKYQRSTHDLSYAWRNTQTVGTLVPFMCEVGLPGDTWELHTE 66
KNIGKNTIGDNNKM+V ++ Y STHDLS RNTQ GTLVP + + GD ++ E
Sbjct 3 KNIGKNTIGDNNKMSVDLKTYNMSTHDLSTVVRNTQAPGTLVPNLTLLVQKGDIIDIDIE 62
Query 67 ASVLTHPTVGPLFGSFKLQGEYYVCPIRLYNGVLHNNKIGIGLKMTQAKLPKLNIQLKST 126
A+VLTHPTVGPLFGSFKL+ Y P RLYN LHNN+ IGL M+Q K+P+LN+ LK+T
Sbjct 63 ANVLTHPTVGPLFGSFKLEHHVYTVPFRLYNSWLHNNRTKIGLDMSQVKIPQLNVGLKNT 122
Query 127 DNPTKENQNSQINPSCllsylglkgygkTESTSEITVLKNITAGLAYWDIFKNYHANKQE 186
DNPT +N+ +QINPSCLL+YLG++GYG + V KN + Y+DIFKNY+AN QE
Sbjct 123 DNPTSKNEWTQINPSCLLAYLGIRGYGSLIGVTTKYVEKNAVPLIGYYDIFKNYYANTQE 182
Query 187 KNAYYigtntnitkienttSRWEATNPNNINREVNYNDNILITYTTNFKIESTTVKIKLQ 246
+ +Y + I + T +IN+ + D I T T + + + I +
Sbjct 183 -DKFYTIGSGRKFTITINNVSYPIT---DINKTLQVGDVIKFTPTPTKEEQGNLIFIGSE 238
Query 247 EKEVTK-KLSDVINISSKNE----GVVKGTWNMPTAVWINISYKEINLIPFPLENLDLMR 301
+ SD+ + +N+ G+ G ++ +S + L + LE+LD +R
Sbjct 239 NSRYRRWSGSDIGTWTEQNDFKISGLKAGKRYELDRIFNELS---VGLQQWELESLDTLR 295
Query 302 DNILKDTG--ANSEYQIRSTTISPYGDLAKRSASGKLSTTSPMFGLALKTYQSDIFNNWI 359
DNIL G S I S + + + S L T P FGLALKTY SD++ NWI
Sbjct 296 DNILTTKGNITFSVTGIDSVPVLQQFNERLGANSEHLKTIGPQFGLALKTYNSDLYQNWI 355
Query 360 NTEWLDGEGGINEITAIDVSSGSLTMDTLNLAKKVYDMLNRIAVSGGTYQDWIQTVYT-N 418
NT+W++G GINEI+++DVS G+L+MD LNLA+KVY+MLNRIAVSGGTY+DW++TV+T
Sbjct 356 NTDWIEGVNGINEISSVDVSDGNLSMDALNLAQKVYNMLNRIAVSGGTYRDWLETVFTGG 415
Query 419 DYIERSETPVYEGGFSSEIIFQEVISNSATENEPLGTLAGRGQNTG-MKGGTVKIKIDEP 477
+Y+ER ETPV+EGG S EI+FQEVISNSATE EPLGTLAGRG T +GG +KIK+ EP
Sbjct 416 EYMERCETPVFEGGTSQEIVFQEVISNSATEQEPLGTLAGRGITTNKQRGGHIKIKVTEP 475
Query 478 SYIIGIVSITPRIDYSQGNRFDVDLDTLDDLHKPALDAIGFQDLTTNKMAWWDETITADG 537
YI+ I SITPRIDYSQGN++D +L T+DDLHKPALD IG+QD ++ AWW AD
Sbjct 476 GYIMCICSITPRIDYSQGNQWDTELKTMDDLHKPALDGIGYQDSINSERAWWAGYYNADP 535
Query 538 EKQLKSVGKQPAWLDYMTNYNKVFGNFAIKDSEMFMTLNRNYEMD-------ENKSIADL 590
+K+ + GK AW++YMTN N+ +GNFAIKD+E FM +NRNYE++ +I DL
Sbjct 536 DKKETAAGKTVAWINYMTNVNRTYGNFAIKDNEAFMVMNRNYELEITGGSTPTKITIGDL 595
Query 591 TTYIDPEKYNYVFADTSLNAMNFWVQLGIGAKVRRKMSAKVIPNL 635
+TYIDP K+NY+FADTSL AMNFWVQ K RR +SAK IPNL
Sbjct 596 STYIDPAKFNYIFADTSLEAMNFWVQTKFDIKARRLISAKQIPNL 640
> Alpavirinae_Human_feces_B_023_Microviridae_AG0145_putative.VP1
Length=668
Score = 512 bits (1318), Expect = 7e-175, Method: Compositional matrix adjust.
Identities = 309/684 (45%), Positives = 416/684 (61%), Gaps = 71/684 (10%)
Query 5 ITKNIGKNTIGDNNKMTVSMRKYQRSTHDLSYAWRNTQTVGTLVPFMCEVGLPGDTWELH 64
ITK+IGKNT+G KMTV +R Y RSTHDLSYAWR++ VGTLVP M +GLPGDT+++
Sbjct 3 ITKSIGKNTLGGGQKMTVDLRTYNRSTHDLSYAWRSSMGVGTLVPCMKLLGLPGDTFDIK 62
Query 65 TEASVLTHPTVGPLFGSFKLQGEYYVCPIRLYNGVLHNNKIGIGLKMTQAKLPKLNIQLK 124
+ VLTHPTVGPLFGS+KLQ + + P RLY +LHNN + +G+ M++ K+P + K
Sbjct 63 IDNKVLTHPTVGPLFGSYKLQVDLFTVPFRLYIAMLHNNALNVGMDMSKVKIPIYRVGQK 122
Query 125 STDNPTKENQNSQINPSCllsylglkgygkTE-STSEITVLK-NITAGLAYWDIFKNYHA 182
N +K+ S SC+ +YLG +G + STS + N L Y DIFKNY+A
Sbjct 123 QGTNLSKDLLYSS---SCIFTYLGNRGQETKKNSTSNVNTQDFNAIPLLGYLDIFKNYYA 179
Query 183 NKQEKNAYY----------igtntnitkienttSRWEATNPNNIN--------REVNYND 224
NKQE+ + N S+ NI +EVN D
Sbjct 180 NKQEEKFKFIGADPYLIINTANLKNNPISTGVGSQRVTGGTFNITLQNGPSDWKEVN-KD 238
Query 225 NILITYTTNFKIES--TTVKIKLQEKEVTK-----KLSDVINISSKNEGVVKGT---WNM 274
+I IT+T E+ TV+ E+ K + ++ ++ N G + +
Sbjct 239 DIEITFTQKIGTETEYQTVERTYTLTELGKWFNSTPILTILTLAYNNSGTTGSQDLLYGI 298
Query 275 PTAVWI-NISYKEINLIPFPLENLDLMRDNILKDTGANSEYQIRSTT----------ISP 323
PT+ I NI+ N++ L +LD +R++IL N +++ TT I
Sbjct 299 PTSYKIKNIT----NILTENLSDLDQLREDILAK--GNERFEMNLTTKLGGSINFTYIQH 352
Query 324 Y--GDLAKRSASGKLSTTSPMFGLALKTYQSDIFNNWINTEWLDGEGGINEITAIDVSSG 381
G+ + + K + +SP GL LKTYQSDIF NWIN+EW+DGE GI+ ITAI
Sbjct 353 ILGGNESSYEKATKYNRSSPQCGLLLKTYQSDIFTNWINSEWIDGENGISAITAISTEGN 412
Query 382 SLTMDTLNLAKKVYDMLNRIAVSGGTYQDWIQTVYTNDYIERSETPVYEGGFSSEIIFQE 441
T+D LNL+KKVYDMLNRIA+SGGTYQDW++TVYT+++ +ETPVYEGG S+EI FQE
Sbjct 413 KFTIDQLNLSKKVYDMLNRIAISGGTYQDWVETVYTSEWNMHTETPVYEGGMSAEIEFQE 472
Query 442 VISNSATENEPLGTLAGRGQNTGMKGGTVKIKIDEPSYIIGIVSITPRIDYSQGNRFDV- 500
V+SNSATE EPLGTLAGRG + KGG + IK+ EP YI+GI SITPR+DY QGN +D+
Sbjct 473 VVSNSATEEEPLGTLAGRGFASNKKGGQLHIKVTEPCYIMGIASITPRVDYCQGNDWDIT 532
Query 501 DLDTLDDLHKPALDAIGFQDLTTNKMAWWDETITADGEKQLKSVGKQPAWLDYMTNYNKV 560
LDT+DD+HKP LD+IG+QDL +M A + L +VGKQP+W++YMT++NK
Sbjct 533 SLDTMDDIHKPQLDSIGYQDLMQEQM-------NAQASRNL-AVGKQPSWINYMTSFNKT 584
Query 561 FGNFAIKD--SEMFMTLNRNYEMDE-------NKSIADLTTYIDPEKYNYVFADTSLNAM 611
+G FA +D E FM LNR +++ E + + +TYIDP +YNY+FA+T +M
Sbjct 585 YGTFANEDGEGEAFMVLNRYFDIKEIDAGTETGVKVYNTSTYIDPSQYNYIFAETGTKSM 644
Query 612 NFWVQLGIGAKVRRKMSAKVIPNL 635
NFWVQLG G + RR MSA IPNL
Sbjct 645 NFWVQLGFGIEARRVMSASQIPNL 668
> Alpavirinae_Human_gut_24_085_Microviridae_AG0230_putative.VP1
Length=653
Score = 481 bits (1239), Expect = 3e-163, Method: Compositional matrix adjust.
Identities = 291/664 (44%), Positives = 386/664 (58%), Gaps = 50/664 (8%)
Query 8 NIGKNTIGDNNKMTVSMRKYQRSTHDLSYAWRNTQTVGTLVPFMCEVGLPGDTWELHTEA 67
N+GKNTIGDNNKM++S++ Y+ STHDLS+ +R+T G L PFM GD + +
Sbjct 4 NLGKNTIGDNNKMSLSLKDYEMSTHDLSFVFRSTMAPGLLTPFMKVPAQKGDIFRIKLIN 63
Query 68 SVLTHPTVGPLFGSFKLQGEYYVCPIRLYNGVLHNNKIGIGLKMTQAKLPKLNIQLKSTD 127
LTHPT+GPLFGS+KLQ + CPIRLYN LHNN+ GIG +M + KLP +
Sbjct 64 RTLTHPTLGPLFGSYKLQHFVFSCPIRLYNSWLHNNRTGIGSRMKEVKLPTFTLSGTGGG 123
Query 128 NPTKENQNSQINPSCllsylglkgygkTESTSEITVLKNITAGLAYWDIFKNYHANKQEK 187
+ + N + NPS L YLG+KG E+ T L Y+DIFKNY AN QE+
Sbjct 124 DSKRGNFEMKTNPSSLPFYLGIKGARGKETEDRAAFQG--TPLLMYFDIFKNYFANTQEE 181
Query 188 NAYYigtntnitkienttSRWEATNPNNI-NREVNYN-DNILITYTTNFKIESTTV---- 241
+ Y N + W N + E +YN +NIL+T IE T+
Sbjct 182 SFY--VANGVGEDPLILKATWSNNTENKVFYSEQDYNAENILVTGEMVLSIEDKTLTSAQ 239
Query 242 -KIKLQEKEVTKKLSDVINISSKNEGVVKGTWNMPTAVWINISYKEINLIPFPL------ 294
+ Q +T K++ I + GTWN ++ N P
Sbjct 240 KSLIFQNMILTYKIT-TGGIQTSRSMDTLGTWNNADETFVIDKVLTGNWYPCMFSPDKTM 298
Query 295 ------------ENLDLMRDNILKDTG-----ANSEYQIRSTTISPYGDLAKRSASGKLS 337
E+L+ ++D IL G E +S + D+A +
Sbjct 299 LKKIIKLKKYKLEDLETLKDRILATKGDTVLEITDESDTTGVGMSLFKDIAVNPTT---- 354
Query 338 TTSPMFGLALKTYQSDIFNNWINTEWLDGEGGINEITAIDVSSGSLTMDTLNLAKKVYDM 397
M GLA+KTY SD+F NW+NTE ++G GINE +++ + L+MD LNLA+KVYD
Sbjct 355 ----MAGLAVKTYDSDVFQNWVNTELIEGAKGINEASSVAIIDNKLSMDALNLAQKVYDF 410
Query 398 LNRIAVSGGTYQDWIQTVYT-NDYIERSETPVYEGGFSSEIIFQEVISNSATENEPLGTL 456
LNRIAVSG TY+DW++T YT +YIER ETP++EGG + I FQEV+SN+ TE EPLG+L
Sbjct 411 LNRIAVSGNTYKDWLETAYTAGNYIERPETPLFEGGMTQLIEFQEVVSNAGTEQEPLGSL 470
Query 457 AGRGQNTGMKG-GTVKIKIDEPSYIIGIVSITPRIDYSQGNRFDV-DLDTLDDLHKPALD 514
AGRG T KG G + +KI EPSYI+GIV+ITP IDYSQGN +D+ ++ +DD HKPA D
Sbjct 471 AGRGVTTQQKGDGEIYMKISEPSYIMGIVAITPMIDYSQGNDWDMTNIKNMDDFHKPAFD 530
Query 515 AIGFQDLTTNKMAWWDETITADGEKQLKS-VGKQPAWLDYMTNYNKVFGNFAIKDSEMFM 573
IGF+D + A+W +GEK + GK AW++YMTN+NK FG FA +SE FM
Sbjct 531 GIGFEDSMNEQRAYWTAEYN-NGEKISDTKAGKTVAWINYMTNFNKTFGEFAAGESEDFM 589
Query 574 TLNRNYEMDE--NKSIADLTTYIDPEKYNYVFADTSLNAMNFWVQLGIGAKVRRKMSAKV 631
+NRNYE DE + I+DL+TYIDP KYN +FAD SL+A NFWVQ + +VRR +SAK
Sbjct 590 VMNRNYERDEENDSLISDLSTYIDPSKYNQIFADESLSAQNFWVQTAVQMEVRRNISAKQ 649
Query 632 IPNL 635
IPNL
Sbjct 650 IPNL 653
> Alpavirinae_Human_gut_32_015_Microviridae_AG0213_putative.VP1
Length=653
Score = 480 bits (1236), Expect = 9e-163, Method: Compositional matrix adjust.
Identities = 291/664 (44%), Positives = 389/664 (59%), Gaps = 50/664 (8%)
Query 8 NIGKNTIGDNNKMTVSMRKYQRSTHDLSYAWRNTQTVGTLVPFMCEVGLPGDTWELHTEA 67
N+GKNTIGDN KM++S++ Y+ STHDLS+ +R+T G L PFM GD + +
Sbjct 4 NLGKNTIGDNEKMSLSLKDYEMSTHDLSFVFRSTMAPGLLTPFMKIPAQKGDIFRIKLIN 63
Query 68 SVLTHPTVGPLFGSFKLQGEYYVCPIRLYNGVLHNNKIGIGLKMTQAKLPKLNIQLKSTD 127
LTHPT+GPLFGS+KLQ + CPIRLYN LHNN+ GIG KM KLP +
Sbjct 64 RTLTHPTLGPLFGSYKLQHFVFSCPIRLYNSWLHNNRTGIGSKMKDVKLPTFTLSGTGGG 123
Query 128 NPTKENQNSQINPSCllsylglkgygkTESTSEITVLKNITAGLAYWDIFKNYHANKQEK 187
+ + N + N S L YLG+KG + + T L Y+DIFKNY AN QE+
Sbjct 124 DSNRGNFEKKTNSSSLPFYLGIKGARGKKVVDKAAFQG--TPLLMYYDIFKNYFANTQEE 181
Query 188 NAYYigtntnitkienttSRWEATNPNNI-NREVNYN-DNILITYTTNFKIESTTVK--- 242
+ Y + W + + + E +Y+ +NI + IE T+
Sbjct 182 SFY--VAIGVGEDPLILKATWASNTKDKVFYSEQDYSAENITVEGEMVLSIEDKTLTSAQ 239
Query 243 --IKLQEKEVTKKLSDVINISSKNEGVVKGTWN----------MPTAVWINISY------ 284
+ Q +T K + + +S++ + GTWN + T W +
Sbjct 240 KCLIFQNMLLTYKTATGGSQTSRSMSSL-GTWNNADETFVINKVLTGKWYPCMFSPDKTM 298
Query 285 --KEINLIPFPLENLDLMRDNILKDTG-----ANSEYQIRSTTISPYGDLAKRSASGKLS 337
+ I L + LE L+ ++D IL G E + S + D+A +
Sbjct 299 LKRVIKLKKYKLEELETIKDRILATKGDTVLEITDESEETGVGTSLFKDIA--------T 350
Query 338 TTSPMFGLALKTYQSDIFNNWINTEWLDGEGGINEITAIDVSSGSLTMDTLNLAKKVYDM 397
+ M GLA+KTY SD+F NW+NTE +DG GINE +++ + L+MD LNLA+KVYD
Sbjct 351 NPTTMAGLAVKTYDSDVFQNWVNTELIDGAKGINEASSVAIVDNKLSMDALNLAQKVYDF 410
Query 398 LNRIAVSGGTYQDWIQTVYT-NDYIERSETPVYEGGFSSEIIFQEVISNSATENEPLGTL 456
LNRIAVSG TY+DW++T YT +YIER ETP++EGG + I FQEVISN+ TE EPLGTL
Sbjct 411 LNRIAVSGNTYKDWLETAYTAGNYIERPETPLFEGGMTQLIEFQEVISNAGTEQEPLGTL 470
Query 457 AGRGQNTGMKG-GTVKIKIDEPSYIIGIVSITPRIDYSQGNRFDV-DLDTLDDLHKPALD 514
AGRG T +G G + +KI EPSYIIGIV+ITP IDYSQGN +D+ ++ +DD HKPA D
Sbjct 471 AGRGVTTQQRGDGEIYMKISEPSYIIGIVAITPMIDYSQGNDWDMTNIKNMDDFHKPAFD 530
Query 515 AIGFQDLTTNKMAWWDETITADGEKQLKS-VGKQPAWLDYMTNYNKVFGNFAIKDSEMFM 573
IGF+D + A+W +DGEK + GK AW++YMTN+NK FG FA +SE FM
Sbjct 531 GIGFEDSMNEQRAYWTAEY-SDGEKISDTKAGKTVAWINYMTNFNKTFGEFAAGESEDFM 589
Query 574 TLNRNYEMDENKS--IADLTTYIDPEKYNYVFADTSLNAMNFWVQLGIGAKVRRKMSAKV 631
+NRNYE DE+ I+DL+TYIDP KYN +FAD SL+A NFWVQ +VRR +SAK
Sbjct 590 VMNRNYERDEDDDSLISDLSTYIDPSKYNQIFADVSLSAQNFWVQTAAQIEVRRNISAKQ 649
Query 632 IPNL 635
IPNL
Sbjct 650 IPNL 653
> Alpavirinae_Human_gut_31_037_Microviridae_AG0297_putative.VP1
Length=668
Score = 363 bits (931), Expect = 3e-117, Method: Compositional matrix adjust.
Identities = 188/357 (53%), Positives = 251/357 (70%), Gaps = 23/357 (6%)
Query 294 LENLDLMRDNILKDTG-ANSEYQIRSTTIS--PYGDLAKRSAS----GKLSTTSPMFGLA 346
L+++D +R++IL G N +Q R + P+ + +S G SP +GL
Sbjct 320 LDDIDTIREDILATPGNRNWIFQNREGQENEIPFMNFLMNQSSNNKNGGGFLFSPEWGLV 379
Query 347 LKTYQSDIFNNWINTEWLDGEGGINEITAIDVSSGSLTMDTLNLAKKVYDMLNRIAVSGG 406
KTYQSD+ NWINTEWLDG+ GIN+ITA+ V G T+D LNLA KVY+ LNRIA+S G
Sbjct 380 TKTYQSDLCQNWINTEWLDGDDGINQITAVAVEDGKFTIDALNLANKVYNYLNRIAISDG 439
Query 407 TYQDWIQTVYTNDYIERSETPVYEGGFSSEIIFQEVISNSATENEPLGTLAGRGQNTGMK 466
+Y+ W++T +T Y ER+ETP+Y GG S+EIIFQEV+S SA +EPLG+LAGRG ++ K
Sbjct 440 SYRSWLETTWTGSYTERTETPIYCGGSSAEIIFQEVVSTSAATDEPLGSLAGRGTDSNHK 499
Query 467 GGTVKIKIDEPSYIIGIVSITPRIDYSQGNRFDVDLDTLDDLHKPALDAIGFQDLT---- 522
GG V ++ EP Y+IGI SITPR+DY+QGN++DV+LD++DDLHKPALD IGFQDL+
Sbjct 500 GGYVTVRATEPGYLIGITSITPRLDYTQGNQWDVNLDSIDDLHKPALDGIGFQDLSAELL 559
Query 523 ---TNKMAWWDETITADGEKQLKSVGKQPAWLDYMTNYNKVFGNFAIKDSEMFMTLNRNY 579
T ++ ++TIT K +GKQPAW+DYMTN N+ +GNF + +E FM L+R Y
Sbjct 560 HAGTTQINTINDTITQ------KFIGKQPAWIDYMTNINRAYGNF--RTNENFMILSRQY 611
Query 580 EMDENK-SIADLTTYIDPEKYNYVFADTSLNAMNFWVQLGIGAKVRRKMSAKVIPNL 635
+D K +I D+TTYIDP+ YN +FAD S +A NFWVQ+GI + RR MSAK+IPNL
Sbjct 612 SLDYKKNTIKDMTTYIDPDLYNGIFADQSFDAQNFWVQIGIEIEARRLMSAKIIPNL 668
Score = 173 bits (439), Expect = 4e-48, Method: Compositional matrix adjust.
Identities = 98/188 (52%), Positives = 124/188 (66%), Gaps = 2/188 (1%)
Query 4 MITKNIGKNTIGDNNKMTVSMRKYQRSTHDLSYAWRNTQTVGTLVPFMCEVGLPGDTWEL 63
MIT+NIGKNT+GDNNKM V ++ Y RSTH+LS +RNTQ+VGTLVPF+ DT+++
Sbjct 1 MITRNIGKNTLGDNNKMKVHLKTYNRSTHNLSTVFRNTQSVGTLVPFISIPMCKDDTFKI 60
Query 64 HTEASVLTHPTVGPLFGSFKLQGEYYVCPIRLYNGVLHNNKIGIGLKMTQAKLPKLNIQL 123
+VLTHPTVGPLFGSFKLQ + + CP RLYN LHNNK IGL M+Q KLPK+ +
Sbjct 61 RLTPNVLTHPTVGPLFGSFKLQNDIFFCPFRLYNSWLHNNKNKIGLNMSQIKLPKVTLT- 119
Query 124 KSTDNPTKENQNSQINPSCllsylglkgygkTESTSEITVLK-NITAGLAYWDIFKNYHA 182
T +++ + PS LL+YLG+ G + N LAY+DIFKNY+A
Sbjct 120 AYKQYATDVKKDNPLQPSSLLTYLGISNVGMINGSDPFAERNFNAVPMLAYYDIFKNYYA 179
Query 183 NKQEKNAY 190
NKQE Y
Sbjct 180 NKQEDKFY 187
> Alpavirinae_Human_gut_30_040_Microviridae_AG0134_putative.VP1
Length=679
Score = 346 bits (887), Expect = 9e-111, Method: Compositional matrix adjust.
Identities = 188/350 (54%), Positives = 230/350 (66%), Gaps = 18/350 (5%)
Query 292 FPLENLDLMRDNILKDTGANSEYQIRSTTISPYGDLA------KRSASGKLSTTSPMFGL 345
F L ++D MR+NIL + +Y I+ + A + + ++ PM GL
Sbjct 342 FNLSSIDDMRENIL--SAGKQQYVSNDEFITKLYENAIDIHDTSNTPTYIPNSAYPMVGL 399
Query 346 ALKTYQSDIFNNWINTEWLDGEGGINEITAIDVSSGSLTMDTLNLAKKVYDMLNRIAVSG 405
ALKTYQSDI NW+NTEW+DGE GIN ITAID SSGS T+DTLNLAKKVY MLNRIAVS
Sbjct 400 ALKTYQSDINTNWVNTEWIDGETGINSITAIDTSSGSFTLDTLNLAKKVYTMLNRIAVSD 459
Query 406 GTYQDWIQTVYTNDYIERSETPVYEGGFSSEIIFQEVISNSATENEPLGTLAGRGQNTGM 465
G+Y WIQTVYT+ + ETP+Y GG S EI FQEVI+NS TE++PLG LAGRG T
Sbjct 460 GSYNAWIQTVYTSGGLNHIETPLYLGGSSLEIEFQEVINNSGTEDQPLGALAGRGVATNH 519
Query 466 KGGTVKIKIDEPSYIIGIVSITPRIDYSQGNRFDVDLDTLDDLHKPALDAIGFQDLTTNK 525
KGG + K DEP YI I SITPR+DY QGN +D+ L++LDDLHKP LD IGFQD
Sbjct 520 KGGNIVFKADEPGYIFCITSITPRVDYFQGNEWDLYLESLDDLHKPQLDGIGFQDRLYRH 579
Query 526 MAWWDETITADGEKQLKSVGKQPAWLDYMTNYNKVFGNFAIKDSEMFMTLNRNYEMDENK 585
+ + E S+GKQPAW+ YMTN NK +GNFA+ ++E +M LNR +E +
Sbjct 580 L-----NSSCVREDLNISIGKQPAWVQYMTNVNKTYGNFALVENEGWMCLNRIFENTDT- 633
Query 586 SIADLTTYIDPEKYNYVFADTSLNAMNFWVQLGIGAKVRRKMSAKVIPNL 635
TTYI P YN +FADT L A NFWVQ+ K RR MSAK+IPN+
Sbjct 634 ----YTTYIQPHLYNNIFADTDLTAQNFWVQIAFNYKPRRVMSAKIIPNI 679
Score = 156 bits (394), Expect = 3e-42, Method: Compositional matrix adjust.
Identities = 91/187 (49%), Positives = 114/187 (61%), Gaps = 8/187 (4%)
Query 9 IGKNTIGDNNKMTVSMRKYQRSTHDLSYAWRNTQTVGTLVPFMCEVGLPGDTWELHTEAS 68
IGKNT+G KM + Y RSTHD S+ R T G LVP M E+ LPGDT+ +
Sbjct 5 IGKNTLGGGKKMMTRLNNYNRSTHDNSFIMRTTMAPGVLVPTMTELLLPGDTYPIQIRCH 64
Query 69 VLTHPTVGPLFGSFKLQGEYYVCPIRLYNGVLHNNKIGIGLKMTQAKLPKLNIQLKSTD- 127
LTHPT+GPLFGSFK Q +++ CPIRLYN +LHNN + IGL M + K P + I D
Sbjct 65 TLTHPTIGPLFGSFKQQNDFFFCPIRLYNSMLHNNALNIGLDMKKVKFPVIKIDASDWDL 124
Query 128 NPTKENQNS----QINPSCllsylglkgygkTESTSEITVLKNITAGLAYWDIFKNYHAN 183
N N+ QI+PS LLSYLG K + + + NIT L Y+DIFKNY+AN
Sbjct 125 NKKMVGSNNTLLRQIHPSSLLSYLGYKSF---NKETGVDWTWNITKALMYYDIFKNYYAN 181
Query 184 KQEKNAY 190
KQE++ Y
Sbjct 182 KQEESFY 188
Lambda K H a alpha
0.314 0.131 0.386 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: 58843851