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-26_CDS_annotation_glimmer3.pl_2_1
Length=567
Score E
Sequences producing significant alignments: (Bits) Value
Alpavirinae_Human_gut_30_040_Microviridae_AG0134_putative.VP1 635 0.0
Alpavirinae_Human_feces_B_023_Microviridae_AG0145_putative.VP1 380 9e-125
Alpavirinae_Human_feces_A_047_Microviridae_AG0311_putative.VP1 369 9e-121
Alpavirinae_Human_feces_B_020_Microviridae_AG0351_putative.VP1 366 1e-119
Alpavirinae_Human_feces_C_029_Microviridae_AG0109_putative.VP1 362 3e-118
Alpavirinae_Human_gut_31_037_Microviridae_AG0297_putative.VP1 362 1e-117
Alpavirinae_Human_feces_A_032_Microviridae_AG0217_putative.VP1 355 3e-115
Alpavirinae_Human_feces_A_048_Microviridae_AG087_putative.VP1 303 2e-95
Alpavirinae_Human_feces_A_016_Microviridae_AG001_putative.VP1 301 7e-95
Alpavirinae_Human_feces_B_021_Microviridae_AG0368_putative.VP1 300 2e-94
> Alpavirinae_Human_gut_30_040_Microviridae_AG0134_putative.VP1
Length=679
Score = 635 bits (1638), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 332/578 (57%), Positives = 418/578 (72%), Gaps = 16/578 (3%)
Query 1 MKFIKYPIIGGIRKTLWDDSTTMEGSNGTLKREVNPSSLPAYLGYRALSNEIETPVLTVK 60
MK +K+P+I I + WD + M GSN TL R+++PSSL +YLGY++ + E T
Sbjct 107 MKKVKFPVIK-IDASDWDLNKKMVGSNNTLLRQIHPSSLLSYLGYKSFNKETGVD-WTWN 164
Query 61 AIPFFGYFDIFKNYYANKQEEYFYTIGGVTLFTESSALTENNTFCLSSF--ANINGVWTK 118
Y+DIFKNYYANKQEE FYTI G S+ + NT+ +++ ++NG++
Sbjct 165 ITKALMYYDIFKNYYANKQEESFYTIDGARELKSSNLSSNPNTYFIAAIDGPDVNGLYRI 224
Query 119 GADIKNTEKGTVTL-GVGNYVGFSINEDVPRGLEEIVINGRISFSL--NNVVHEFTGQSI 175
I+N +T+ G G + F E+ L +NG I F+ + I
Sbjct 225 QQIIQNPTTEVITIQGDGVIIAFRDLENY--DLNNTYLNGNIVFTPAGEGRTINLGLKPI 282
Query 176 KYLIDNKILKEIDYKKASIPNLKTFIFYENKT----TETSTFKIEKIIRLGSKNAVYNKY 231
LI +L+++ I Y+ KT T T + I I+ + + Y+K+
Sbjct 283 SQLIGEGVLEDVSSSIVPISGKPLLRAYKFKTLDGETATKSINITNKIKAYTVSGNYSKF 342
Query 232 PLKRIDDMREAILTSGKEQFDGARFEFLSDIFKPIIDLNSSANKAR--PSCSYPLVGLAL 289
L IDDMRE IL++GK+Q+ + EF++ +++ ID++ ++N P+ +YP+VGLAL
Sbjct 343 NLSSIDDMRENILSAGKQQY-VSNDEFITKLYENAIDIHDTSNTPTYIPNSAYPMVGLAL 401
Query 290 KTYQSDINTNWVNTEWLDGDSGINSITAIDTSGGSFTLDTLNLAKKVYTMLNRIAISDGS 349
KTYQSDINTNWVNTEW+DG++GINSITAIDTS GSFTLDTLNLAKKVYTMLNRIA+SDGS
Sbjct 402 KTYQSDINTNWVNTEWIDGETGINSITAIDTSSGSFTLDTLNLAKKVYTMLNRIAVSDGS 461
Query 350 YNAWIQTVYTSGGLNHVETPIYLGGSSMEIEFQEVVNNSGTEDQPLGSLAGRGVTDNHKG 409
YNAWIQTVYTSGGLNH+ETP+YLGGSS+EIEFQEV+NNSGTEDQPLG+LAGRGV NHKG
Sbjct 462 YNAWIQTVYTSGGLNHIETPLYLGGSSLEIEFQEVINNSGTEDQPLGALAGRGVATNHKG 521
Query 410 GVIKYKPDEPGYIFCITSITPRVDYYQGNDWDLEIETLDDLHKPQLDGIGFQDRLYKNIN 469
G I +K DEPGYIFCITSITPRVDY+QGN+WDL +E+LDDLHKPQLDGIGFQDRLY+++N
Sbjct 522 GNIVFKADEPGYIFCITSITPRVDYFQGNEWDLYLESLDDLHKPQLDGIGFQDRLYRHLN 581
Query 470 SSAKREDLIKSIGKQPAWLDYMTSFNRNYGNFALIENEGWMCLNRVFGDIDTYTTYIQPH 529
SS REDL SIGKQPAW+ YMT+ N+ YGNFAL+ENEGWMCLNR+F + DTYTTYIQPH
Sbjct 582 SSCVREDLNISIGKQPAWVQYMTNVNKTYGNFALVENEGWMCLNRIFENTDTYTTYIQPH 641
Query 530 LYNNIFADTDVAAQNFWVQIAFNVEARRVMSAKVIPNL 567
LYNNIFADTD+ AQNFWVQIAFN + RRVMSAK+IPN+
Sbjct 642 LYNNIFADTDLTAQNFWVQIAFNYKPRRVMSAKIIPNI 679
> Alpavirinae_Human_feces_B_023_Microviridae_AG0145_putative.VP1
Length=668
Score = 380 bits (976), Expect = 9e-125, Method: Compositional matrix adjust.
Identities = 237/546 (43%), Positives = 307/546 (56%), Gaps = 80/546 (15%)
Query 61 AIPFFGYFDIFKNYYANKQEEYFYTIGGVTLFTESSALTENNTFCLSSFANINGVWTKGA 120
AIP GY DIFKNYYANKQEE F IG ++A +NN + G
Sbjct 164 AIPLLGYLDIFKNYYANKQEEKFKFIGADPYLIINTANLKNNPI------------STGV 211
Query 121 DIKNTEKGTVTLGVGNYVGFSINEDVPRGLEEIVINGRISFSLNNVVHEFTGQSIKYLID 180
+ GT + + N G S ++V + EI +I E T
Sbjct 212 GSQRVTGGTFNITLQN--GPSDWKEVNKDDIEITFTQKIGTETEYQTVERT--------- 260
Query 181 NKILKEIDYKKASIPNLKTFIFYENKTTET----------STFKIEKIIRLGSKNAVYNK 230
L E+ S P L N + T +++KI+ I + ++N
Sbjct 261 -YTLTELGKWFNSTPILTILTLAYNNSGTTGSQDLLYGIPTSYKIKNITNILTEN----- 314
Query 231 YPLKRIDDMREAILTSGKEQFD-------GARFEFLSDIFKPIIDLNSSA-------NKA 276
L +D +RE IL G E+F+ G F + I+ N S+ N++
Sbjct 315 --LSDLDQLREDILAKGNERFEMNLTTKLGGSINFT--YIQHILGGNESSYEKATKYNRS 370
Query 277 RPSCSYPLVGLALKTYQSDINTNWVNTEWLDGDSGINSITAIDTSGGSFTLDTLNLAKKV 336
P C GL LKTYQSDI TNW+N+EW+DG++GI++ITAI T G FT+D LNL+KKV
Sbjct 371 SPQC-----GLLLKTYQSDIFTNWINSEWIDGENGISAITAISTEGNKFTIDQLNLSKKV 425
Query 337 YTMLNRIAISDGSYNAWIQTVYTSGGLNHVETPIYLGGSSMEIEFQEVVNNSGTEDQPLG 396
Y MLNRIAIS G+Y W++TVYTS H ETP+Y GG S EIEFQEVV+NS TE++PLG
Sbjct 426 YDMLNRIAISGGTYQDWVETVYTSEWNMHTETPVYEGGMSAEIEFQEVVSNSATEEEPLG 485
Query 397 SLAGRGVTDNHKGGVIKYKPDEPGYIFCITSITPRVDYYQGNDWDL-EIETLDDLHKPQL 455
+LAGRG N KGG + K EP YI I SITPRVDY QGNDWD+ ++T+DD+HKPQL
Sbjct 486 TLAGRGFASNKKGGQLHIKVTEPCYIMGIASITPRVDYCQGNDWDITSLDTMDDIHKPQL 545
Query 456 DGIGFQDRLYKNINSSAKREDLIKSIGKQPAWLDYMTSFNRNYGNFALIENEG--WMCLN 513
D IG+QD + + +N+ A R ++GKQP+W++YMTSFN+ YG FA + EG +M LN
Sbjct 546 DSIGYQDLMQEQMNAQASRN---LAVGKQPSWINYMTSFNKTYGTFANEDGEGEAFMVLN 602
Query 514 RVFG--DIDTYT----------TYIQPHLYNNIFADTDVAAQNFWVQIAFNVEARRVMSA 561
R F +ID T TYI P YN IFA+T + NFWVQ+ F +EARRVMSA
Sbjct 603 RYFDIKEIDAGTETGVKVYNTSTYIDPSQYNYIFAETGTKSMNFWVQLGFGIEARRVMSA 662
Query 562 KVIPNL 567
IPNL
Sbjct 663 SQIPNL 668
> Alpavirinae_Human_feces_A_047_Microviridae_AG0311_putative.VP1
Length=637
Score = 369 bits (946), Expect = 9e-121, Method: Compositional matrix adjust.
Identities = 228/564 (40%), Positives = 323/564 (57%), Gaps = 88/564 (16%)
Query 33 EVNPSSLPAYLGYRALSNEIETPVLTV--KAIPFFGYFDIFKNYYANKQEEYFYTIGGVT 90
+VNPS L AYLG R + I T + A+P GY+DIFKNYYAN QEE FYTIGGV
Sbjct 133 QVNPSCLLAYLGIRGYGSLIGTSAKYIGKNAVPLIGYYDIFKNYYANTQEEKFYTIGGV- 191
Query 91 LFTESSALTENNTFCLSSFANINGVWTKGADIKNTEKGTVTLGVGNYVGFSINEDVPRGL 150
L N T+ +G +I N+ + L G+ + FS ++
Sbjct 192 -------LPLNVTY-------------EGTEIPNS-GNNIALSNGDTMVFSNVTNI---- 226
Query 151 EEIVINGRISFSLNNVVHEFTGQSIKYLIDNKILKEIDYKKASIPNLKTFIFYENKTTET 210
N+VV LI ++ L+ ++K + + + +K
Sbjct 227 -------------NDVV----------LIGSENLRYREWKPSDLGTVTGLTLNIDKLLAG 263
Query 211 STFKIEKIIRLGSKNAVYNKYPLKRIDDMREAILTS-GKEQFDGARFEFLSDIFKPIIDL 269
+ + + K+ + G + N++ L+ +D +R+ ILT+ G F+ + + + K +
Sbjct 264 NEYILHKMYKKGMVD--LNQWELESLDTLRDNILTTKGNVAFNVTGKDSVP-VLKQFNER 320
Query 270 NSSANKARPSCSYPLVGLALKTYQSDINTNWVNTEWLDGDSGINSITAIDTSGGSFTLDT 329
+ P GLALKTY SD+ NW+NT+W++G +GIN I+++D S GS ++D
Sbjct 321 FGEKQTGYLKTTAPQFGLALKTYNSDLYQNWINTDWIEGVNGINEISSVDVSDGSLSMDA 380
Query 330 LNLAKKVYTMLNRIAISDGSYNAWIQTVYTSGG-LNHVETPIYLGGSSMEIEFQEVVNNS 388
LNLA+KVY MLNRIA+S G+Y W++TV+T G + ETPI+ GG+S EI FQEV++NS
Sbjct 381 LNLAQKVYNMLNRIAVSGGTYRDWLETVFTGGEYMERCETPIFEGGTSQEIIFQEVISNS 440
Query 389 GTEDQPLGSLAGRGVTDN-HKGGVIKYKPDEPGYIFCITSITPRVDYYQGNDWDLEIETL 447
TE +PLG+LAGRG+T N +GG +K K EPGYI CI SITPR+DY QGN WD E++T+
Sbjct 441 ATEQEPLGTLAGRGITTNKQRGGHVKIKVTEPGYIMCICSITPRIDYSQGNQWDTELKTM 500
Query 448 DDLHKPQLDGIGFQDRLYKNINS---------SAKREDLIKSIGKQPAWLDYMTSFNRNY 498
DDLHKP LDGIG+QD +INS S + + GK AW++YMT+ NR Y
Sbjct 501 DDLHKPALDGIGYQD----SINSERAWWAGYYSQGPLKVETAAGKTVAWINYMTNVNRTY 556
Query 499 GNFALIENEGWMCLNRVF---------------GDIDTYTTYIQPHLYNNIFADTDVAAQ 543
GNFA+ +NE +M +NR + GD+ +TYI P +N IFADT + A
Sbjct 557 GNFAIKDNEAFMVMNRNYELQINGGPTPTSIRIGDL---STYIDPVKFNYIFADTSLEAM 613
Query 544 NFWVQIAFNVEARRVMSAKVIPNL 567
NFWVQ F+++ARR++SAK IPNL
Sbjct 614 NFWVQTKFDIKARRLISAKQIPNL 637
> Alpavirinae_Human_feces_B_020_Microviridae_AG0351_putative.VP1
Length=651
Score = 366 bits (940), Expect = 1e-119, Method: Compositional matrix adjust.
Identities = 235/589 (40%), Positives = 328/589 (56%), Gaps = 68/589 (12%)
Query 1 MKFIKYPIIGGIRKTLWDDSTTMEGSNGTLKREVNPSSLPAYLG---YRALSNEIETPVL 57
M IK P + L D G + ++NPS L +YLG Y + T
Sbjct 109 MSQIKLPQLSVTLNKLQDQP----GEDEQQWSQINPSCLLSYLGIKGYGGIHKAAPTTEA 164
Query 58 TVKAIPFFGYFDIFKNYYANKQEEYFYTIGGVTLFTESSALTENNTFCLSSFANINGVWT 117
A+ GY+DIFKNYYANKQEE +Y IG + ++ NN + N + +
Sbjct 165 QKNAVKVLGYWDIFKNYYANKQEENYYMIGS----NDPLSIKINNVTIIDP----NNIPS 216
Query 118 KGADIKNTEKGTVTLGVGNYVGFSINEDVPRGLEEIVINGRISFSLNNVVHEFTGQSIKY 177
IK + T+ + + + +V + + + + + ++N V GQ +
Sbjct 217 NIGTIKKSG----TIAIADPLKIYNTSNVTLWVTQQIGHSPVKMTVNEV-----GQGV-- 265
Query 178 LIDNKILKEIDYKKASIPNLKTFIFYENKTTETSTFKIEKIIRLGSKNAVYNKYPLKRID 237
+E F+ N E S++ I +II+ + A+ + +PL D
Sbjct 266 ------WEE-----------NEFVITANNVPENSSWWI-RIIQSTQQQALVS-FPLDEFD 306
Query 238 DMREAILTS-GKEQFDGARFEFLSDIFKPIIDLNSSANKARPSCSYPLVGLALKTYQSDI 296
+R+ IL G + F ++ S I + S NK + + P GL LKTY SD+
Sbjct 307 TLRDEILAKKGNQAFILSKNS--STKIAKIFNERGSNNKLK--TTRPQYGLLLKTYNSDL 362
Query 297 NTNWVNTEWLDGDSGINSITAIDTSGGSFTLDTLNLAKKVYTMLNRIAISDGSYNAWIQT 356
NW+NT+W+DG +GIN I+++D S G T+D LNLA+KVY MLNRIA+S G+Y W++T
Sbjct 363 YQNWINTDWIDGANGINEISSVDVSEGKLTMDALNLAQKVYNMLNRIAVSGGTYRDWLET 422
Query 357 VYTSGG-LNHVETPIYLGGSSMEIEFQEVVNNSGTEDQPLGSLAGRGV-TDNHKGGVIKY 414
VY SG + ETP + GG+S EI FQEVV+NS TED+PLG+LAGRGV KGG IK
Sbjct 423 VYASGQYIERCETPTFEGGTSQEIVFQEVVSNSATEDEPLGTLAGRGVNAGKQKGGKIKV 482
Query 415 KPDEPGYIFCITSITPRVDYYQGNDWDLEIETLDDLHKPQLDGIGFQDRL------YKNI 468
+ EPGYI CITSITPR+DY QGND+D + +TLDD+HKP LDGIG+QD + + ++
Sbjct 483 RATEPGYIMCITSITPRIDYSQGNDFDTDWKTLDDMHKPALDGIGYQDSVNTGRAWWDDV 542
Query 469 NSSAKREDLIK-SIGKQPAWLDYMTSFNRNYGNFALIENEGWMCLNRVF---------GD 518
+ A+ +L+K + GK AW+DYMT+ N+ YGNFA +E +M LNR +
Sbjct 543 YTGAQETNLVKHTAGKTVAWIDYMTNVNKTYGNFAAGMSEAFMVLNRNYEIKYDSGTNPR 602
Query 519 IDTYTTYIQPHLYNNIFADTDVAAQNFWVQIAFNVEARRVMSAKVIPNL 567
I TTYI P YN IFADT + A NFWVQI F++ ARR+MSAK IPNL
Sbjct 603 IADLTTYIDPIKYNYIFADTSIDAMNFWVQIKFDITARRLMSAKQIPNL 651
> Alpavirinae_Human_feces_C_029_Microviridae_AG0109_putative.VP1
Length=640
Score = 362 bits (930), Expect = 3e-118, Method: Compositional matrix adjust.
Identities = 230/566 (41%), Positives = 315/566 (56%), Gaps = 89/566 (16%)
Query 33 EVNPSSLPAYLGYRALSNEI--ETPVLTVKAIPFFGYFDIFKNYYANKQEEYFYTIGGVT 90
++NPS L AYLG R + I T + A+P GY+DIFKNYYAN QE+ FYTIG
Sbjct 133 QINPSCLLAYLGIRGYGSLIGVTTKYVEKNAVPLIGYYDIFKNYYANTQEDKFYTIGSGR 192
Query 91 LFTESSALTENNTFCLSSFANINGVWTKGADIKNTEKGTVTLGVGNYVGFSINEDVPRGL 150
FT IN V DI T L VG+ + F+ P
Sbjct 193 KFT----------------ITINNVSYPITDINKT------LQVGDVIKFT---PTPTKE 227
Query 151 EEIVINGRISF--SLNNVVHEFTGQSIKYLIDNKILKEIDYKKASIPNLKTFIFYENKTT 208
E+ G + F S N+ ++G I + D+K I LK YE
Sbjct 228 EQ----GNLIFIGSENSRYRRWSGSDIGTWTEQN-----DFK---ISGLKAGKRYE---- 271
Query 209 ETSTFKIEKIIRLGSKNAVYNKYPLKRIDDMREAILTS-GKEQFDGARFEFLSDIFKPII 267
+++I + ++ L+ +D +R+ ILT+ G F + + + +
Sbjct 272 ------LDRI--FNELSVGLQQWELESLDTLRDNILTTKGNITFSVTGIDSVPVLQQ--F 321
Query 268 DLNSSANKARPSCSYPLVGLALKTYQSDINTNWVNTEWLDGDSGINSITAIDTSGGSFTL 327
+ AN P GLALKTY SD+ NW+NT+W++G +GIN I+++D S G+ ++
Sbjct 322 NERLGANSEHLKTIGPQFGLALKTYNSDLYQNWINTDWIEGVNGINEISSVDVSDGNLSM 381
Query 328 DTLNLAKKVYTMLNRIAISDGSYNAWIQTVYTSGG-LNHVETPIYLGGSSMEIEFQEVVN 386
D LNLA+KVY MLNRIA+S G+Y W++TV+T G + ETP++ GG+S EI FQEV++
Sbjct 382 DALNLAQKVYNMLNRIAVSGGTYRDWLETVFTGGEYMERCETPVFEGGTSQEIVFQEVIS 441
Query 387 NSGTEDQPLGSLAGRGVTDN-HKGGVIKYKPDEPGYIFCITSITPRVDYYQGNDWDLEIE 445
NS TE +PLG+LAGRG+T N +GG IK K EPGYI CI SITPR+DY QGN WD E++
Sbjct 442 NSATEQEPLGTLAGRGITTNKQRGGHIKIKVTEPGYIMCICSITPRIDYSQGNQWDTELK 501
Query 446 TLDDLHKPQLDGIGFQDRL---------YKNINSSAKREDLIKSIGKQPAWLDYMTSFNR 496
T+DDLHKP LDGIG+QD + Y N + K + GK AW++YMT+ NR
Sbjct 502 TMDDLHKPALDGIGYQDSINSERAWWAGYYNADPDKKE----TAAGKTVAWINYMTNVNR 557
Query 497 NYGNFALIENEGWMCLNR---------------VFGDIDTYTTYIQPHLYNNIFADTDVA 541
YGNFA+ +NE +M +NR GD+ +TYI P +N IFADT +
Sbjct 558 TYGNFAIKDNEAFMVMNRNYELEITGGSTPTKITIGDL---STYIDPAKFNYIFADTSLE 614
Query 542 AQNFWVQIAFNVEARRVMSAKVIPNL 567
A NFWVQ F+++ARR++SAK IPNL
Sbjct 615 AMNFWVQTKFDIKARRLISAKQIPNL 640
> Alpavirinae_Human_gut_31_037_Microviridae_AG0297_putative.VP1
Length=668
Score = 362 bits (928), Expect = 1e-117, Method: Compositional matrix adjust.
Identities = 231/570 (41%), Positives = 304/570 (53%), Gaps = 71/570 (12%)
Query 34 VNPSSLPAYLGYR---ALSNEIETPVLTVKAIPFFGYFDIFKNYYANKQEEYFYTIGGVT 90
+ PSSL YLG ++ A+P Y+DIFKNYYANKQE+ FY
Sbjct 134 LQPSSLLTYLGISNVGMINGSDPFAERNFNAVPMLAYYDIFKNYYANKQEDKFY------ 187
Query 91 LFTESSALTENNTFCLSSFANINGVWTKGADIKNTEKGTVTLGVGNYVGFSINEDVPRGL 150
+ +F NI + + ++N G N + + D
Sbjct 188 ---------------VRNFKNIVSAVSGWSKLEN--------GSQNRLWNELTADRFNSA 224
Query 151 EEIVINGRISFSLNNVVHEFTGQS---IKYLIDNKILKEIDYKKASIPNLKTFIFYE-NK 206
+ +N I + + + + ++ I Y N E Y IP + F + +
Sbjct 225 YSMSLNADIKITTSEAISKDNLEAKCEIYYGYVNNTPAENLYTFKWIPLITYFDYISYDS 284
Query 207 TTETSTFKIEKI-------------IRLGSKNAVYNKYPLKRIDDMREAILTSGKEQ--- 250
T+T T+++++ I++G +A L ID +RE IL + +
Sbjct 285 ATQTYTYRVKRTEYNRTIVFLMGLRIQIGRNSAQI----LDDIDTIREDILATPGNRNWI 340
Query 251 FDGARFEFLSDIFKPIIDLNSSANKARPSCSY-PLVGLALKTYQSDINTNWVNTEWLDGD 309
F + F + SS NK + P GL KTYQSD+ NW+NTEWLDGD
Sbjct 341 FQNREGQENEIPFMNFLMNQSSNNKNGGGFLFSPEWGLVTKTYQSDLCQNWINTEWLDGD 400
Query 310 SGINSITAIDTSGGSFTLDTLNLAKKVYTMLNRIAISDGSYNAWIQTVYTSGGLNHVETP 369
GIN ITA+ G FT+D LNLA KVY LNRIAISDGSY +W++T +T ETP
Sbjct 401 DGINQITAVAVEDGKFTIDALNLANKVYNYLNRIAISDGSYRSWLETTWTGSYTERTETP 460
Query 370 IYLGGSSMEIEFQEVVNNSGTEDQPLGSLAGRGVTDNHKGGVIKYKPDEPGYIFCITSIT 429
IY GGSS EI FQEVV+ S D+PLGSLAGRG NHKGG + + EPGY+ ITSIT
Sbjct 461 IYCGGSSAEIIFQEVVSTSAATDEPLGSLAGRGTDSNHKGGYVTVRATEPGYLIGITSIT 520
Query 430 PRVDYYQGNDWDLEIETLDDLHKPQLDGIGFQDRLYKNINSSAKREDLI------KSIGK 483
PR+DY QGN WD+ ++++DDLHKP LDGIGFQD + +++ + + I K IGK
Sbjct 521 PRLDYTQGNQWDVNLDSIDDLHKPALDGIGFQDLSAELLHAGTTQINTINDTITQKFIGK 580
Query 484 QPAWLDYMTSFNRNYGNFALIENEGWMCLNRVFG------DIDTYTTYIQPHLYNNIFAD 537
QPAW+DYMT+ NR YGNF NE +M L+R + I TTYI P LYN IFAD
Sbjct 581 QPAWIDYMTNINRAYGNFR--TNENFMILSRQYSLDYKKNTIKDMTTYIDPDLYNGIFAD 638
Query 538 TDVAAQNFWVQIAFNVEARRVMSAKVIPNL 567
AQNFWVQI +EARR+MSAK+IPNL
Sbjct 639 QSFDAQNFWVQIGIEIEARRLMSAKIIPNL 668
> Alpavirinae_Human_feces_A_032_Microviridae_AG0217_putative.VP1
Length=657
Score = 355 bits (911), Expect = 3e-115, Method: Compositional matrix adjust.
Identities = 230/579 (40%), Positives = 313/579 (54%), Gaps = 84/579 (15%)
Query 29 TLKREVNPSSLPAYLGYRALSNEIETPVLTVKA----IPFFGYFDIFKNYYANKQEEYFY 84
T ++ +S+ Y+G R T TVK +P Y+DIFKNYYANKQEE FY
Sbjct 119 TKDNKMGKASIAEYMGMR--KQPFGTDSSTVKGDYQIVPILSYYDIFKNYYANKQEERFY 176
Query 85 TIGGVTLFTESSALTENNTFCLSSFANINGVWTKGA---------DIKNTEKGTVTLG-- 133
+GG + ++ ++ + T + +A + +I+N ++ T+
Sbjct 177 MMGGSVIQNATTIVSNDFTGDIGYYAKDTLICKTETTVTITGTDLNIENIKEVKFTIDTD 236
Query 134 -----VGNYVGFSINEDVPRGLEEIVINGRISF--SLNNVVHEFTGQSIKYLIDNKILKE 186
+ N G I + V G +I+I ++++ ++ + TG+SI
Sbjct 237 PIYIYIKNSAGKIIWDIVEAGKNKIIIKSKLNYYYQISRPIQGETGKSI----------- 285
Query 187 IDYKKASIPNLKTFIFYENKTTETSTFKIEKIIRLGSKNAVY-NKYPLKRIDDMREAILT 245
LK TTE I+ G+ Y + +PL IDD+RE IL+
Sbjct 286 ---------TLK-------GTTEN--------IKQGTVTKAYTSSFPLTEIDDLREYILS 321
Query 246 SGKEQFDGARFE-------FLSDI-FKPIIDLNSSANKARPSCSYPLVGLALKTYQSDIN 297
G++QF R F+ D+ F P + N P + + GL LKTYQSD+
Sbjct 322 MGRKQFHIGRDSDEKLKSLFIFDVLFSP--NFNEHEESIPPIANTEMGGLCLKTYQSDLF 379
Query 298 TNWVNTEWLDGDSGINSITAIDTSGGSFTLDTLNLAKKVYTMLNRIAISDGSYNAWIQTV 357
NWVN EW+DGD+GIN++T +D S G LD LNLA+KVY MLNRIAIS GSY WI+TV
Sbjct 380 NNWVNKEWVDGDNGINAVTDVDVSEGKLNLDALNLAQKVYNMLNRIAISGGSYKDWIETV 439
Query 358 YTSGGLNHVETPIYLGGSSMEIEFQEVVNNSGTE----DQPLGSLAGRGVTDNHKGGVIK 413
YT+ ETP+Y GG S I+F+ VV+NS + ++PLGSLAGRG GG I+
Sbjct 440 YTTDYYFRAETPVYEGGMSTTIDFEAVVSNSASTASGIEEPLGSLAGRGFNQGKNGGKIR 499
Query 414 YKPDEPGYIFCITSITPRVDYYQGNDWDL-EIETLDDLHKPQLDGIGFQDRLYKNINSSA 472
K +EP YI I SITP VDY QGNDWD+ +++T+DDLHKPQLDGIG+QD L +N A
Sbjct 500 IKCNEPCYIIGIASITPNVDYSQGNDWDMTQLKTMDDLHKPQLDGIGYQDLLSNQMNGLA 559
Query 473 KREDLIKSIGKQPAWLDYMTSFNRNYGNFALIENEGWMCLNRVF------GDIDTYTTYI 526
D +IGKQPAWL+YMT N+ Y +FA E E +M LNR++ G I +TYI
Sbjct 560 NPTD---AIGKQPAWLNYMTDVNKTYADFAAGETESYMVLNRIYDVNEETGTIINPSTYI 616
Query 527 QPHLYNNIFADTDVAAQNFWVQIAFNVEARRVMSAKVIP 565
P Y IFA ++FWVQI + ARRVMSA IP
Sbjct 617 SPKDYTYIFATNTDTNRDFWVQIGKKIIARRVMSAAQIP 655
> Alpavirinae_Human_feces_A_048_Microviridae_AG087_putative.VP1
Length=650
Score = 303 bits (775), Expect = 2e-95, Method: Compositional matrix adjust.
Identities = 166/355 (47%), Positives = 229/355 (65%), Gaps = 22/355 (6%)
Query 231 YPLKRIDDMREAILTS-GKEQFDGARFEFLSDIFKPIIDLNSSANKARPSCSYPLVGLAL 289
YPL+ ID +R+ ILT+ G F+ +S + K + + S Y GL L
Sbjct 300 YPLEDIDTLRDNILTTKGNIVFNVTGNNSIS-LLKSFAERLPNGKLNTSSVQY---GLCL 355
Query 290 KTYQSDINTNWVNTEWLDGDSGINSITAIDTSGGSFTLDTLNLAKKVYTMLNRIAISDGS 349
KTY SD+ NW+NTEW+DG +GIN I+A+D + G T+D LNL++K+Y MLNRIA+S G+
Sbjct 356 KTYNSDLLQNWINTEWIDGVAGINEISAVDVTDGKLTMDALNLSQKIYNMLNRIAVSGGT 415
Query 350 YNAWIQTVYTSGG-LNHVETPIYLGGSSMEIEFQEVVNNSGTEDQPLGSLAGRGV-TDNH 407
Y W++TV+T G + ETP++ GG S E+ FQEV++NS + +QPLG+LAGRG T
Sbjct 416 YRDWLETVFTGGNYMERCETPMFEGGMSTEVVFQEVISNSASGEQPLGTLAGRGYDTGKQ 475
Query 408 KGGVIKYKPDEPGYIFCITSITPRVDYYQGNDWDLEIETLDDLHKPQLDGIGFQDRL--Y 465
KGG IK K EP +I I SITPR+DY QGN++ E++T+DD+HKP LDGIG+QD L
Sbjct 476 KGGHIKIKVTEPCFIMGIGSITPRIDYSQGNEFFNELQTVDDIHKPALDGIGYQDSLNWQ 535
Query 466 KNINSSAKRED---LIKSIGKQPAWLDYMTSFNRNYGNFALIENEGWMCLNRVF------ 516
+ + +D + S GK AW++YMT+ NR +GNFA+ +NE +M LNR +
Sbjct 536 RAWWDDTRMQDNGRIQSSAGKTVAWINYMTNINRTFGNFAINDNEAFMVLNRNYELNPNA 595
Query 517 ----GDIDTYTTYIQPHLYNNIFADTDVAAQNFWVQIAFNVEARRVMSAKVIPNL 567
I TTYI P +N IFADT++ A NFWVQ F+++ RR++SAK IPNL
Sbjct 596 GTNETKIADLTTYIDPVKFNYIFADTNLDAMNFWVQTKFDIKVRRLISAKQIPNL 650
Score = 65.9 bits (159), Expect = 4e-13, Method: Compositional matrix adjust.
Identities = 35/81 (43%), Positives = 45/81 (56%), Gaps = 5/81 (6%)
Query 33 EVNPSSLPAYLGYR-----ALSNEIETPVLTVKAIPFFGYFDIFKNYYANKQEEYFYTIG 87
+VNPS L AYLG R AL+ E + A+P GY+DIFKN+YAN QEE FY IG
Sbjct 136 QVNPSCLLAYLGIRGFGINALTTPNENVTIQKMAVPLIGYYDIFKNFYANTQEENFYIIG 195
Query 88 GVTLFTESSALTENNTFCLSS 108
T + +N +S+
Sbjct 196 ATTAIDKVEVAQKNGNQIISN 216
> Alpavirinae_Human_feces_A_016_Microviridae_AG001_putative.VP1
Length=657
Score = 301 bits (772), Expect = 7e-95, Method: Compositional matrix adjust.
Identities = 212/575 (37%), Positives = 292/575 (51%), Gaps = 83/575 (14%)
Query 31 KREVNPSSLPAYLGYRALSNEIETPVLTVKAIPFFGYFDIFKNYYANKQEEYFYTIGGVT 90
K + NPSSL +YLG++ +A+P+ Y DIFKNY+AN QE+ FY I G T
Sbjct 128 KIKYNPSSLYSYLGWKGTKQSATGIGAMKQAVPWLIYLDIFKNYFANTQEDNFYIITGST 187
Query 91 LFTESSALTENNTFCLSSFANINGVWTKGADIKNTEKGTVTLGVGNYVGFSINEDVPRGL 150
T N+F + W
Sbjct 188 KGTVKFEQKGENSFTTEVGQDAEQSW---------------------------------- 213
Query 151 EEIVINGRISFSLNNVVHEFTGQSIKYLIDNKILKEIDYKKASIPNLKTFIFYENKTTET 210
+ IN + +N V F G+ K + I+K + K S ++ N TT
Sbjct 214 -KTPINNTATLEASNNVKNF-GKFWKSI----IIKVYNPSKQS----SLTVYISNATTNY 263
Query 211 STFKIEKIIRLGSK--------NAVYNKYPL--------KRIDDMREAILTSGK-EQFDG 253
ST KI + ++G+ VY K P+ K + +IL K E D
Sbjct 264 STKKI-TLDKIGTNELTGYTIIQGVYIKTPVFGDTTDYKKMFQESLGSILKEEKLEVLDK 322
Query 254 ARFEFLSDIFKPIIDLNSSAN--------KARPSCSYPLVGLALKTYQSDINTNWVNTEW 305
R E L + I+ L ++ N R + L GL +KTY SDI NWV TEW
Sbjct 323 IRDEILKNPGNNILQLQTTTNTDVNNLFEDIRKASKNKLGGLVIKTYDSDIFNNWVKTEW 382
Query 306 LDGDSGINSITAID-TSGGSFTLDTLNLAKKVYTMLNRIAISDGSYNAWIQTVYTSGG-L 363
+DG++GI+ +TA+ G+ T+D LNL +KVY MLNRIA+S G+Y W++TVYT+G L
Sbjct 383 IDGENGISKVTALKPNEDGTITMDALNLQQKVYNMLNRIAVSGGTYRDWLETVYTAGRYL 442
Query 364 NHVETPIYLGGSSMEIEFQEVV-NNSGTEDQPLGSLAGRGVTDN-HKGGVIKYKPDEPGY 421
+ ETP++ GG S IEF EVV S E Q LG LAGRG + G + ++ +EPGY
Sbjct 443 DRPETPVFQGGMSQMIEFDEVVATTSNNEGQALGELAGRGYARQPNSSGRLHFQVEEPGY 502
Query 422 IFCITSITPRVDYYQGNDWDLEIETLDDLHKPQLDGIGFQDRLYKNINSSAKREDLIK-- 479
+ + +ITP VDY QGND+DL + T+DDLHKP LDGIG+QD + + ++ K
Sbjct 503 VMGLVAITPMVDYSQGNDFDLNLFTMDDLHKPALDGIGYQDLMNEQRAWWTATQNGTKIT 562
Query 480 --SIGKQPAWLDYMTSFNRNYGNFALIENEGWMCLNRVFGD-----IDTYTTYIQPHLYN 532
+ GK AW+DYMT+FNR +GNFA E+E +M LNR + D I +TYI P +
Sbjct 563 DTTPGKSVAWIDYMTNFNRTFGNFATGESEDFMVLNRNYEDDEADGISNGSTYINPQEHI 622
Query 533 NIFADTDVAAQNFWVQIAFNVEARRVMSAKVIPNL 567
+IFADT + +QNFW+Q A + R SAK IPN
Sbjct 623 DIFADTALDSQNFWIQTACEITRRGNYSAKQIPNF 657
> Alpavirinae_Human_feces_B_021_Microviridae_AG0368_putative.VP1
Length=649
Score = 300 bits (768), Expect = 2e-94, Method: Compositional matrix adjust.
Identities = 169/360 (47%), Positives = 225/360 (63%), Gaps = 32/360 (9%)
Query 231 YPLKRIDDMREAILTSGKEQFDGARFEFLSDIFKPIIDL------NSSANKARPSCSYPL 284
YPL+ ID +R+ ILT+ F D P++ NS N A S Y
Sbjct 299 YPLEDIDTLRDNILTTKGN----ITFNVTGDESIPLLKSFAGRLPNSKLNTA--SVQY-- 350
Query 285 VGLALKTYQSDINTNWVNTEWLDGDSGINSITAIDTSGGSFTLDTLNLAKKVYTMLNRIA 344
GL LKTY SD+ NW+NTEW+DG +GIN I+A+D + G T+D LNLA+KVY MLNRIA
Sbjct 351 -GLCLKTYNSDLLQNWINTEWIDGVTGINEISAVDVTDGKLTMDALNLAQKVYNMLNRIA 409
Query 345 ISDGSYNAWIQTVYTSGG-LNHVETPIYLGGSSMEIEFQEVVNNSGTEDQPLGSLAGRGV 403
+S G+Y W++TV+T G + ETP++ GG S EI FQEV++NS + +QPLG+LAGRG
Sbjct 410 VSGGTYRDWLETVFTGGNYMERCETPMFEGGMSTEIVFQEVISNSASGEQPLGTLAGRGY 469
Query 404 -TDNHKGGVIKYKPDEPGYIFCITSITPRVDYYQGNDWDLEIETLDDLHKPQLDGIGFQD 462
T KGG IK K EP +I I SITPR+DY QGN++ E++T+DD+HKP LDGIG+QD
Sbjct 470 DTGKQKGGHIKIKVTEPCFIMGIGSITPRIDYSQGNEFYNELKTVDDIHKPALDGIGYQD 529
Query 463 -----RLYKNINSSAKREDLIKSIGKQPAWLDYMTSFNRNYGNFALIENEGWMCLNRVF- 516
R + + + S GK AW++YMT+ NR +GNFA+ +NE +M LNR +
Sbjct 530 SLNWQRAWWDDTRMENNGRIQSSAGKTVAWINYMTNINRTFGNFAINDNEAFMVLNRNYE 589
Query 517 ---------GDIDTYTTYIQPHLYNNIFADTDVAAQNFWVQIAFNVEARRVMSAKVIPNL 567
I TTYI P +N IFA ++ A NFWVQ F+++ RR++SAK IPNL
Sbjct 590 LNPNAGTNETKIADLTTYIDPVKFNYIFAYKNLDAMNFWVQTKFDIKVRRLISAKQIPNL 649
Score = 60.8 bits (146), Expect = 2e-11, Method: Compositional matrix adjust.
Identities = 32/60 (53%), Positives = 37/60 (62%), Gaps = 4/60 (7%)
Query 33 EVNPSSLPAYLGYRALSNEIET---PVLTVK-AIPFFGYFDIFKNYYANKQEEYFYTIGG 88
+VNPS L AYLG + T PV K A+P GY+DIFKN+YAN QEE FY IG
Sbjct 136 QVNPSCLLAYLGIKGFGINATTSNAPVTVEKMAVPLIGYYDIFKNFYANTQEENFYIIGA 195
Lambda K H a alpha
0.317 0.136 0.403 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: 52100204