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-16_CDS_annotation_glimmer3.pl_2_2
Length=545
Score E
Sequences producing significant alignments: (Bits) Value
Alpavirinae_Human_feces_B_021_Microviridae_AG0368_putative.VP1 672 0.0
Alpavirinae_Human_feces_A_048_Microviridae_AG087_putative.VP1 672 0.0
Alpavirinae_Human_feces_A_047_Microviridae_AG0311_putative.VP1 622 0.0
Alpavirinae_Human_feces_C_029_Microviridae_AG0109_putative.VP1 615 0.0
Alpavirinae_Human_feces_B_020_Microviridae_AG0351_putative.VP1 567 0.0
Alpavirinae_Human_gut_32_015_Microviridae_AG0213_putative.VP1 434 6e-146
Alpavirinae_Human_gut_24_085_Microviridae_AG0230_putative.VP1 419 2e-140
Alpavirinae_Human_feces_B_023_Microviridae_AG0145_putative.VP1 387 1e-127
Alpavirinae_Human_feces_A_016_Microviridae_AG001_putative.VP1 373 2e-122
Alpavirinae_Human_gut_30_040_Microviridae_AG0134_putative.VP1 350 2e-113
> Alpavirinae_Human_feces_B_021_Microviridae_AG0368_putative.VP1
Length=649
Score = 672 bits (1735), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 356/548 (65%), Positives = 415/548 (76%), Gaps = 10/548 (2%)
Query 1 MSQIKLPQLRTTV-TIADNPYQANNNHPWTQVNPSCLLAYLGVRGYGSVTGNTGEKVNID 59
MS IKLPQ++ ++ D P N W+QVNPSCLLAYLG++G+G + V ++
Sbjct 109 MSDIKLPQIKVSINKTIDLPTPENQ---WSQVNPSCLLAYLGIKGFGINATTSNAPVTVE 165
Query 60 INAVPLIGYYDIFKNYYANTQEENFWTIgatpkvakvtvttgtDIFV-SDNPEKMQIPII 118
AVPLIGYYDIFKN+YANTQEENF+ IGAT + K+TV T + S P+K+ I I
Sbjct 166 KMAVPLIGYYDIFKNFYANTQEENFYIIGATNAIYKITVGQTTGTKIESTTPDKINIGIA 225
Query 119 NNKSTLQFQPAGIFQNDDLELTFFSSASEAYLTFKPEEIGEFNPDEGDLAINKLPSNQDL 178
N K T+Q P ++ D+L +T+F +A++ T KP G +N G + K+P +
Sbjct 226 N-KDTVQIFPLNTYEADELTVTWFDAATQTTKTGKPTNFGTWNKSTGQWIV-KMPETT-V 282
Query 179 YILKSMTSKQRVIIANNNLGQLDELREEILLTKGNTAYIVNNSNNVPLLKSFTQRMTTNL 238
+L S+T RV + L +D LR+ IL TKGN + V ++PLLKSF R+ +
Sbjct 283 GVLMSITPNSRVKLKTYPLEDIDTLRDNILTTKGNITFNVTGDESIPLLKSFAGRLPNSK 342
Query 239 LNTTSSQFGLALKTYNSDLLQNWINTEWIEGEQGINEISAVDVSNGQLTMDALNLAQKVY 298
LNT S Q+GL LKTYNSDLLQNWINTEWI+G GINEISAVDV++G+LTMDALNLAQKVY
Sbjct 343 LNTASVQYGLCLKTYNSDLLQNWINTEWIDGVTGINEISAVDVTDGKLTMDALNLAQKVY 402
Query 299 NMLNRIAVSGGTYRDWLETVFTGGNYMERCETPVFEGGMSQEIVFQEVISNSASGEEPLG 358
NMLNRIAVSGGTYRDWLETVFTGGNYMERCETP+FEGGMS EIVFQEVISNSASGE+PLG
Sbjct 403 NMLNRIAVSGGTYRDWLETVFTGGNYMERCETPMFEGGMSTEIVFQEVISNSASGEQPLG 462
Query 359 TLAGRGISTEKQKGGHVKIKVTEPCYIIGIGSITPRIDYSQGNEFYAYHQTVDDIHKPAL 418
TLAGRG T KQKGGH+KIKVTEPC+I+GIGSITPRIDYSQGNEFY +TVDDIHKPAL
Sbjct 463 TLAGRGYDTGKQKGGHIKIKVTEPCFIMGIGSITPRIDYSQGNEFYNELKTVDDIHKPAL 522
Query 419 DGIGYQDSVNWQRAFW-DRQYNTTGQIQQPAVGKTVAWINYMTNINRTFGNFADNNSEAF 477
DGIGYQDS+NWQRA+W D + G+IQ A GKTVAWINYMTNINRTFGNFA N++EAF
Sbjct 523 DGIGYQDSLNWQRAWWDDTRMENNGRIQSSA-GKTVAWINYMTNINRTFGNFAINDNEAF 581
Query 478 MVMNRNYEYRSGTTFGTTAINDLTTYIDPVKFNYIFADTNLDAMNFWVQTKFDIKCRRLI 537
MV+NRNYE T I DLTTYIDPVKFNYIFA NLDAMNFWVQTKFDIK RRLI
Sbjct 582 MVLNRNYELNPNAGTNETKIADLTTYIDPVKFNYIFAYKNLDAMNFWVQTKFDIKVRRLI 641
Query 538 SAKQIPNL 545
SAKQIPNL
Sbjct 642 SAKQIPNL 649
> Alpavirinae_Human_feces_A_048_Microviridae_AG087_putative.VP1
Length=650
Score = 672 bits (1734), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 355/549 (65%), Positives = 414/549 (75%), Gaps = 11/549 (2%)
Query 1 MSQIKLPQLRTTVTIA-DNPYQANNNHPWTQVNPSCLLAYLGVRGYG-SVTGNTGEKVNI 58
MS IKLPQ+R + DNP N WTQVNPSCLLAYLG+RG+G + E V I
Sbjct 109 MSDIKLPQIRVNINKRNDNPTPENQ---WTQVNPSCLLAYLGIRGFGINALTTPNENVTI 165
Query 59 DINAVPLIGYYDIFKNYYANTQEENFWTIgatpkvakvtvttgt-DIFVSDNPEKMQIPI 117
AVPLIGYYDIFKN+YANTQEENF+ IGAT + KV V + +S+ P+K+ I
Sbjct 166 QKMAVPLIGYYDIFKNFYANTQEENFYIIGATTAIDKVEVAQKNGNQIISNTPDKINAGI 225
Query 118 INNKSTLQFQPAGIFQNDDLELTFFSSASEAYLTFKPEEIGEFNPDEGDLAINKLPSNQD 177
N + P +++ +L +T+F +AS+ T KP E G +N G ++ +
Sbjct 226 ANG-DIITIYPINTYESSELAVTWFDAASQTSRTGKPTEFGTWNKATGKWSV--IIPETT 282
Query 178 LYILKSMTSKQRVIIANNNLGQLDELREEILLTKGNTAYIVNNSNNVPLLKSFTQRMTTN 237
+ L S+T RV + L +D LR+ IL TKGN + V +N++ LLKSF +R+
Sbjct 283 VGALMSITPNNRVQLKTYPLEDIDTLRDNILTTKGNIVFNVTGNNSISLLKSFAERLPNG 342
Query 238 LLNTTSSQFGLALKTYNSDLLQNWINTEWIEGEQGINEISAVDVSNGQLTMDALNLAQKV 297
LNT+S Q+GL LKTYNSDLLQNWINTEWI+G GINEISAVDV++G+LTMDALNL+QK+
Sbjct 343 KLNTSSVQYGLCLKTYNSDLLQNWINTEWIDGVAGINEISAVDVTDGKLTMDALNLSQKI 402
Query 298 YNMLNRIAVSGGTYRDWLETVFTGGNYMERCETPVFEGGMSQEIVFQEVISNSASGEEPL 357
YNMLNRIAVSGGTYRDWLETVFTGGNYMERCETP+FEGGMS E+VFQEVISNSASGE+PL
Sbjct 403 YNMLNRIAVSGGTYRDWLETVFTGGNYMERCETPMFEGGMSTEVVFQEVISNSASGEQPL 462
Query 358 GTLAGRGISTEKQKGGHVKIKVTEPCYIIGIGSITPRIDYSQGNEFYAYHQTVDDIHKPA 417
GTLAGRG T KQKGGH+KIKVTEPC+I+GIGSITPRIDYSQGNEF+ QTVDDIHKPA
Sbjct 463 GTLAGRGYDTGKQKGGHIKIKVTEPCFIMGIGSITPRIDYSQGNEFFNELQTVDDIHKPA 522
Query 418 LDGIGYQDSVNWQRAFW-DRQYNTTGQIQQPAVGKTVAWINYMTNINRTFGNFADNNSEA 476
LDGIGYQDS+NWQRA+W D + G+IQ A GKTVAWINYMTNINRTFGNFA N++EA
Sbjct 523 LDGIGYQDSLNWQRAWWDDTRMQDNGRIQSSA-GKTVAWINYMTNINRTFGNFAINDNEA 581
Query 477 FMVMNRNYEYRSGTTFGTTAINDLTTYIDPVKFNYIFADTNLDAMNFWVQTKFDIKCRRL 536
FMV+NRNYE T I DLTTYIDPVKFNYIFADTNLDAMNFWVQTKFDIK RRL
Sbjct 582 FMVLNRNYELNPNAGTNETKIADLTTYIDPVKFNYIFADTNLDAMNFWVQTKFDIKVRRL 641
Query 537 ISAKQIPNL 545
ISAKQIPNL
Sbjct 642 ISAKQIPNL 650
> Alpavirinae_Human_feces_A_047_Microviridae_AG0311_putative.VP1
Length=637
Score = 622 bits (1603), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 336/552 (61%), Positives = 397/552 (72%), Gaps = 28/552 (5%)
Query 1 MSQIKLPQLRTTVTIADNPYQANNNHPWTQVNPSCLLAYLGVRGYGSVTGNTGEKVNIDI 60
MSQ+K+PQL + DNP N WTQVNPSCLLAYLG+RGYGS+ G + + I
Sbjct 107 MSQVKIPQLNVELKNTDNPTTDNE---WTQVNPSCLLAYLGIRGYGSLIGTSAKY--IGK 161
Query 61 NAVPLIGYYDIFKNYYANTQEENFWTIgatpkvakvtvttgtDIFVSDNPEKMQIPIINN 120
NAVPLIGYYDIFKNYYANTQEE F+TIG + ++ E +IP N
Sbjct 162 NAVPLIGYYDIFKNYYANTQEEKFYTIGGV-------------LPLNVTYEGTEIPNSGN 208
Query 121 KSTLQFQPAGIFQN--DDLELTFFSSASEAYLTFKPEEIGEFNPDEGDLAINKLPSNQDL 178
L +F N + ++ S + Y +KP ++G L I+KL + +
Sbjct 209 NIALSNGDTMVFSNVTNINDVVLIGSENLRYREWKPSDLGTVTGLT--LNIDKLLAGNE- 265
Query 179 YILKSMTSKQRVIIANNNLGQLDELREEILLTKGNTAYIVNNSNNVPLLKSFTQRM---T 235
YIL M K V + L LD LR+ IL TKGN A+ V ++VP+LK F +R
Sbjct 266 YILHKMYKKGMVDLNQWELESLDTLRDNILTTKGNVAFNVTGKDSVPVLKQFNERFGEKQ 325
Query 236 TNLLNTTSSQFGLALKTYNSDLLQNWINTEWIEGEQGINEISAVDVSNGQLTMDALNLAQ 295
T L TT+ QFGLALKTYNSDL QNWINT+WIEG GINEIS+VDVS+G L+MDALNLAQ
Sbjct 326 TGYLKTTAPQFGLALKTYNSDLYQNWINTDWIEGVNGINEISSVDVSDGSLSMDALNLAQ 385
Query 296 KVYNMLNRIAVSGGTYRDWLETVFTGGNYMERCETPVFEGGMSQEIVFQEVISNSASGEE 355
KVYNMLNRIAVSGGTYRDWLETVFTGG YMERCETP+FEGG SQEI+FQEVISNSA+ +E
Sbjct 386 KVYNMLNRIAVSGGTYRDWLETVFTGGEYMERCETPIFEGGTSQEIIFQEVISNSATEQE 445
Query 356 PLGTLAGRGISTEKQKGGHVKIKVTEPCYIIGIGSITPRIDYSQGNEFYAYHQTVDDIHK 415
PLGTLAGRGI+T KQ+GGHVKIKVTEP YI+ I SITPRIDYSQGN++ +T+DD+HK
Sbjct 446 PLGTLAGRGITTNKQRGGHVKIKVTEPGYIMCICSITPRIDYSQGNQWDTELKTMDDLHK 505
Query 416 PALDGIGYQDSVNWQRAFWDRQYNTTGQIQQPAVGKTVAWINYMTNINRTFGNFADNNSE 475
PALDGIGYQDS+N +RA+W Y+ + A GKTVAWINYMTN+NRT+GNFA ++E
Sbjct 506 PALDGIGYQDSINSERAWWAGYYSQGPLKVETAAGKTVAWINYMTNVNRTYGNFAIKDNE 565
Query 476 AFMVMNRNYEYR--SGTTFGTTAINDLTTYIDPVKFNYIFADTNLDAMNFWVQTKFDIKC 533
AFMVMNRNYE + G T + I DL+TYIDPVKFNYIFADT+L+AMNFWVQTKFDIK
Sbjct 566 AFMVMNRNYELQINGGPTPTSIRIGDLSTYIDPVKFNYIFADTSLEAMNFWVQTKFDIKA 625
Query 534 RRLISAKQIPNL 545
RRLISAKQIPNL
Sbjct 626 RRLISAKQIPNL 637
> Alpavirinae_Human_feces_C_029_Microviridae_AG0109_putative.VP1
Length=640
Score = 615 bits (1586), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 329/549 (60%), Positives = 397/549 (72%), Gaps = 19/549 (3%)
Query 1 MSQIKLPQLRTTVTIADNPYQANNNHPWTQVNPSCLLAYLGVRGYGSVTGNTGEKVNIDI 60
MSQ+K+PQL + DNP N WTQ+NPSCLLAYLG+RGYGS+ G T + V +
Sbjct 107 MSQVKIPQLNVGLKNTDNPTSKNE---WTQINPSCLLAYLGIRGYGSLIGVTTKYV--EK 161
Query 61 NAVPLIGYYDIFKNYYANTQEENFWTIgatpkvakvtvttgtDIFVSDNPEKMQIPIINN 120
NAVPLIGYYDIFKNYYANTQE+ F+TIG+ K I +D + +Q+
Sbjct 162 NAVPLIGYYDIFKNYYANTQEDKFYTIGSGRKFTITINNVSYPI--TDINKTLQV----- 214
Query 121 KSTLQFQPAGIFQNDDLELTFFSSASEAYLTFKPEEIGEFNPDEGDLAINKLPSNQDLYI 180
++F P + + L F S + Y + +IG + ++ D I+ L + + Y
Sbjct 215 GDVIKFTPTPT-KEEQGNLIFIGSENSRYRRWSGSDIGTWT-EQNDFKISGLKAGKR-YE 271
Query 181 LKSMTSKQRVIIANNNLGQLDELREEILLTKGNTAYIVNNSNNVPLLKSFTQRMTTN--L 238
L + ++ V + L LD LR+ IL TKGN + V ++VP+L+ F +R+ N
Sbjct 272 LDRIFNELSVGLQQWELESLDTLRDNILTTKGNITFSVTGIDSVPVLQQFNERLGANSEH 331
Query 239 LNTTSSQFGLALKTYNSDLLQNWINTEWIEGEQGINEISAVDVSNGQLTMDALNLAQKVY 298
L T QFGLALKTYNSDL QNWINT+WIEG GINEIS+VDVS+G L+MDALNLAQKVY
Sbjct 332 LKTIGPQFGLALKTYNSDLYQNWINTDWIEGVNGINEISSVDVSDGNLSMDALNLAQKVY 391
Query 299 NMLNRIAVSGGTYRDWLETVFTGGNYMERCETPVFEGGMSQEIVFQEVISNSASGEEPLG 358
NMLNRIAVSGGTYRDWLETVFTGG YMERCETPVFEGG SQEIVFQEVISNSA+ +EPLG
Sbjct 392 NMLNRIAVSGGTYRDWLETVFTGGEYMERCETPVFEGGTSQEIVFQEVISNSATEQEPLG 451
Query 359 TLAGRGISTEKQKGGHVKIKVTEPCYIIGIGSITPRIDYSQGNEFYAYHQTVDDIHKPAL 418
TLAGRGI+T KQ+GGH+KIKVTEP YI+ I SITPRIDYSQGN++ +T+DD+HKPAL
Sbjct 452 TLAGRGITTNKQRGGHIKIKVTEPGYIMCICSITPRIDYSQGNQWDTELKTMDDLHKPAL 511
Query 419 DGIGYQDSVNWQRAFWDRQYNTTGQIQQPAVGKTVAWINYMTNINRTFGNFADNNSEAFM 478
DGIGYQDS+N +RA+W YN ++ A GKTVAWINYMTN+NRT+GNFA ++EAFM
Sbjct 512 DGIGYQDSINSERAWWAGYYNADPDKKETAAGKTVAWINYMTNVNRTYGNFAIKDNEAFM 571
Query 479 VMNRNYEYR--SGTTFGTTAINDLTTYIDPVKFNYIFADTNLDAMNFWVQTKFDIKCRRL 536
VMNRNYE G+T I DL+TYIDP KFNYIFADT+L+AMNFWVQTKFDIK RRL
Sbjct 572 VMNRNYELEITGGSTPTKITIGDLSTYIDPAKFNYIFADTSLEAMNFWVQTKFDIKARRL 631
Query 537 ISAKQIPNL 545
ISAKQIPNL
Sbjct 632 ISAKQIPNL 640
> Alpavirinae_Human_feces_B_020_Microviridae_AG0351_putative.VP1
Length=651
Score = 567 bits (1461), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 300/553 (54%), Positives = 382/553 (69%), Gaps = 18/553 (3%)
Query 1 MSQIKLPQLRTTV-TIADNPYQANNNHPWTQVNPSCLLAYLGVRGYGSVTGNTGEKVNID 59
MSQIKLPQL T+ + D P + W+Q+NPSCLL+YLG++GYG +
Sbjct 109 MSQIKLPQLSVTLNKLQDQP--GEDEQQWSQINPSCLLSYLGIKGYGGIH-KAAPTTEAQ 165
Query 60 INAVPLIGYYDIFKNYYANTQEENFWTIgatpkvakvtvttgtDIFVSDNPEKMQIPIIN 119
NAV ++GY+DIFKNYYAN QEEN++ IG+ ++ + N I I
Sbjct 166 KNAVKVLGYWDIFKNYYANKQEENYYMIGSNDPLSIKINNVT---IIDPNNIPSNIGTIK 222
Query 120 NKSTLQF-QPAGIFQNDDLELTFFSSASEAYLTFKPEEIGEFNPDEGDLAI--NKLPSNQ 176
T+ P I+ ++ L + + E+G+ +E + I N +P N
Sbjct 223 KSGTIAIADPLKIYNTSNVTLWVTQQIGHSPVKMTVNEVGQGVWEENEFVITANNVPENS 282
Query 177 DLYILKSMTSKQRVIIANNNLGQLDELREEILLTKGNTAYIVNNSNNVPLLKSFTQRMTT 236
+I +++Q+ +++ L + D LR+EIL KGN A+I++ +++ + K F +R +
Sbjct 283 SWWIRIIQSTQQQALVSFP-LDEFDTLRDEILAKKGNQAFILSKNSSTKIAKIFNERGSN 341
Query 237 NLLNTTSSQFGLALKTYNSDLLQNWINTEWIEGEQGINEISAVDVSNGQLTMDALNLAQK 296
N L TT Q+GL LKTYNSDL QNWINT+WI+G GINEIS+VDVS G+LTMDALNLAQK
Sbjct 342 NKLKTTRPQYGLLLKTYNSDLYQNWINTDWIDGANGINEISSVDVSEGKLTMDALNLAQK 401
Query 297 VYNMLNRIAVSGGTYRDWLETVFTGGNYMERCETPVFEGGMSQEIVFQEVISNSASGEEP 356
VYNMLNRIAVSGGTYRDWLETV+ G Y+ERCETP FEGG SQEIVFQEV+SNSA+ +EP
Sbjct 402 VYNMLNRIAVSGGTYRDWLETVYASGQYIERCETPTFEGGTSQEIVFQEVVSNSATEDEP 461
Query 357 LGTLAGRGISTEKQKGGHVKIKVTEPCYIIGIGSITPRIDYSQGNEFYAYHQTVDDIHKP 416
LGTLAGRG++ KQKGG +K++ TEP YI+ I SITPRIDYSQGN+F +T+DD+HKP
Sbjct 462 LGTLAGRGVNAGKQKGGKIKVRATEPGYIMCITSITPRIDYSQGNDFDTDWKTLDDMHKP 521
Query 417 ALDGIGYQDSVNWQRAFWDRQYNTTGQ--IQQPAVGKTVAWINYMTNINRTFGNFADNNS 474
ALDGIGYQDSVN RA+WD Y + + + GKTVAWI+YMTN+N+T+GNFA S
Sbjct 522 ALDGIGYQDSVNTGRAWWDDVYTGAQETNLVKHTAGKTVAWIDYMTNVNKTYGNFAAGMS 581
Query 475 EAFMVMNRNYE--YRSGTTFGTTAINDLTTYIDPVKFNYIFADTNLDAMNFWVQTKFDIK 532
EAFMV+NRNYE Y SGT I DLTTYIDP+K+NYIFADT++DAMNFWVQ KFDI
Sbjct 582 EAFMVLNRNYEIKYDSGT---NPRIADLTTYIDPIKYNYIFADTSIDAMNFWVQIKFDIT 638
Query 533 CRRLISAKQIPNL 545
RRL+SAKQIPNL
Sbjct 639 ARRLMSAKQIPNL 651
> Alpavirinae_Human_gut_32_015_Microviridae_AG0213_putative.VP1
Length=653
Score = 434 bits (1115), Expect = 6e-146, Method: Compositional matrix adjust.
Identities = 254/565 (45%), Positives = 348/565 (62%), Gaps = 38/565 (7%)
Query 1 MSQIKLPQLRTTVTIADNPYQANNNHPWTQVNPSCLLAYLGVRGYGSVTGNTGEKV--NI 58
M +KLP + T + + N + N S L YLG++G G+KV
Sbjct 107 MKDVKLPTFTLSGTGGGDSNRGNFEK---KTNSSSLPFYLGIKG------ARGKKVVDKA 157
Query 59 DINAVPLIGYYDIFKNYYANTQEENFWTIgatpk-----vakvtvttgtDIFVSDNP--- 110
PL+ YYDIFKNY+ANTQEE+F+ + A T +F S+
Sbjct 158 AFQGTPLLMYYDIFKNYFANTQEESFYVAIGVGEDPLILKATWASNTKDKVFYSEQDYSA 217
Query 111 -----EKMQIPIINNKSTLQFQPAGIFQNDDLELTFFSSASEAYLTFKPEEIGEFNPDEG 165
E + I +K+ Q IFQN + LT+ ++ + + +G +N +
Sbjct 218 ENITVEGEMVLSIEDKTLTSAQKCLIFQN--MLLTYKTATGGSQTSRSMSSLGTWNNADE 275
Query 166 DLAINKLPSNQDLYILKS--MTSKQRVI-IANNNLGQLDELREEILLTKGNTAY-IVNNS 221
INK+ + + + S T +RVI + L +L+ +++ IL TKG+T I + S
Sbjct 276 TFVINKVLTGKWYPCMFSPDKTMLKRVIKLKKYKLEELETIKDRILATKGDTVLEITDES 335
Query 222 NNVPLLKSFTQRMTTNLLNTTSSQFGLALKTYNSDLLQNWINTEWIEGEQGINEISAVDV 281
+ S + + TN ++ GLA+KTY+SD+ QNW+NTE I+G +GINE S+V +
Sbjct 336 EETGVGTSLFKDIATN----PTTMAGLAVKTYDSDVFQNWVNTELIDGAKGINEASSVAI 391
Query 282 SNGQLTMDALNLAQKVYNMLNRIAVSGGTYRDWLETVFTGGNYMERCETPVFEGGMSQEI 341
+ +L+MDALNLAQKVY+ LNRIAVSG TY+DWLET +T GNY+ER ETP+FEGGM+Q I
Sbjct 392 VDNKLSMDALNLAQKVYDFLNRIAVSGNTYKDWLETAYTAGNYIERPETPLFEGGMTQLI 451
Query 342 VFQEVISNSASGEEPLGTLAGRGISTEKQKGGHVKIKVTEPCYIIGIGSITPRIDYSQGN 401
FQEVISN+ + +EPLGTLAGRG++T+++ G + +K++EP YIIGI +ITP IDYSQGN
Sbjct 452 EFQEVISNAGTEQEPLGTLAGRGVTTQQRGDGEIYMKISEPSYIIGIVAITPMIDYSQGN 511
Query 402 EFYAYH-QTVDDIHKPALDGIGYQDSVNWQRAFWDRQYNTTGQIQQPAVGKTVAWINYMT 460
++ + + +DD HKPA DGIG++DS+N QRA+W +Y+ +I GKTVAWINYMT
Sbjct 512 DWDMTNIKNMDDFHKPAFDGIGFEDSMNEQRAYWTAEYSDGEKISDTKAGKTVAWINYMT 571
Query 461 NINRTFGNFADNNSEAFMVMNRNYEYRSGTTFGTTAINDLTTYIDPVKFNYIFADTNLDA 520
N N+TFG FA SE FMVMNRNYE + I+DL+TYIDP K+N IFAD +L A
Sbjct 572 NFNKTFGEFAAGESEDFMVMNRNYERDED---DDSLISDLSTYIDPSKYNQIFADVSLSA 628
Query 521 MNFWVQTKFDIKCRRLISAKQIPNL 545
NFWVQT I+ RR ISAKQIPNL
Sbjct 629 QNFWVQTAAQIEVRRNISAKQIPNL 653
> Alpavirinae_Human_gut_24_085_Microviridae_AG0230_putative.VP1
Length=653
Score = 419 bits (1077), Expect = 2e-140, Method: Compositional matrix adjust.
Identities = 246/563 (44%), Positives = 348/563 (62%), Gaps = 34/563 (6%)
Query 1 MSQIKLPQLRTTVTIADNPYQANNNHPWTQVNPSCLLAYLGVRGYGSVTGNTGEKVNIDI 60
M ++KLP + T + + N + NPS L YLG++G G E
Sbjct 107 MKEVKLPTFTLSGTGGGDSKRGNFEM---KTNPSSLPFYLGIKG---ARGKETED-RAAF 159
Query 61 NAVPLIGYYDIFKNYYANTQEENFWTIgatpkvakvtvttgtD-----IFVSD---NPEK 112
PL+ Y+DIFKNY+ANTQEE+F+ + + T ++ +F S+ N E
Sbjct 160 QGTPLLMYFDIFKNYFANTQEESFYVANGVGEDPLILKATWSNNTENKVFYSEQDYNAEN 219
Query 113 M-----QIPIINNKSTLQFQPAGIFQNDDLELTFFSSASEAYLTFKPEEIGEFNPDEGDL 167
+ + I +K+ Q + IFQN + LT+ + + + +G +N +
Sbjct 220 ILVTGEMVLSIEDKTLTSAQKSLIFQN--MILTYKITTGGIQTSRSMDTLGTWNNADETF 277
Query 168 AINKLPSNQ---DLYILKSMTSKQRVIIANNNLGQLDELREEILLTKGNTAY-IVNNSNN 223
I+K+ + ++ K+ + + L L+ L++ IL TKG+T I + S+
Sbjct 278 VIDKVLTGNWYPCMFSPDKTMLKKIIKLKKYKLEDLETLKDRILATKGDTVLEITDESDT 337
Query 224 VPLLKSFTQRMTTNLLNTTSSQFGLALKTYNSDLLQNWINTEWIEGEQGINEISAVDVSN 283
+ S + + N ++ GLA+KTY+SD+ QNW+NTE IEG +GINE S+V + +
Sbjct 338 TGVGMSLFKDIAVN----PTTMAGLAVKTYDSDVFQNWVNTELIEGAKGINEASSVAIID 393
Query 284 GQLTMDALNLAQKVYNMLNRIAVSGGTYRDWLETVFTGGNYMERCETPVFEGGMSQEIVF 343
+L+MDALNLAQKVY+ LNRIAVSG TY+DWLET +T GNY+ER ETP+FEGGM+Q I F
Sbjct 394 NKLSMDALNLAQKVYDFLNRIAVSGNTYKDWLETAYTAGNYIERPETPLFEGGMTQLIEF 453
Query 344 QEVISNSASGEEPLGTLAGRGISTEKQKGGHVKIKVTEPCYIIGIGSITPRIDYSQGNEF 403
QEV+SN+ + +EPLG+LAGRG++T+++ G + +K++EP YI+GI +ITP IDYSQGN++
Sbjct 454 QEVVSNAGTEQEPLGSLAGRGVTTQQKGDGEIYMKISEPSYIMGIVAITPMIDYSQGNDW 513
Query 404 YAYH-QTVDDIHKPALDGIGYQDSVNWQRAFWDRQYNTTGQIQQPAVGKTVAWINYMTNI 462
+ + +DD HKPA DGIG++DS+N QRA+W +YN +I GKTVAWINYMTN
Sbjct 514 DMTNIKNMDDFHKPAFDGIGFEDSMNEQRAYWTAEYNNGEKISDTKAGKTVAWINYMTNF 573
Query 463 NRTFGNFADNNSEAFMVMNRNYEYRSGTTFGTTAINDLTTYIDPVKFNYIFADTNLDAMN 522
N+TFG FA SE FMVMNRNYE + I+DL+TYIDP K+N IFAD +L A N
Sbjct 574 NKTFGEFAAGESEDFMVMNRNYERDEEN---DSLISDLSTYIDPSKYNQIFADESLSAQN 630
Query 523 FWVQTKFDIKCRRLISAKQIPNL 545
FWVQT ++ RR ISAKQIPNL
Sbjct 631 FWVQTAVQMEVRRNISAKQIPNL 653
> Alpavirinae_Human_feces_B_023_Microviridae_AG0145_putative.VP1
Length=668
Score = 387 bits (993), Expect = 1e-127, Method: Compositional matrix adjust.
Identities = 256/579 (44%), Positives = 334/579 (58%), Gaps = 53/579 (9%)
Query 1 MSQIKLPQLRTTVTIADNPYQANNNHPWTQVNPSCLLAYLGVRGYGSVTGNTGEKVNIDI 60
MS++K+P R Q N + SC+ YLG RG + +T D
Sbjct 109 MSKVKIPIYRV------GQKQGTNLSKDLLYSSSCIFTYLGNRGQETKKNSTSNVNTQDF 162
Query 61 NAVPLIGYYDIFKNYYANTQEENFWTIgatpkvakvtvttgtDIFVSDNPEKMQIPIINN 120
NA+PL+GY DIFKNYYAN QEE F IGA P + T + +S ++
Sbjct 163 NAIPLLGYLDIFKNYYANKQEEKFKFIGADPYLIINTANLKNNP-ISTGVGSQRVTGGTF 221
Query 121 KSTLQFQPAGIFQ--NDDLELTF---FSSASE---AYLTFKPEEIGEFNPDEGDLAINKL 172
TLQ P+ + DD+E+TF + +E T+ E+G++ L I L
Sbjct 222 NITLQNGPSDWKEVNKDDIEITFTQKIGTETEYQTVERTYTLTELGKWFNSTPILTILTL 281
Query 173 PSN-------QDLY--ILKSMTSKQRVIIANNNLGQLDELREEILLTKGNTAYIVNNSNN 223
N QDL I S K I NL LD+LRE+IL KGN + +N +
Sbjct 282 AYNNSGTTGSQDLLYGIPTSYKIKNITNILTENLSDLDQLREDIL-AKGNERFEMNLTTK 340
Query 224 VPLLKSFT--QRM---------TTNLLNTTSSQFGLALKTYNSDLLQNWINTEWIEGEQG 272
+ +FT Q + N +S Q GL LKTY SD+ NWIN+EWI+GE G
Sbjct 341 LGGSINFTYIQHILGGNESSYEKATKYNRSSPQCGLLLKTYQSDIFTNWINSEWIDGENG 400
Query 273 INEISAVDVSNGQLTMDALNLAQKVYNMLNRIAVSGGTYRDWLETVFTGGNYMERCETPV 332
I+ I+A+ + T+D LNL++KVY+MLNRIA+SGGTY+DW+ETV+T + ETPV
Sbjct 401 ISAITAISTEGNKFTIDQLNLSKKVYDMLNRIAISGGTYQDWVETVYT-SEWNMHTETPV 459
Query 333 FEGGMSQEIVFQEVISNSASGEEPLGTLAGRGISTEKQKGGHVKIKVTEPCYIIGIGSIT 392
+EGGMS EI FQEV+SNSA+ EEPLGTLAGRG ++ K KGG + IKVTEPCYI+GI SIT
Sbjct 460 YEGGMSAEIEFQEVVSNSATEEEPLGTLAGRGFASNK-KGGQLHIKVTEPCYIMGIASIT 518
Query 393 PRIDYSQGNEF-YAYHQTVDDIHKPALDGIGYQDSVNWQRAFWDRQYNTTGQIQQPAVGK 451
PR+DY QGN++ T+DDIHKP LD IGYQD Q N + AVGK
Sbjct 519 PRVDYCQGNDWDITSLDTMDDIHKPQLDSIGYQD-------LMQEQMNAQAS-RNLAVGK 570
Query 452 TVAWINYMTNINRTFGNFA--DNNSEAFMVMNRNYEYR---SGTTFGTTAINDLTTYIDP 506
+WINYMT+ N+T+G FA D EAFMV+NR ++ + +GT G N +TYIDP
Sbjct 571 QPSWINYMTSFNKTYGTFANEDGEGEAFMVLNRYFDIKEIDAGTETGVKVYN-TSTYIDP 629
Query 507 VKFNYIFADTNLDAMNFWVQTKFDIKCRRLISAKQIPNL 545
++NYIFA+T +MNFWVQ F I+ RR++SA QIPNL
Sbjct 630 SQYNYIFAETGTKSMNFWVQLGFGIEARRVMSASQIPNL 668
> Alpavirinae_Human_feces_A_016_Microviridae_AG001_putative.VP1
Length=657
Score = 373 bits (957), Expect = 2e-122, Method: Compositional matrix adjust.
Identities = 246/576 (43%), Positives = 333/576 (58%), Gaps = 58/576 (10%)
Query 1 MSQIKLPQLRTTVTIADNPYQAN--NNHPWTQVNPSCLLAYLGVRGYGSVTGNTGEKVNI 58
MS IK P + Y+ N ++ + NPS L +YLG +G T + +
Sbjct 109 MSDIKFPTI----------YRGNELDSKNKIKYNPSSLYSYLGWKG----TKQSATGIGA 154
Query 59 DINAVPLIGYYDIFKNYYANTQEENFWTIgatpkvakvtvttgtDIF---VSDNPEKMQI 115
AVP + Y DIFKNY+ANTQE+NF+ I + K G + F V + E+
Sbjct 155 MKQAVPWLIYLDIFKNYFANTQEDNFYIITGSTKGTVKFEQKGENSFTTEVGQDAEQSWK 214
Query 116 PIINNKSTLQ----------FQPAGIFQ----NDDLELT-FFSSASEAYLTFK--PEEIG 158
INN +TL+ F + I + + LT + S+A+ Y T K ++IG
Sbjct 215 TPINNTATLEASNNVKNFGKFWKSIIIKVYNPSKQSSLTVYISNATTNYSTKKITLDKIG 274
Query 159 EFNPDEGDLAIN----KLPSNQDLYILKSMTSKQR-VIIANNNLGQLDELREEILLTKGN 213
N G I K P D K M + I+ L LD++R+EIL GN
Sbjct 275 T-NELTGYTIIQGVYIKTPVFGDTTDYKKMFQESLGSILKEEKLEVLDKIRDEILKNPGN 333
Query 214 TAYIVNNSNNVPLLKSF--TQRMTTNLLNTTSSQFGLALKTYNSDLLQNWINTEWIEGEQ 271
+ + N + F ++ + N L GL +KTY+SD+ NW+ TEWI+GE
Sbjct 334 NILQLQTTTNTDVNNLFEDIRKASKNKLG------GLVIKTYDSDIFNNWVKTEWIDGEN 387
Query 272 GINEISAVDVS-NGQLTMDALNLAQKVYNMLNRIAVSGGTYRDWLETVFTGGNYMERCET 330
GI++++A+ + +G +TMDALNL QKVYNMLNRIAVSGGTYRDWLETV+T G Y++R ET
Sbjct 388 GISKVTALKPNEDGTITMDALNLQQKVYNMLNRIAVSGGTYRDWLETVYTAGRYLDRPET 447
Query 331 PVFEGGMSQEIVFQEVISNSASGE-EPLGTLAGRGISTEKQKGGHVKIKVTEPCYIIGIG 389
PVF+GGMSQ I F EV++ +++ E + LG LAGRG + + G + +V EP Y++G+
Sbjct 448 PVFQGGMSQMIEFDEVVATTSNNEGQALGELAGRGYARQPNSSGRLHFQVEEPGYVMGLV 507
Query 390 SITPRIDYSQGNEFYAYHQTVDDIHKPALDGIGYQDSVNWQRAFWDRQYNTTGQIQQPAV 449
+ITP +DYSQGN+F T+DD+HKPALDGIGYQD +N QRA+W N T +I
Sbjct 508 AITPMVDYSQGNDFDLNLFTMDDLHKPALDGIGYQDLMNEQRAWWTATQNGT-KITDTTP 566
Query 450 GKTVAWINYMTNINRTFGNFADNNSEAFMVMNRNYEYRSGTTFGTTAINDLTTYIDPVKF 509
GK+VAWI+YMTN NRTFGNFA SE FMV+NRNYE I++ +TYI+P +
Sbjct 567 GKSVAWIDYMTNFNRTFGNFATGESEDFMVLNRNYEDDEA-----DGISNGSTYINPQEH 621
Query 510 NYIFADTNLDAMNFWVQTKFDIKCRRLISAKQIPNL 545
IFADT LD+ NFW+QT +I R SAKQIPN
Sbjct 622 IDIFADTALDSQNFWIQTACEITRRGNYSAKQIPNF 657
> Alpavirinae_Human_gut_30_040_Microviridae_AG0134_putative.VP1
Length=679
Score = 350 bits (898), Expect = 2e-113, Method: Compositional matrix adjust.
Identities = 234/597 (39%), Positives = 334/597 (56%), Gaps = 76/597 (13%)
Query 1 MSQIKLPQLRTTVTIAD--NPYQANNNHPWTQVNPSCLLAYLGVRGYGSVTGNTGEKVNI 58
M ++K P ++ + D +NN Q++PS LL+YLG + + TG V+
Sbjct 107 MKKVKFPVIKIDASDWDLNKKMVGSNNTLLRQIHPSSLLSYLGYKSFNKETG-----VDW 161
Query 59 DINAVPLIGYYDIFKNYYANTQEENFWTIgatpkvakvtvttgtD---IFVSDNPE---- 111
N + YYDIFKNYYAN QEE+F+TI ++ +++ + I D P+
Sbjct 162 TWNITKALMYYDIFKNYYANKQEESFYTIDGARELKSSNLSSNPNTYFIAAIDGPDVNGL 221
Query 112 -KMQIPIINNKST--LQFQPAGI------FQNDDLELTF------FSSASEAY---LTFK 153
++Q II N +T + Q G+ +N DL T+ F+ A E L K
Sbjct 222 YRIQ-QIIQNPTTEVITIQGDGVIIAFRDLENYDLNNTYLNGNIVFTPAGEGRTINLGLK 280
Query 154 P--EEIGEFNPDEGDLAINKLPSNQDL--YILKSM---TSKQRVIIANN----------- 195
P + IGE ++ +I + L Y K++ T+ + + I N
Sbjct 281 PISQLIGEGVLEDVSSSIVPISGKPLLRAYKFKTLDGETATKSINITNKIKAYTVSGNYS 340
Query 196 --NLGQLDELREEILLTKGNTAYIVNNSNNVPLLKSF-----TQRMTTNLLNTTSSQFGL 248
NL +D++RE IL + G Y+ N+ L ++ T T + N+ GL
Sbjct 341 KFNLSSIDDMRENIL-SAGKQQYVSNDEFITKLYENAIDIHDTSNTPTYIPNSAYPMVGL 399
Query 249 ALKTYNSDLLQNWINTEWIEGEQGINEISAVDVSNGQLTMDALNLAQKVYNMLNRIAVSG 308
ALKTY SD+ NW+NTEWI+GE GIN I+A+D S+G T+D LNLA+KVY MLNRIAVS
Sbjct 400 ALKTYQSDINTNWVNTEWIDGETGINSITAIDTSSGSFTLDTLNLAKKVYTMLNRIAVSD 459
Query 309 GTYRDWLETVFTGGNYMERCETPVFEGGMSQEIVFQEVISNSASGEEPLGTLAGRGISTE 368
G+Y W++TV+T G + ETP++ GG S EI FQEVI+NS + ++PLG LAGRG++T
Sbjct 460 GSYNAWIQTVYTSGG-LNHIETPLYLGGSSLEIEFQEVINNSGTEDQPLGALAGRGVATN 518
Query 369 KQKGGHVKIKVTEPCYIIGIGSITPRIDYSQGNEFYAYHQTVDDIHKPALDGIGYQDSVN 428
KGG++ K EP YI I SITPR+DY QGNE+ Y +++DD+HKP LDGIG+QD
Sbjct 519 -HKGGNIVFKADEPGYIFCITSITPRVDYFQGNEWDLYLESLDDLHKPQLDGIGFQD--- 574
Query 429 WQRAFWDRQYNTTGQIQQPAVGKTVAWINYMTNINRTFGNFADNNSEAFMVMNRNYEYRS 488
R + + + ++GK AW+ YMTN+N+T+GNFA +E +M +NR +E
Sbjct 575 --RLYRHLNSSCVREDLNISIGKQPAWVQYMTNVNKTYGNFALVENEGWMCLNRIFE--- 629
Query 489 GTTFGTTAINDLTTYIDPVKFNYIFADTNLDAMNFWVQTKFDIKCRRLISAKQIPNL 545
+ TTYI P +N IFADT+L A NFWVQ F+ K RR++SAK IPN+
Sbjct 630 -------NTDTYTTYIQPHLYNNIFADTDLTAQNFWVQIAFNYKPRRVMSAKIIPNI 679
Lambda K H a alpha
0.316 0.133 0.395 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: 49779952