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-22_CDS_annotation_glimmer3.pl_2_9
Length=263
Score E
Sequences producing significant alignments: (Bits) Value
Alpavirinae_Human_feces_A_047_Microviridae_AG0311_putative.VP1 438 3e-152
Alpavirinae_Human_feces_C_029_Microviridae_AG0109_putative.VP1 431 1e-149
Alpavirinae_Human_feces_A_048_Microviridae_AG087_putative.VP1 432 1e-149
Alpavirinae_Human_feces_B_021_Microviridae_AG0368_putative.VP1 429 9e-149
Alpavirinae_Human_feces_B_020_Microviridae_AG0351_putative.VP1 407 5e-140
Alpavirinae_Human_gut_24_085_Microviridae_AG0230_putative.VP1 351 2e-118
Alpavirinae_Human_gut_32_015_Microviridae_AG0213_putative.VP1 351 2e-118
Alpavirinae_Human_feces_A_016_Microviridae_AG001_putative.VP1 301 5e-99
Alpavirinae_Human_gut_31_037_Microviridae_AG0297_putative.VP1 291 3e-95
Alpavirinae_Human_feces_B_023_Microviridae_AG0145_putative.VP1 282 1e-91
> Alpavirinae_Human_feces_A_047_Microviridae_AG0311_putative.VP1
Length=637
Score = 438 bits (1126), Expect = 3e-152, Method: Compositional matrix adjust.
Identities = 209/270 (77%), Positives = 235/270 (87%), Gaps = 8/270 (3%)
Query 1 VDVTDGKLSMDALNLAQKVYNFLNRIAISGGTYRDWLETVYTGGNYMERCETPMFEGGVS 60
VDV+DG LSMDALNLAQKVYN LNRIA+SGGTYRDWLETV+TGG YMERCETP+FEGG S
Sbjct 369 VDVSDGSLSMDALNLAQKVYNMLNRIAVSGGTYRDWLETVFTGGEYMERCETPIFEGGTS 428
Query 61 QEIVFQEVISNSASQEEPLGTLAGRGVTTGRQKGGHIRIKVTEPCYIMCICSITPRIDYG 120
QEI+FQEVISNSA+++EPLGTLAGRG+TT +Q+GGH++IKVTEP YIMCICSITPRIDY
Sbjct 429 QEIIFQEVISNSATEQEPLGTLAGRGITTNKQRGGHVKIKVTEPGYIMCICSITPRIDYS 488
Query 121 QGNTWDTYLETMDDWHKPALDGIGYQDSLNGERAWWTDHIASNGGSLTKTAAGKTVAWIN 180
QGN WDT L+TMDD HKPALDGIGYQDS+N ERAWW + S G +TAAGKTVAWIN
Sbjct 489 QGNQWDTELKTMDDLHKPALDGIGYQDSINSERAWWAGYY-SQGPLKVETAAGKTVAWIN 547
Query 181 YMTNVNRTFGNFAPEMPESFMVLNRNYSMNNNG-------QIEDLTTYIDPVKFNYIFAD 233
YMTNVNRT+GNFA + E+FMV+NRNY + NG +I DL+TYIDPVKFNYIFAD
Sbjct 548 YMTNVNRTYGNFAIKDNEAFMVMNRNYELQINGGPTPTSIRIGDLSTYIDPVKFNYIFAD 607
Query 234 TNLDAMNFWVQTKFDIKVRRLISAKQIPNL 263
T+L+AMNFWVQTKFDIK RRLISAKQIPNL
Sbjct 608 TSLEAMNFWVQTKFDIKARRLISAKQIPNL 637
> Alpavirinae_Human_feces_C_029_Microviridae_AG0109_putative.VP1
Length=640
Score = 431 bits (1109), Expect = 1e-149, Method: Compositional matrix adjust.
Identities = 207/270 (77%), Positives = 232/270 (86%), Gaps = 8/270 (3%)
Query 1 VDVTDGKLSMDALNLAQKVYNFLNRIAISGGTYRDWLETVYTGGNYMERCETPMFEGGVS 60
VDV+DG LSMDALNLAQKVYN LNRIA+SGGTYRDWLETV+TGG YMERCETP+FEGG S
Sbjct 372 VDVSDGNLSMDALNLAQKVYNMLNRIAVSGGTYRDWLETVFTGGEYMERCETPVFEGGTS 431
Query 61 QEIVFQEVISNSASQEEPLGTLAGRGVTTGRQKGGHIRIKVTEPCYIMCICSITPRIDYG 120
QEIVFQEVISNSA+++EPLGTLAGRG+TT +Q+GGHI+IKVTEP YIMCICSITPRIDY
Sbjct 432 QEIVFQEVISNSATEQEPLGTLAGRGITTNKQRGGHIKIKVTEPGYIMCICSITPRIDYS 491
Query 121 QGNTWDTYLETMDDWHKPALDGIGYQDSLNGERAWWTDHIASNGGSLTKTAAGKTVAWIN 180
QGN WDT L+TMDD HKPALDGIGYQDS+N ERAWW + ++ +TAAGKTVAWIN
Sbjct 492 QGNQWDTELKTMDDLHKPALDGIGYQDSINSERAWWAGYYNADPDK-KETAAGKTVAWIN 550
Query 181 YMTNVNRTFGNFAPEMPESFMVLNRNYSMNNNG-------QIEDLTTYIDPVKFNYIFAD 233
YMTNVNRT+GNFA + E+FMV+NRNY + G I DL+TYIDP KFNYIFAD
Sbjct 551 YMTNVNRTYGNFAIKDNEAFMVMNRNYELEITGGSTPTKITIGDLSTYIDPAKFNYIFAD 610
Query 234 TNLDAMNFWVQTKFDIKVRRLISAKQIPNL 263
T+L+AMNFWVQTKFDIK RRLISAKQIPNL
Sbjct 611 TSLEAMNFWVQTKFDIKARRLISAKQIPNL 640
> Alpavirinae_Human_feces_A_048_Microviridae_AG087_putative.VP1
Length=650
Score = 432 bits (1110), Expect = 1e-149, Method: Compositional matrix adjust.
Identities = 209/268 (78%), Positives = 233/268 (87%), Gaps = 6/268 (2%)
Query 1 VDVTDGKLSMDALNLAQKVYNFLNRIAISGGTYRDWLETVYTGGNYMERCETPMFEGGVS 60
VDVTDGKL+MDALNL+QK+YN LNRIA+SGGTYRDWLETV+TGGNYMERCETPMFEGG+S
Sbjct 384 VDVTDGKLTMDALNLSQKIYNMLNRIAVSGGTYRDWLETVFTGGNYMERCETPMFEGGMS 443
Query 61 QEIVFQEVISNSASQEEPLGTLAGRGVTTGRQKGGHIRIKVTEPCYIMCICSITPRIDYG 120
E+VFQEVISNSAS E+PLGTLAGRG TG+QKGGHI+IKVTEPC+IM I SITPRIDY
Sbjct 444 TEVVFQEVISNSASGEQPLGTLAGRGYDTGKQKGGHIKIKVTEPCFIMGIGSITPRIDYS 503
Query 121 QGNTWDTYLETMDDWHKPALDGIGYQDSLNGERAWWTDHIASNGGSLTKTAAGKTVAWIN 180
QGN + L+T+DD HKPALDGIGYQDSLN +RAWW D + G + +++AGKTVAWIN
Sbjct 504 QGNEFFNELQTVDDIHKPALDGIGYQDSLNWQRAWWDDTRMQDNGRI-QSSAGKTVAWIN 562
Query 181 YMTNVNRTFGNFAPEMPESFMVLNRNYSMNNNG-----QIEDLTTYIDPVKFNYIFADTN 235
YMTN+NRTFGNFA E+FMVLNRNY +N N +I DLTTYIDPVKFNYIFADTN
Sbjct 563 YMTNINRTFGNFAINDNEAFMVLNRNYELNPNAGTNETKIADLTTYIDPVKFNYIFADTN 622
Query 236 LDAMNFWVQTKFDIKVRRLISAKQIPNL 263
LDAMNFWVQTKFDIKVRRLISAKQIPNL
Sbjct 623 LDAMNFWVQTKFDIKVRRLISAKQIPNL 650
> Alpavirinae_Human_feces_B_021_Microviridae_AG0368_putative.VP1
Length=649
Score = 429 bits (1104), Expect = 9e-149, Method: Compositional matrix adjust.
Identities = 211/268 (79%), Positives = 231/268 (86%), Gaps = 6/268 (2%)
Query 1 VDVTDGKLSMDALNLAQKVYNFLNRIAISGGTYRDWLETVYTGGNYMERCETPMFEGGVS 60
VDVTDGKL+MDALNLAQKVYN LNRIA+SGGTYRDWLETV+TGGNYMERCETPMFEGG+S
Sbjct 383 VDVTDGKLTMDALNLAQKVYNMLNRIAVSGGTYRDWLETVFTGGNYMERCETPMFEGGMS 442
Query 61 QEIVFQEVISNSASQEEPLGTLAGRGVTTGRQKGGHIRIKVTEPCYIMCICSITPRIDYG 120
EIVFQEVISNSAS E+PLGTLAGRG TG+QKGGHI+IKVTEPC+IM I SITPRIDY
Sbjct 443 TEIVFQEVISNSASGEQPLGTLAGRGYDTGKQKGGHIKIKVTEPCFIMGIGSITPRIDYS 502
Query 121 QGNTWDTYLETMDDWHKPALDGIGYQDSLNGERAWWTDHIASNGGSLTKTAAGKTVAWIN 180
QGN + L+T+DD HKPALDGIGYQDSLN +RAWW D N G + +++AGKTVAWIN
Sbjct 503 QGNEFYNELKTVDDIHKPALDGIGYQDSLNWQRAWWDDTRMENNGRI-QSSAGKTVAWIN 561
Query 181 YMTNVNRTFGNFAPEMPESFMVLNRNYSMNNNG-----QIEDLTTYIDPVKFNYIFADTN 235
YMTN+NRTFGNFA E+FMVLNRNY +N N +I DLTTYIDPVKFNYIFA N
Sbjct 562 YMTNINRTFGNFAINDNEAFMVLNRNYELNPNAGTNETKIADLTTYIDPVKFNYIFAYKN 621
Query 236 LDAMNFWVQTKFDIKVRRLISAKQIPNL 263
LDAMNFWVQTKFDIKVRRLISAKQIPNL
Sbjct 622 LDAMNFWVQTKFDIKVRRLISAKQIPNL 649
> Alpavirinae_Human_feces_B_020_Microviridae_AG0351_putative.VP1
Length=651
Score = 407 bits (1046), Expect = 5e-140, Method: Compositional matrix adjust.
Identities = 193/268 (72%), Positives = 224/268 (84%), Gaps = 5/268 (2%)
Query 1 VDVTDGKLSMDALNLAQKVYNFLNRIAISGGTYRDWLETVYTGGNYMERCETPMFEGGVS 60
VDV++GKL+MDALNLAQKVYN LNRIA+SGGTYRDWLETVY G Y+ERCETP FEGG S
Sbjct 384 VDVSEGKLTMDALNLAQKVYNMLNRIAVSGGTYRDWLETVYASGQYIERCETPTFEGGTS 443
Query 61 QEIVFQEVISNSASQEEPLGTLAGRGVTTGRQKGGHIRIKVTEPCYIMCICSITPRIDYG 120
QEIVFQEV+SNSA+++EPLGTLAGRGV G+QKGG I+++ TEP YIMCI SITPRIDY
Sbjct 444 QEIVFQEVVSNSATEDEPLGTLAGRGVNAGKQKGGKIKVRATEPGYIMCITSITPRIDYS 503
Query 121 QGNTWDTYLETMDDWHKPALDGIGYQDSLNGERAWWTD-HIASNGGSLTKTAAGKTVAWI 179
QGN +DT +T+DD HKPALDGIGYQDS+N RAWW D + + +L K AGKTVAWI
Sbjct 504 QGNDFDTDWKTLDDMHKPALDGIGYQDSVNTGRAWWDDVYTGAQETNLVKHTAGKTVAWI 563
Query 180 NYMTNVNRTFGNFAPEMPESFMVLNRNYSMN----NNGQIEDLTTYIDPVKFNYIFADTN 235
+YMTNVN+T+GNFA M E+FMVLNRNY + N +I DLTTYIDP+K+NYIFADT+
Sbjct 564 DYMTNVNKTYGNFAAGMSEAFMVLNRNYEIKYDSGTNPRIADLTTYIDPIKYNYIFADTS 623
Query 236 LDAMNFWVQTKFDIKVRRLISAKQIPNL 263
+DAMNFWVQ KFDI RRL+SAKQIPNL
Sbjct 624 IDAMNFWVQIKFDITARRLMSAKQIPNL 651
> Alpavirinae_Human_gut_24_085_Microviridae_AG0230_putative.VP1
Length=653
Score = 351 bits (901), Expect = 2e-118, Method: Compositional matrix adjust.
Identities = 169/266 (64%), Positives = 209/266 (79%), Gaps = 4/266 (2%)
Query 1 VDVTDGKLSMDALNLAQKVYNFLNRIAISGGTYRDWLETVYTGGNYMERCETPMFEGGVS 60
V + D KLSMDALNLAQKVY+FLNRIA+SG TY+DWLET YT GNY+ER ETP+FEGG++
Sbjct 389 VAIIDNKLSMDALNLAQKVYDFLNRIAVSGNTYKDWLETAYTAGNYIERPETPLFEGGMT 448
Query 61 QEIVFQEVISNSASQEEPLGTLAGRGVTTGRQKGGHIRIKVTEPCYIMCICSITPRIDYG 120
Q I FQEV+SN+ +++EPLG+LAGRGVTT ++ G I +K++EP YIM I +ITP IDY
Sbjct 449 QLIEFQEVVSNAGTEQEPLGSLAGRGVTTQQKGDGEIYMKISEPSYIMGIVAITPMIDYS 508
Query 121 QGNTWD-TYLETMDDWHKPALDGIGYQDSLNGERAWWTDHIASNGGSLTKTAAGKTVAWI 179
QGN WD T ++ MDD+HKPA DGIG++DS+N +RA+WT +NG ++ T AGKTVAWI
Sbjct 509 QGNDWDMTNIKNMDDFHKPAFDGIGFEDSMNEQRAYWTAEY-NNGEKISDTKAGKTVAWI 567
Query 180 NYMTNVNRTFGNFAPEMPESFMVLNRNYSMN--NNGQIEDLTTYIDPVKFNYIFADTNLD 237
NYMTN N+TFG FA E FMV+NRNY + N+ I DL+TYIDP K+N IFAD +L
Sbjct 568 NYMTNFNKTFGEFAAGESEDFMVMNRNYERDEENDSLISDLSTYIDPSKYNQIFADESLS 627
Query 238 AMNFWVQTKFDIKVRRLISAKQIPNL 263
A NFWVQT ++VRR ISAKQIPNL
Sbjct 628 AQNFWVQTAVQMEVRRNISAKQIPNL 653
> Alpavirinae_Human_gut_32_015_Microviridae_AG0213_putative.VP1
Length=653
Score = 351 bits (901), Expect = 2e-118, Method: Compositional matrix adjust.
Identities = 170/266 (64%), Positives = 209/266 (79%), Gaps = 4/266 (2%)
Query 1 VDVTDGKLSMDALNLAQKVYNFLNRIAISGGTYRDWLETVYTGGNYMERCETPMFEGGVS 60
V + D KLSMDALNLAQKVY+FLNRIA+SG TY+DWLET YT GNY+ER ETP+FEGG++
Sbjct 389 VAIVDNKLSMDALNLAQKVYDFLNRIAVSGNTYKDWLETAYTAGNYIERPETPLFEGGMT 448
Query 61 QEIVFQEVISNSASQEEPLGTLAGRGVTTGRQKGGHIRIKVTEPCYIMCICSITPRIDYG 120
Q I FQEVISN+ +++EPLGTLAGRGVTT ++ G I +K++EP YI+ I +ITP IDY
Sbjct 449 QLIEFQEVISNAGTEQEPLGTLAGRGVTTQQRGDGEIYMKISEPSYIIGIVAITPMIDYS 508
Query 121 QGNTWD-TYLETMDDWHKPALDGIGYQDSLNGERAWWTDHIASNGGSLTKTAAGKTVAWI 179
QGN WD T ++ MDD+HKPA DGIG++DS+N +RA+WT S+G ++ T AGKTVAWI
Sbjct 509 QGNDWDMTNIKNMDDFHKPAFDGIGFEDSMNEQRAYWTAEY-SDGEKISDTKAGKTVAWI 567
Query 180 NYMTNVNRTFGNFAPEMPESFMVLNRNYSM--NNNGQIEDLTTYIDPVKFNYIFADTNLD 237
NYMTN N+TFG FA E FMV+NRNY +++ I DL+TYIDP K+N IFAD +L
Sbjct 568 NYMTNFNKTFGEFAAGESEDFMVMNRNYERDEDDDSLISDLSTYIDPSKYNQIFADVSLS 627
Query 238 AMNFWVQTKFDIKVRRLISAKQIPNL 263
A NFWVQT I+VRR ISAKQIPNL
Sbjct 628 AQNFWVQTAAQIEVRRNISAKQIPNL 653
> Alpavirinae_Human_feces_A_016_Microviridae_AG001_putative.VP1
Length=657
Score = 301 bits (772), Expect = 5e-99, Method: Compositional matrix adjust.
Identities = 150/260 (58%), Positives = 184/260 (71%), Gaps = 3/260 (1%)
Query 5 DGKLSMDALNLAQKVYNFLNRIAISGGTYRDWLETVYTGGNYMERCETPMFEGGVSQEIV 64
DG ++MDALNL QKVYN LNRIA+SGGTYRDWLETVYT G Y++R ETP+F+GG+SQ I
Sbjct 400 DGTITMDALNLQQKVYNMLNRIAVSGGTYRDWLETVYTAGRYLDRPETPVFQGGMSQMIE 459
Query 65 FQEVISNSASQE-EPLGTLAGRGVTTGRQKGGHIRIKVTEPCYIMCICSITPRIDYGQGN 123
F EV++ +++ E + LG LAGRG G + +V EP Y+M + +ITP +DY QGN
Sbjct 460 FDEVVATTSNNEGQALGELAGRGYARQPNSSGRLHFQVEEPGYVMGLVAITPMVDYSQGN 519
Query 124 TWDTYLETMDDWHKPALDGIGYQDSLNGERAWWTDHIASNGGSLTKTAAGKTVAWINYMT 183
+D L TMDD HKPALDGIGYQD +N +RAWWT NG +T T GK+VAWI+YMT
Sbjct 520 DFDLNLFTMDDLHKPALDGIGYQDLMNEQRAWWT--ATQNGTKITDTTPGKSVAWIDYMT 577
Query 184 NVNRTFGNFAPEMPESFMVLNRNYSMNNNGQIEDLTTYIDPVKFNYIFADTNLDAMNFWV 243
N NRTFGNFA E FMVLNRNY + I + +TYI+P + IFADT LD+ NFW+
Sbjct 578 NFNRTFGNFATGESEDFMVLNRNYEDDEADGISNGSTYINPQEHIDIFADTALDSQNFWI 637
Query 244 QTKFDIKVRRLISAKQIPNL 263
QT +I R SAKQIPN
Sbjct 638 QTACEITRRGNYSAKQIPNF 657
> Alpavirinae_Human_gut_31_037_Microviridae_AG0297_putative.VP1
Length=668
Score = 291 bits (746), Expect = 3e-95, Method: Compositional matrix adjust.
Identities = 148/264 (56%), Positives = 190/264 (72%), Gaps = 5/264 (2%)
Query 1 VDVTDGKLSMDALNLAQKVYNFLNRIAISGGTYRDWLETVYTGGNYMERCETPMFEGGVS 60
V V DGK ++DALNLA KVYN+LNRIAIS G+YR WLET +TG Y ER ETP++ GG S
Sbjct 409 VAVEDGKFTIDALNLANKVYNYLNRIAISDGSYRSWLETTWTGS-YTERTETPIYCGGSS 467
Query 61 QEIVFQEVISNSASQEEPLGTLAGRGVTTGRQKGGHIRIKVTEPCYIMCICSITPRIDYG 120
EI+FQEV+S SA+ +EPLG+LAGRG T KGG++ ++ TEP Y++ I SITPR+DY
Sbjct 468 AEIIFQEVVSTSAATDEPLGSLAGRG-TDSNHKGGYVTVRATEPGYLIGITSITPRLDYT 526
Query 121 QGNTWDTYLETMDDWHKPALDGIGYQDSLNGERAWWTDHIASNGGSLTKTAAGKTVAWIN 180
QGN WD L+++DD HKPALDGIG+QD T I + ++T+ GK AWI+
Sbjct 527 QGNQWDVNLDSIDDLHKPALDGIGFQDLSAELLHAGTTQINTINDTITQKFIGKQPAWID 586
Query 181 YMTNVNRTFGNFAPEMPESFMVLNRNYSMN-NNGQIEDLTTYIDPVKFNYIFADTNLDAM 239
YMTN+NR +GNF E+FM+L+R YS++ I+D+TTYIDP +N IFAD + DA
Sbjct 587 YMTNINRAYGNFRTN--ENFMILSRQYSLDYKKNTIKDMTTYIDPDLYNGIFADQSFDAQ 644
Query 240 NFWVQTKFDIKVRRLISAKQIPNL 263
NFWVQ +I+ RRL+SAK IPNL
Sbjct 645 NFWVQIGIEIEARRLMSAKIIPNL 668
> Alpavirinae_Human_feces_B_023_Microviridae_AG0145_putative.VP1
Length=668
Score = 282 bits (722), Expect = 1e-91, Method: Compositional matrix adjust.
Identities = 147/267 (55%), Positives = 187/267 (70%), Gaps = 21/267 (8%)
Query 7 KLSMDALNLAQKVYNFLNRIAISGGTYRDWLETVYTGGNYMERCETPMFEGGVSQEIVFQ 66
K ++D LNL++KVY+ LNRIAISGGTY+DW+ETVYT + ETP++EGG+S EI FQ
Sbjct 413 KFTIDQLNLSKKVYDMLNRIAISGGTYQDWVETVYTS-EWNMHTETPVYEGGMSAEIEFQ 471
Query 67 EVISNSASQEEPLGTLAGRGVTTGRQKGGHIRIKVTEPCYIMCICSITPRIDYGQGNTWD 126
EV+SNSA++EEPLGTLAGRG + + KGG + IKVTEPCYIM I SITPR+DY QGN WD
Sbjct 472 EVVSNSATEEEPLGTLAGRGFASNK-KGGQLHIKVTEPCYIMGIASITPRVDYCQGNDWD 530
Query 127 -TYLETMDDWHKPALDGIGYQDSLNGERAWWTDHIASNGGSLTKTAAGKTVAWINYMTNV 185
T L+TMDD HKP LD IGYQD + + N + A GK +WINYMT+
Sbjct 531 ITSLDTMDDIHKPQLDSIGYQDLMQEQM---------NAQASRNLAVGKQPSWINYMTSF 581
Query 186 NRTFGNFAPE--MPESFMVLNRNYSMNN-------NGQIEDLTTYIDPVKFNYIFADTNL 236
N+T+G FA E E+FMVLNR + + ++ + +TYIDP ++NYIFA+T
Sbjct 582 NKTYGTFANEDGEGEAFMVLNRYFDIKEIDAGTETGVKVYNTSTYIDPSQYNYIFAETGT 641
Query 237 DAMNFWVQTKFDIKVRRLISAKQIPNL 263
+MNFWVQ F I+ RR++SA QIPNL
Sbjct 642 KSMNFWVQLGFGIEARRVMSASQIPNL 668
Lambda K H a alpha
0.318 0.135 0.419 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: 21347536