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-9_CDS_annotation_glimmer3.pl_2_6
Length=384
Score E
Sequences producing significant alignments: (Bits) Value
Alpavirinae_Human_gut_22_017_Microviridae_AG0397_putative.VP1 635 0.0
Alpavirinae_Human_gut_33_017_Microviridae_AG0154_putative.VP1 619 0.0
Alpavirinae_Human_feces_E_011_Microviridae_AG0388_putative.VP1 358 1e-119
Alpavirinae_Human_feces_A_021_Microviridae_AG077_putative.VP1 318 6e-104
Alpavirinae_Human_feces_C_043_Microviridae_AG0322_putative.VP1 288 2e-92
Alpavirinae_Human_feces_D_015_Microviridae_AG019_putative.VP1 285 9e-92
Alpavirinae_Human_feces_D_031_Microviridae_AG0425_putative.VP1 280 2e-89
Alpavirinae_Human_feces_A_034_Microviridae_AG0105_putative.VP1 267 1e-84
Alpavirinae_Human_feces_D_008_Microviridae_AG098_putative.VP1 266 2e-84
Alpavirinae_Human_gut_33_005_Microviridae_AG0184_putative.VP1 246 1e-76
> Alpavirinae_Human_gut_22_017_Microviridae_AG0397_putative.VP1
Length=607
Score = 635 bits (1638), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 325/384 (85%), Positives = 345/384 (90%), Gaps = 0/384 (0%)
Query 1 VDYFTGvspslissllsvspDYWKSGTMFDLKYCNWNKDMLMGVLPNSQFGDVAVLDIPD 60
VDYFTGVSP L+SSL S YWKS TMFDLKYCNWNKDMLMGVLPNSQFGDVAVLDI +
Sbjct 224 VDYFTGVSPLLVSSLPEASNAYWKSPTMFDLKYCNWNKDMLMGVLPNSQFGDVAVLDIDN 283
Query 61 SGDSNVVLGTDSHKSSVGIASAITSKTAPFPLFALDASPENPIPINsklrldlsslksQF 120
SG +VVLG + S+VG+AS ++S TA P FAL AS N +P+ S LR+DL+SLKSQF
Sbjct 284 SGKPDVVLGLGNANSTVGVASYVSSNTASIPFFALKASSANTLPVGSTLRVDLASLKSQF 343
Query 121 TVLALRQAEALQRWKEISQSGDSDYREQIRKHFGVKLPQALSNMCTYIGGVSRNLDISEV 180
TVLALRQAEALQRWKEISQSGDSDYREQIRKHFGV LPQALSNMCTYIGG+SRNLDISEV
Sbjct 344 TVLALRQAEALQRWKEISQSGDSDYREQIRKHFGVNLPQALSNMCTYIGGISRNLDISEV 403
Query 181 VNNNLATEGDTAVIAGKGVGAGNGSFEYTTTEHCVVMCIYHAVPLLDYTLTGQDGQLLVT 240
VNNNLA EGDTAVIAGKGVGAGNGSF YTT EHCVVMCIYHAVPLLDYT+TGQDGQLLVT
Sbjct 404 VNNNLAAEGDTAVIAGKGVGAGNGSFTYTTNEHCVVMCIYHAVPLLDYTITGQDGQLLVT 463
Query 241 DAESLPIPEFDNIGMEVLPMTQVFNSPKASIVNLFNAGYNPRYFNWKTKLDVINGAFTTT 300
DAESLPIPEFDNIGME LPMTQ+FNSPKASIVNLFNAGYNPRYFNWKTKLDVINGAFTTT
Sbjct 464 DAESLPIPEFDNIGMETLPMTQIFNSPKASIVNLFNAGYNPRYFNWKTKLDVINGAFTTT 523
Query 301 LKSWVSPVTESLLSGWFCFGYNKDDAAPDTKVIMNYKFFKVNPSVLDPIFGVNADSTWDT 360
LKSWVSPVTESLLSGWF FGY++ D KV++NYKFFKVNPSVLDPIFGV ADSTWD+
Sbjct 524 LKSWVSPVTESLLSGWFGFGYSEGDVNSQNKVVLNYKFFKVNPSVLDPIFGVAADSTWDS 583
Query 361 DQLLVNSYIGCYVVRNLSRDGVPY 384
DQLLVNSYIGCYV RNLSRDGVPY
Sbjct 584 DQLLVNSYIGCYVARNLSRDGVPY 607
> Alpavirinae_Human_gut_33_017_Microviridae_AG0154_putative.VP1
Length=614
Score = 619 bits (1597), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 320/384 (83%), Positives = 341/384 (89%), Gaps = 2/384 (1%)
Query 1 VDYFTGvspslissllsvspDYWKSGTMFDLKYCNWNKDMLMGVLPNSQFGDVAVLDIPD 60
VDYF+G SPS++S L + S YWKS TMFDLKYCNWNKDMLMGVLPNSQFGDVAVLDI
Sbjct 233 VDYFSGSSPSIVSDLPAASSAYWKSDTMFDLKYCNWNKDMLMGVLPNSQFGDVAVLDISS 292
Query 61 SGDSNVVLGTDSHKSSVGIASAITSKTAPFPLFALDASPENPIPINsklrldlsslksQF 120
SGDS+VVLG D HKS++GI SAITSK+A PLFALDAS NP+ + SKL LDLSS+KSQF
Sbjct 293 SGDSDVVLGVDPHKSTLGIGSAITSKSAVVPLFALDASTSNPVSVGSKLHLDLSSIKSQF 352
Query 121 TVLALRQAEALQRWKEISQSGDSDYREQIRKHFGVKLPQALSNMCTYIGGVSRNLDISEV 180
VLALRQAEALQRWKEISQSGDSDYREQI KHFGVKLPQALSN+CTYIGG+SRNLDISEV
Sbjct 353 NVLALRQAEALQRWKEISQSGDSDYREQILKHFGVKLPQALSNLCTYIGGISRNLDISEV 412
Query 181 VNNNLATEGDTAVIAGKGVGAGNGSFEYTTTEHCVVMCIYHAVPLLDYTLTGQDGQLLVT 240
VNNNLA E DTAVIAGKGVG GNGSF YTT EHCV+M IYHAVPLLDYTLTGQDGQLLVT
Sbjct 413 VNNNLAAEEDTAVIAGKGVGTGNGSFTYTTNEHCVIMGIYHAVPLLDYTLTGQDGQLLVT 472
Query 241 DAESLPIPEFDNIGMEVLPMTQVFNSPKASIVNLFNAGYNPRYFNWKTKLDVINGAFTTT 300
DAESLPIPEFDNIG+EVLPM Q+FNS A+ NLFNAGYNPRYFNWKTKLDVINGAFTTT
Sbjct 473 DAESLPIPEFDNIGLEVLPMAQIFNSSLATAFNLFNAGYNPRYFNWKTKLDVINGAFTTT 532
Query 301 LKSWVSPVTESLLSGWFCFGYNKDDAAPDTKVIMNYKFFKVNPSVLDPIFGVNADSTWDT 360
LKSWVSPV+ESLLSGW FG D+ TK ++NYKFFKVNPSVLDPIFGV ADSTWDT
Sbjct 533 LKSWVSPVSESLLSGWARFG--ASDSKTGTKAVLNYKFFKVNPSVLDPIFGVKADSTWDT 590
Query 361 DQLLVNSYIGCYVVRNLSRDGVPY 384
DQLLVNSYIGCYVVRNLSRDGVPY
Sbjct 591 DQLLVNSYIGCYVVRNLSRDGVPY 614
> Alpavirinae_Human_feces_E_011_Microviridae_AG0388_putative.VP1
Length=622
Score = 358 bits (920), Expect = 1e-119, Method: Compositional matrix adjust.
Identities = 193/367 (53%), Positives = 252/367 (69%), Gaps = 12/367 (3%)
Query 22 YWKSGTMFDLKYCNWNKDMLMGVLPNSQFGDVAVLDIPDSGDSNVVLGTDSHKSSVGIAS 81
YWK MF L+YCNWNKDM G+LPNSQFGDVAV+++ DSG + +G S A
Sbjct 264 YWKRDNMFSLRYCNWNKDMFTGLLPNSQFGDVAVVNLGDSGSGTIPVGFLSDTEVFTQAF 323
Query 82 AITSKTAPFPLFALDASPENPIPINsklrldlssl-ksQFTVLALRQAEALQRWKEISQS 140
TS + + S P+ + +++ + F++LALRQAEALQ+WKEI+QS
Sbjct 324 NATSMSTVSDTSPMGISGSTPVSARQSMVARINNADVASFSILALRQAEALQKWKEITQS 383
Query 141 GDSDYREQIRKHFGVKLPQALSNMCTYIGGVSRNLDISEVVNNNLATEGDTAVIAGKGVG 200
D++YR+QI+ HFG+ P ++S+M YIGGV+RNLDISEVVNNNL +G AVI GKGVG
Sbjct 384 VDTNYRDQIKAHFGINTPASMSHMAQYIGGVARNLDISEVVNNNLKDDGSEAVIYGKGVG 443
Query 201 AGNGSFEYTT-TEHCVVMCIYHAVPLLDYTLTGQDGQLLVTDAESLPIPEFDNIGMEVLP 259
+G+G Y T +++C++MCIYHA+PLLDY +TGQD QLL T E LPIPEFDNIGME +P
Sbjct 444 SGSGKMRYHTGSQYCIIMCIYHAMPLLDYAITGQDPQLLCTSVEDLPIPEFDNIGMEAVP 503
Query 260 MTQVFNSP--KASIVNLFNAGYNPRYFNWKTKLDVINGAFTTTLKSWVSPVTESLLSGWF 317
T +FNS + VN F GYNPRY+ WK+K+D ++GAFTTTLK WV+P+ + L WF
Sbjct 504 ATTLFNSVLFDGTAVNDF-LGYNPRYWPWKSKIDRVHGAFTTTLKDWVAPIDDDYLHNWF 562
Query 318 CFGYNKDDAAPDTKVIMNYKFFKVNPSVLDPIFGVNADSTWDTDQLLVNSYIGCYVVRNL 377
N D + +++ FFKVNP+ LD IF V ADS W+TDQLL+N + C VVR L
Sbjct 563 ----NSKDGKSAS---ISWPFFKVNPNTLDSIFAVVADSIWETDQLLINCDVSCKVVRPL 615
Query 378 SRDGVPY 384
S+DG+PY
Sbjct 616 SQDGMPY 622
Score = 25.8 bits (55), Expect = 0.75, Method: Compositional matrix adjust.
Identities = 24/63 (38%), Positives = 32/63 (51%), Gaps = 7/63 (11%)
Query 286 WKTKLDVINGAFTTTLKSWVSPV--TESLLSGWF-CFGYNKDDAAPDTKVIMNYKFFKVN 342
W T LD+ N + S SP+ T S+ SG+ FGYN+ D +NY F VN
Sbjct 117 WCTLLDLSNAVY---FSSGSSPLGSTVSVPSGFGNIFGYNRGDVDSKLLFYLNYGNF-VN 172
Query 343 PSV 345
PS+
Sbjct 173 PSL 175
> Alpavirinae_Human_feces_A_021_Microviridae_AG077_putative.VP1
Length=622
Score = 318 bits (815), Expect = 6e-104, Method: Compositional matrix adjust.
Identities = 175/382 (46%), Positives = 229/382 (60%), Gaps = 23/382 (6%)
Query 22 YWKSGTMFDLKYCNWNKDMLMGVLPNSQFGDVAVLDIPDSGD----SNVVLGTDSHKSSV 77
YW + T FDL+YCNWN+D+ G LPN QFG+V+V+D+ S D + V G ++ +V
Sbjct 245 YWNNYTPFDLRYCNWNRDLYTGFLPNQQFGNVSVVDMTVSSDEIMAAPVTFGATGNRVAV 304
Query 78 GIASAITSKTAPFPLFALDASPENPIPINsklrldlssl--ksQFTVLALRQAEALQRWK 135
A A+ S T+ + + +P+ + L + F++LALRQAE LQ+WK
Sbjct 305 TKA-ALASSTSSTGIGTVSTPSGGTVPVGTSLYAQVQQRDLTGAFSILALRQAEFLQKWK 363
Query 136 EISQSGDSDYREQIRKHFGVKLPQALSNMCTYIGGVSRNLDISEVVNNNLATEGDT---- 191
EI+ SGD DYR QI KHFGVKLP LS M YIGG +DISEVVN NL + +
Sbjct 364 EIALSGDQDYRSQIEKHFGVKLPAELSYMSQYIGGQFAQMDISEVVNQNLTDQAGSDAAQ 423
Query 192 --AVIAGKGVGAGNGSFEYTTTEHCVVMCIYHAVPLLDYTLTGQDGQLLVTDAESLPIPE 249
A+IAGKGV +G+G+ YT +H ++M IYHAVPLLDY TGQD LL+T AE IPE
Sbjct 424 YPALIAGKGVNSGDGNVNYTARQHGIIMGIYHAVPLLDYERTGQDQDLLITSAEEWAIPE 483
Query 250 FDNIGMEVLPMTQVFNSPKASIVNLFN-------AGYNPRYFNWKTKLDVINGAFTTTLK 302
FD IGM+ LP+ +FNS K S + F GY PRY NWKT +D I GAF ++ K
Sbjct 484 FDAIGMQTLPLGTLFNSNKVSGDSDFRLHGAAYPIGYVPRYVNWKTDIDEIFGAFRSSEK 543
Query 303 SWVSPVTESLLSGWFCFGYNKDDAAPDTKVIMNYKFFKVNPSVLDPIFGVNADSTWDTDQ 362
+WV+P+ ++ W N D A + + NY +FKVNP++LD IF V ADST DTD
Sbjct 544 TWVAPIDADFITNWVK---NVADNASAVQSLFNYNWFKVNPAILDDIFAVKADSTMDTDT 600
Query 363 LLVNSYIGCYVVRNLSRDGVPY 384
+ VRNL G+PY
Sbjct 601 FKTRMMMSIKCVRNLDYSGMPY 622
> Alpavirinae_Human_feces_C_043_Microviridae_AG0322_putative.VP1
Length=602
Score = 288 bits (736), Expect = 2e-92, Method: Compositional matrix adjust.
Identities = 162/373 (43%), Positives = 222/373 (60%), Gaps = 21/373 (6%)
Query 21 DYWKSGTMFDLKYCNWNKDMLMGVLPNSQFGDVAVLDIPDSGDSNVVLGTDSHKSSVGIA 80
++W + + L+Y N+NKD+ MGV+P+SQFG VA +++ + SN+ + S+VG+
Sbjct 242 NFWSNDNILSLRYANYNKDLFMGVMPSSQFGSVATVNVANFSSSNLS-SPLRNLSNVGMV 300
Query 81 SAITSKTAPFPLF---ALDASPENPIPINsklrldlsslksQFTVLALRQAEALQRWKEI 137
+A + ++ PL + D S + I S+L + F +L+ R AEA Q+WKE+
Sbjct 301 TASNNASSGSPLILRSSQDTSAGDGFGI--LTSNIFSTLSASFDILSFRIAEATQKWKEV 358
Query 138 SQSGDSDYREQIRKHFGVKLPQALSNMCTYIGGVSRNLDISEVVNNNLATEGDTAVIAGK 197
+Q Y+EQ+ HF VKL +ALS+ C YIGG S + ISEV+N NL E A I GK
Sbjct 359 TQCAKQGYKEQLEAHFNVKLSEALSDHCRYIGGTSSGVTISEVLNTNL--ESAAADIKGK 416
Query 198 GVGAGNGSFEYTTTEHCVVMCIYHAVPLLDYTLTGQDGQLLVTDAESLPIPEFDNIGMEV 257
GVG GS + T EH ++MCIYHA P+LDY +GQD QLL T A +PIPEFD+IGME
Sbjct 417 GVGGSFGSETFETNEHGILMCIYHATPVLDYLRSGQDLQLLSTLATDIPIPEFDHIGMEA 476
Query 258 LPMTQVFNSPKASIVNLFNA----GYNPRYFNWKTKLDVINGAFTTTLKSWVSPVTESLL 313
LP+ +FN L N+ GY+PRY +KT +D ++GAF TTL SWV+P+T +
Sbjct 477 LPIETLFNEQSTEATALINSIPVLGYSPRYIAYKTSVDWVSGAFETTLDSWVAPLTVNEQ 536
Query 314 SGWFCFGYNKDDAAPDTKVI--MNYKFFKVNPSVLDPIFGVNADSTWDTDQLLVNSYIGC 371
F PD+ + MNY FFKV P VLDPIF TWD+DQ LVN
Sbjct 537 ITKLLFN-------PDSGSVYSMNYGFFKVTPRVLDPIFVQECTDTWDSDQFLVNVSFNV 589
Query 372 YVVRNLSRDGVPY 384
V+NL +G+PY
Sbjct 590 KPVQNLDYNGMPY 602
> Alpavirinae_Human_feces_D_015_Microviridae_AG019_putative.VP1
Length=584
Score = 285 bits (729), Expect = 9e-92, Method: Compositional matrix adjust.
Identities = 163/370 (44%), Positives = 217/370 (59%), Gaps = 33/370 (9%)
Query 22 YWKSGTMFDLKYCNWNKDMLMGVLPNSQFGDVAVLDIPDSGDSNVVLGTDSHKSSVGIAS 81
Y++ T FDL+YCNWNKDM G LP++Q+GD +V+DI V+ + +S V ++
Sbjct 241 YFEHDTFFDLEYCNWNKDMFFGSLPDAQYGDTSVVDISYGTTGAPVITAQNLQSPVNSST 300
Query 82 AITSKTAPFPLFALDASPENPIPINsklrldlsslksQFTVLALRQAEALQRWKEISQSG 141
AI + + F ++A VLALR+ EALQR++EIS
Sbjct 301 AIGT-SDKFSTQLIEAG-----------------TNLTLDVLALRRGEALQRFREISLCT 342
Query 142 DSDYREQIRKHFGVKLPQALSNMCTYIGGVSRNLDISEVVNNNLATEGDTAVIAGKGVGA 201
+YR QI+ HFGV + LS M TYIGG + +LDISEVVN N+ TE + A+IAGKG+G
Sbjct 343 PLNYRSQIKAHFGVDVGSELSGMSTYIGGEASSLDISEVVNTNI-TESNEALIAGKGIGT 401
Query 202 GNGSFEYTTTEHCVVMCIYHAVPLLDYTLTGQDGQLLVTDAESLPIPEFDNIGMEVLPMT 261
G G+ E+ + V+MCIYH+VPLLDY ++ D QL + S P+PE D IG+E + +
Sbjct 402 GQGNEEFYAKDWGVLMCIYHSVPLLDYVISAPDPQLFASMNTSFPVPELDAIGLEPITVA 461
Query 262 QVFNSPKA--SIVNLFNA-----GYNPRYFNWKTKLDVINGAFTTTLKSWVSPVTESLLS 314
N+P S + +A GY PRY+ WKT +D + GAFTTT K WV+P+T L S
Sbjct 462 YYSNNPIELPSTGGITDAPTTTVGYLPRYYAWKTSIDYVLGAFTTTEKEWVAPITPELWS 521
Query 315 GWFCFGYNKDDAAPDTKVIMNYKFFKVNPSVLDPIFGVNADSTWDTDQLLVNSYIGCYVV 374
K T + NY FFKVNPS+LDPIF VNADS WDTD L+N+ V
Sbjct 522 NML-----KPLGTKGTGI--NYNFFKVNPSILDPIFAVNADSYWDTDTFLINAAFDIRVA 574
Query 375 RNLSRDGVPY 384
RNL DG+PY
Sbjct 575 RNLDYDGMPY 584
> Alpavirinae_Human_feces_D_031_Microviridae_AG0425_putative.VP1
Length=614
Score = 280 bits (715), Expect = 2e-89, Method: Compositional matrix adjust.
Identities = 159/391 (41%), Positives = 226/391 (58%), Gaps = 12/391 (3%)
Query 2 DYFTGvspslissllsvspDYWKSGTMFDLKYCNWNKDMLMGVLPNSQFGDVAVLDIPDS 61
D+++G + + L ++ Y+ +F L+Y NW KDM MGV+P+SQ GDV+++D S
Sbjct 228 DWYSGGNVLASLTTLDLAKKYYSDDNLFTLRYANWPKDMFMGVMPDSQLGDVSIVDASGS 287
Query 62 GDSNVVLGTDSHKSSVGIASAITSKTAPFPLFALDASPENPIPINskl---rldlsslks 118
+ V D + ++ S +AP +L+ + + N+ + L S
Sbjct 288 EGTFPVGLLDVNDGTLRAGLLARSGSAPAEKSSLEMQTSSALSANTTYGVYAQRAAGLAS 347
Query 119 QFTVLALRQAEALQRWKEISQSGDSDYREQIRKHFGVKLPQALSNMCTYIGGVSRNLDIS 178
F++L LR AEA+Q+++E+SQ D D R QI HFGV L LS+ C Y+GG S N+D+S
Sbjct 348 SFSILQLRMAEAVQKYREVSQFADQDARGQIMAHFGVSLSPVLSDKCVYLGGSSSNIDLS 407
Query 179 EVVNNNLATEGDTAVIAGKGVGAGNGSFEYTTTEHCVVMCIYHAVPLLDYTLTGQDGQLL 238
EVVN N+ T + A IAGKGVG G GSF E+ +++ IYH VPLLDY +TGQ LL
Sbjct 408 EVVNTNI-TGDNVAEIAGKGVGTGQGSFSGQFDEYGIIIGIYHNVPLLDYVITGQPQNLL 466
Query 239 VTDAESLPIPEFDNIGMEVLPMTQVFNSPKASIVN-----LFNAGYNPRYFNWKTKLDVI 293
T+ LP PEFD+IGM+ + + NS S + + GY PR+F+ KT+ D +
Sbjct 467 YTNTADLPFPEFDSIGMQTIQFGRFVNSKSVSWTSGVDYRVQTMGYLPRFFDVKTRYDEV 526
Query 294 NGAFTTTLKSWVSPVTESLLSGWFCFGYNKDDAAPDTKVIMNYKFFKVNPSVLDPIFGVN 353
GAF +TLK+WV+P+ S +S W + ++ + +NY FFKVNP VLD IF V
Sbjct 527 LGAFRSTLKNWVAPLDPSYVSKWLQ---SSVTSSGKLALNLNYGFFKVNPRVLDSIFNVK 583
Query 354 ADSTWDTDQLLVNSYIGCYVVRNLSRDGVPY 384
DST DTDQ L Y+ VRN DG+PY
Sbjct 584 CDSTIDTDQFLTALYMDIKAVRNFDYDGMPY 614
> Alpavirinae_Human_feces_A_034_Microviridae_AG0105_putative.VP1
Length=618
Score = 267 bits (683), Expect = 1e-84, Method: Compositional matrix adjust.
Identities = 165/410 (40%), Positives = 216/410 (53%), Gaps = 69/410 (17%)
Query 27 TMFDLKYCNWNKDMLMGVLPNSQFGDVAVLDIPDSGDSNVVLGTDSHKSSVGI-ASAITS 85
++F+L+Y NWNKD+ MG LPNSQFGDVA + LG D+ VG+ +A+
Sbjct 226 SVFELRYANWNKDLWMGSLPNSQFGDVA----------GISLGFDASTMKVGVTGTALVK 275
Query 86 KTAPFPLFALD-------ASPENPIPINsklrldlsslk--------------------- 117
P D + NP+ IN ++
Sbjct 276 GNMPVGYGGKDGMGIRSQSRLYNPVGINDAQQVTTVQQDVNNKENGYLFATGTDAFGRIS 335
Query 118 -------------------sQFTVLALRQAEALQRWKEISQSGDSDYREQIRKHFGVKLP 158
+QF+VL LR AEALQ+WKEI+Q+ +Y Q++ HFGV
Sbjct 336 NAAKINGSELFAQLSGQLDAQFSVLQLRAAEALQKWKEIAQANGQNYAAQVKAHFGVSTN 395
Query 159 QALSNMCTYIGGVSRNLDISEVVNNNLATEGDTAVIAGKGVGAG--NGSFEYTTTEHCVV 216
S+ T I G ++DIS V N NL D A+I GKG+G N ++T EH V+
Sbjct 396 PMQSHRSTRICGFDGSIDISAVENTNLT--ADEAIIRGKGLGGQRINDPSDFTCNEHGVI 453
Query 217 MCIYHAVPLLDYTLTGQDGQLLVT-DAESLPIPEFDNIGMEVLPMTQVFNSPK-ASIVNL 274
MCIYHA PLLDY TG D QL+ T ES P+PEFD++GME LPM + NS IV
Sbjct 454 MCIYHATPLLDYVPTGPDLQLMSTVKGESWPVPEFDSLGMESLPMLSLVNSKAIGDIVAR 513
Query 275 FNAGYNPRYFNWKTKLDVINGAFTTTLKSWVSPVTESLLSGWFCFGYNKDDAAPDTKVIM 334
AGY PRY +WKT +DV+ GAFT TLKSW +PV + +F + + I+
Sbjct 514 SYAGYVPRYISWKTSIDVVRGAFTDTLKSWTAPVDSDYMHVFF-----GEVIPQEGSPIL 568
Query 335 NYKFFKVNPSVLDPIFGVNADSTWDTDQLLVNSYIGCYVVRNLSRDGVPY 384
+Y +FKVNPSVL+PIF V+ D +W+TDQLL N V RNLS DG+PY
Sbjct 569 SYTWFKVNPSVLNPIFAVSVDGSWNTDQLLCNCQFDVKVARNLSYDGMPY 618
> Alpavirinae_Human_feces_D_008_Microviridae_AG098_putative.VP1
Length=618
Score = 266 bits (681), Expect = 2e-84, Method: Compositional matrix adjust.
Identities = 159/394 (40%), Positives = 224/394 (57%), Gaps = 18/394 (5%)
Query 2 DYFTGvspslissllsvspDYWKSGTMFDLKYCNWNKDMLMGVLPNSQFGDVAVLDIPDS 61
D+++G + + +++ Y+ +F L+Y NW KDM MGV+P+SQ GDV+++D S
Sbjct 232 DWYSGGNVLASLTTQALAKKYYSDDNLFTLRYANWPKDMFMGVMPDSQLGDVSIVDTSGS 291
Query 62 -GDSNVVLGTDSHKSSVGIASAITSKTAPFPLFALDASPENPIPINsklrldlsslk--- 117
G V L + S A+ S T+P +LD + + ++K + +
Sbjct 292 EGTFPVGLYNFADGGSRAGLVAV-SGTSPAAGSSLDMQTTSALSASTKYGVYAQQVAGLG 350
Query 118 sQFTVLALRQAEALQRWKEISQSGDSDYREQIRKHFGVKLPQALSNMCTYIGGVSRNLDI 177
S F++L LR AEA+Q+++E+SQ D D R QI HFGV L LS+ C Y+GG S N+D+
Sbjct 351 SSFSILQLRMAEAVQKYREVSQFADQDARGQIMAHFGVSLSPVLSDKCMYLGGSSSNIDL 410
Query 178 SEVVNNNLATEGDTAVIAGKGVGAGNGSFEYTTTEHCVVMCIYHAVPLLDYTLTGQDGQL 237
SEVVN N+ T + A IAGKGVG G GSF + ++M IYH VPLLDY +TGQ L
Sbjct 411 SEVVNTNI-TGDNIAEIAGKGVGTGQGSFSGNFDTYGIIMGIYHNVPLLDYVITGQPQNL 469
Query 238 LVTDAESLPIPEFDNIGMEVLPMTQVFNSPKASIVNLFN-----AGYNPRYFNWKTKLDV 292
L T+ LP PE+D+IGM+ + + NS + + GY PR+F+ KT+ D
Sbjct 470 LYTNTADLPFPEYDSIGMQTIQFGRFVNSKAVGWTSGVDYRTQTMGYLPRFFDVKTRYDE 529
Query 293 INGAFTTTLKSWVSPVTESLLSGWFCFGYNKDDAAPDTKVI--MNYKFFKVNPSVLDPIF 350
+ GAF +TLK+WV+P+ + L W + K+ +NY FFKVNP VLD IF
Sbjct 530 VLGAFRSTLKNWVAPLDPANLPQWL-----QTSVTSSGKLFLNLNYGFFKVNPRVLDSIF 584
Query 351 GVNADSTWDTDQLLVNSYIGCYVVRNLSRDGVPY 384
V DST DTDQ L Y+ VRN DG+PY
Sbjct 585 NVKCDSTIDTDQFLTTLYMDIKAVRNFDYDGMPY 618
> Alpavirinae_Human_gut_33_005_Microviridae_AG0184_putative.VP1
Length=618
Score = 246 bits (628), Expect = 1e-76, Method: Compositional matrix adjust.
Identities = 152/401 (38%), Positives = 213/401 (53%), Gaps = 51/401 (13%)
Query 27 TMFDLKYCNWNKDMLMGVLPNSQFG---------DVAVLDIPDSGDSNVV---------- 67
++F+L+Y NWNKD+ MG +PN+QFG D + + I +G + V
Sbjct 226 SVFELRYANWNKDLYMGAMPNTQFGDVAAVSLGFDTSTMKIGITGTAPVTGNMPVGYGGK 285
Query 68 --------------LGTDSHKSSVGIASAITSKTAPFPLFALDASP------ENPIPINs 107
+G + + + + +K + LFA + I +
Sbjct 286 DGMGLRSQSRLYNPVGINDAQQVTTVQEEVNNKENGY-LFATGTNAFGRIFNAAKISGSD 344
Query 108 klrldlsslksQFTVLALRQAEALQRWKEISQSGDSDYREQIRKHFGVKLPQALSNMCTY 167
L ++F+VL LR AE LQ+WKEI+Q+ +Y Q++ HFGV S+ T
Sbjct 345 LNAQLSGQLDAKFSVLQLRAAECLQKWKEIAQANGQNYAAQVKAHFGVSPNPITSHRSTR 404
Query 168 IGGVSRNLDISEVVNNNLATEGDTAVIAGKGVGAG--NGSFEYTTTEHCVVMCIYHAVPL 225
+ G ++DIS V N NL++ D A+I GKG+G N + TTEH V+MCIYHAVPL
Sbjct 405 VCGFDGSIDISAVENTNLSS--DEAIIRGKGIGGYRVNKPETFETTEHGVLMCIYHAVPL 462
Query 226 LDYTLTGQDGQLLVT-DAESLPIPEFDNIGMEVLPMTQVFNSPKASIVNLFNA-GYNPRY 283
LDY TG D Q + T D +S P+PE D+IG E LP + N+ + GY PRY
Sbjct 463 LDYAPTGPDLQFMTTVDGDSWPVPEMDSIGFEELPSYSLLNTNAVQPIKEPRPFGYVPRY 522
Query 284 FNWKTKLDVINGAFTTTLKSWVSPVTESLLSGWFCFGYNKDDAAPDTKVIMNYKFFKVNP 343
+WKT +DV+ GAF TLKSW +P+ + L +F ++ P Y +FKVNP
Sbjct 523 ISWKTSVDVVRGAFIDTLKSWTAPIGQDYLKIYF-----DNNNVPGGAHFGFYTWFKVNP 577
Query 344 SVLDPIFGVNADSTWDTDQLLVNSYIGCYVVRNLSRDGVPY 384
SV++PIFGV AD +W+TDQLLVN V RNLS DG+PY
Sbjct 578 SVVNPIFGVVADGSWNTDQLLVNCDFDVRVARNLSYDGLPY 618
Lambda K H a alpha
0.318 0.136 0.416 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: 33657974