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-2_CDS_annotation_glimmer3.pl_2_8
Length=342
Score E
Sequences producing significant alignments: (Bits) Value
Alpavirinae_Human_feces_E_011_Microviridae_AG0388_putative.VP1 392 2e-133
Alpavirinae_Human_gut_22_017_Microviridae_AG0397_putative.VP1 344 7e-115
Alpavirinae_Human_gut_33_017_Microviridae_AG0154_putative.VP1 333 1e-110
Alpavirinae_Human_feces_D_015_Microviridae_AG019_putative.VP1 255 5e-81
Alpavirinae_Human_feces_C_043_Microviridae_AG0322_putative.VP1 246 4e-77
Alpavirinae_Human_feces_A_021_Microviridae_AG077_putative.VP1 245 1e-76
Alpavirinae_Human_feces_D_031_Microviridae_AG0425_putative.VP1 239 2e-74
Alpavirinae_Human_feces_D_008_Microviridae_AG098_putative.VP1 236 1e-73
Alpavirinae_Human_feces_A_034_Microviridae_AG0105_putative.VP1 230 4e-71
Alpavirinae_Human_gut_33_005_Microviridae_AG0184_putative.VP1 208 7e-63
> Alpavirinae_Human_feces_E_011_Microviridae_AG0388_putative.VP1
Length=622
Score = 392 bits (1008), Expect = 2e-133, Method: Compositional matrix adjust.
Identities = 208/345 (60%), Positives = 258/345 (75%), Gaps = 11/345 (3%)
Query 2 GVLPNSQFGDIAVIDI--EGGLNIPASRISLSSNNRPTIGIKVGAQVSSPNNCSITNSSG 59
G+LPNSQFGD+AV+++ G IP +S + + VS + I+ S+
Sbjct 285 GLLPNSQFGDVAVVNLGDSGSGTIPVGFLSDTEVFTQAFNATSMSTVSDTSPMGISGSTP 344
Query 60 NLSTGDILSVGIPAASYKLQSSFNVLALRQAESLQKYREITQSVDTNYRDQIKAHFGVNV 119
+S + I A +SF++LALRQAE+LQK++EITQSVDTNYRDQIKAHFG+N
Sbjct 345 -VSARQSMVARINNADV---ASFSILALRQAEALQKWKEITQSVDTNYRDQIKAHFGINT 400
Query 120 PASDSHMAQYIGGIARNLDISEVVNNNLQGDG-EAVIYGKGVGTGTGSMRYTTGSKYCIL 178
PAS SHMAQYIGG+ARNLDISEVVNNNL+ DG EAVIYGKGVG+G+G MRY TGS+YCI+
Sbjct 401 PASMSHMAQYIGGVARNLDISEVVNNNLKDDGSEAVIYGKGVGSGSGKMRYHTGSQYCII 460
Query 179 MCIYHCMPVLDYDISGQHPQLLATSVDELPIPEFDNIGMEGVPLVQLVNSNLYKTNKSVK 238
MCIYH MP+LDY I+GQ PQLL TSV++LPIPEFDNIGME VP L NS L+
Sbjct 461 MCIYHAMPLLDYAITGQDPQLLCTSVEDLPIPEFDNIGMEAVPATTLFNSVLF---DGTA 517
Query 239 IDSILGYNPRYYAWKSNIDRIHGAFTTTLQDWVSPVDDSFLYSTFGTPSSGSF-VTWPFF 297
++ LGYNPRY+ WKS IDR+HGAFTTTL+DWV+P+DD +L++ F + S ++WPFF
Sbjct 518 VNDFLGYNPRYWPWKSKIDRVHGAFTTTLKDWVAPIDDDYLHNWFNSKDGKSASISWPFF 577
Query 298 KVNPNTLDNIFAVKSDSTWESDQFLVNSYVGCKVVRPLSRDGVPY 342
KVNPNTLD+IFAV +DS WE+DQ L+N V CKVVRPLS+DG+PY
Sbjct 578 KVNPNTLDSIFAVVADSIWETDQLLINCDVSCKVVRPLSQDGMPY 622
> Alpavirinae_Human_gut_22_017_Microviridae_AG0397_putative.VP1
Length=607
Score = 344 bits (883), Expect = 7e-115, Method: Compositional matrix adjust.
Identities = 190/363 (52%), Positives = 242/363 (67%), Gaps = 41/363 (11%)
Query 1 MGVLPNSQFGDIAVIDIEGGLNIPASRISLSSNNRPTIGIKVGAQVSSPNNCSI------ 54
MGVLPNSQFGD+AV+DI+ P + L + N T+G+ A S N SI
Sbjct 265 MGVLPNSQFGDVAVLDIDNS-GKPDVVLGLGNANS-TVGV---ASYVSSNTASIPFFALK 319
Query 55 TNSSGNLSTGDILSVGIPAASYKLQSSFNVLALRQAESLQKYREITQSVDTNYRDQIKAH 114
+S+ L G L V + + L+S F VLALRQAE+LQ+++EI+QS D++YR+QI+ H
Sbjct 320 ASSANTLPVGSTLRVDLAS----LKSQFTVLALRQAEALQRWKEISQSGDSDYREQIRKH 375
Query 115 FGVNVPASDSHMAQYIGGIARNLDISEVVNNNLQGDGE-AVIYGKGVGTGTGSMRYTTGS 173
FGVN+P + S+M YIGGI+RNLDISEVVNNNL +G+ AVI GKGVG G GS YTT +
Sbjct 376 FGVNLPQALSNMCTYIGGISRNLDISEVVNNNLAAEGDTAVIAGKGVGAGNGSFTYTT-N 434
Query 174 KYCILMCIYHCMPVLDYDISGQHPQLLATSVDELPIPEFDNIGMEGVPLVQLVNS----- 228
++C++MCIYH +P+LDY I+GQ QLL T + LPIPEFDNIGME +P+ Q+ NS
Sbjct 435 EHCVVMCIYHAVPLLDYTITGQDGQLLVTDAESLPIPEFDNIGMETLPMTQIFNSPKASI 494
Query 229 -NLYKTNKSVKIDSILGYNPRYYAWKSNIDRIHGAFTTTLQDWVSPVDDSFLYSTFGTPS 287
NL+ GYNPRY+ WK+ +D I+GAFTTTL+ WVSPV +S L FG
Sbjct 495 VNLFNA----------GYNPRYFNWKTKLDVINGAFTTTLKSWVSPVTESLLSGWFGFGY 544
Query 288 SGS--------FVTWPFFKVNPNTLDNIFAVKSDSTWESDQFLVNSYVGCKVVRPLSRDG 339
S + + FFKVNP+ LD IF V +DSTW+SDQ LVNSY+GC V R LSRDG
Sbjct 545 SEGDVNSQNKVVLNYKFFKVNPSVLDPIFGVAADSTWDSDQLLVNSYIGCYVARNLSRDG 604
Query 340 VPY 342
VPY
Sbjct 605 VPY 607
> Alpavirinae_Human_gut_33_017_Microviridae_AG0154_putative.VP1
Length=614
Score = 333 bits (855), Expect = 1e-110, Method: Compositional matrix adjust.
Identities = 182/355 (51%), Positives = 247/355 (70%), Gaps = 27/355 (8%)
Query 1 MGVLPNSQFGDIAVIDIEGGLNIPASRISLSSN-NRPTIGIKVGAQVSS-----PNNCSI 54
MGVLPNSQFGD+AV+DI + S + L + ++ T+GI G+ ++S P
Sbjct 274 MGVLPNSQFGDVAVLDISSSGD---SDVVLGVDPHKSTLGI--GSAITSKSAVVPLFALD 328
Query 55 TNSSGNLSTGDILSVGIPAASYKLQSSFNVLALRQAESLQKYREITQSVDTNYRDQIKAH 114
++S +S G L + + + ++S FNVLALRQAE+LQ+++EI+QS D++YR+QI H
Sbjct 329 ASTSNPVSVGSKLHLDLSS----IKSQFNVLALRQAEALQRWKEISQSGDSDYREQILKH 384
Query 115 FGVNVPASDSHMAQYIGGIARNLDISEVVNNNLQGDGE-AVIYGKGVGTGTGSMRYTTGS 173
FGV +P + S++ YIGGI+RNLDISEVVNNNL + + AVI GKGVGTG GS YTT +
Sbjct 385 FGVKLPQALSNLCTYIGGISRNLDISEVVNNNLAAEEDTAVIAGKGVGTGNGSFTYTT-N 443
Query 174 KYCILMCIYHCMPVLDYDISGQHPQLLATSVDELPIPEFDNIGMEGVPLVQLVNSNLYKT 233
++C++M IYH +P+LDY ++GQ QLL T + LPIPEFDNIG+E +P+ Q+ NS+L
Sbjct 444 EHCVIMGIYHAVPLLDYTLTGQDGQLLVTDAESLPIPEFDNIGLEVLPMAQIFNSSLATA 503
Query 234 NKSVKIDSILGYNPRYYAWKSNIDRIHGAFTTTLQDWVSPVDDSFL--YSTFGTPSS--- 288
GYNPRY+ WK+ +D I+GAFTTTL+ WVSPV +S L ++ FG S
Sbjct 504 FNLFNA----GYNPRYFNWKTKLDVINGAFTTTLKSWVSPVSESLLSGWARFGASDSKTG 559
Query 289 -GSFVTWPFFKVNPNTLDNIFAVKSDSTWESDQFLVNSYVGCKVVRPLSRDGVPY 342
+ + + FFKVNP+ LD IF VK+DSTW++DQ LVNSY+GC VVR LSRDGVPY
Sbjct 560 TKAVLNYKFFKVNPSVLDPIFGVKADSTWDTDQLLVNSYIGCYVVRNLSRDGVPY 614
> Alpavirinae_Human_feces_D_015_Microviridae_AG019_putative.VP1
Length=584
Score = 255 bits (652), Expect = 5e-81, Method: Compositional matrix adjust.
Identities = 147/347 (42%), Positives = 207/347 (60%), Gaps = 28/347 (8%)
Query 1 MGVLPNSQFGDIAVIDIEGGLNIPASRISLSSNNRPTIGIKVGAQVSSPNNCSITNSSGN 60
G LP++Q+GD +V+DI G T G V +++ N S NSS
Sbjct 261 FGSLPDAQYGDTSVVDISYG----------------TTGAPV---ITAQNLQSPVNSSTA 301
Query 61 LSTGDILSVGIPAASYKLQSSFNVLALRQAESLQKYREITQSVDTNYRDQIKAHFGVNVP 120
+ T D S + A L + +VLALR+ E+LQ++REI+ NYR QIKAHFGV+V
Sbjct 302 IGTSDKFSTQLIEAGTNL--TLDVLALRRGEALQRFREISLCTPLNYRSQIKAHFGVDVG 359
Query 121 ASDSHMAQYIGGIARNLDISEVVNNNLQGDGEAVIYGKGVGTGTGSMRYTTGSKYCILMC 180
+ S M+ YIGG A +LDISEVVN N+ EA+I GKG+GTG G+ + + +LMC
Sbjct 360 SELSGMSTYIGGEASSLDISEVVNTNITESNEALIAGKGIGTGQGNEEF-YAKDWGVLMC 418
Query 181 IYHCMPVLDYDISGQHPQLLATSVDELPIPEFDNIGMEGVPLVQLVNSNLYKTNKSVKID 240
IYH +P+LDY IS PQL A+ P+PE D IG+E + + N+ + + D
Sbjct 419 IYHSVPLLDYVISAPDPQLFASMNTSFPVPELDAIGLEPITVAYYSNNPIELPSTGGITD 478
Query 241 ---SILGYNPRYYAWKSNIDRIHGAFTTTLQDWVSPVDDSFLYSTFGTP--SSGSFVTWP 295
+ +GY PRYYAWK++ID + GAFTTT ++WV+P+ L+S P + G+ + +
Sbjct 479 APTTTVGYLPRYYAWKTSIDYVLGAFTTTEKEWVAPITPE-LWSNMLKPLGTKGTGINYN 537
Query 296 FFKVNPNTLDNIFAVKSDSTWESDQFLVNSYVGCKVVRPLSRDGVPY 342
FFKVNP+ LD IFAV +DS W++D FL+N+ +V R L DG+PY
Sbjct 538 FFKVNPSILDPIFAVNADSYWDTDTFLINAAFDIRVARNLDYDGMPY 584
> Alpavirinae_Human_feces_C_043_Microviridae_AG0322_putative.VP1
Length=602
Score = 246 bits (627), Expect = 4e-77, Method: Compositional matrix adjust.
Identities = 139/345 (40%), Positives = 203/345 (59%), Gaps = 8/345 (2%)
Query 1 MGVLPNSQFGDIAVIDIEGGLNIPASRISLSSNNRPTIGIKVGAQVSSPNNCSITNSSGN 60
MGV+P+SQFG +A +++ N +S +S N +G+ + +S + I SS +
Sbjct 263 MGVMPSSQFGSVATVNVA---NFSSSNLSSPLRNLSNVGMVTASNNASSGSPLILRSSQD 319
Query 61 LSTGDILSVGIPAASYKLQSSFNVLALRQAESLQKYREITQSVDTNYRDQIKAHFGVNVP 120
S GD + L +SF++L+ R AE+ QK++E+TQ Y++Q++AHF V +
Sbjct 320 TSAGDGFGILTSNIFSTLSASFDILSFRIAEATQKWKEVTQCAKQGYKEQLEAHFNVKLS 379
Query 121 ASDSHMAQYIGGIARNLDISEVVNNNLQGDGEAVIYGKGVGTGTGSMRYTTGSKYCILMC 180
+ S +YIGG + + ISEV+N NL+ A I GKGVG GS + T +++ ILMC
Sbjct 380 EALSDHCRYIGGTSSGVTISEVLNTNLES-AAADIKGKGVGGSFGSETFET-NEHGILMC 437
Query 181 IYHCMPVLDYDISGQHPQLLATSVDELPIPEFDNIGMEGVPLVQLVNSNLYKTNKSVKID 240
IYH PVLDY SGQ QLL+T ++PIPEFD+IGME +P+ L N + +
Sbjct 438 IYHATPVLDYLRSGQDLQLLSTLATDIPIPEFDHIGMEALPIETLFNEQSTEATALINSI 497
Query 241 SILGYNPRYYAWKSNIDRIHGAFTTTLQDWVSPVD-DSFLYSTFGTPSSGSF--VTWPFF 297
+LGY+PRY A+K+++D + GAF TTL WV+P+ + + P SGS + + FF
Sbjct 498 PVLGYSPRYIAYKTSVDWVSGAFETTLDSWVAPLTVNEQITKLLFNPDSGSVYSMNYGFF 557
Query 298 KVNPNTLDNIFAVKSDSTWESDQFLVNSYVGCKVVRPLSRDGVPY 342
KV P LD IF + TW+SDQFLVN K V+ L +G+PY
Sbjct 558 KVTPRVLDPIFVQECTDTWDSDQFLVNVSFNVKPVQNLDYNGMPY 602
> Alpavirinae_Human_feces_A_021_Microviridae_AG077_putative.VP1
Length=622
Score = 245 bits (625), Expect = 1e-76, Method: Compositional matrix adjust.
Identities = 147/362 (41%), Positives = 210/362 (58%), Gaps = 26/362 (7%)
Query 2 GVLPNSQFGDIAVIDIE-GGLNIPASRISL-SSNNRPTIGIKVGAQVSSPNNCSI----T 55
G LPN QFG+++V+D+ I A+ ++ ++ NR + + A SS ++ I T
Sbjct 266 GFLPNQQFGNVSVVDMTVSSDEIMAAPVTFGATGNR--VAVTKAALASSTSSTGIGTVST 323
Query 56 NSSGNLSTGDILSVGIPAASYKLQSSFNVLALRQAESLQKYREITQSVDTNYRDQIKAHF 115
S G + G L + L +F++LALRQAE LQK++EI S D +YR QI+ HF
Sbjct 324 PSGGTVPVGTSLYAQV--QQRDLTGAFSILALRQAEFLQKWKEIALSGDQDYRSQIEKHF 381
Query 116 GVNVPASDSHMAQYIGGIARNLDISEVVNNNLQGDG-------EAVIYGKGVGTGTGSMR 168
GV +PA S+M+QYIGG +DISEVVN NL A+I GKGV +G G++
Sbjct 382 GVKLPAELSYMSQYIGGQFAQMDISEVVNQNLTDQAGSDAAQYPALIAGKGVNSGDGNVN 441
Query 169 YTTGSKYCILMCIYHCMPVLDYDISGQHPQLLATSVDELPIPEFDNIGMEGVPLVQLVNS 228
Y T ++ I+M IYH +P+LDY+ +GQ LL TS +E IPEFD IGM+ +PL L NS
Sbjct 442 Y-TARQHGIIMGIYHAVPLLDYERTGQDQDLLITSAEEWAIPEFDAIGMQTLPLGTLFNS 500
Query 229 NLYKTNKSVKIDSI---LGYNPRYYAWKSNIDRIHGAFTTTLQDWVSPVDDSFLYSTFGT 285
N + ++ +GY PRY WK++ID I GAF ++ + WV+P+D F+ +
Sbjct 501 NKVSGDSDFRLHGAAYPIGYVPRYVNWKTDIDEIFGAFRSSEKTWVAPIDADFITNWVKN 560
Query 286 PSSG-----SFVTWPFFKVNPNTLDNIFAVKSDSTWESDQFLVNSYVGCKVVRPLSRDGV 340
+ S + +FKVNP LD+IFAVK+DST ++D F + K VR L G+
Sbjct 561 VADNASAVQSLFNYNWFKVNPAILDDIFAVKADSTMDTDTFKTRMMMSIKCVRNLDYSGM 620
Query 341 PY 342
PY
Sbjct 621 PY 622
> Alpavirinae_Human_feces_D_031_Microviridae_AG0425_putative.VP1
Length=614
Score = 239 bits (609), Expect = 2e-74, Method: Compositional matrix adjust.
Identities = 142/350 (41%), Positives = 205/350 (59%), Gaps = 11/350 (3%)
Query 1 MGVLPNSQFGDIAVIDIEGGL-NIPASRISLSSNN-RPTIGIKVGAQVSSPNNCSITNSS 58
MGV+P+SQ GD++++D G P + ++ R + + G+ + ++ + SS
Sbjct 268 MGVMPDSQLGDVSIVDASGSEGTFPVGLLDVNDGTLRAGLLARSGSAPAEKSSLEMQTSS 327
Query 59 GNLSTGDILSVGIPAASYKLQSSFNVLALRQAESLQKYREITQSVDTNYRDQIKAHFGVN 118
LS V A+ L SSF++L LR AE++QKYRE++Q D + R QI AHFGV+
Sbjct 328 A-LSANTTYGVYAQRAA-GLASSFSILQLRMAEAVQKYREVSQFADQDARGQIMAHFGVS 385
Query 119 VPASDSHMAQYIGGIARNLDISEVVNNNLQGDGEAVIYGKGVGTGTGSMRYTTGSKYCIL 178
+ S Y+GG + N+D+SEVVN N+ GD A I GKGVGTG GS +Y I+
Sbjct 386 LSPVLSDKCVYLGGSSSNIDLSEVVNTNITGDNVAEIAGKGVGTGQGSFS-GQFDEYGII 444
Query 179 MCIYHCMPVLDYDISGQHPQLLATSVDELPIPEFDNIGMEGVPLVQLVNSNLYKTNKSVK 238
+ IYH +P+LDY I+GQ LL T+ +LP PEFD+IGM+ + + VNS V
Sbjct 445 IGIYHNVPLLDYVITGQPQNLLYTNTADLPFPEFDSIGMQTIQFGRFVNSKSVSWTSGVD 504
Query 239 ID-SILGYNPRYYAWKSNIDRIHGAFTTTLQDWVSPVDDSFL--YSTFGTPSSGSF---V 292
+GY PR++ K+ D + GAF +TL++WV+P+D S++ + SSG +
Sbjct 505 YRVQTMGYLPRFFDVKTRYDEVLGAFRSTLKNWVAPLDPSYVSKWLQSSVTSSGKLALNL 564
Query 293 TWPFFKVNPNTLDNIFAVKSDSTWESDQFLVNSYVGCKVVRPLSRDGVPY 342
+ FFKVNP LD+IF VK DST ++DQFL Y+ K VR DG+PY
Sbjct 565 NYGFFKVNPRVLDSIFNVKCDSTIDTDQFLTALYMDIKAVRNFDYDGMPY 614
> Alpavirinae_Human_feces_D_008_Microviridae_AG098_putative.VP1
Length=618
Score = 236 bits (603), Expect = 1e-73, Method: Compositional matrix adjust.
Identities = 144/353 (41%), Positives = 199/353 (56%), Gaps = 17/353 (5%)
Query 1 MGVLPNSQFGDIAVIDIEGGLNIPASRISLSSNNRPTIGIKVGAQVSSPNNCSITNSSGN 60
MGV+P+SQ GD++++D G + N G + G V+ SS +
Sbjct 272 MGVMPDSQLGDVSIVDTSGS----EGTFPVGLYNFADGGSRAGL-VAVSGTSPAAGSSLD 326
Query 61 LSTGDILSVGIPAASYKLQ-----SSFNVLALRQAESLQKYREITQSVDTNYRDQIKAHF 115
+ T LS Y Q SSF++L LR AE++QKYRE++Q D + R QI AHF
Sbjct 327 MQTTSALSASTKYGVYAQQVAGLGSSFSILQLRMAEAVQKYREVSQFADQDARGQIMAHF 386
Query 116 GVNVPASDSHMAQYIGGIARNLDISEVVNNNLQGDGEAVIYGKGVGTGTGSMRYTTGSKY 175
GV++ S Y+GG + N+D+SEVVN N+ GD A I GKGVGTG GS Y
Sbjct 387 GVSLSPVLSDKCMYLGGSSSNIDLSEVVNTNITGDNIAEIAGKGVGTGQGSFS-GNFDTY 445
Query 176 CILMCIYHCMPVLDYDISGQHPQLLATSVDELPIPEFDNIGMEGVPLVQLVNSNLYKTNK 235
I+M IYH +P+LDY I+GQ LL T+ +LP PE+D+IGM+ + + VNS
Sbjct 446 GIIMGIYHNVPLLDYVITGQPQNLLYTNTADLPFPEYDSIGMQTIQFGRFVNSKAVGWTS 505
Query 236 SVKIDS-ILGYNPRYYAWKSNIDRIHGAFTTTLQDWVSPVDDSFLYSTFGTP--SSGSF- 291
V + +GY PR++ K+ D + GAF +TL++WV+P+D + L T SSG
Sbjct 506 GVDYRTQTMGYLPRFFDVKTRYDEVLGAFRSTLKNWVAPLDPANLPQWLQTSVTSSGKLF 565
Query 292 --VTWPFFKVNPNTLDNIFAVKSDSTWESDQFLVNSYVGCKVVRPLSRDGVPY 342
+ + FFKVNP LD+IF VK DST ++DQFL Y+ K VR DG+PY
Sbjct 566 LNLNYGFFKVNPRVLDSIFNVKCDSTIDTDQFLTTLYMDIKAVRNFDYDGMPY 618
> Alpavirinae_Human_feces_A_034_Microviridae_AG0105_putative.VP1
Length=618
Score = 230 bits (586), Expect = 4e-71, Method: Compositional matrix adjust.
Identities = 144/382 (38%), Positives = 208/382 (54%), Gaps = 44/382 (12%)
Query 1 MGVLPNSQFGDIAVIDI---EGGLNIPASRISLSSNNRPT-------IGIKVGAQVSSP- 49
MG LPNSQFGD+A I + + + + +L N P +GI+ +++ +P
Sbjct 241 MGSLPNSQFGDVAGISLGFDASTMKVGVTGTALVKGNMPVGYGGKDGMGIRSQSRLYNPV 300
Query 50 ------NNCSITNSSGNLSTGDILSVGIPA------------------ASYKLQSSFNVL 85
++ N G + + G A S +L + F+VL
Sbjct 301 GINDAQQVTTVQQDVNNKENGYLFATGTDAFGRISNAAKINGSELFAQLSGQLDAQFSVL 360
Query 86 ALRQAESLQKYREITQSVDTNYRDQIKAHFGVNVPASDSHMAQYIGGIARNLDISEVVNN 145
LR AE+LQK++EI Q+ NY Q+KAHFGV+ SH + I G ++DIS V N
Sbjct 361 QLRAAEALQKWKEIAQANGQNYAAQVKAHFGVSTNPMQSHRSTRICGFDGSIDISAVENT 420
Query 146 NLQGDGEAVIYGKGV-GTGTGSMRYTTGSKYCILMCIYHCMPVLDYDISGQHPQLLATSV 204
NL D EA+I GKG+ G T +++ ++MCIYH P+LDY +G QL++T
Sbjct 421 NLTAD-EAIIRGKGLGGQRINDPSDFTCNEHGVIMCIYHATPLLDYVPTGPDLQLMSTVK 479
Query 205 DE-LPIPEFDNIGMEGVPLVQLVNSNLYKTNKSVKIDSILGYNPRYYAWKSNIDRIHGAF 263
E P+PEFD++GME +P++ LVNS K + S GY PRY +WK++ID + GAF
Sbjct 480 GESWPVPEFDSLGMESLPMLSLVNS---KAIGDIVARSYAGYVPRYISWKTSIDVVRGAF 536
Query 264 TTTLQDWVSPVDDSFLYSTFGT--PSSGS-FVTWPFFKVNPNTLDNIFAVKSDSTWESDQ 320
T TL+ W +PVD +++ FG P GS +++ +FKVNP+ L+ IFAV D +W +DQ
Sbjct 537 TDTLKSWTAPVDSDYMHVFFGEVIPQEGSPILSYTWFKVNPSVLNPIFAVSVDGSWNTDQ 596
Query 321 FLVNSYVGCKVVRPLSRDGVPY 342
L N KV R LS DG+PY
Sbjct 597 LLCNCQFDVKVARNLSYDGMPY 618
> Alpavirinae_Human_gut_33_005_Microviridae_AG0184_putative.VP1
Length=618
Score = 208 bits (529), Expect = 7e-63, Method: Compositional matrix adjust.
Identities = 130/384 (34%), Positives = 200/384 (52%), Gaps = 48/384 (13%)
Query 1 MGVLPNSQFGDIAVIDIEGGLNIPASRISLS-----SNNRPT-------IGIKVGAQVSS 48
MG +PN+QFGD+A + + G + +I ++ + N P +G++ +++ +
Sbjct 241 MGAMPNTQFGDVAAVSL--GFDTSTMKIGITGTAPVTGNMPVGYGGKDGMGLRSQSRLYN 298
Query 49 P-------NNCSITNSSGNLSTGDILSVGIPA------------------ASYKLQSSFN 83
P ++ N G + + G A S +L + F+
Sbjct 299 PVGINDAQQVTTVQEEVNNKENGYLFATGTNAFGRIFNAAKISGSDLNAQLSGQLDAKFS 358
Query 84 VLALRQAESLQKYREITQSVDTNYRDQIKAHFGVNVPASDSHMAQYIGGIARNLDISEVV 143
VL LR AE LQK++EI Q+ NY Q+KAHFGV+ SH + + G ++DIS V
Sbjct 359 VLQLRAAECLQKWKEIAQANGQNYAAQVKAHFGVSPNPITSHRSTRVCGFDGSIDISAVE 418
Query 144 NNNLQGDGEAVIYGKGVGTGTGSMRYT-TGSKYCILMCIYHCMPVLDYDISGQHPQLLAT 202
N NL D EA+I GKG+G + T +++ +LMCIYH +P+LDY +G Q + T
Sbjct 419 NTNLSSD-EAIIRGKGIGGYRVNKPETFETTEHGVLMCIYHAVPLLDYAPTGPDLQFMTT 477
Query 203 -SVDELPIPEFDNIGMEGVPLVQLVNSNLYKTNKSVKIDSILGYNPRYYAWKSNIDRIHG 261
D P+PE D+IG E +P L+N+N + +K GY PRY +WK+++D + G
Sbjct 478 VDGDSWPVPEMDSIGFEELPSYSLLNTNAV---QPIKEPRPFGYVPRYISWKTSVDVVRG 534
Query 262 AFTTTLQDWVSPVDDSFLYSTF---GTPSSGSFVTWPFFKVNPNTLDNIFAVKSDSTWES 318
AF TL+ W +P+ +L F P F + +FKVNP+ ++ IF V +D +W +
Sbjct 535 AFIDTLKSWTAPIGQDYLKIYFDNNNVPGGAHFGFYTWFKVNPSVVNPIFGVVADGSWNT 594
Query 319 DQFLVNSYVGCKVVRPLSRDGVPY 342
DQ LVN +V R LS DG+PY
Sbjct 595 DQLLVNCDFDVRVARNLSYDGLPY 618
Lambda K H a alpha
0.316 0.134 0.399 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: 29420118