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_1
Length=537
Score E
Sequences producing significant alignments: (Bits) Value
Alpavirinae_Human_feces_E_011_Microviridae_AG0385_putative.VP4 345 2e-112
Alpavirinae_Human_gut_22_017_Microviridae_AG0393_putative.VP4 270 5e-84
Alpavirinae_Human_gut_33_017_Microviridae_AG0152_putative.VP4 261 7e-81
Alpavirinae_Human_feces_D_008_Microviridae_AG0100_putative.VP4 139 1e-37
Alpavirinae_Human_feces_A_034_Microviridae_AG0102_putative.VP4 139 2e-37
Alpavirinae_Human_feces_B_039_Microviridae_AG093_putative.VP4 138 4e-37
Alpavirinae_Human_feces_D_031_Microviridae_AG0423_putative.VP4 137 5e-37
Alpavirinae_Human_feces_D_015_Microviridae_AG020_putative.VP4 138 7e-37
Alpavirinae_Human_feces_C_043_Microviridae_AG0321_putative.VP4 118 3e-30
Alpavirinae_Human_gut_33_005_Microviridae_AG0180_putative.VP4 116 1e-29
> Alpavirinae_Human_feces_E_011_Microviridae_AG0385_putative.VP4
Length=611
Score = 345 bits (886), Expect = 2e-112, Method: Compositional matrix adjust.
Identities = 219/589 (37%), Positives = 327/589 (56%), Gaps = 58/589 (10%)
Query 1 VTNRYTHETLFVRCGTCPSCLVHRSNIQCALISNMSSHFKHAYFFTLTYSDEFVPRVSLE 60
+ N Y+H+ +F CG C SC++++SN A NM++HFK+ YF TLTY D F+P +S+E
Sbjct 22 IVNPYSHDVIFAPCGHCKSCIMNKSNFATAYAMNMATHFKYCYFVTLTYKDIFLPYLSVE 81
Query 61 VVERCDA----ESEIDAYMSDSDPRHLP----------YDDSRYQIAATY------LPRS 100
VV R + + +S SDPR L D ++ ++ + +PR
Sbjct 82 VVRRSGNRYLFDENFETMVSTSDPRFLTPEYYHDRDFSLDSAQNEVEQVFDVGFQSIPRD 141
Query 101 GCFRVHDSGRVRDFSETEDSYQFLHTFSGKEIRDLLVSSNGRYDFSRKCVVFPSIDECRN 160
+ S R R F + + +F E++D+L+ +NGRYD+ +K VV+PS+ +C+
Sbjct 142 VSVKSKGSFRFRSFDD--EPLKFCIPMKLTELQDILIKANGRYDYGKKKVVYPSLADCKL 199
Query 161 EILVLNPYDQNLFFKRLRKLISER--YDEKICYYLVSEYGGRTYRPHWHGILFFNSDALT 218
+I VL D LFFKRLR+ + KICYY+VSEYG +TYRPHWH +LFFNS+ +T
Sbjct 200 QIPVLQSRDIELFFKRLRRNLDSHGFTSSKICYYVVSEYGPQTYRPHWHCLLFFNSEEIT 259
Query 219 SSICELVSKSWSYGRTDCSLSRGSAAGYVASYINSFVDLPDFFNRHKEIKPKSYHSKGLS 278
++ E +SK+WSYGR D SLSRG+AA YVA+Y+NS LP + KEI+P+S+HSKG
Sbjct 260 QTLREDISKAWSYGRIDYSLSRGAAASYVAAYVNSAACLPFLYVGQKEIRPRSFHSKGFG 319
Query 279 VNSLFSRTSDISQVDEVAASCFDGFSVPINGEYVTVKPSRSYEHTVFPRISDPFFKDPHS 338
N +F ++SD+S++ +++ FDG +V NG+ V ++P RS E VFPR S+ FF D +
Sbjct 320 SNKVFPKSSDVSEISKISDLFFDGVNVDSNGKVVNIRPVRSCELAVFPRFSNDFFSDSDT 379
Query 339 CVDLFFGAFTASNRLIRDGYISID------ENLSVWQLSRRYAEYY--------FSVR-- 382
C LF RL+ GY+ ID ++ + L R Y+EYY FS+R
Sbjct 380 CCKLFQSVIETPERLVSRGYLGIDTPNFGSDDFRLSDLVRAYSEYYERNFTDFSFSLRFL 439
Query 383 AGHYNVSYYDSLIFKFTRLETDQI-DFDCITGKIYRFFSAVSRTLRFWHLDCYVLPEDlk 441
G+ Y D LIF+ RL + + D I G++YR F+ V R RFW+L Y LK
Sbjct 440 RGYRTRDYADELIFREARLFDGYVFNKDMIFGRLYRLFAKVLRCFRFWNLKQYTDSWSLK 499
Query 442 ksllklfissVDYWSKKELKFINDFYDYLSAHPESDS-FLKSRTVG----------FVCP 490
++ K++ +YW KKE +F+ +++YL + + FL RT G +
Sbjct 500 VAIKKIWSYGWEYWKKKEYRFLTTYFEYLEGCNDDERLFLLVRTSGSGLATDSPHSWTYT 559
Query 491 PKENI------SFWNDLNTTLSSLKNSVTQRIFQKVKHKNYNDISGLLF 533
+E+ F+ TL L + + KVKHK +ND+ G+L
Sbjct 560 QREDYVNCLSDDFYKRYMNTLKWLTARTEKVLKDKVKHKEFNDMQGVLL 608
> Alpavirinae_Human_gut_22_017_Microviridae_AG0393_putative.VP4
Length=562
Score = 270 bits (689), Expect = 5e-84, Method: Compositional matrix adjust.
Identities = 196/582 (34%), Positives = 289/582 (50%), Gaps = 88/582 (15%)
Query 1 VTNRYTHETLFVRCGTCPSCLVHRSNIQCALISNMSSHFKHAYFFTLTYSDEFVPRVSLE 60
V N+YTHE + V CG CPSC++ RS++Q L++ S+ F++ YF TLTY+ F+P + +
Sbjct 20 VVNKYTHEPVVVSCGHCPSCILRRSSVQTNLLTTYSAQFRYVYFVTLTYAPSFLPTLEVS 79
Query 61 VVERCDAE----------SEIDAYMSDSDPRHLPYDDSRYQIAATYLPRSGCFRVHDSGR 110
VVE C + E+DA SDP + Y +PRS ++ S
Sbjct 80 VVETCTDDIADVSCVPNIDELDA----SDP-------NTYLFGFRSVPRSSSVKLKSSTV 128
Query 111 VRDFSETEDSYQFLHTFSGKEIRDLLVSSNGRYDFSRKCVVFPSIDECRNEILVLNPYDQ 170
R F + + +F + KE+ +L N N I + D
Sbjct 129 ERTFKDPD--VKFSYPMKPKELLSILGKIN---------------HNVPNRIPYICNRDL 171
Query 171 NLFFKRLRKLISERYDEKICYYLVSEYGGRTYRPHWHGILFFNSDALTSSICELVSKSWS 230
+LF KRLR S DEK+ YY VSEYG ++RPHWH +LF NS+ + ++CE VSK+WS
Sbjct 172 DLFLKRLR---SYYLDEKLRYYAVSEYGPTSFRPHWHLLLFSNSERFSRTVCENVSKAWS 228
Query 231 YGRTDCSLSRGSAAGYVASYINSFVDLPDFFNRH-KEIKPKSYHSKGLSVNSLFSRTSDI 289
YGR D SLSRG AA YVASY+NSFV LPDF+ + K ++PKS+HS G + ++LF R +
Sbjct 229 YGRCDASLSRGFAAPYVASYVNSFVALPDFYTQMPKVVRPKSFHSIGFTESNLFPRKVRV 288
Query 290 SQVDEVAASCFDGFSVPINGEYVTVKPSRSYEHTVFPRISDPFFKDPHSCVDLFFGAFTA 349
++VDE+ C +G V +G + T+KP+ Y +FPR SD K P S L F AFTA
Sbjct 289 AEVDEITDKCLNGVRVERDGYFRTIKPTWPYLLRLFPRFSDAIRKSPSSIYQLLFAAFTA 348
Query 350 SNRLIRDGYISI-------DENLSVWQLSRRYAEYY--FSVRAGHYN-------VSYYDS 393
R+IR G I S+ ++Y Y + H N + + D
Sbjct 349 PERVIRSGCADIGCDPFGESSKQSILSFCKQYLNYVDNYGKSNEHRNFLSPQASLPHSDV 408
Query 394 LIFKFTRLETDQIDFDCI--TGKIYRFFSAVSRTLRFWHLD-CYVL------PED----l 440
LI RL D +D + ++YRFF +S+ +R + D C L P
Sbjct 409 LILSECRL-YDGVDLETTHRVSRVYRFFLGISKFIRTYSTDGCSELFWSSGTPGGDLFCR 467
Query 441 kksllklfissVDYWSKKELKFINDFYDYLSAHPESD---------SFLKSRTVGFVCPP 491
++ L + V++W++ E + DFY L + + SF +R+V
Sbjct 468 ERFLRIISEKIVNFWNRYEYNRLVDFYQTLEDSNDKELVDFELRNYSFRYNRSV------ 521
Query 492 KENISFWNDLNTTLSSLKNSVTQRIFQKVKHKNYNDISGLLF 533
++N +N+L + L + + KVKHK ND+SG+
Sbjct 522 RDNERPYNEL-PLVRRLAAASLMKCRDKVKHKKVNDLSGIFL 562
> Alpavirinae_Human_gut_33_017_Microviridae_AG0152_putative.VP4
Length=565
Score = 261 bits (667), Expect = 7e-81, Method: Compositional matrix adjust.
Identities = 167/452 (37%), Positives = 237/452 (52%), Gaps = 43/452 (10%)
Query 1 VTNRYTHETLFVRCGTCPSCLVHRSNIQCALISNMSSHFKHAYFFTLTYSDEFVPRVSLE 60
V N+YTHE + V CG CPSC++ RS IQ L++ S+ F++ YF TLTY+ F+P + +
Sbjct 20 VVNKYTHEPVVVSCGACPSCVLRRSGIQTNLLTTYSAQFRYVYFVTLTYAPCFLPTLEVS 79
Query 61 VVERCDAESEIDAYMSDSDPRHL-PYDDSRYQIAATYLPRSGCFRVHDSGRVRDFSETED 119
V+E C +I S D L P D++RY +PRS ++ +S R F + E
Sbjct 80 VIETC--TDDIADVSSVPDINDLDPCDNNRYLFGFCSVPRSASVKLKNSTVERTFKDPE- 136
Query 120 SYQFLHTFSGKEIRDLLVSSNGRYDFSRKCVVFPSIDECRNEILVLNPYDQNLFFKRLRK 179
+F + KE+ +L N N I + D +LF KRLR
Sbjct 137 -VRFSYPMKPKELLSILDKIN---------------HNVPNRIPYICNRDLDLFLKRLRS 180
Query 180 LISERYDEKICYYLVSEYGGRTYRPHWHGILFFNSDALTSSICELVSKSWSYGRTDCSLS 239
EK+ YY VSEYG +YRPHWH +LF NS+ + +I E VSK+WSYGR D SLS
Sbjct 181 YYPY---EKLRYYAVSEYGPTSYRPHWHLLLFSNSEQFSKTILENVSKAWSYGRCDASLS 237
Query 240 RGSAAGYVASYINSFVDLPDFFNRHKE-IKPKSYHSKGLSVNSLFSRTSDISQVDEVAAS 298
RG AA YVASY+NSFV LP F+ ++PKS+HS G + ++LF R IS++DEV
Sbjct 238 RGFAAPYVASYVNSFVALPSFYTEMPRFLRPKSFHSIGFTESNLFPRKVRISEIDEVTDK 297
Query 299 CFDGFSVPINGEYVTVKPSRSYEHTVFPRISDPFFKDPHSCVDLFFGAFTASNRLIRDGY 358
C +G V +G + +KPS Y +FPR SD K P S L F AFTA R+IR G
Sbjct 298 CLNGVRVERDGYFRILKPSWPYLLRLFPRFSDAIRKSPSSIYQLLFAAFTAPARVIRSGC 357
Query 359 ISI-------DENLSVWQLSRRYAEY---------YFSVRAGHYNVSYYDSLIFKFTRLE 402
I + S+ ++Y Y + + + H ++ + D LI RL
Sbjct 358 ADIGCDPFVENSKQSLLSFCKQYLNYVDNHGKSNEFKNFLSPHADLPHSDVLILTECRL- 416
Query 403 TDQIDFDCI--TGKIYRFFSAVSRTLRFWHLD 432
D +D + ++YRFF +++ +R + D
Sbjct 417 YDGVDLEAAHRLSRVYRFFLGIAKFIRTYSTD 448
> Alpavirinae_Human_feces_D_008_Microviridae_AG0100_putative.VP4
Length=532
Score = 139 bits (351), Expect = 1e-37, Method: Compositional matrix adjust.
Identities = 111/347 (32%), Positives = 168/347 (48%), Gaps = 37/347 (11%)
Query 3 NRYTHETLFVRCGTCPSCLVHRSNIQCALISNMSSHFKHAYFFTLTYSDEFVPRVSLEVV 62
N YT E + V CGTCP+C ++S + + S +H YF TLTY+ ++P E+
Sbjct 22 NPYTGELIMVPCGTCPACRFNKSILSQNKVHAQSLISRHVYFVTLTYAQRYIPYYEYEI- 80
Query 63 ERCDAE-SEIDAYMSDSDPRHLPYDDSRYQIAATYLPRSGCFRVHD--SGRVRDFSETED 119
E DA+ I A+ D +P + Y TY R+ S +V+ FS + +
Sbjct 81 EALDADFLAITAHCRDRNPMYRTY---------TYRGTKHKLRIRGLASPKVKSFSFSVN 131
Query 120 SYQFLHTFSGKEIRDLLVSSNGRYDFSRKCVVFPSIDECRNEILVLNPYDQNLFFKRLRK 179
+ +++ K +S +G+Y P++ + I L D +L+ KR+RK
Sbjct 132 R-DYWTSYAQKAN----LSFDGKY---------PALSD---RIPYLLHDDVSLYMKRVRK 174
Query 180 LISE-RYDEKICYYLVSEYGGRTYRPHWHGILFFNSDALTSSICELVSKSWSYGRTDCSL 238
IS+ +E I Y+V EYG T+RPH+H +LFFNSD L SI + W +GR DCS
Sbjct 175 YISKLGINETIHTYVVGEYGPVTFRPHFHLLLFFNSDELAQSIVRIARSCWRFGRVDCSA 234
Query 239 SRGSAAGYVASYINSFVDLPDFFNRHKEIKPKSYHSK--GLSVNSLFSRTSDISQVDEVA 296
SRG A YV+SY+NSF +P + I+P + S G S + + DE+
Sbjct 235 SRGDAEDYVSSYLNSFSSIPLHIQEIRAIRPFARFSNKFGFSFFESSIKKAQSGDFDEI- 293
Query 297 ASCFDGFSVPINGEYVTVKPSRSYEHTVFPRISDPFFKDPHSCVDLF 343
+G S+P NG T+ P R+ T F R + D H ++
Sbjct 294 ---LNGKSLPYNGFNTTIFPWRAIIDTCFYRPALRRRSDIHELTEIL 337
> Alpavirinae_Human_feces_A_034_Microviridae_AG0102_putative.VP4
Length=539
Score = 139 bits (351), Expect = 2e-37, Method: Compositional matrix adjust.
Identities = 118/383 (31%), Positives = 180/383 (47%), Gaps = 48/383 (13%)
Query 1 VTNRYTHETLFVRCGTCPSCLVHRSNIQCALISNMS-SHFKHAYFFTLTYSDEFVPRVSL 59
+ N+YT + ++V CGTC C VH I+ L N+ + ++ F TLTYS E++P
Sbjct 18 IKNKYTGDPIYVPCGTCEFC-VHNKAIKAELKCNVQLASSRYCEFITLTYSTEYLPVGKF 76
Query 60 EVVERCDAESEIDAYMSDSDPRHLPYDDSRYQIAATYLPRSGCFRVHD-SGRVRDFSETE 118
Y R ++ LPR + G R+ S +
Sbjct 77 -------------------------YQGPRGEVRFCSLPRDFVYSYKTVQGYTRNISFND 111
Query 119 DSYQFLHTFSGKEIRDLLVSSNGRYDFSRKCVVFPSIDECRN----EILV--LNPYDQNL 172
++ F S + L ++ Y FP N E LV LN +D L
Sbjct 112 KTFDFDTQLSWSSAQLLQKKAHLHY------TSFPDGRCIYNRPYMEGLVGYLNYHDIQL 165
Query 173 FFKRLRKLISERYDEKICYYLVSEYGGRTYRPHWHGILFFNSDALTSSICELVSKSWSYG 232
FFKRL + I +EKI YY+V EYG T+RPH+H +LF +S L SI + VSKSW +G
Sbjct 166 FFKRLNQNIRRITNEKIYYYVVGEYGPTTFRPHFHILLFHDSRKLRESIRQFVSKSWRFG 225
Query 233 RTDCSLSRGSAAGYVASYINSFVDLPDFFNRHKEIKPKSYHSKGLSVNSLFSRTSDISQV 292
+D SA+ YVA Y+NS LPDFF + IKP S + S F+ +
Sbjct 226 DSDTQPVWSSASCYVAGYVNSTACLPDFFKNSRHIKPFGRFSVNFA-ESAFNEVFKPEEN 284
Query 293 DEVAASCFDGFSVPINGEYVTVKPSRSYEHTVFPRISDPFFKDPHSCV--DLFFGAFTAS 350
+E+ + +DG + +NG+ V+P RS+ + ++PR+ K H+ V D+ + +
Sbjct 285 EEIFSLFYDGRVLNLNGKPTIVRPKRSHINRLYPRLD----KSKHATVVDDIRIASVVSR 340
Query 351 NRLIRDGYISIDENLSVWQLSRR 373
+ + IDE +S ++LS+R
Sbjct 341 LPQVVAKFGFIDE-VSDFELSKR 362
> Alpavirinae_Human_feces_B_039_Microviridae_AG093_putative.VP4
Length=559
Score = 138 bits (348), Expect = 4e-37, Method: Compositional matrix adjust.
Identities = 132/506 (26%), Positives = 226/506 (45%), Gaps = 59/506 (12%)
Query 1 VTNRYTHETLFVRCGTCPSCLVHRSNIQCALISNMSSHFKHAYFFTLTYSDEFVPRVSLE 60
+TNRY + V CG C C+ R+ + S FK++YF TLTY +E +P ++ +
Sbjct 20 ITNRYNGARITVDCGQCDYCIHKRAQKASMRVKTAGSAFKYSYFVTLTYDNEHIPLMNCK 79
Query 61 VVERCDAESEIDAYMSDSDPRHLPYDDSRYQIAATYLPRSGCFRVHDSGRVRD--FSETE 118
V+ SE + + S H + D ++ Y+P S +R D+ +R F + +
Sbjct 80 VLH-----SEYEDVVGISGDIH--FGDEYHK----YIPVSE-YRCDDNSMLRHIFFEQVQ 127
Query 119 DSYQFLHTFSGKEIRD---------LLVSSNGRYDFSRKCVV---FPSIDECRNEILV-- 164
+ F +EI++ L +++ + + + V +P+ ++ + L+
Sbjct 128 GTVPF-----DREIKEYVPVKDNWFLSMAAIRSFIYKTQSVDKTDYPASEQYGRDNLIPF 182
Query 165 LNPYDQNLFFKRLRKLISERYD--EKICYYLVSEYGGRTYRPHWHGILFFNSDALTSSIC 222
LN D + KRLRK + ++ E +Y V EYG +RPH+H +LF NSD ++ +
Sbjct 183 LNYVDVQNYIKRLRKYLFQQLGKYETFHFYAVGEYGPVHFRPHYHLLLFTNSDKVSEVLR 242
Query 223 ELVSKSWSYGRTDCSLSRGSAAGYVASYINSFVDLPDFFNRHKEIKPKSYHSKGLSVNSL 282
KSW GR+D S G A YVASY+NS P + + +PKS S G
Sbjct 243 YCHDKSWKLGRSDFQRSAGGAGSYVASYVNSLCSAPLLYRSCRAFRPKSRASVG-----F 297
Query 283 FSRTSDI-------SQVDEVAASCFDGFSVPINGEYVTVKPSRSYEHTVFPRISDPFFKD 335
F + D +Q+++ S +G NG V P SY T+ PR S D
Sbjct 298 FEKGCDFVEDDDPYAQIEQKIDSVVNGRVYNFNGVSVRSTPPLSYIRTLLPRFSSARNDD 357
Query 336 PHSCVDLFFGAFTASNRLIRDGYISIDENLSVWQLSRRYAEYYFSVRAGHYNVSYYDSLI 395
+ + + + R+ R G+ ++ S+ L R Y +Y + ++ D LI
Sbjct 358 GIAIARILYAVHSTPKRIARFGFADYKQD-SILSLVRTYYQYL----KVNPILTDDDKLI 412
Query 396 FKFTRLET------DQIDFDCITGKIYRFFSAVSRTLRFWHLDCYVLP-EDlkksllklf 448
+R T +D + K+YR F V + R WHL + ++ +
Sbjct 413 LHASRCLTRFVNCSSDVDIESYINKLYRLFLYVYKFFRNWHLPFFGSDISAFSGRIMFII 472
Query 449 issVDYWSKKELKFINDFYDYLSAHP 474
+ ++Y KK+ + + D ++ SA+P
Sbjct 473 KTGIEYEKKKDYESLRDVFNIRSANP 498
> Alpavirinae_Human_feces_D_031_Microviridae_AG0423_putative.VP4
Length=532
Score = 137 bits (346), Expect = 5e-37, Method: Compositional matrix adjust.
Identities = 110/347 (32%), Positives = 167/347 (48%), Gaps = 37/347 (11%)
Query 3 NRYTHETLFVRCGTCPSCLVHRSNIQCALISNMSSHFKHAYFFTLTYSDEFVPRVSLEVV 62
N YT E + V CGTCP+C ++S + + S +H YF TLTY+ ++P E+
Sbjct 22 NPYTGELIMVPCGTCPACRFNKSILSQNKVHAQSLVSRHVYFVTLTYAQRYIPYYEYEI- 80
Query 63 ERCDAE-SEIDAYMSDSDPRHLPYDDSRYQIAATYLPRSGCFRVHD--SGRVRDFSETED 119
E DA+ I A+ D +P + Y TY R+ S V+ FS + +
Sbjct 81 EALDADFLAITAHCCDRNPMYRTY---------TYRGTKHKLRIRGLASPNVKSFSFSVN 131
Query 120 SYQFLHTFSGKEIRDLLVSSNGRYDFSRKCVVFPSIDECRNEILVLNPYDQNLFFKRLRK 179
+ +++ K +S NG+Y P++ I L D +L+ KR+RK
Sbjct 132 R-DYWTSYAQKAN----LSFNGKY---------PALS---GRIPYLLHGDVSLYMKRVRK 174
Query 180 LISE-RYDEKICYYLVSEYGGRTYRPHWHGILFFNSDALTSSICELVSKSWSYGRTDCSL 238
IS+ +E I Y+V EYG ++RPH+H +LFF+SD L +I + S W +GR DCS
Sbjct 175 YISKLGINETIHTYIVGEYGPSSFRPHFHLLLFFDSDELAQNIIRIASSCWRFGRVDCSA 234
Query 239 SRGSAAGYVASYINSFVDLPDFFNRHKEIKPKSYHSK--GLSVNSLFSRTSDISQVDEVA 296
SRG A YV+SY+NSF +P + I+P + S G S + + DE+
Sbjct 235 SRGDAEDYVSSYLNSFSSIPLHIQEIRAIRPFARFSNKFGYSFFESSIKKAQSGNFDEI- 293
Query 297 ASCFDGFSVPINGEYVTVKPSRSYEHTVFPRISDPFFKDPHSCVDLF 343
+G S+P NG T+ P R+ T F R + D H ++
Sbjct 294 ---LNGKSLPYNGFDTTIFPWRAIIDTCFYRPALRRHSDIHELTEIL 337
> Alpavirinae_Human_feces_D_015_Microviridae_AG020_putative.VP4
Length=563
Score = 138 bits (347), Expect = 7e-37, Method: Compositional matrix adjust.
Identities = 103/366 (28%), Positives = 169/366 (46%), Gaps = 47/366 (13%)
Query 1 VTNRYTHETLFVRCGTCPSCLVHRSNIQCALISNMSSHFKHAYFFTLTYSDEFVPRVSLE 60
+ N+YT + + V CG CP CL+ +++ + + ++ YF TLTY+ ++VP++SL
Sbjct 18 IQNKYTGDYVKVDCGQCPYCLIKKADRSTQKCDFVKYNHRYCYFVTLTYNTQYVPKMSLT 77
Query 61 VVE---------------------RCDAESEIDAYMSD--SDPRHLPY--------DDSR 89
+E R +S ++ + D S + PY + R
Sbjct 78 QIEDYLSEWLPVRPPKSFGTQLTARMLTDSRVNKKIPDFMSAEVNRPYMLEHLRLLEADR 137
Query 90 YQIAATYLP----RSGCFRVHDSGRVRDFSETEDSYQFLHTFSGKEIRDLLVSSNGRYDF 145
Y+ A P ++ + + RV +D Y + EI + L N
Sbjct 138 YKALALRYPNFISKARPYILRSIPRVSKLQNFKDEYFEELVWMLPEIAESLKKKNN---- 193
Query 146 SRKCVVFPSIDECRNEILVLNPYDQNLFFKRLRKLISERYD--EKICYYLVSEYGGRTYR 203
+ FP + + + +N D LF KRLRK +S++ EKI Y+VSEY +T+R
Sbjct 194 TDANGAFP---QFKGLLKYVNIRDYQLFAKRLRKYLSKKVGKYEKIHSYVVSEYSPKTFR 250
Query 204 PHWHGILFFNSDALTSSICELVSKSWSYGRTDCSLSRGSAAGYVASYINSFVDLPDFFNR 263
PH+H + FF+SD + + + V +SW GR D L+R A YV++Y+NS V +P +
Sbjct 251 PHFHILFFFDSDEIAKNFRQAVYQSWRLGRVDTQLAREQANSYVSNYLNSVVSIPFVYKA 310
Query 264 HKEIKPKSYHSKGLSVNSLFSRTSDISQVDEVAASCFDGFSVPINGEYVTVKPSRSYEHT 323
K I+P+S S + I + + A+ FDG S N ++V PS S
Sbjct 311 KKSIRPRSRFSNLFGFEEV---KEGIRKAQDKRAALFDGLSYISNQKFVRYVPSGSLIDR 367
Query 324 VFPRIS 329
+FPR +
Sbjct 368 LFPRFT 373
> Alpavirinae_Human_feces_C_043_Microviridae_AG0321_putative.VP4
Length=546
Score = 118 bits (296), Expect = 3e-30, Method: Compositional matrix adjust.
Identities = 142/551 (26%), Positives = 223/551 (40%), Gaps = 71/551 (13%)
Query 1 VTNRYTHETLFVRCGTCPSCLVHRSNIQCALISNMSSHFKHAYFFTLTYSDEFVPRVSLE 60
V N+YT + ++ CG C +CL ++ + + +S K+ F TLTY VP+
Sbjct 21 VYNKYTGQMMYQSCGKCEACLSRLASARSIKVGVQASLSKYVMFVTLTYDTYHVPK---- 76
Query 61 VVERCDAESEIDA-YMSDSDPR---HLPYDDSRYQIAATYLPRSGCFRVHDSGRVRDFSE 116
C S D Y+ PR + Y+ S Q L FRV +F
Sbjct 77 ----CKIYSNGDNNYVLVVKPRVKDYFYYETSDGQKRLKGLSYDDDFRV-------EFKA 125
Query 117 TEDSYQFLHTFSGKEIRDLLVSSNGRYDFSRKCVVFPSIDECRNEILVLNPYDQNLFFKR 176
+D ++ F + D+ G Y + + S +C+ LF KR
Sbjct 126 DKD---YIENFKKQANLDV----KGCYPHLKDMYGYLSRKDCQ------------LFMKR 166
Query 177 LRKLISERYDEKICYYLVSEYGGRTYRPHWHGILFFNSDALTSSICELVSKSWSYGRTDC 236
+RK I DEKI Y+V EY + +RPH+H + FFNS+ L+ S +V W +G D
Sbjct 167 VRKQIRNYTDEKIHTYIVGEYSPKHFRPHFHILFFFNSNELSQSFGSIVRSCWKFGLVDW 226
Query 237 SLSRGSAAGYVASYINSFVDLPDFFNRHKEIKPKSYHSKGLSVNSLFS------RTSDIS 290
S SRG A YVA Y+NSF LP +I P S S S F R S
Sbjct 227 SQSRGDAESYVAGYVNSFARLPYHLGSSPKIAPFGRFSNHFS-ESCFDDAKQTLRDSFFG 285
Query 291 QVDEVAASCFDGFSVPINGEYVTVKPSRSYEHTVFPRISDPFFKDPHSCVDLFFGAFTAS 350
Q V A +G + +NG+ + +PSRS + F R + H + L
Sbjct 286 QKTPVFAPFLNGVTNLVNGKLLLTRPSRSCVDSCFFRKARDGRLSSHELLHLIRAVCHVV 345
Query 351 NR----LIRDG--YISIDENLSVWQLSR--RYA--EYYFSVRAGHYNVSYYDSLIFKFTR 400
+ RDG Y ++ + + + RY E S+ + + YY +
Sbjct 346 EQGKRFFARDGLNYTFLNHARFIVKACKSFRYQKREKLLSLPSRLVTLLYYSRVDLTKDI 405
Query 401 LETDQIDFD-CITGKIYRFFSAVSRTLRFWHLDCYVLPEDlkksllklfissVDYWSKKE 459
+ D D + IYR R +RFW +D E ++ + +Y+ +
Sbjct 406 QDYKNPDVDEAMAQSIYRVLLYTMRFVRFWKIDKMPYHEGIRLLDMCR-----EYYRLLD 460
Query 460 LKFINDFYDYLSAHPESDSFLKSRTVGFVCPPKENISFWNDLNTTLSSLKNSVTQRIFQK 519
+++ + +L E + F P EN F + L T+ + N + +QK
Sbjct 461 YQYLRQRFQFLEQCEED-------LLDFYLHPTEN--FADYLPRTIVTGINQYSLERYQK 511
Query 520 -VKHKNYNDIS 529
+KH+ ND++
Sbjct 512 AIKHREINDLN 522
> Alpavirinae_Human_gut_33_005_Microviridae_AG0180_putative.VP4
Length=536
Score = 116 bits (291), Expect = 1e-29, Method: Compositional matrix adjust.
Identities = 90/331 (27%), Positives = 155/331 (47%), Gaps = 36/331 (11%)
Query 1 VTNRYTHETLFVRCGTCPSCLVHRSNIQCALISNMS-SHFKHAYFFTLTYSDEFVPRVSL 59
+ N+YT + ++V CGTC CL +++ IQ L N+ + + +F TLTY+ E +P
Sbjct 18 IKNKYTGDPIYVECGTCEVCLSNKA-IQKELRCNIQLASSRCCFFVTLTYATEHIP---- 72
Query 60 EVVERCDAESEIDAYMSDSDPRHLPYDDSRYQIAATYLPRSGCFR-VHDSGRVRDFSETE 118
+ + +D HL +PR + V G R S +
Sbjct 73 -----------VARFYKLNDSYHL-----------CCVPRDHVYTYVTSQGYNRKMSFCD 110
Query 119 DSYQFLHTFSGKEIRDLLVSSN---GRYDFSRKCVVFPSIDECRNEILVLNPYDQNLFFK 175
+ + + + + LL ++ Y R V +P++ + + LN D LF K
Sbjct 111 EEFDYPTNLRDEAVTALLDKTHLDRTVYPDGRSVVKYPNMGDL---LPYLNYRDVQLFHK 167
Query 176 RLRKLISERYDEKICYYLVSEYGGRTYRPHWHGILFFNSDALTSSICELVSKSWSYGRTD 235
R+ + I + DEKI Y V EYG +T+RPH+H + FF+S+ L +LV K+W +G +D
Sbjct 168 RINQQIKKYTDEKIYSYTVGEYGPKTFRPHFHLLFFFDSERLAQVFGQLVDKAWRFGNSD 227
Query 236 CSLSRGSAAGYVASYINSFVDLPDFFNRHKEIKPKSYHSKGLSVNSLFSRTSDISQVDEV 295
SA+ YVA Y+NS LP+F+ +++I P S+ + F + ++V
Sbjct 228 TQRVWSSASSYVAGYLNSSHCLPEFYRCNRKIAPFGRFSQYFAERP-FIEAFKPEENEKV 286
Query 296 AASCFDGFSVPINGEYVTVKPSRSYEHTVFP 326
+G + + G+ +P RS + ++P
Sbjct 287 FDKFVNGIYLSLGGKPTLCRPKRSLINRLYP 317
Lambda K H a alpha
0.323 0.138 0.430 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: 48936224