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_1
Length=523
Score E
Sequences producing significant alignments: (Bits) Value
Alpavirinae_Human_feces_A_034_Microviridae_AG0102_putative.VP4 920 0.0
Alpavirinae_Human_gut_33_005_Microviridae_AG0180_putative.VP4 606 0.0
Alpavirinae_Human_feces_C_043_Microviridae_AG0321_putative.VP4 196 7e-57
Alpavirinae_Human_feces_D_015_Microviridae_AG020_putative.VP4 174 3e-49
Alpavirinae_Human_feces_B_039_Microviridae_AG093_putative.VP4 168 5e-47
Alpavirinae_Human_feces_D_031_Microviridae_AG0423_putative.VP4 162 2e-45
Alpavirinae_Human_feces_D_008_Microviridae_AG0100_putative.VP4 159 3e-44
Alpavirinae_Human_feces_E_011_Microviridae_AG0385_putative.VP4 147 7e-40
Alpavirinae_Human_gut_22_017_Microviridae_AG0393_putative.VP4 135 3e-36
Alpavirinae_Human_gut_33_017_Microviridae_AG0152_putative.VP4 124 2e-32
> Alpavirinae_Human_feces_A_034_Microviridae_AG0102_putative.VP4
Length=539
Score = 920 bits (2379), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 445/523 (85%), Positives = 491/523 (94%), Gaps = 0/523 (0%)
Query 1 VIKNKYTGDPVYVPCGTCEFCIHNKAIKAELKCNVQLAASKYCEFITLTYSTEYLPVGEF 60
VIKNKYTGDP+YVPCGTCEFC+HNKAIKAELKCNVQLA+S+YCEFITLTYSTEYLPVG+F
Sbjct 17 VIKNKYTGDPIYVPCGTCEFCVHNKAIKAELKCNVQLASSRYCEFITLTYSTEYLPVGKF 76
Query 61 YKGASGEVRFRCLPRDFVYSYKTVQGYNRNISFNDEYFDFDTQLSWESAQLLQKKTHLHY 120
Y+G GEVRF LPRDFVYSYKTVQGY RNISFND+ FDFDTQLSW SAQLLQKK HLHY
Sbjct 77 YQGPRGEVRFCSLPRDFVYSYKTVQGYTRNISFNDKTFDFDTQLSWSSAQLLQKKAHLHY 136
Query 121 TSFPDGRRIYNRPYMENLIGYLNYRDMQLFFKRLNQNIRSVTNEKIYYYVVGEYGPTTFR 180
TSFPDGR IYNRPYME L+GYLNY D+QLFFKRLNQNIR +TNEKIYYYVVGEYGPTTFR
Sbjct 137 TSFPDGRCIYNRPYMEGLVGYLNYHDIQLFFKRLNQNIRRITNEKIYYYVVGEYGPTTFR 196
Query 181 PHFHILLFHDSKELRQSIRQFVSKSWRFGDTDTQPVWSSASCYVAGYVNSTACLPDFYKN 240
PHFHILLFHDS++LR+SIRQFVSKSWRFGD+DTQPVWSSASCYVAGYVNSTACLPDF+KN
Sbjct 197 PHFHILLFHDSRKLRESIRQFVSKSWRFGDSDTQPVWSSASCYVAGYVNSTACLPDFFKN 256
Query 241 FSHIKPFGRFSMHFAESAFNEVFKPQEDEEIFSLFYDGRMLELNGKPTLVRPKRSHINRL 300
HIKPFGRFS++FAESAFNEVFKP+E+EEIFSLFYDGR+L LNGKPT+VRPKRSHINRL
Sbjct 257 SRHIKPFGRFSVNFAESAFNEVFKPEENEEIFSLFYDGRVLNLNGKPTIVRPKRSHINRL 316
Query 301 YPRLNKSKHASVDDDIRVATALSNIPHVLAKFGFIDEVTDFEMSKRIYYLIRRYLEIDHT 360
YPRL+KSKHA+V DDIR+A+ +S +P V+AKFGFIDEV+DFE+SKR+YYLIRR+LE+D +
Sbjct 317 YPRLDKSKHATVVDDIRIASVVSRLPQVVAKFGFIDEVSDFELSKRVYYLIRRHLEVDCS 376
Query 361 LKYAPEQLRLIYNSCRLSLYINFSDESGCSAvyrlllnyrnlvnnWITAPVGSVAFTGQL 420
L YA ++LR+IYN+CRLSLYINFSDESGC+A+YRLLL YRNLV NWITAPVGSVAFTGQL
Sbjct 377 LDYASDELRVIYNACRLSLYINFSDESGCAAIYRLLLQYRNLVKNWITAPVGSVAFTGQL 436
Query 421 RYAVRSIHSFYDYCAKRSLRDQLLKVEKWSNDSYVRENLSIYYFYPLTDVDIMKCSYSEI 480
AVR+IHSFYDYC++RSL DQL+KVEKWSNDSYVR NLSIYYFYPLTDVDIM S+SEI
Sbjct 437 HRAVRAIHSFYDYCSRRSLHDQLVKVEKWSNDSYVRANLSIYYFYPLTDVDIMMKSFSEI 496
Query 481 VFDSPVLRASYADYAADNRERIKHKALNDKNALLIASVDKKPV 523
VFDS VLRASYADYAADNRERIKHKALNDKN+LLIA VDKKPV
Sbjct 497 VFDSQVLRASYADYAADNRERIKHKALNDKNSLLIAEVDKKPV 539
> Alpavirinae_Human_gut_33_005_Microviridae_AG0180_putative.VP4
Length=536
Score = 606 bits (1563), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 302/520 (58%), Positives = 383/520 (74%), Gaps = 1/520 (0%)
Query 1 VIKNKYTGDPVYVPCGTCEFCIHNKAIKAELKCNVQLAASKYCEFITLTYSTEYLPVGEF 60
+IKNKYTGDP+YV CGTCE C+ NKAI+ EL+CN+QLA+S+ C F+TLTY+TE++PV F
Sbjct 17 IIKNKYTGDPIYVECGTCEVCLSNKAIQKELRCNIQLASSRCCFFVTLTYATEHIPVARF 76
Query 61 YKGASGEVRFRCLPRDFVYSYKTVQGYNRNISFNDEYFDFDTQLSWESAQLLQKKTHLHY 120
YK + C+PRD VY+Y T QGYNR +SF DE FD+ T L E+ L KTHL
Sbjct 77 YK-LNDSYHLCCVPRDHVYTYVTSQGYNRKMSFCDEEFDYPTNLRDEAVTALLDKTHLDR 135
Query 121 TSFPDGRRIYNRPYMENLIGYLNYRDMQLFFKRLNQNIRSVTNEKIYYYVVGEYGPTTFR 180
T +PDGR + P M +L+ YLNYRD+QLF KR+NQ I+ T+EKIY Y VGEYGP TFR
Sbjct 136 TVYPDGRSVVKYPNMGDLLPYLNYRDVQLFHKRINQQIKKYTDEKIYSYTVGEYGPKTFR 195
Query 181 PHFHILLFHDSKELRQSIRQFVSKSWRFGDTDTQPVWSSASCYVAGYVNSTACLPDFYKN 240
PHFH+L F DS+ L Q Q V K+WRFG++DTQ VWSSAS YVAGY+NS+ CLP+FY+
Sbjct 196 PHFHLLFFFDSERLAQVFGQLVDKAWRFGNSDTQRVWSSASSYVAGYLNSSHCLPEFYRC 255
Query 241 FSHIKPFGRFSMHFAESAFNEVFKPQEDEEIFSLFYDGRMLELNGKPTLVRPKRSHINRL 300
I PFGRFS +FAE F E FKP+E+E++F F +G L L GKPTL RPKRS INRL
Sbjct 256 NRKIAPFGRFSQYFAERPFIEAFKPEENEKVFDKFVNGIYLSLGGKPTLCRPKRSLINRL 315
Query 301 YPRLNKSKHASVDDDIRVATALSNIPHVLAKFGFIDEVTDFEMSKRIYYLIRRYLEIDHT 360
YP L++S + VD ++R A +S IP VLAKFGF+DEVT FE +KR +++I++YL++DH+
Sbjct 316 YPVLDRSAVSDVDSNVRTALFVSKIPQVLAKFGFLDEVTLFEQAKRTFFVIKKYLQVDHS 375
Query 361 LKYAPEQLRLIYNSCRLSLYINFSDESGCSAvyrlllnyrnlvnnWITAPVGSVAFTGQL 420
L APE LR IYN+CRLSLY+NFS+ GCSAVYRL L YRNL ++WIT P +AF GQL
Sbjct 376 LDNAPETLRFIYNACRLSLYLNFSELEGCSAVYRLFLAYRNLCDHWITVPSNHIAFYGQL 435
Query 421 RYAVRSIHSFYDYCAKRSLRDQLLKVEKWSNDSYVRENLSIYYFYPLTDVDIMKCSYSEI 480
R A R+I++FY Y + L DQL+KV+ WS ++Y+ + YFYPLTD ++M+ SY E+
Sbjct 436 RKAFRTIYAFYSYMDSKYLHDQLVKVQSWSQNNYLSTQVDFRYFYPLTDGELMRSSYREV 495
Query 481 VFDSPVLRASYADYAADNRERIKHKALNDKNALLIASVDK 520
+ S RA+YA+ AADNR+RIKHK LND N LIA DK
Sbjct 496 LALSSFCRAAYAEVAADNRQRIKHKYLNDLNCALIAECDK 535
> Alpavirinae_Human_feces_C_043_Microviridae_AG0321_putative.VP4
Length=546
Score = 196 bits (497), Expect = 7e-57, Method: Compositional matrix adjust.
Identities = 121/334 (36%), Positives = 178/334 (53%), Gaps = 20/334 (6%)
Query 2 IKNKYTGDPVYVPCGTCEFCIHNKAIKAELKCNVQLAASKYCEFITLTYSTEYLPVGEFY 61
+ NKYTG +Y CG CE C+ A +K VQ + SKY F+TLTY T ++P + Y
Sbjct 21 VYNKYTGQMMYQSCGKCEACLSRLASARSIKVGVQASLSKYVMFVTLTYDTYHVPKCKIY 80
Query 62 KGASGEVRFRCLPR--DFVYSYKTVQGYNR--NISFNDEYFDFDTQLSWESAQLLQKKTH 117
PR D+ Y Y+T G R +S++D+ F + + + + +K+ +
Sbjct 81 SNGDNNYVLVVKPRVKDYFY-YETSDGQKRLKGLSYDDD-FRVEFKADKDYIENFKKQAN 138
Query 118 LHYTSFPDGRRIYNRPYMENLIGYLNYRDMQLFFKRLNQNIRSVTNEKIYYYVVGEYGPT 177
L D + Y P+++++ GYL+ +D QLF KR+ + IR+ T+EKI+ Y+VGEY P
Sbjct 139 L------DVKGCY--PHLKDMYGYLSRKDCQLFMKRVRKQIRNYTDEKIHTYIVGEYSPK 190
Query 178 TFRPHFHILLFHDSKELRQSIRQFVSKSWRFGDTDTQPVWSSASCYVAGYVNSTACLPDF 237
FRPHFHIL F +S EL QS V W+FG D A YVAGYVNS A LP
Sbjct 191 HFRPHFHILFFFNSNELSQSFGSIVRSCWKFGLVDWSQSRGDAESYVAGYVNSFARLPYH 250
Query 238 YKNFSHIKPFGRFSMHFAESAFNEVFKPQEDE------EIFSLFYDGRMLELNGKPTLVR 291
+ I PFGRFS HF+ES F++ + D +F+ F +G +NGK L R
Sbjct 251 LGSSPKIAPFGRFSNHFSESCFDDAKQTLRDSFFGQKTPVFAPFLNGVTNLVNGKLLLTR 310
Query 292 PKRSHINRLYPRLNKSKHASVDDDIRVATALSNI 325
P RS ++ + R + S + + + A+ ++
Sbjct 311 PSRSCVDSCFFRKARDGRLSSHELLHLIRAVCHV 344
> Alpavirinae_Human_feces_D_015_Microviridae_AG020_putative.VP4
Length=563
Score = 174 bits (442), Expect = 3e-49, Method: Compositional matrix adjust.
Identities = 163/583 (28%), Positives = 257/583 (44%), Gaps = 104/583 (18%)
Query 1 VIKNKYTGDPVYVPCGTCEFCIHNKAIKAELKCNVQLAASKYCEFITLTYS--------- 51
VI+NKYTGD V V CG C +C+ KA ++ KC+ +YC F+TLTY+
Sbjct 17 VIQNKYTGDYVKVDCGQCPYCLIKKADRSTQKCDFVKYNHRYCYFVTLTYNTQYVPKMSL 76
Query 52 -------TEYLPV---------------------GEFYKGASGEV--------------- 68
+E+LPV + S EV
Sbjct 77 TQIEDYLSEWLPVRPPKSFGTQLTARMLTDSRVNKKIPDFMSAEVNRPYMLEHLRLLEAD 136
Query 69 RFRCLPR---DFV-----YSYKTVQGYNRNISFNDEYFDFDTQLSW---ESAQLLQKKTH 117
R++ L +F+ Y +++ ++ +F DEYF+ +L W E A+ L+KK +
Sbjct 137 RYKALALRYPNFISKARPYILRSIPRVSKLQNFKDEYFE---ELVWMLPEIAESLKKKNN 193
Query 118 LHYTSFPDGRRIYNRPYMENLIGYLNYRDMQLFFKRLNQNIRSVTN--EKIYYYVVGEYG 175
D + P + L+ Y+N RD QLF KRL + + EKI+ YVV EY
Sbjct 194 T------DANGAF--PQFKGLLKYVNIRDYQLFAKRLRKYLSKKVGKYEKIHSYVVSEYS 245
Query 176 PTTFRPHFHILLFHDSKELRQSIRQFVSKSWRFGDTDTQPVWSSASCYVAGYVNSTACLP 235
P TFRPHFHIL F DS E+ ++ RQ V +SWR G DTQ A+ YV+ Y+NS +P
Sbjct 246 PKTFRPHFHILFFFDSDEIAKNFRQAVYQSWRLGRVDTQLAREQANSYVSNYLNSVVSIP 305
Query 236 DFYKNFSHIKPFGRFSMHFAESAFNEVFKPQEDEEIFSLFYDGRMLELNGKPTLVRPKRS 295
YK I+P RFS F E + +D+ + +DG N K P S
Sbjct 306 FVYKAKKSIRPRSRFSNLFGFEEVKEGIRKAQDKR--AALFDGLSYISNQKFVRYVPSGS 363
Query 296 HINRLYPRLNKSKHASVDDDIRVATALSNIPHVLAKFGFIDEVTDFEMSKRIYYLIRRYL 355
I+RL+PR + + ++ + I + A+ +E T +S+ I +
Sbjct 364 LIDRLFPRFTYYDGSFLRRSSQIYGVVQQILRLFARNEPFEEATPGNVSEFICWWCAYNF 423
Query 356 EIDHTLKYAPEQLRLIYNSCRLSL--YINFSDESGCSAvyrlllnyrnlvnnWITAPVGS 413
+K P+ ++ + RL ++N+ G + + N
Sbjct 424 RQGCQIKDFPDYMQEFLHIVRLDRESFLNWDIPKGKISRFLYRFNMFE------------ 471
Query 414 VAFTGQLRYAVRSIHSFYDYCAKRSLRDQL-LKVEKWSNDSYVRENLSIYYFYPLTDVDI 472
G R ++++ FYDY +SL++QL ++ +S Y E L +Y P ++ +
Sbjct 472 -KMKGSFRSKLKAVELFYDYRDYQSLKNQLYMQQLVFSELGYSDELLDSFYVKP--NLKV 528
Query 473 MKCSYSEIVFDSPVLRASYADYAADNRERIKHKALNDKNALLI 515
+K Y+E D+ +Y + R+KHK LND+N + +
Sbjct 529 LKNIYTEKWHDT--------NYHEVHYFRVKHKVLNDQNDVFL 563
> Alpavirinae_Human_feces_B_039_Microviridae_AG093_putative.VP4
Length=559
Score = 168 bits (425), Expect = 5e-47, Method: Compositional matrix adjust.
Identities = 174/565 (31%), Positives = 265/565 (47%), Gaps = 81/565 (14%)
Query 2 IKNKYTGDPVYVPCGTCEFCIHNKAIKAELKCNVQLAASKYCEFITLTYSTEYLPVG--- 58
I N+Y G + V CG C++CIH +A KA ++ +A KY F+TLTY E++P+
Sbjct 20 ITNRYNGARITVDCGQCDYCIHKRAQKASMRVKTAGSAFKYSYFVTLTYDNEHIPLMNCK 79
Query 59 ------EFYKGASGEVRF-------------RCLPRDFVYS--YKTVQG---YNRNIS-- 92
E G SG++ F RC + ++ VQG ++R I
Sbjct 80 VLHSEYEDVVGISGDIHFGDEYHKYIPVSEYRCDDNSMLRHIFFEQVQGTVPFDREIKEY 139
Query 93 --FNDEYFDFDTQLSWESAQLLQKKTH-LHYTSFPDGRRIYNRPYMENLIGYLNYRDMQL 149
D +F LS + + KT + T +P + Y R +NLI +LNY D+Q
Sbjct 140 VPVKDNWF-----LSMAAIRSFIYKTQSVDKTDYPASEQ-YGR---DNLIPFLNYVDVQN 190
Query 150 FFKRLNQNIRSVTN--EKIYYYVVGEYGPTTFRPHFHILLFHDSKELRQSIRQFVSKSWR 207
+ KRL + + E ++Y VGEYGP FRPH+H+LLF +S ++ + +R KSW+
Sbjct 191 YIKRLRKYLFQQLGKYETFHFYAVGEYGPVHFRPHYHLLLFTNSDKVSEVLRYCHDKSWK 250
Query 208 FGDTDTQPVWSSASCYVAGYVNSTACLPDFYKNFSHIKPFGRFSMHFAESA--FNEVFKP 265
G +D Q A YVA YVNS P Y++ +P R S+ F E F E P
Sbjct 251 LGRSDFQRSAGGAGSYVASYVNSLCSAPLLYRSCRAFRPKSRASVGFFEKGCDFVEDDDP 310
Query 266 --QEDEEIFSLFYDGRMLELNGKPTLVRPKRSHINRLYPRLNKSKHASVDDDI---RVAT 320
Q +++I S+ +GR+ NG P S+I L PR + +++ DD I R+
Sbjct 311 YAQIEQKIDSVV-NGRVYNFNGVSVRSTPPLSYIRTLLPRFSSARN---DDGIAIARILY 366
Query 321 ALSNIPHVLAKFGFIDEVTDFEMS-KRIYYLIRRYLEIDHTLKYAPEQLRLIYNSCR-LS 378
A+ + P +A+FGF D D +S R YY +YL+++ L + +LI ++ R L+
Sbjct 367 AVHSTPKRIARFGFADYKQDSILSLVRTYY---QYLKVNPILT---DDDKLILHASRCLT 420
Query 379 LYINFSD----ESGCSAvyrlllnyrnlvnnWITAPVGS--VAFTGQLRYAVRSIHSFYD 432
++N S ES + +YRL L NW GS AF+G++ + +++ +
Sbjct 421 RFVNCSSDVDIESYINKLYRLFLYVYKFFRNWHLPFFGSDISAFSGRIMFIIKTGIEYEK 480
Query 433 YCAKRSLRDQLLKVEKWSNDSYVRENLSIYYF-YPLT--DVDIMKCSYSEIVFDSPVLRA 489
SLRD N N+S F P + D++ E V LR
Sbjct 481 KKDYESLRDVF-------NIRSANPNISDCMFALPANGQERDVLSDVSCETVQLLEQLRL 533
Query 490 SYADYAADNRERIKHKALNDKNALL 514
A + R+ IKHK LND N +
Sbjct 534 RSATFC---RDMIKHKRLNDANNIF 555
> Alpavirinae_Human_feces_D_031_Microviridae_AG0423_putative.VP4
Length=532
Score = 162 bits (411), Expect = 2e-45, Method: Compositional matrix adjust.
Identities = 106/323 (33%), Positives = 161/323 (50%), Gaps = 22/323 (7%)
Query 3 KNKYTGDPVYVPCGTCEFCIHNKAIKAELKCNVQLAASKYCEFITLTYSTEYLPVGEFYK 62
KN YTG+ + VPCGTC C NK+I ++ K + Q S++ F+TLTY+ Y+P E+
Sbjct 21 KNPYTGELIMVPCGTCPACRFNKSILSQNKVHAQSLVSRHVYFVTLTYAQRYIPYYEYEI 80
Query 63 GASGE----VRFRCLPRDFVYSYKTVQGYNRNI------SFNDEYFDFDTQLSWESAQLL 112
A + C R+ +Y T +G + S N + F F + ++
Sbjct 81 EALDADFLAITAHCCDRNPMYRTYTYRGTKHKLRIRGLASPNVKSFSFSVNRDYWTS--Y 138
Query 113 QKKTHLHYTSFPDGRRIYNRPYMENLIGYLNYRDMQLFFKRLNQNIRSV-TNEKIYYYVV 171
+K +L + P + I YL + D+ L+ KR+ + I + NE I+ Y+V
Sbjct 139 AQKANLSFNG--------KYPALSGRIPYLLHGDVSLYMKRVRKYISKLGINETIHTYIV 190
Query 172 GEYGPTTFRPHFHILLFHDSKELRQSIRQFVSKSWRFGDTDTQPVWSSASCYVAGYVNST 231
GEYGP++FRPHFH+LLF DS EL Q+I + S WRFG D A YV+ Y+NS
Sbjct 191 GEYGPSSFRPHFHLLLFFDSDELAQNIIRIASSCWRFGRVDCSASRGDAEDYVSSYLNSF 250
Query 232 ACLPDFYKNFSHIKPFGRFSMHFAESAFNEVFKPQEDEEIFSLFYDGRMLELNGKPTLVR 291
+ +P + I+PF RFS F S F K + F +G+ L NG T +
Sbjct 251 SSIPLHIQEIRAIRPFARFSNKFGYSFFESSIKKAQSGN-FDEILNGKSLPYNGFDTTIF 309
Query 292 PKRSHINRLYPRLNKSKHASVDD 314
P R+ I+ + R +H+ + +
Sbjct 310 PWRAIIDTCFYRPALRRHSDIHE 332
> Alpavirinae_Human_feces_D_008_Microviridae_AG0100_putative.VP4
Length=532
Score = 159 bits (402), Expect = 3e-44, Method: Compositional matrix adjust.
Identities = 106/312 (34%), Positives = 157/312 (50%), Gaps = 22/312 (7%)
Query 3 KNKYTGDPVYVPCGTCEFCIHNKAIKAELKCNVQLAASKYCEFITLTYSTEYLPVGEFYK 62
KN YTG+ + VPCGTC C NK+I ++ K + Q S++ F+TLTY+ Y+P E+
Sbjct 21 KNPYTGELIMVPCGTCPACRFNKSILSQNKVHAQSLISRHVYFVTLTYAQRYIPYYEYEI 80
Query 63 GASGE----VRFRCLPRDFVYSYKTVQGYNRNISFND------EYFDFDTQLSWESAQLL 112
A + C R+ +Y T +G + + F F + ++
Sbjct 81 EALDADFLAITAHCRDRNPMYRTYTYRGTKHKLRIRGLASPKVKSFSFSVNRDYWTS--Y 138
Query 113 QKKTHLHYTSFPDGRRIYNRPYMENLIGYLNYRDMQLFFKRLNQNIRSV-TNEKIYYYVV 171
+K +L + DG+ P + + I YL + D+ L+ KR+ + I + NE I+ YVV
Sbjct 139 AQKANLSF----DGKY----PALSDRIPYLLHDDVSLYMKRVRKYISKLGINETIHTYVV 190
Query 172 GEYGPTTFRPHFHILLFHDSKELRQSIRQFVSKSWRFGDTDTQPVWSSASCYVAGYVNST 231
GEYGP TFRPHFH+LLF +S EL QSI + WRFG D A YV+ Y+NS
Sbjct 191 GEYGPVTFRPHFHLLLFFNSDELAQSIVRIARSCWRFGRVDCSASRGDAEDYVSSYLNSF 250
Query 232 ACLPDFYKNFSHIKPFGRFSMHFAESAFNEVFKPQEDEEIFSLFYDGRMLELNGKPTLVR 291
+ +P + I+PF RFS F S F K + + F +G+ L NG T +
Sbjct 251 SSIPLHIQEIRAIRPFARFSNKFGFSFFESSIKKAQSGD-FDEILNGKSLPYNGFNTTIF 309
Query 292 PKRSHINRLYPR 303
P R+ I+ + R
Sbjct 310 PWRAIIDTCFYR 321
> Alpavirinae_Human_feces_E_011_Microviridae_AG0385_putative.VP4
Length=611
Score = 147 bits (370), Expect = 7e-40, Method: Compositional matrix adjust.
Identities = 132/415 (32%), Positives = 187/415 (45%), Gaps = 73/415 (18%)
Query 2 IKNKYTGDPVYVPCGTCEFCIHNKAIKAELKCNVQLAASKYCEFITLTYSTEYLP----- 56
I N Y+ D ++ PCG C+ CI NK+ A KYC F+TLTY +LP
Sbjct 22 IVNPYSHDVIFAPCGHCKSCIMNKSNFATAYAMNMATHFKYCYFVTLTYKDIFLPYLSVE 81
Query 57 ---------------------------VGEFY-------KGASGEVR------FRCLPRD 76
E+Y A EV F+ +PRD
Sbjct 82 VVRRSGNRYLFDENFETMVSTSDPRFLTPEYYHDRDFSLDSAQNEVEQVFDVGFQSIPRD 141
Query 77 FVYSYKTVQGYNRNISFNDEYFDFDTQLSWESAQLLQKKTHLHYTSFPDGRRIYNRPYME 136
K G R SF+DE F + Q + K + Y G++ P +
Sbjct 142 VSVKSK---GSFRFRSFDDEPLKFCIPMKLTELQDILIKANGRYDY---GKKKVVYPSLA 195
Query 137 NL---IGYLNYRDMQLFFKRLNQNIRS--VTNEKIYYYVVGEYGPTTFRPHFHILLFHDS 191
+ I L RD++LFFKRL +N+ S T+ KI YYVV EYGP T+RPH+H LLF +S
Sbjct 196 DCKLQIPVLQSRDIELFFKRLRRNLDSHGFTSSKICYYVVSEYGPQTYRPHWHCLLFFNS 255
Query 192 KELRQSIRQFVSKSWRFGDTDTQPVWSSASCYVAGYVNSTACLPDFYKNFSHIKPFGRFS 251
+E+ Q++R+ +SK+W +G D +A+ YVA YVNS ACLP Y I+P S
Sbjct 256 EEITQTLREDISKAWSYGRIDYSLSRGAAASYVAAYVNSAACLPFLYVGQKEIRPRSFHS 315
Query 252 MHFAESAFNEVFKPQED----EEIFSLFYDGRMLELNGKPTLVRPKRSHINRLYPRLNKS 307
F N+VF D +I LF+DG ++ NGK +RP RS ++PR +
Sbjct 316 KGFGS---NKVFPKSSDVSEISKISDLFFDGVNVDSNGKVVNIRPVRSCELAVFPRFSND 372
Query 308 KHASVDDDIRVATALSNIPHVLAKFGFIDEVT------DFEMSKRIYYLIRRYLE 356
+ D ++ ++ P L G++ T DF +S L+R Y E
Sbjct 373 FFSDSDTCCKLFQSVIETPERLVSRGYLGIDTPNFGSDDFRLSD----LVRAYSE 423
> Alpavirinae_Human_gut_22_017_Microviridae_AG0393_putative.VP4
Length=562
Score = 135 bits (341), Expect = 3e-36, Method: Compositional matrix adjust.
Identities = 147/562 (26%), Positives = 240/562 (43%), Gaps = 65/562 (12%)
Query 1 VIKNKYTGDPVYVPCGTCEFCIHNKAIKAELKCNVQLAASKYCEFITLTYSTEYLPVGEF 60
+ NKYT +PV V CG C CI ++ A +Y F+TLTY+ +LP E
Sbjct 19 TVVNKYTHEPVVVSCGHCPSCILRRSSVQTNLLTTYSAQFRYVYFVTLTYAPSFLPTLEV 78
Query 61 --YKGASGEVR-FRCLPR----------DFVYSYKTVQGYN----RNISFNDEYFDFDTQ 103
+ + ++ C+P +++ +++V + ++ + + D D +
Sbjct 79 SVVETCTDDIADVSCVPNIDELDASDPNTYLFGFRSVPRSSSVKLKSSTVERTFKDPDVK 138
Query 104 LSWESAQLLQKKTHLHYTSFPDGRRIYNRPYMENLIGYLNYRDMQLFFKRLNQNIRSVTN 163
S+ ++ K L G+ +N P N I Y+ RD+ LF KRL +
Sbjct 139 FSYP----MKPKELLSIL----GKINHNVP---NRIPYICNRDLDLFLKRLRS---YYLD 184
Query 164 EKIYYYVVGEYGPTTFRPHFHILLFHDSKELRQSIRQFVSKSWRFGDTDTQPVWSSASCY 223
EK+ YY V EYGPT+FRPH+H+LLF +S+ +++ + VSK+W +G D A+ Y
Sbjct 185 EKLRYYAVSEYGPTSFRPHWHLLLFSNSERFSRTVCENVSKAWSYGRCDASLSRGFAAPY 244
Query 224 VAGYVNSTACLPDFYKNFSH-IKPFGRFSMHFAES-AFNEVFKPQEDEEIFSLFYDGRML 281
VA YVNS LPDFY ++P S+ F ES F + E +EI +G +
Sbjct 245 VASYVNSFVALPDFYTQMPKVVRPKSFHSIGFTESNLFPRKVRVAEVDEITDKCLNGVRV 304
Query 282 ELNGKPTLVRPKRSHINRLYPRLNKSKHASVDDDIRVATALSNIPHVLAKFGFIDEVTD- 340
E +G ++P ++ RL+PR + + S ++ A P + + G D D
Sbjct 305 ERDGYFRTIKPTWPYLLRLFPRFSDAIRKSPSSIYQLLFAAFTAPERVIRSGCADIGCDP 364
Query 341 -FEMSKR-IYYLIRRYLE-IDHTLK------------YAPEQLRLIYNSCRLSLYINFSD 385
E SK+ I ++YL +D+ K P LI + CRL ++
Sbjct 365 FGESSKQSILSFCKQYLNYVDNYGKSNEHRNFLSPQASLPHSDVLILSECRLYDGVDLET 424
Query 386 ES----------GCSAvyrlllnyrnlvnnWITAPVGSVAFTGQ--LRYAVRSIHSFYDY 433
G S R W + G F + LR I +F++
Sbjct 425 THRVSRVYRFFLGISKFIRTYSTDGCSELFWSSGTPGGDLFCRERFLRIISEKIVNFWNR 484
Query 434 CAKRSLRDQLLKVEKWSNDSYVRENLSIYYFYPLTDVDIMKCSYSEIVFDSPVLRASYAD 493
L D +E ++ V L Y F V + Y+E+ P++R A
Sbjct 485 YEYNRLVDFYQTLEDSNDKELVDFELRNYSFRYNRSVRDNERPYNEL----PLVRRLAAA 540
Query 494 YAADNRERIKHKALNDKNALLI 515
R+++KHK +ND + + +
Sbjct 541 SLMKCRDKVKHKKVNDLSGIFL 562
> Alpavirinae_Human_gut_33_017_Microviridae_AG0152_putative.VP4
Length=565
Score = 124 bits (312), Expect = 2e-32, Method: Compositional matrix adjust.
Identities = 102/353 (29%), Positives = 159/353 (45%), Gaps = 29/353 (8%)
Query 1 VIKNKYTGDPVYVPCGTCEFCIHNKAIKAELKCNVQLAASKYCEFITLTYSTEYLPVGEF 60
+ NKYT +PV V CG C C+ ++ A +Y F+TLTY+ +LP E
Sbjct 19 TVVNKYTHEPVVVSCGACPSCVLRRSGIQTNLLTTYSAQFRYVYFVTLTYAPCFLPTLEV 78
Query 61 YKGASGEVRFRCLPRDFVYSYKTVQGYNRNISFNDEYFDFDTQLSWESAQLLQKKTHLHY 120
V C D + +V N ++ + F SA + K + +
Sbjct 79 ------SVIETCT--DDIADVSSVPDINDLDPCDNNRYLFGFCSVPRSASVKLKNSTVER 130
Query 121 TSFPDGRRIYNRPY---------------MENLIGYLNYRDMQLFFKRLNQNIRSVTNEK 165
T F D ++ P + N I Y+ RD+ LF KRL EK
Sbjct 131 T-FKDPEVRFSYPMKPKELLSILDKINHNVPNRIPYICNRDLDLFLKRLRS---YYPYEK 186
Query 166 IYYYVVGEYGPTTFRPHFHILLFHDSKELRQSIRQFVSKSWRFGDTDTQPVWSSASCYVA 225
+ YY V EYGPT++RPH+H+LLF +S++ ++I + VSK+W +G D A+ YVA
Sbjct 187 LRYYAVSEYGPTSYRPHWHLLLFSNSEQFSKTILENVSKAWSYGRCDASLSRGFAAPYVA 246
Query 226 GYVNSTACLPDFYKNFSH-IKPFGRFSMHFAES-AFNEVFKPQEDEEIFSLFYDGRMLEL 283
YVNS LP FY ++P S+ F ES F + E +E+ +G +E
Sbjct 247 SYVNSFVALPSFYTEMPRFLRPKSFHSIGFTESNLFPRKVRISEIDEVTDKCLNGVRVER 306
Query 284 NGKPTLVRPKRSHINRLYPRLNKSKHASVDDDIRVATALSNIPHVLAKFGFID 336
+G +++P ++ RL+PR + + S ++ A P + + G D
Sbjct 307 DGYFRILKPSWPYLLRLFPRFSDAIRKSPSSIYQLLFAAFTAPARVIRSGCAD 359
Lambda K H a alpha
0.323 0.138 0.424 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: 47459700