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>Q9GYW4_LOOPS
20-32, 57-68, 82-109, 123-138, 146-155, 162-170, 181-199, 225-257, 266-299, 310-318, 334-417, 459-473, 500-510, 515-545, 602-621, 639-699, 713-721, 727-755, 793-838, 851-869, 903-921, 957-968, 974-982, 1018-1026, 1053-1065, 1086-1093, 1100-1112, 1125-1133, 1153-1166, 1200-1211, 1221-1231, 1237-1266, 1277-1285, 1325-1340
mwqfirsril tviifigaaH GLLVVGPKFI RAnqeytlvi snfnsqlskv dlllklEGET DNGLSVLNvt kmvdvrrnmn rMINFNMPEE LTAGNYKITI DGQRGFSFHk eaelvylsks isGLIQVDKP VFKPGDTVnf rvillDTELK PPARVksvyv tIRDPQRNVI rkwstaklya GVFESDLQIV PTPMLGVWNi svevegeelv sktfevkeyv lstfDVQVMP SVIPLEEHQA VNLTIEANYH FGKPVQGvak velylDDDKL NQKKELTVYG KGQVELRFDN FAMDADQQDv rvkvsfieqY TNRTVVKQsq itvyryayrv eliKESPQFR PGLPFKCALQ FTHHDGTPAK GITGKVEVSD VGFETTTTSD NDGLIKLELQ PSEGTEQLGI NFNAVDGFFF YEDVNKVetv tdayiklelk spikrnklmr fmvtctermt ffvyyvmsKG NIIDAGFMRP NKQtkyllql natekmipka kiliatvagR TVVYDYADLD fqelRNNFDL SIDEQEIKPG RQIELSMSGR PGAYVglaay dkalllfnkn hdlfwedigq vfdgfhaine nefdifhslg lfartlddil fDSANEKTGR NALQSGKPIG Klvsyrtnfq eswlwknvSI GRSGSRKLIE VVPDTTTSWY LTGFSIDPVY GLGIIKKPIQ FTTVQPFYIV ENLPYSIKRg eavvlqftlf nnLGAEYIAD VtlynvANQT EFVGRPDTDL SYTKSVSVPP KVGVPisfli karklgemav rvkasimlgh etdalekvir vmPESLAQPK MDTSFFCFDD YKNQTFPFNL DINKKADNGS KKIEFRLNpn lltmviknld NLLAVPTGCG EQNMVKFVPn ilvldylyat gskeqhlidk atnllrqgyq nqMRYRQTDG SFGVWEKSGS Svfltafvat smqtaskymn didaamveka ldwlasKQHS SGRFDETGkv whkDMQGGLR NGvaltsyvl tallendiak vkhavviqng mnylsnqLAF INNPYDlsia tyammlnght mkkealdkli dmSISDNNKK ERYWGttnqi ettayallsf vmaekYLDGI PVMnwlvnqR YVTGSFPRTQ DTfvglkalt klaeKISPSR NDYtvqlkyk kntkyfnins eqIDVQNFLE IPEDTKklei nvggigfgll eviyqfdlnl vnfehrfklD LEKQNTGSDY Elrlrvcany IPELTDSQSN MalievTLPS GYVVDRNPIS EQTTVNPIQN MEIRYGgtsv vlyyykMGTE RNCFTvtayr rfkvalkrpa yvvvydyynt nlnaikvyev dkqnVCEICE EEDCPAECKK
>Q9GYW4_HOTLOOPS
58-75, 144-171, 306-322, 355-367, 374-385, 425-437, 606-622, 637-647, 741-755, 822-832, 1122-1138, 1201-1212, 1223-1230, 1241-1264, 1330-1340
mwqfirsril tviifigaah gllvvgpkfi ranqeytlvi snfnsqlskv dlllkleGET DNGLSVLNVT KMVDVrrnmn rminfnmpee ltagnykiti dgqrgfsfhk eaelvylsks isgliqvdkp vfkpgdtvnf rviLLDTELK PPARVKSVYV TIRDPQRNVI Rkwstaklya gvfesdlqiv ptpmlgvwni svevegeelv sktfevkeyv lstfdvqvmp svipleehqa vnltieanyh fgkpvqgvak velyldddkl nqkkeltvyg kgqvelrfdn famdadqqdv rvkvsFIEQY TNRTVVKQSQ ITvyryayrv elikespqfr pglpfkcalq fthhDGTPAK GITGKVEvsd vgfETTTTSD NDGLIklelq psegteqlgi nfnavdgfff yedvnkvetv tdayIKLELK SPIKRNKlmr fmvtctermt ffvyyvmskg niidagfmrp nkqtkyllql natekmipka kiliatvagr tvvydyadld fqelrnnfdl sideqeikpg rqielsmsgr pgayvglaay dkalllfnkn hdlfwedigq vfdgfhaine nefdifhslg lfartlddil fdsanEKTGR NALQSGKPIG KLvsyrtnfq eswlwkNVSI GRSGSRKlie vvpdtttswy ltgfsidpvy glgiikkpiq fttvqpfyiv enlpysikrg eavvlqftlf nnlgaeyiad vtlynvanqt efvgrpdtdl SYTKSVSVPP KVGVPisfli karklgemav rvkasimlgh etdalekvir vmpeslaqpk mdtsffcfdd yknqtfpfnl dINKKADNGS KKiefrlnpn lltmviknld nllavptgcg eqnmvkfvpn ilvldylyat gskeqhlidk atnllrqgyq nqmryrqtdg sfgvweksgs svfltafvat smqtaskymn didaamveka ldwlaskqhs sgrfdetgkv whkdmqgglr ngvaltsyvl tallendiak vkhavviqng mnylsnqlaf innpydlsia tyammlnght mkkealdkli dmsisdnnkk erywgttnqi ettayallsf vmaekyldgi pvmnwlvnqr yvtgsfprtq dtfvglkalt kLAEKISPSR NDYTVQLKyk kntkyfnins eqidvqnfle ipedtkklei nvggigfgll eviyqfdlnl vnfehrfkld LEKQNTGSDY ELrlrvcany ipELTDSQSN malievtlps GYVVDRNPIS EQTTVNPIQN MEIRyggtsv vlyyykmgte rncftvtayr rfkvalkrpa yvvvydyynt nlnaikvyev dkqnvceicE EEDCPAECKK
>Q9GYW4_REM465
1332-1340
mwqfirsril tviifigaah gllvvgpkfi ranqeytlvi snfnsqlskv dlllkleget dnglsvlnvt kmvdvrrnmn rminfnmpee ltagnykiti dgqrgfsfhk eaelvylsks isgliqvdkp vfkpgdtvnf rvilldtelk pparvksvyv tirdpqrnvi rkwstaklya gvfesdlqiv ptpmlgvwni svevegeelv sktfevkeyv lstfdvqvmp svipleehqa vnltieanyh fgkpvqgvak velyldddkl nqkkeltvyg kgqvelrfdn famdadqqdv rvkvsfieqy tnrtvvkqsq itvyryayrv elikespqfr pglpfkcalq fthhdgtpak gitgkvevsd vgfettttsd ndgliklelq psegteqlgi nfnavdgfff yedvnkvetv tdayiklelk spikrnklmr fmvtctermt ffvyyvmskg niidagfmrp nkqtkyllql natekmipka kiliatvagr tvvydyadld fqelrnnfdl sideqeikpg rqielsmsgr pgayvglaay dkalllfnkn hdlfwedigq vfdgfhaine nefdifhslg lfartlddil fdsanektgr nalqsgkpig klvsyrtnfq eswlwknvsi grsgsrklie vvpdtttswy ltgfsidpvy glgiikkpiq fttvqpfyiv enlpysikrg eavvlqftlf nnlgaeyiad vtlynvanqt efvgrpdtdl sytksvsvpp kvgvpisfli karklgemav rvkasimlgh etdalekvir vmpeslaqpk mdtsffcfdd yknqtfpfnl dinkkadngs kkiefrlnpn lltmviknld nllavptgcg eqnmvkfvpn ilvldylyat gskeqhlidk atnllrqgyq nqmryrqtdg sfgvweksgs svfltafvat smqtaskymn didaamveka ldwlaskqhs sgrfdetgkv whkdmqgglr ngvaltsyvl tallendiak vkhavviqng mnylsnqlaf innpydlsia tyammlnght mkkealdkli dmsisdnnkk erywgttnqi ettayallsf vmaekyldgi pvmnwlvnqr yvtgsfprtq dtfvglkalt klaekispsr ndytvqlkyk kntkyfnins eqidvqnfle ipedtkklei nvggigfgll eviyqfdlnl vnfehrfkld lekqntgsdy elrlrvcany ipeltdsqsn malievtlps gyvvdrnpis eqttvnpiqn meiryggtsv vlyyykmgte rncftvtayr rfkvalkrpa yvvvydyynt nlnaikvyev dkqnvceice eEDCPAECKK
| JOB-ID | Q9GYW4_032214Zvd2ZX8AAQEAAALBfOsAAAAB |
|---|---|
| Frames used | smooth=8 peak=8 join=4 |
| Thresholds used | coils=0.516 rem465=0.6 hot loops=0.1204 |
| Name | Q9GYW4 |
| Description | sp|Q9GYW4|TEPS1_ANOGA Thioester-containing protein 1 allele S1 OS=Anopheles gambiae OX=7165 GN=TEP1 PE=1 SV=1 |
| Title/ID | none |
| Sequence length | 1340 |
| Download predictions | smoothed scores raw scores |