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>Q8SVZ5_LOOPS
91-103, 121-149, 182-190, 209-220, 233-241, 249-256, 302-309, 343-368, 427-462, 474-489, 502-513, 537-574, 613-620, 715-739, 749-757, 780-796, 818-827, 848-863, 873-882, 929-945, 956-979, 1005-1014, 1035-1062, 1071-1082, 1094-1102, 1129-1139, 1162-1172, 1178-1189, 1234-1242
mnrlekfftt lntaqskvlk gyttdelvsq ikeyvdftpy ilkqtyrllc gqasedrrng arilrslmfq fklvtdfkie ykesssiyls STGEQFNVQA PSIqeqkrmv rkiaklehve ANFLSDIDFK AGSGEAIKRH KVDERPIENv ldffeqisdn llsyewykrh gaflafaamf sEIDNGGDIQ irvdsklfsk iyeilvtdKF NDFVDDRTVA pvrdaaayll srIYPLIGPN DiieqlvgFL DSGDWQvqfs glialgylke fvedkdglcr klvsllsspd edikllsael lCHFPITDSl dlvlekcwkn ieseelisvs ktsnlslltk iyRENPELSI PPERLKDIFP CFTSPVPEvr tsilnmvknl seesidflva evvlieekde iremaikllk krrdlpknli lhfmnvIGGS LYEPYSEDDF VSYEDLYFTK SGINVVGKDE ILknrcllfe cimKSGLPDL QSTIETTTSr tfislyrsvq aLVKDTPYTP ANIeeleyyf drckdlkmap lkefkkKLSA PGIRSIHPMV DPLYSDYTRM VASIEFPGLE RATAlfevet ckqflhlfsk miteyydaek isidnfllka yeGLASGKDG flsffevfnt rllahsffhk igslenrldf fsktihiytk tsqiqkigfv fddalrekni tvingfmrsl efnekfvrka ledldvelld avlmSGDHSF NPLFVKPLLR NISGNIDREa sskvlskvIP TLGFSTNtki skdllemier ekkslesllD AGKIPEYHIK CPISVKlrdy qmegvkwlnf lysfslnGIL ADDMGLGktl qvltflcsei yktnrkvLVI CPSSLTGHWK SEVkkffpfv aaEIYKREDR DTysilissy etfrndylnf iekdwfyvvv deghvlrnkq tilysrmnMI RCSRKMVLTG TPVHNsvedl islfnFLMPN YIGPEKEYGS LNVKMSDSEi ekthkrldll hrkvlpfilr rlkiDVLKDL PPKIirditv elgpvqekly reidEKGGKE SLGDAELEYG KVDQKNVGFK RTrdlflavs HIGHFKDSTE VSckvkaled iisLCGGEDL GSkiliffqf kstidlvikd imkkykfkYS RLDGSVPSAa rtkiaeefnt gttqmlfltt qVGGLGLNLT GAdtvvmYEH DWNPFNDLQa mdrahrigqk rtvnvfrfia rntleekvmn lqsfkmfvan slvSQQNADI ETmdtkdlle rfqvpg
>Q8SVZ5_HOTLOOPS
1-24, 90-102, 121-149, 208-216, 323-336, 410-417, 451-459, 475-485, 537-549, 743-760, 777-792, 853-863, 873-883, 1001-1026, 1034-1059, 1070-1083, 1129-1139, 1235-1245
MNRLEKFFTT LNTAQSKVLK GYTTdelvsq ikeyvdftpy ilkqtyrllc gqasedrrng arilrslmfq fklvtdfkie ykesssiylS STGEQFNVQA PSiqeqkrmv rkiaklehve ANFLSDIDFK AGSGEAIKRH KVDERPIENv ldffeqisdn llsyewykrh gaflafaamf seidnggdiq irvdsklfsk iyeilvtDKF NDFVDDrtva pvrdaaayll sriypligpn diieqlvgfl dsgdwqvqfs glialgylke fvedkdglcr klvsllsspd edikllsael lchfpitdsl dlvlekcwkn ieSEELISVS KTSNLSlltk iyrenpelsi pperlkdifp cftspvpevr tsilnmvknl seesidflva evvlieekde iremaikllK KRRDLPKnli lhfmnviggs lyepyseddf vsyedlyftk SGINVVGKDe ilknrcllfe cimkSGLPDL QSTIEtttsr tfislyrsvq alvkdtpytp anieeleyyf drckdlkmap lkefkkKLSA PGIRSIHPMv dplysdytrm vasiefpgle ratalfevet ckqflhlfsk miteyydaek isidnfllka yeglasgkdg flsffevfnt rllahsffhk igslenrldf fsktihiytk tsqiqkigfv fddalrekni tvingfmrsl efnekfvrka ledldvelld avlmsgdhsf nplfvkpllr nisgnidrea ssKVLSKVIP TLGFSTNTKI skdllemier ekksleSLLD AGKIPEYHIK CPisvklrdy qmegvkwlnf lysfslngil addmglgktl qvltflcsei yktnrkvlvi cpSSLTGHWK SEVkkffpfv aaEIYKREDR DTYsilissy etfrndylnf iekdwfyvvv deghvlrnkq tilysrmnmi rcsrkmvltg tpvhnsvedl islfnflmpn yigpekeygs lnvkmsdsei ekthkrldll hrkvlpfilr RLKIDVLKDL PPKIIRDITV ELGPVQekly reiDEKGGKE SLGDAELEYG KVDQKNVGFk rtrdlflavS HIGHFKDSTE VSCkvkaled iislcggedl gskiliffqf kstidlvikd imkkykfkYS RLDGSVPSAa rtkiaeefnt gttqmlfltt qvgglglnlt gadtvvmyeh dwnpfndlqa mdrahrigqk rtvnvfrfia rntleekvmn lqsfkmfvan slvsQQNADI ETMDTkdlle rfqvpg
>Q8SVZ5_REM465
none
mnrlekfftt lntaqskvlk gyttdelvsq ikeyvdftpy ilkqtyrllc gqasedrrng arilrslmfq fklvtdfkie ykesssiyls stgeqfnvqa psiqeqkrmv rkiaklehve anflsdidfk agsgeaikrh kvderpienv ldffeqisdn llsyewykrh gaflafaamf seidnggdiq irvdsklfsk iyeilvtdkf ndfvddrtva pvrdaaayll sriypligpn diieqlvgfl dsgdwqvqfs glialgylke fvedkdglcr klvsllsspd edikllsael lchfpitdsl dlvlekcwkn ieseelisvs ktsnlslltk iyrenpelsi pperlkdifp cftspvpevr tsilnmvknl seesidflva evvlieekde iremaikllk krrdlpknli lhfmnviggs lyepyseddf vsyedlyftk sginvvgkde ilknrcllfe cimksglpdl qstietttsr tfislyrsvq alvkdtpytp anieeleyyf drckdlkmap lkefkkklsa pgirsihpmv dplysdytrm vasiefpgle ratalfevet ckqflhlfsk miteyydaek isidnfllka yeglasgkdg flsffevfnt rllahsffhk igslenrldf fsktihiytk tsqiqkigfv fddalrekni tvingfmrsl efnekfvrka ledldvelld avlmsgdhsf nplfvkpllr nisgnidrea sskvlskvip tlgfstntki skdllemier ekksleslld agkipeyhik cpisvklrdy qmegvkwlnf lysfslngil addmglgktl qvltflcsei yktnrkvlvi cpssltghwk sevkkffpfv aaeiykredr dtysilissy etfrndylnf iekdwfyvvv deghvlrnkq tilysrmnmi rcsrkmvltg tpvhnsvedl islfnflmpn yigpekeygs lnvkmsdsei ekthkrldll hrkvlpfilr rlkidvlkdl ppkiirditv elgpvqekly reidekggke slgdaeleyg kvdqknvgfk rtrdlflavs highfkdste vsckvkaled iislcggedl gskiliffqf kstidlvikd imkkykfkys rldgsvpsaa rtkiaeefnt gttqmlfltt qvgglglnlt gadtvvmyeh dwnpfndlqa mdrahrigqk rtvnvfrfia rntleekvmn lqsfkmfvan slvsqqnadi etmdtkdlle rfqvpg
| JOB-ID | Q8SVZ5_110424ZuwFOH8AAQEAAGG8dcsAAAAT |
|---|---|
| Frames used | smooth=8 peak=8 join=4 |
| Thresholds used | coils=0.516 rem465=0.6 hot loops=0.1204 |
| Name | Q8SVZ5 |
| Description | tr|Q8SVZ5|Q8SVZ5_ENCCU Similarity to HELICASE MOT1 OS=Encephalitozoon cuniculi (strain GB-M1) OX=284813 GN=ECU03_1530 PE=1 SV=1 |
| Title/ID | none |
| Sequence length | 1256 |
| Download predictions | smoothed scores raw scores |