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>Q7Z6G8_LOOPS
25-63, 83-101, 114-130, 151-164, 184-202, 218-227, 250-258, 287-323, 338-347, 359-451, 459-514, 522-533, 539-669, 675-705, 731-779, 798-815, 820-850, 874-900, 944-1014, 1021-1061, 1074-1081, 1112-1144, 1152-1161, 1193-1221, 1229-1241
mgkdqellea artgnvalve kllsGRKGGI LGGGSGPLPL SNLLSIWRGP NVNCTDSSGY TALhhaalng hkdivlkllq yeASTNVADN KGYFPIHLAA Wkgdveivki lihHGPSHSR VNEQNNENET alhcaaqygh sevvavllee LTDPTIRNSK LETPldlaal ygrlrvvkmi isaHPNLMSC NTRKHTPLHL AArnghkavv qvlleagMDV SCQTEKGsal heaalfgkvd vvrvlletgI DANIKDSLgr tvldilkehp sqkslqiatl lqeyleGVGR STVLEEPVQE DATQETHISS PVESPSQKTK SETvtgelsk lldeiklCQE KDYSFEDlch tisdhyldNL SKISEEELGK NGSQSVRTSS TINLSPGEVE EEDDDENTCG PSGLWEALTP CNGCRNLGFP MLAQESYPKK RNYTMEIVPS ASLDTFPSEN EnflcdlmDT AVTKKPCSLE IARAPSPRTD NASEVAVTTP GTSNHRNSST GPTPDCSPPS PDTAlknivk vIRPQPKQRT SIVssldfHR MNHNQEYFEI NTSTGCTSFT ASPPASPPTS SVGTTEVKNE GTNHTDDLSR QDDNDPPKEY DPGQFAGLLH GSSPACESPE NPFHLYGKRE QCEKGQDEVS LANSPLPFKQ SPIENNSEPL VKKIKPKVVs rtifHKKSNQ LENHTIVGTR STRSGSRNGD QWVMNaggfv eractlgrir slpkalidmh LSKSVSKSDS DLIAYPSNEK TSRVNWSESS TAEHSSKGNS ERTPSFTSEw eeidkimssi dvginneLKE MNGETTRPRC PVQTVgqwlE SIGLPQYENH LMANGFDNVQ FMGSNVMEDQ dlleigilns ghrqrilqai qllPKMRPIG HDGYHPTSVA EWLDSIELGD ytkaflingy tsmdllkkiw evelinvlki nlighrkril aslGDRLHDD PPQKPPRSIT LREPSGNHTP PQLSPSLSQS TYTTGGSLDV PHIIMQGDAR RRRNENYFDD IPRSklerqm AQTGDWGEPS ITLRPPNEAT ASTPVQYWQH HPEKLIFQSC Dykafylgsm likELRGTES Tqdacakmra ncqksteqmk kvptiilsvs yKGVKFIDAT NKNIIAEHEI RNISCAAQDP EDLStfayit kDLKSNHHYC Hvftafdvnl ayeiiltlgq afevayqlal qaRKGGHSST LPESFENKPS KPIPKPRVSI RksvdllhAS HTGQEPSERH Teealrkf
>Q7Z6G8_HOTLOOPS
153-166, 248-259, 296-322, 367-394, 471-511, 521-530, 562-596, 645-665, 673-701, 732-780, 800-810, 943-952, 957-979, 994-1015, 1092-1104, 1197-1218, 1229-1248
mgkdqellea artgnvalve kllsgrkggi lgggsgplpl snllsiwrgp nvnctdssgy talhhaalng hkdivlkllq yeastnvadn kgyfpihlaa wkgdveivki lihhgpshsr vneqnnenet alhcaaqygh sevvavllee ltDPTIRNSK LETPLDlaal ygrlrvvkmi isahpnlmsc ntrkhtplhl aarnghkavv qvlleagmdv scqtekgsal heaalfgkvd vvrvlleTGI DANIKDSLGr tvldilkehp sqkslqiatl lqeylegvgr stvleEPVQE DATQETHISS PVESPSQKTK SEtvtgelsk lldeiklcqe kdysfedlch tisdhyldnl skiseeELGK NGSQSVRTSS TINLSPGEVE EEDDdentcg psglwealtp cngcrnlgfp mlaqesypkk rnytmeivps asldtfpsen enflcdlmdt avtkkpcsle IARAPSPRTD NASEVAVTTP GTSNHRNSST GPTPDCSPPS Pdtalknivk VIRPQPKQRT sivssldfhr mnhnqeyfei ntstgctsft aSPPASPPTS SVGTTEVKNE GTNHTDDLSR QDDNDPpkey dpgqfagllh gsspacespe npfhlygkre qcekgqdevs lansPLPFKQ SPIENNSEPL VKKIKpkvvs rtIFHKKSNQ LENHTIVGTR STRSGSRNGD Qwvmnaggfv eractlgrir slpkalidmh lSKSVSKSDS DLIAYPSNEK TSRVNWSESS TAEHSSKGNS ERTPSFTSEW eeidkimssi dvginnelkE MNGETTRPRC pvqtvgqwle siglpqyenh lmangfdnvq fmgsnvmedq dlleigilns ghrqrilqai qllpkmrpig hdgyhptsva ewldsielgd ytkaflingy tsmdllkkiw evelinvlki nlighrkril asLGDRLHDD PPqkppRSIT LREPSGNHTP PQLSPSLSQs tyttggsldv phiIMQGDAR RRRNENYFDD IPRSKlerqm aqtgdwgeps itlrppneat astpvqywqh hpeklifqsc dykafylgsm likelrgtes tqdacakmra nCQKSTEQMK KVPTiilsvs ykgvkfidat nkniiaehei rniscaaqdp edlstfayit kdlksnhhyc hvftafdvnl ayeiiltlgq afevayqlal qarkggHSST LPESFENKPS KPIPKPRVsi rksvdllhAS HTGQEPSERH TEEALRKF
>Q7Z6G8_REM465
298-325, 367-379, 386-399, 475-510, 558-596, 689-696, 733-740, 749-777, 964-983, 1088-1098, 1192-1213, 1230-1248
mgkdqellea artgnvalve kllsgrkggi lgggsgplpl snllsiwrgp nvnctdssgy talhhaalng hkdivlkllq yeastnvadn kgyfpihlaa wkgdveivki lihhgpshsr vneqnnenet alhcaaqygh sevvavllee ltdptirnsk letpldlaal ygrlrvvkmi isahpnlmsc ntrkhtplhl aarnghkavv qvlleagmdv scqtekgsal heaalfgkvd vvrvlletgi danikdslgr tvldilkehp sqkslqiatl lqeylegvgr stvleepVQE DATQETHISS PVESPSQKTK SETVTgelsk lldeiklcqe kdysfedlch tisdhyldnl skiseeELGK NGSQSVRTSs tinlsPGEVE EEDDDENTCg psglwealtp cngcrnlgfp mlaqesypkk rnytmeivps asldtfpsen enflcdlmdt avtkkpcsle iaraPSPRTD NASEVAVTTP GTSNHRNSST GPTPDCSPPS pdtalknivk virpqpkqrt sivssldfhr mnhnqeyfei ntstgctSFT ASPPASPPTS SVGTTEVKNE GTNHTDDLSR QDDNDPpkey dpgqfagllh gsspacespe npfhlygkre qcekgqdevs lansplpfkq spiennsepl vkkikpkvvs rtifhkksnq lenhtivgTR STRSGSrngd qwvmnaggfv eractlgrir slpkalidmh lsKSVSKSDS dliaypsnEK TSRVNWSESS TAEHSSKGNS ERTPSFTsew eeidkimssi dvginnelke mngettrprc pvqtvgqwle siglpqyenh lmangfdnvq fmgsnvmedq dlleigilns ghrqrilqai qllpkmrpig hdgyhptsva ewldsielgd ytkaflingy tsmdllkkiw evelinvlki nlighrkril aslgdrlhdd ppqkpprsit lrePSGNHTP PQLSPSLSQS TYTtggsldv phiimqgdar rrrnenyfdd iprsklerqm aqtgdwgeps itlrppneat astpvqywqh hpeklifqsc dykafylgsm likelrgtes tqdacakMRA NCQKSTEQmk kvptiilsvs ykgvkfidat nkniiaehei rniscaaqdp edlstfayit kdlksnhhyc hvftafdvnl ayeiiltlgq afevayqlal qARKGGHSST LPESFENKPS KPIpkprvsi rksvdllhaS HTGQEPSERH TEEALRKF
| JOB-ID | Q7Z6G8_165404Zt8oK38AAQEAABRfIzQAAABO |
|---|---|
| Frames used | smooth=8 peak=8 join=4 |
| Thresholds used | coils=0.516 rem465=0.6 hot loops=0.1204 |
| Name | Q7Z6G8 |
| Description | sp|Q7Z6G8|ANS1B_HUMAN Ankyrin repeat and sterile alpha motif domain-containing protein 1B OS=Homo sapiens OX=9606 GN=ANKS1B PE=1 SV=2 |
| Title/ID | none |
| Sequence length | 1248 |
| Download predictions | smoothed scores raw scores |