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>Q06278_LOOPS
14-27, 37-51, 60-99, 108-121, 129-158, 164-222, 231-247, 256-293, 356-374, 382-421, 462-473, 502-514, 536-545, 556-606, 631-641, 647-654, 711-729, 742-751, 758-770, 789-812, 841-862, 871-881, 894-929, 941-949, 957-968, 998-1021, 1037-1051, 1064-1095, 1111-1123, 1143-1161, 1170-1203, 1215-1273, 1292-1310, 1318-1338
mdrasellfy vngRKVIEKN VDPETMLlpy lrkklrLTGT KYGCGGGGCG ActvmisryN PITKRIRHHP ANACLIPICS LYGAAVTTVE GIGSTHTRIh pvqeriaKCH GTQCGFCTPG MvmsiytlLR NHPEPTLDQL TDALGGNLCR CTGYRPIIda cktFCKTSGC CQSKENGVCC LDQGINGLPE FEEGSKTSPK LFAEEEFLPL DPTQELIFPP ELmimaekqs QRTRVFGSER MMWFSPVtlk ellefKFKYP QAPVIMGNTS VGPEVKFKGV FHPVIISPDR IEElsvvnha yngltlgagl slaqvkdila dvvqklpeek tqmyhallkh lgtlagsqir nmaslGGHII SRHPDSDLNP ILAVgnctln lLSKEGKRQI PLNEQFLSKC PNADLKPQEI LVSVNIPYSR Kwefvsafrq aqrqenalai vnsgmrvffg egdgiirelc iSYGGVGPAT ICAknscqkl igrhwneqml diacrlilne vSLLGSAPGG KVEFkrtlii sflfkfylev sqilkKMDPV HYPSLadkye saledLHSKH HCSTLKYQNI GPKQHPEDPI GHPIMHLSGV KHATGEAIYC DDMPLVdqel fltfvtssra hakivsidls EALSMPGVVD ImtaehLSDV NSFCffteae kflatdkvfc vgqlvcavla dsevqakraa krvkivyqdl epliltiees IQHNSSFKPE RKLEYGNVDe afkvvdqile gEIHMGGQEH FymetqsMLV VPKGEDQEMD vyvstqfpky iqdivastLK LPANKVMCHV RRVGGAFGGK VLktgiiaav tafaankhgr avrcvlerge DMLITGGRHP YLGKYKAGFM NDgrilaldm EHYSNAGASL Deslfviemg llkMDNAYKF PNLRCRGWAC RTNLPSNTAF RGFGFPQAAl itesciteva AKCGLSPEKv riinmyKEID QTPYKQEIna knliqcwrec mamssyslrk vavekfnAEN YWKKKGLAMV PLKFPVGLGS Raagqaaalv hiyldgSVLV THGGIEMGQG Vhtkmiqvvs relRMPMSNV HLRGTSTETV PNANISGGSV VADLNglavk dacqtllkrl EPIISKNPKG TWKdwaqtaf desinlsavg yfRGYESDMN WEKGEGQPFE YfvygaacsE VEIDCLTGDH KNIRTDIVMD VGCSINPAID IGQiegafiq gmglYTIEEL NYSPQGILHT RGPDQYKIPA ICDMPTELHI ALLPPSQNSN TLYSSKGLGE SGVflgcsvf faihdavsaa rQERGLHGPL TLNSPLTPEK irmacedKFT KMIPRDEPGS YVPWNVPI
>Q06278_HOTLOOPS
1-27, 709-720, 840-854, 958-967, 1110-1122, 1296-1309, 1321-1338
MDRASELLFY VNGRKVIEKN VDPETMLlpy lrkklrltgt kygcggggcg actvmisryn pitkrirhhp anaclipics lygaavttve gigsthtrih pvqeriakch gtqcgfctpg mvmsiytllr nhpeptldql tdalggnlcr ctgyrpiida cktfcktsgc cqskengvcc ldqginglpe feegsktspk lfaeeeflpl dptqelifpp elmimaekqs qrtrvfgser mmwfspvtlk ellefkfkyp qapvimgnts vgpevkfkgv fhpviispdr ieelsvvnha yngltlgagl slaqvkdila dvvqklpeek tqmyhallkh lgtlagsqir nmaslgghii srhpdsdlnp ilavgnctln llskegkrqi plneqflskc pnadlkpqei lvsvnipysr kwefvsafrq aqrqenalai vnsgmrvffg egdgiirelc isyggvgpat icaknscqkl igrhwneqml diacrlilne vsllgsapgg kvefkrtlii sflfkfylev sqilkkmdpv hypsladkye saledlhskh hcstlkyqni gpkqhpedpi ghpimhlsgv khatgeaiyc ddmplvdqel fltfvtssra hakivsidls ealsmpgvvd imtaehlsdv nsfcffteae kflatdkvfc vgqlvcavla dsevqakraa krvkivyqdl epliltieES IQHNSSFKPE rkleygnvde afkvvdqile geihmggqeh fymetqsmlv vpkgedqemd vyvstqfpky iqdivastlk lpankvmchv rrvggafggk vlktgiiaav tafaankhgr avrcvlergE DMLITGGRHP YLGKykagfm ndgrilaldm ehysnagasl deslfviemg llkmdnaykf pnlrcrgwac rtnlpsntaf rgfgfpqaal itesciteva akcglspekv riinmykEID QTPYKQEina knliqcwrec mamssyslrk vavekfnaen ywkkkglamv plkfpvglgs raagqaaalv hiyldgsvlv thggiemgqg vhtkmiqvvs relrmpmsnv hlrgtstetv pnanisggsv vadlnglavk dacqtllkrL EPIISKNPKG TWkdwaqtaf desinlsavg yfrgyesdmn wekgegqpfe yfvygaacse veidcltgdh knirtdivmd vgcsinpaid igqiegafiq gmglytieel nyspqgilht rgpdqykipa icdmptelhi allppsqnsn tlysskglge sgvflgcsvf faihdavsaa rqergLHGPL TLNSPLTPEk irmacedkft KMIPRDEPGS YVPWNVPI
>Q06278_REM465
none
mdrasellfy vngrkviekn vdpetmllpy lrkklrltgt kygcggggcg actvmisryn pitkrirhhp anaclipics lygaavttve gigsthtrih pvqeriakch gtqcgfctpg mvmsiytllr nhpeptldql tdalggnlcr ctgyrpiida cktfcktsgc cqskengvcc ldqginglpe feegsktspk lfaeeeflpl dptqelifpp elmimaekqs qrtrvfgser mmwfspvtlk ellefkfkyp qapvimgnts vgpevkfkgv fhpviispdr ieelsvvnha yngltlgagl slaqvkdila dvvqklpeek tqmyhallkh lgtlagsqir nmaslgghii srhpdsdlnp ilavgnctln llskegkrqi plneqflskc pnadlkpqei lvsvnipysr kwefvsafrq aqrqenalai vnsgmrvffg egdgiirelc isyggvgpat icaknscqkl igrhwneqml diacrlilne vsllgsapgg kvefkrtlii sflfkfylev sqilkkmdpv hypsladkye saledlhskh hcstlkyqni gpkqhpedpi ghpimhlsgv khatgeaiyc ddmplvdqel fltfvtssra hakivsidls ealsmpgvvd imtaehlsdv nsfcffteae kflatdkvfc vgqlvcavla dsevqakraa krvkivyqdl epliltiees iqhnssfkpe rkleygnvde afkvvdqile geihmggqeh fymetqsmlv vpkgedqemd vyvstqfpky iqdivastlk lpankvmchv rrvggafggk vlktgiiaav tafaankhgr avrcvlerge dmlitggrhp ylgkykagfm ndgrilaldm ehysnagasl deslfviemg llkmdnaykf pnlrcrgwac rtnlpsntaf rgfgfpqaal itesciteva akcglspekv riinmykeid qtpykqeina knliqcwrec mamssyslrk vavekfnaen ywkkkglamv plkfpvglgs raagqaaalv hiyldgsvlv thggiemgqg vhtkmiqvvs relrmpmsnv hlrgtstetv pnanisggsv vadlnglavk dacqtllkrl epiisknpkg twkdwaqtaf desinlsavg yfrgyesdmn wekgegqpfe yfvygaacse veidcltgdh knirtdivmd vgcsinpaid igqiegafiq gmglytieel nyspqgilht rgpdqykipa icdmptelhi allppsqnsn tlysskglge sgvflgcsvf faihdavsaa rqerglhgpl tlnspltpek irmacedkft kmiprdepgs yvpwnvpi
| JOB-ID | Q06278_061147ZiyXI38AAQEAAFxr0cEAAABO |
|---|---|
| Frames used | smooth=8 peak=8 join=4 |
| Thresholds used | coils=0.516 rem465=0.6 hot loops=0.1204 |
| Name | Q06278 |
| Description | sp|Q06278|AOXA_HUMAN Aldehyde oxidase OS=Homo sapiens OX=9606 GN=AOX1 PE=1 SV=2 |
| Title/ID | none |
| Sequence length | 1338 |
| Download predictions | smoothed scores raw scores |