Protein
MIA_05060_1
Length
4,865 amino acids
Browser: contig07:597225-611918-
Protein alignments
| %id | Aln length | E-value |
|---|
Mitochondrial localization by mitoprotII
Probability of mitochondrial location: 0.0000
Protein family membership
None predicted.
Domains and repeats
None predicted.
Detailed signature matches
no IPR
Unintegrated signatures
-
CYTOPLASMIC_D... (C...)
-
NON_CYTOPLASM... (N...)
-
SIGNAL_PEPTIDE (Sig...)
-
SIGNAL_PEPTID... (S...)
-
SIGNAL_PEPTID... (S...)
-
SIGNAL_PEPTID... (S...)
-
-
-
TRANSMEMBRANE (Tran...)
-
mobidb-lite (disord...)
Protein sequence
>MIA_05060_1 MKLNHSLLLLLSLVSAQDTGDTGTTNDTAVYRLSSSSTSSRKGSFCVDPPSQNDCYSSCSKMNSLAYLIKRSGVSCATVS DTYYTDYSICYQGQAYYDKLFGISDSDFNKVKSKMSSCQISTPSTTFCSGTDPDETNEFKDSSDCVDTPDENDCSSSCDR LNAIVGDVRSGRIPCSTLTASYKKDYHTCYRGKSHYNKQFGIKDNDFNTIKSKMKECSVKDPSTIYCSSTVLDETSSSVV PSTDCVEPPSNDECSSSCNSLNSIVQKCRSNSFSCNVFSNDHKKNYATCYQGKSHYKGQFNLKDDDFNVIKSRYGGCNYE PPSVEFCVSSSEDDESSTIVEESSSSNECVEPPSKDDCVSSSRKLKAVVGDWRNDKYDCSTLKGNYGSYYKTCYQGKNHY GSIFDLSDDDWGVVKDKMNKCKIPEPQVDYCVSSSEKEPSTSESFTEISSTEVSSTELSSSELSSSEESSSEEPSSSAEC VEPPTHNDCSSSCKSIKNIVGKCKSSNFQCSDFGHGYKNDYRTCYRGKSHYGKSFGFSDDDFNAVDRRYKECNSGSPPSV NFCSATSSEIDETSTEYEESSSTEYEESSSSEACVELPSKDECSSSCRQLNVAVGNWHRGDYKCSSLNGNYRKYYNQCYR GKIHYNDNFNVNDNDWNSVKDKMKECGVPEPPVNYCESSSESEISSESSEVSSSEISSSEISSSEISSSEVSSSEVSSSE VSSSEVSSSEISSSEISSSEISSSEEPSSSSECVEPPSHDDCSWSCKYLNEIVSKCKSDSFTCDVFDGYQKHYSTCYQGK SRFDKLFDLKESDFNTIKRRYNGCHPHPPPVDFCESTSSEIDETSSESSEVSSTIYEESSSSEACVEPPTKDDCWTSCKQ LLAAVNGWRQGHYECDKQTRNYHSYYNICFRGKHHYNDKFGFGNDDWITVLERMKKCKVPEPQVDYCESTSESEISSSVE SSEISSSEVSSSEVSSSEISSSEISSSEISSEPSSTLYDESSSSETCVEPPPKHDCWTSCKKLRDVVGDWRKGNYHCNQL KGDYRGYFYKCFRGKHHYNDKFEFGDNDWGTVLEKMRGCHIPEPPVDYCESTSESEISSSVESSEISSSEISSSGISSSE ISSSEISSSEISSEPSSTLYDESSSSETCVEPPPKHDCWTSCKKLRDVVGDWRKGNYHCNQLKGDYRGYFYKCFRGKHHY NDKFEFGDNDWGTVLEKMRGCHVPQPPVDYCESTSESEISSSVESSVISSSEISSSEISSSEISSSEISSSEISSSEISS SEISSSEISSSAISSSEISSSEISSSEVSSSEISSSEISSSEISSEPSSTLYDESSSSATCVEPPPKHDCWTSCKKLRDV VGDWRKGNYHCNQLKGDYRGYFYKCFRGKHHYNDKFEFGDNDWSTVLERMRGCHIPEPPVDYCESTSESEISSSVESSEI SSSEISSSEISSSEVSSSEISSSEISSSEISSSEISSSEISSSEISSSEVSSSEISSSEISSSEISSEPSSTLYDESSSS ETCVEPPPKHDCWTSCKKLRDVVGDWRKGNYHCNQLKGDYRGYFYKCFRGKHHYNDKFEFGDNDWGTVLEKMRGCHVPEP PVDYCESTSESEISSSVESSEISSSEISSSEISSSEISSSEISSSEISSSEISSFEISSEPSSTLYDESSSSETCVEPPP KHDCWTSCKKLRDVVGDWRKGNYHCNQLKGDYRGYFYKCFRGKHHYNDKFEFGDNDWGTVLEKMRGCHVPQPPVDYCEST SESEISSSVESSEISSSEISSSEISSSEISSSEISSSEISSSEISSSEISSSEISSEPSSTLYDESSSSETCVEPPPKHD CWTSCKKLRDVVGDWRKGNYHCNQLKGDYRGYFYKCFRGKHHYNDKFEFGDNDWSTVLEKMRGCHVPEPPVDYCESTSES EISSSVESSEISSSEISSSEISSSEISSSEISSSEISSSEISSSEISSSEISSSEVSSSEISSSEISSSEVSSSEISSSE ISSSEISSSEISSSEISSSEISSSEISSSEISSSEVSSSEISSSDVSSSEISSSEISSSEISSSEISSSEISSEPSSTLY DESSSSETCVEPPPKHDCWTSCKKLRDVVGDWRKGNYHCNQLKGDYRGYFYKCFRGKHHYNDKFEFGDNDWGTVLEKMRG CHVPQPPVDYCESTSESEISSSVESSEISSSEISSSEISSSEVSSSEISSSEISSPEVSSSEISSSEISSSENSSSEISS SEISSSEISSSEISSFEISSSEISFSEISSSEISSSEISSSEISSSEISSSVVSSSEISSSEISSSEISSSEVSSSEISS SEISSSEISSSEISSSEISSSEISSSEISSSEISSEPSSTLYDESSSSETCVEPPPKHDCWTSCKKLRDVVGDWRKGNYH CNQLKGDYRGYFYKCFRGKHHYNDKFEFGDNDWSTVLEKMRGCHVPEPPVDYCESTSESEISSSVESSEISSSEISSSEV SSSEISSSEISSSEVYFSEISSSEISSSENSSAESSPVVSSSAESSSAEFSSVESSLVESSSAESSSAESSPVESSSAES SSAEFSSAESSSVASSLVESSSAESSSAVSSSAESSSAESSSAESSPVESSSAESSSAESSSAESSSAEFSSVESSLVES SSAESSSAVSSSAESSSAESSSAESSPVESSSAESSSAEFSSAEFSSVESSLVESSSLESSSAESSSAESLSAEFSSVES SLVESSSAESSSAVSSSAESSSAESSSAESSPVESSSAESSSAESSWAESSSVEFSSVESSLVESSSAESSSAESSSAES SSAESSPVESSSAESSSAESSFVESSSAESSSVEFSSVESSLVESSSAESSSAESSSAESSSAESSPVESSSAESSSAES SPVESSSAESSSAESSSAESSSAESSSAESSSAEFSSVESSLVESSSAEFSSAESSSAESSSAESSSAEFSSAESSSVES SSAESSSVESSSAESSFAESSPVESSSAESSSAESSSAESSSAESSSAEFSSVESSLIESSSAESSSLESSSAESSPVES SSAESSSAKSSSAESSSAESSPVESSSAESSSAESSFVESSSAESSSVESSLVESSSADSFSAESSSAESSPVESSSAES SSAESPSAESSSAESSPLESSSAESSSAESPSAESSSAESSSAEFSSVESSLVESSSLESSSAESSSAESSSAEFSSVES SLVESSSAESSSAVSSSAESSSAESSSAESSPVESSSAESSFVESSSAESSSVEFSSVESSLVESSSAESSSAESSSAES SSAESSPVESSSAESSSAESSPVESSSAESSSAESSSAESSSAESSSAESSSAEFSSVESSLVESSSAEFSSAESSSAES SSAESSSAEFSSAESSSVESSSAESSSVESSSAESSFAESSPVESSSAESSSAESSSAESSSAESSSAEFSSVESSLIES SSAESSSLESSSAESSPVESSSAESSSAKSSSAESSSAESSPVESSSAESSSAESSFVESSSAESSSVESSLVESSSADS FSAESSSAESSPVESSSAESSSAESPSAESSSAESSPLESSSAESSSAESPSAESSSAESSSAEFSSVESSLVESSSLES SSAESSSAESSSAEFSSVESSLVESSSAESSSAVSSSAESSSAESSSAESSPVESSSAESSSAESSWAESSSVEFSSVES SLVESSSAESSSAESSSAESSSAESSPVESSSAESSSAESSPVESSSAESSSAESSSAESSSAESSSAESSSAEFSSVES SLVESSSAEFSSAESSSAESSSAESSSAESSSAESSSAEFSSVESSLIESSSAESSPVESSPVESSSAESSSAESPSAES SSAESSSAEFSFVESSSAESSSAETSPAESSSAVSSSAESSPVQFSSAESSSAESSLAEVSSVEFSSAESSSAESLSAES SSVESSLVESSSVESSSAESSSAELSSVESSFASSSFESLPVESSSAESTILESSSVVSSVESLPAESKSAELSPIESSL TESVSPESSSVVSSLVESTPVESSSLESSSVLSQGVHSFSIESSVVESLEFSSTISSTESSVESSTAESSTSYPGSESLP ASLSTFESSETTPHSVEAVSQTTTESAYGTTSSPVSKPSKPTAKPSSPEVSPESGTTTTTTVTEFCHACSTYTTTETSLT TVTFTSGTVVVTVTQPCETTATVVESPVVSGSVTLTTTYTLHPSSSVVTVTETCSSCNTIETTSTGVTTYTTTSGGQVVT VTVPCTTTATVVVSPVVSGTVTSYVTASYPGHFSTVTKAYTGVATHTSISEGVVITQTKPFETTVTVVESEIVSGHHTKP VPGSEITVVKTSSGYTTYTTTSNNVVVTVTEPCATTVTEIESPVVSGSVTSYVTIPYTPSATVSEITKVKTSSGYSAYKI TSSGVVITTSAPFETVISEVYTPSVKTGTGYTTYLTTSEGVVVTVTVPCSTTYTEIESPVVSSGVTSYAQVPYSSPSIGS EVTVIKTSSGYSAYTTSSEGVVVTTSAPYETVITEVYSTVASGSVSTVVKTSSGFTTYETTTQGVVVTVTVPCATTYTEV ESPVVSGSITTYITLPTTVSAPSEEVTVAKTSSGFSVYSAASTGAVTTKSVSHETVISKVKPSASGVESSASGFVTSHVT VDTTVPAPEVTVVKTRTGLSTYTTTSAGEVITTSAPYETTVTEVYSTVASGSATTFVKTSSGFSAYTTTSEGSVVVSSKP YTTVVTEVESPVISAGVTTTATWTHSSVEVSSGTLEATQTSSEVVSSASGSPGTTLTSSEGVNSASGSPGTTLTSSEGVS SASGSPGTTLTSSVVVSSASGNSTAFIPQVSSGPSESFEQVNKGVTLSTGITLPMLSLFIFFFFF
GO term prediction
Biological Process
None predicted.
Molecular Function
None predicted.
Cellular Component
None predicted.