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Domain assignment for A0A0P5PWF9 from Uniprot 2018_03 genome

Domain architecture


Domain assignment details

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Strong hits

Sequence:  A0A0P5PWF9
Domain Number 1 Region: 215-392
Classification Level Classification E-value
Superfamily MIR domain 1.7e-36
Family MIR domain 0.0031
Further Details:      
 
Domain Number 2 Region: 1085-1212
Classification Level Classification E-value
Superfamily Concanavalin A-like lectins/glucanases 9.1e-24
Family SPRY domain 0.021
Further Details:      
 
Domain Number 3 Region: 664-799
Classification Level Classification E-value
Superfamily Concanavalin A-like lectins/glucanases 0.000000000372
Family SPRY domain 0.058
Further Details:      
 
Domain Number 4 Region: 98-181
Classification Level Classification E-value
Superfamily MIR domain 0.0000000249
Family MIR domain 0.019
Further Details:      
 
Domain Number 5 Region: 2267-2355
Classification Level Classification E-value
Superfamily IP3 receptor type 1 binding core, domain 2 0.000000785
Family IP3 receptor type 1 binding core, domain 2 0.02
Further Details:      
 
Domain Number 6 Region: 1552-1676
Classification Level Classification E-value
Superfamily Concanavalin A-like lectins/glucanases 0.0000273
Family SPRY domain 0.049
Further Details:      
 

Gene Ontology term assignment details

The top 10 most specific Gene Ontology terms for each namespace assigned to this domain architecture as determined by dcGO Predictor

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Molecular Function IC (bits) H-Score
Biological Process IC (bits) H-Score
Cellular Component IC (bits) H-Score

Protein sequence

External link(s) A0A0P5PWF9
Sequence length 3818
Comment (tr|A0A0P5PWF9|A0A0P5PWF9_9CRUS) Ryanodine receptor 44F {ECO:0000313|EMBL:JAL28468.1} OX=35525 OS=Daphnia magna. GN= OC=Diplostraca; Cladocera; Anomopoda; Daphniidae; Daphnia.
Sequence
MADKESGSEQDDVSFLRTEDNVCLSCTATGERVCLAAEGFGNRHCFLENIADKNAPPDLS
QCVFVIEQALSVRALQELVTAASSESGTGTGSGHRTLLYGNAVLLRHLNSNMYLACLSTS
SSNDKLAFDVGLQEQSQGEACWWTLHPASKQRSEGEKVRVGDDLILVSVATERYLHTTKE
KDVSIVNASFHVTHWSVAPFGTGLSRVKNVGFLFGGEVLRFFHGGDECLTIPSSWSEQPG
QNIVVYEGGDVVLQARSLWRLELARTKWAGGFINWLHPMRIRHITTGRYLCINENKDLCL
LPRNQANLAVSAFYLRKEKDDEKKILEDKDLEVLGSPIIKYGDSTVIVQHVETGLWLSYK
AFETKKKGVGKVEEKQAVLHEEGKMDDGLEFSRSQEEESRTARVIRKCSSLFNRFITGLD
ALANDHQHMTFFENVNLGEMVKCLEDLIDYFAQPEENIEHEEKQLKLRALRNRQDLFQEE
GILNLILDAIDKLTTITGQGYMVALAGEAAGQNLESISAYLYQLLAAIIRGNHTNCAQFA
QSHRLNWLFSRLGSQASGEGTGMLDVLHCILIDSPEALNMMREEHIKVIISLLEKHGRDP
KVLDVLCSLCVGNGVAVRSSQNNIADYLLPGRNLLLQTQLVDHVSSIRPNIYVGKVVNSA
VFLKWYFELTVDHVEVTTHLMPHLRVGWAKLPGYVAYPGGGEKWGGNGVGDDLYSYGFDG
AQLWTGGRSTVVHAGMTEPYIRKGDVIGCALDLTVPIMNFYLNGVKVKGNFKNMNLDGMF
FPVVSCSARVSCRFLFGGEHGRLRFPSPYGFSPLYECLLPTQTLALDPCFHFGDLTKSTL
AGPLEVLNDTAFVPQPVDTSMIALPAYIETIRDRLAENIHEIWAMNKIEEGWVFGERRDD
LHKIHPCLTPFERLPPAEKRYDTQLALQTLKTILALGYHITMDKPPSRIKTVRLPNDPFA
QSNGYKPAPLDLANITLSGKLEELIDQLAENTHNVWAKERITQGWTYGLNEDPDNKRSPH
LVPYSNVDDIIKKANRDTASETVRTLLVYGYVLEPPTGEPHETAVVSGSVGSKNPEYRTY
RAEKTYAVTSGKWYFEFEVLTSGPMRVGWARADAKAGYQLGQDDCSWAFDGWREEKFYLG
TGESFGKQWSAGDCVGVFLDLVDRTVSFSLNGDLLMDSMGSETAFTDIQGEEFIPAFTLG
VGQRARLVFGQDVNALKYFTSCGLQEGYEPFCVNMSRQMTYWYTRDQPIFENNDDFADSP
IEVTRIPGGSDSPPCMKISHKEFETMEKANWEFLRLSLPVTFHDSFISEQEKVRRWQEIR
LRQNRLRADNVTRNATLEQSMLKSGFTMSDINELQYGYDSEEQRRGQQAGNRPPVPERHG
RLRSIDYNTNGHDVNGHASDTSPSKGILRATSELPIGRQARENDRKARTPDVSGESKEDK
KKRGKSPFAFFTRLRDASTERRNKAKTPEPGIASRDAPQKPETSRTKNVASKNVNNVRLA
PNDLKVIPPAIPDRRPSRQGSSPMIQPRGILGGEGEDFDPLDVECMRLINEYFYGVRIFP
GQDPTHVYVGWVTTNFHLQDKTFDQSKDRKVLVSRVDDADRVLESVDRHSCYMLRADELY
NEVTQDVASKGASQGMFIGCFIDTATGWISFTCEGKETKHRYKMEVGTKLFPAIFVEATS
KEVLQFELGRTPTTLPLSAAVLQNSEKHVVPQFPPRLKVQILKPHQWSRVPNQSLKVHAL
KLSDLRGWSMLCEDPVSMLAVHIPEEDRCIDVLELIEHERLLSFHAHTLQLYSALCFQSN
FRAAHTLCSYVDQKQLLYAIQSEYLSGPLRAGFSDLLIALHIESHAKTMEVTQNEYIIPM
SNELRELYSDPEMTHSLSSLRVESIRPQMTTTDIQEHIETIKDLSTPYFPLEVVKVFAIH
ALQLAVQLNQVHNRDPIGGSNENLFVPLLKLIDKLLLVGIMEDDDIPPLLMLIDPETWDP
TFDPLGKDEHRKGLLQMPLAEGVKLQMCCLLHHLLDNQLRHRVEAIVNFSHDFVGEIQSD
QLRRYIEIKQSDLPSAIAAKKTREFRCPPVQQMNAILGFKNLPEEERENCPCNEELAQIQ
TGFHESFTSKLLHKMAEEELTPEEPPKEETKHGLVNRMMTAITLAKKNEEEVIAKENVKS
REQIFRKVLIKTIISWAEESVIESYKLVREMFRLLLRQYDGIGEAMRALQKTYVINSRTT
KDVQELWIGLSRIRGLLPVQMSQEEEELMRELLWKMVNNHSFFQHPDLMRNLRVHENVMA
IMMNTLGRRAQAQSDAQTQAQVQASGGEELMPKEKDTSHEMVVACCRFLCYFCRTSRANQ
KTMFEHLSFLLENSNILLSRPSLRGSTPLDVAYSSVMDNTELALALREHYLEKIAIYLSR
CGLQSNTELMERGYPDLGWDPVEGERYLDFLRFCVWVNGESVEENANLVIRLLIRRPECL
GPALRGEGDGLLTAITDANKMSERIQIQKALHSGTGALTIPGLNHPMPQGDDDEDFIDIG
AAILSFYCTLVDLLGRCAPAEAVIAQGKNESLRARAILRSLVPLEDLEGVLSLRFTLQNH
GSEEGASDLPSGLIPGHKQSVVIFLERVYGIEDIELFFRLLEEAFLPDLRAATILEKTDG
GESDMALALNRYIGNSILPLLITHSRFYAEAENHASVLDATLHTVYRLSKNKMLTKGQRE
AVSDFLVALTRELQPNMLLKLLRKLTVDVSRLSEYTTVALRLLTLHYERCGKYYGAVGGQ
GSYGSASDEEKRLTMMLFSNIFDSLSKMEYDPELFGKALPCLTAIGCALPPDYALATNME
DEWYKSAPSDSNGPYDPQPINTTKVSLNTELTNLVQKFSEHYHDAWAKRKIENGWNFGDA
WSDETKSHPRLKPPHMLTDYERERYREPIRDSLKALLALGWSIEFADYDAANSNRNSMRR
SSTDGGTTPYNYNPNPVDMANLTLSREMQNMAERLAENSHDIWAKKKKEEMASSGGGLHP
QMVPYDLLTDKEKRKDRERTQELLKYLQFMGYKLHSPGPTSFSRMGKSQIQQNPDAVALE
GETTSSSDRRFAYSLLEKLIQYLDIAAFNMKHLRPSTNYSRRSSFKTSTRDVKFFSKVVL
PLMEKYFSTHRHYFISVATATSSIGAASMKEKEMVASLFCKLASLLRYKFSAFGSDTRIA
VRCLQVLVRATDAKSLVKNCYEFIRTSMLMFFNNAADDLSQCLSNLYEMKYNLLRGTHLK
TSSSLTYVQMVLLPVLTALFDHLSVYEFGSDLLLDDIQVACYKILNNLYTFGTDSSVYKD
RKFIKIEIDRHRPSIGSCLGAFASTFPVAFLEPHLNNHNPFCIHGKLQESSLEAQDVMSK
LESSMPTLETLLAQVEQYVASEKAYAEAPHVIDVMLPMLCSYLPFWWGQGPDNQDPVGGN
HITMVTSDHMNQLLKNVLNLIKAHIGSELAPWMTRIAGFTQQIIINTSEELLKDPFLPLA
QKIRKRTEQMFHKEETLRGFLKSTTEDTSQVEGQLQSDWYLLVRDIYAFYPLLIKYVDLQ
RNHWLRHDVAEGEELYAHVAEIFNMWSNSQYFGKEEQNFISANEIDNMTLIMPTSASRKA
TVVTDQTPAGASGKVKKKKSRDRKRDKDKEIAASLMVACLKRLLPVGLNLFPGREQELVQ
HCKDRFLKKVVEREIVDFAKTQLTLPDKIDPSDAMSWQHYLYSKLGSKKPSPAITGAXXX
XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSDGQSF
VWPAHGILPTLFFLVLFYFFHYFIYYFYLHFSFIAYFA
Download sequence
Identical sequences A0A0P5PWF9

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