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  Home > Genomes > Ovis aries 76_3.1 > ENSOARP00000019606

Domain assignment for ENSOARP00000019606 from Ovis aries 76_3.1

Domain architecture

Domain assignment details

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Strong hits

Sequence:  ENSOARP00000019606
Domain Number 1 Region: 508-664
Classification Level Classification E-value
Superfamily Growth factor receptor domain 4.63e-30
Family Growth factor receptor domain 0.00051
Further Details:      
 
Domain Number 2 Region: 649-817
Classification Level Classification E-value
Superfamily Growth factor receptor domain 7.2e-29
Family Growth factor receptor domain 0.00034
Further Details:      
 
Domain Number 3 Region: 2552-2672
Classification Level Classification E-value
Superfamily CalX-like 4.58e-25
Family CalX-beta domain 0.00097
Further Details:      
 
Domain Number 4 Region: 2917-3051
Classification Level Classification E-value
Superfamily CalX-like 5.89e-25
Family CalX-beta domain 0.0018
Further Details:      
 
Domain Number 5 Region: 3038-3182
Classification Level Classification E-value
Superfamily CalX-like 8.37e-25
Family CalX-beta domain 0.0013
Further Details:      
 
Domain Number 6 Region: 954-1096
Classification Level Classification E-value
Superfamily Growth factor receptor domain 1.13e-24
Family Growth factor receptor domain 0.0012
Further Details:      
 
Domain Number 7 Region: 805-962
Classification Level Classification E-value
Superfamily Growth factor receptor domain 1.14e-23
Family Growth factor receptor domain 0.0028
Further Details:      
 
Domain Number 8 Region: 2798-2913
Classification Level Classification E-value
Superfamily CalX-like 1.44e-20
Family CalX-beta domain 0.0018
Further Details:      
 
Domain Number 9 Region: 2673-2798
Classification Level Classification E-value
Superfamily CalX-like 1.44e-19
Family CalX-beta domain 0.0015
Further Details:      
 
Domain Number 10 Region: 420-524
Classification Level Classification E-value
Superfamily Growth factor receptor domain 6.15e-18
Family Growth factor receptor domain 0.0013
Further Details:      
 
Domain Number 11 Region: 146-217
Classification Level Classification E-value
Superfamily FnI-like domain 0.000000000000502
Family VWC domain 0.028
Further Details:      
 
Domain Number 12 Region: 210-280
Classification Level Classification E-value
Superfamily FnI-like domain 0.00000000000241
Family VWC domain 0.027
Further Details:      
 
Domain Number 13 Region: 81-154
Classification Level Classification E-value
Superfamily FnI-like domain 0.0000000000199
Family VWC domain 0.015
Further Details:      
 
Domain Number 14 Region: 272-344
Classification Level Classification E-value
Superfamily FnI-like domain 0.000000000544
Family VWC domain 0.012
Further Details:      
 
Domain Number 15 Region: 26-89
Classification Level Classification E-value
Superfamily FnI-like domain 0.00000000167
Family VWC domain 0.0032
Further Details:      
 
Domain Number 16 Region: 368-421
Classification Level Classification E-value
Superfamily FnI-like domain 0.00000115
Family VWC domain 0.015
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) Protein: ENSOARP00000019606   Gene: ENSOARG00000018254   Transcript: ENSOART00000019879
Sequence length 4012
Comment pep:known_by_projection chromosome:Oar_v3.1:6:92393951:92908337:1 gene:ENSOARG00000018254 transcript:ENSOART00000019879 gene_biotype:protein_coding transcript_biotype:protein_coding
Sequence 
MSVFQVWLAMALTLAEFAALPHHSEGACVYQGSLLADATIWKPDSCQNCRCHGDIVICKP
AVCRNPQCAFEKGEVLQIPANQCCPECVPRMPGSCHHEKKIHGHGTAWASSSCSMCSCTH
GEVRCAPRPCPPLMCGYQELEFIPEGSCCPVCVGSGKSCSYEGRVFQDGEDWPLSRCAKC
VCRNGVAQCFAAQCPPLFCSQDETVVRIPGKCCPQCSSRSCSAAGQVYEHGEQWQENACT
TCTCDQGEVRCHKQPCPPLRCKKGQRRARRQGQCCEDCVSPAGSCSHRGLVRYQDEMWKA
SACEFCVCDRGQVTCQTAECAKVECAQGEELIHLEGKCCPECISRNGYCVYKENAEFMSS
NASKVKRIPEGEKWEDGPCKVCECRGAQVTCYEPSCPPCPVATLAQVVKGQCCPECTSVR
CHPDCLTCSQSPDHCDLCQDPTKLLRNGQCVHSCGLGFYQAGAFCLACQPHCSTCTSGLE
CSSCQPPLLMQEGQCVSTCGISFYQDHRSCAACHESCAACWGPTEKHCLACREPLHVLRE
GGCESSCGNGFYNKQGTCSACDQSCKSCGPSSPRCLTCVEKTVLHDGKCLSECPGGYYAD
ATGRCKVCHNSCASCSGPTASHCTACIQPQALRQGHCLPNCGEGFYPDHGVCKACHSSCL
TCVGPAHSHCTQCRKPEDGLQFEPLLGANITLGECLSQCRAQFYLENTGLCEACHPSCSA
CAGTSPRNCTACWPSHVLLDGQCLSQCPDGYFNQEGSCTECHPTCRQCHGPLESDCISCH
PHIPLTAGSCRASCKEEQFLNLVGYCADCHPLCHHCVADLRDTGSICLQCQNARNLLLGD
RCVPDCPSGYFVERGACKKCHSSCRTCQGRGPFSCSSCDTGRVLSHLGTCSTACFPGHYL
DDNRVCQPCNMHCGSCDSQASCTSCRDPSKVLLFGDCQHESCAPQYYLDFSTKMCKECDW
SCNACSGPLRTECLQCMDGYVLQDGACVEQCSASFYRDVDLCKSCESHCLQCQGPHECTR
CEEPFLLLEAQCVQECGKGFFADHANHKCTACPKGCLQCSRRDWCHLCDQGFFLKSGLCL
SNCVPGFSAHSSNETCAGKIHTPSLHVNGSLTLAIGSMKPLDFFLLNIQDQGGRVEDLLF
HVVSTPTNGQLVLSRNGKEAQLDKAGHFSWKDVKEKRVRFVHSREKPRKGYFSLKISDQQ
FFSEPQLINIQAFSTQAPYVLRNEVLHINRGERGTITTQLLDIRDDDNPQDVVIEVLDPP
LHGQLLQTLQSPAAPIYQFRLDELSRGLLQYVHDGSDSTSDITVLQANDGHSFQNILFRI
RTVPKNDRGLRLVANSMVWVPEGGMLQITNRILQAEAPGASAAEIIYKITQDHPQFGDVV
LLVNMPADSPADGGQHLPDGRTATPTSTFTQQDINEGIVWYRHSGVPAQSDSFRFQVSSA
TEAHAHLESRLFNIAILPHTPEAPQHFPGSSLHMTAREDGLTVIQPHSLSFVNSERPSGK
IIYNITLPLHPNQGIIEHRDQPHSPIRYFSQEDVNQGNIMYRPPTAAPHLQEIRAFSFAG
LPESVKFHFTVSDGEHTSSEMALTIHLLRTDQHPPVFQVTAPLLEVSPGGSTSIELQLEV
RDTKTVPEELLFELRKPPQHGVLIKYTAGSPGPMATGDTFTYEDVEKNVLQYLHDGSSAQ
EDSMEILVTDGLSATTVDVRVEVSPAEARGPRLAAGASLSITVASKSTAVITRSHLAYVD
DSSSDPEIWIQITSLPMYGALLKTSGPEVEELSEISNFTMEDINNKKIRYLAAFETSGHP
VTDSFHFSVSDMDHNRLDNQKFTITITPDKDPPPVIAFADLITVDEGGRTPLSFHHFFAA
AAEDSFQEDAIIKLSALPQYGCIENTGTGDRFGPGTTSDLEASFPIQDVLENYIYYFQSV
HESIEPTHDIFSFYVSDGNSRSEVHSINITIERKNDEPPRVTLRPLGVQLSSGVVISNSS
LSLQDLDTPDNELIFVLTKKPGHGHLLRRQTASEPLENGRVLAQGSSFTYQDILAGLVGY
MPGGPGVAVDEFRFSLTDGLHTDTGRMEIYIELPTSDNPQLAVNRGLQLSAGSIATITEQ
HLKVTDPDSDDRQVMYILKEDPGVGRLQMVKRDSLEQISTRGPIRSFTQADITQGLIEYS
HGKGESGGNFAFKFDVVDGEGNKLIGQSFSISVSEDRSPPVIITNKGLFLDENSVKKITT
LQLSATDQETGPAELVYRITREPQLGHLEHTASPGIQISSFTQADLTSGNVQYVHSSETE
KHSDAFSFTLSDGVHEVTQTFRITLRPVDDALPHVQNFGMRVQEGVKKTITEFELKAVDA
DTEAESVTFTVVQPPRHGIVERTANGQPFQLTSTFTMEDIYQSRVRYSHDGSNSLRDRFT
FTVADGTNPFFIVEEGGKEIITAAPQQFWVDILPVDDGTPKIVTNLGLQWLEYMDGKATN
LITKKELLTMDPDTEDLQLVYEITTGPKHGHVESKLQPGRAVATFTQEDVNLGLIRYVLQ
EEKIHEMMDSFQFLVKDSKPNVVNDNIFHIQWSLISFKYTSYNVSEKAGSVSVTVQRTGN
LNQYAIVLCRTEQGTATSSSRVGSQPGQQDYVEYAGQVQFDEREDTKSCTIVINDDNVFE
NIESFTVELSMPAYALLGEFTQAKVIINDTEDEPTLEFDKKTYRVNESAGFLFAPIERKG
DSSSTVSAICYTVPKSAMGSSLYALESGSDFKSRGMSAESRVIFGPGVTMSTCDVMIIDD
SEYEEEEEFEIALTGASDNARIGRVASAKVLIAGPNDASTVSLGNTAFTISEDAGTVKIP
VIRHGTDLSTFTSVWCATRPSDPASATPGVDYVPSSRKVEFGPGVTEQYCTLTILDDTQY
PVIEGLETFVVFLSSPQGAELTKPFQAVIAINDTFQDVPSMQFAKDLLLVKEKEGVLHVP
IIRSGDLSYESSVRCYTQGLSAQVMEDFEERRNADSSRITFLKGEKMKNCTVYIHDDSMF
EPEEQFRVYLGRPLGNHWSGARVGKNHMATITIANDEDAPTIEFEEAAYQVREPSGPDAT
AVLNVKVIRRGDQNRTSKIRCSTRDGSAQSGVDYYPKSRVLKFSPGVDHIFFKVEILSNE
DREWHESFSLVLGPDDPVEAVLGDVTTATVTILDQEAAGSLILPAPPIVITLADYDHVEE
VTKEGVKKSPSPGYPLVCVTPCDPHFPKYAVMKERCHEAGINQTSVQFSWEVAAPTDGNG
ARSPFETITDNTPFTSVNHMVLDSIYFSRRFHVRCVAKAVDKVGHVGTPLRSNIVTIGTD
SAICHTPVVAGTARGFQAQSFIATLKYLDVKHKEHPNRIHISVQIPHQDGMLPLISTMPL
HNLHFLLSESIYRHQHVCSNLVTTRDLRGISEAGFLDDRVHDSVALGPGYDRPFQFDPSV
REPKTIQLYKHLNLKSCVWTFDAYYDMTELIDVCGGSVTADFQVRDSAQSFLTVHVPLHV
SYVYVTAPRGWASLEHHTEMEFSFFYDTVLWRTGIQTDSVLSARLQIIRIYIREDGRLVI
EFKTHAKFRGQFVMEHHTLPDVKSFILTPDHLGGIEFDLQLLWSAQTFDSPYQLWRATSS
YNRKDYSGEYTIYLIPCTVQPTQPWVDPGEKPLACTAHAPERFLIPIAFQQTNRPVPVVY
SLNTEFQLCNNEKVFLMDPNTSDMSLAEMDYKGAFSKGQILYGRVLWNPEQNLNSAYKLQ
LEKVYLCTGKDGYVPFFDPTGTIYNEGPQYGCIQPNKHLKHRFLLLDRSQPEVTDKYFHD
VPFEAHFASELPDFQVVSSMPGVDGFTLKVDALYKVEAGHQWYLQVIYVIGPDTISGPRV
QRSLTAPLRRHRRDLADPSGWLSLDESLIYDNEGDQVKNGTNMKSLNLEMQEPIIAASLS
QTGASIGSALAAIMLLLLVSLVACFITRKCQKQRKKPPTGDILEEYPLNTKVDMPKRGTD
RVEKNVDRQYCTVRNVNILGEAEGTYVFKGAKVKKLNLEVRVHNNLQDGTEV
Download sequence
Identical sequences W5QA63
XP_012035629.1.66739 ENSOARP00000019606

Jump to [ Top of page · Domain architecture · Domain assignment details · Most Informative Gene Ontologies ]
Please cite: Gough, J., Karplus, K., Hughey, R. and Chothia, C. (2001). "Assignment of Homology to Genome Sequences using a Library of Hidden Markov Models that Represent all Proteins of Known Structure." J. Mol. Biol., 313(4), 903-919.

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© Copyright 2013 The SUPERFAMILY authors and Julian Gough.