SUPERFAMILY 1.75 HMM library and genome assignments server

Superfamily is undergoing a server migration - you are now browsing on the new server. Please contact us if you experience any problems.

Domain assignment for ENSBTAP00000010897 from Bos taurus 76_3.1

Domain architecture


Domain assignment details

(
show help)
Strong hits

Sequence:  ENSBTAP00000010897
Domain Number 1 Region: 5682-5739
Classification Level Classification E-value
Superfamily Serine protease inhibitors 0.0000000183
Family BSTI 0.03
Further Details:      
 
Domain Number 2 Region: 972-1034
Classification Level Classification E-value
Superfamily Serine protease inhibitors 0.000000687
Family BSTI 0.066
Further Details:      
 
Domain Number 3 Region: 1411-1472
Classification Level Classification E-value
Superfamily Serine protease inhibitors 0.00000484
Family ATI-like 0.014
Further Details:      
 
Domain Number 4 Region: 339-385
Classification Level Classification E-value
Superfamily Serine protease inhibitors 0.0000445
Family BSTI 0.032
Further Details:      
 
Weak hits

Sequence:  ENSBTAP00000010897
Domain Number - Region: 1034-1074
Classification Level Classification E-value
Superfamily FnI-like domain 0.000126
Family Fibronectin type I module 0.089
Further Details:      
 
Domain Number - Region: 378-426
Classification Level Classification E-value
Superfamily FnI-like domain 0.000157
Family Fibronectin type I module 0.056
Further Details:      
 
Domain Number - Region: 5835-5915
Classification Level Classification E-value
Superfamily FnI-like domain 0.000188
Family VWC domain 0.061
Further Details:      
 
Domain Number - Region: 1472-1511
Classification Level Classification E-value
Superfamily FnI-like domain 0.00199
Family VWC domain 0.051
Further Details:      
 
Domain Number - Region: 1819-1871
Classification Level Classification E-value
Superfamily Serine protease inhibitors 0.00916
Family BSTI 0.028
Further Details:      
 
Domain Number - Region: 1336-1389
Classification Level Classification E-value
Superfamily Serine protease inhibitors 0.016
Family BSTI 0.048
Further Details:      
 
Domain Number - Region: 1911-1961
Classification Level Classification E-value
Superfamily FnI-like domain 0.0335
Family Fibronectin type I module 0.09
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

(show help)

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

Protein sequence

External link(s) Protein: ENSBTAP00000010897   Gene: ENSBTAG00000008274   Transcript: ENSBTAT00000010897
Sequence length 5944
Comment pep:known_by_projection chromosome:UMD3.1:29:51371105:51461957:-1 gene:ENSBTAG00000008274 transcript:ENSBTAT00000010897 gene_biotype:protein_coding transcript_biotype:protein_coding
Sequence
MGVGRRRLAPLWALALTLACAQHTGQARNSAAELSFEHPDLPPAPQGPGGTALRGVTIHP
PLRTAPVVRALNAAHGGRACSTWGDFHYKTFDGDVFRFPGLCNYVFSAHCGSAYEDFNLQ
LRRGPGPNGVAPSRVTMKLDGLVVRLTKGSVQVNGRPIQLPFSQSGVLIEQSNSNLKVVA
KLGLVFMWNQDDSLLLELDAKYTNQTCGLCGDFNGVPVYNEFFSHNVKLTPTEFGNLQKM
DGPMEQCQDPVPEDAGTCSNDSGICEEMLSSEPFLGCARLVNTSSYLEACRHDLCHCSRV
NLTSCLCHTLAEYSRQCAHAGGLPQTYLGQDSCIHHTSLSSCGTRTQLQLPXQLCEDHCV
AGCFCPEGMVLDDISHAGCVPVSGCSCVYNGATYAPGTGYSTGCTNCTCSGGRWTCQEAP
CPGTCSVLGGAHISTFDEKQYRVHGDCSYVLAKPCDSGAYAVLAELRRCGLTDSETCLKS
LTLSLGHTVFVVKASGEVFVNQIYTQLPVSAANVTLFRPSTFFIIAQTQLGLQLDIQLVP
IMQVFVRLGPQTRGQSCGLCGNFNQNQADDFLTISGVVEGSAAAFANTWKTQAACPNVKN
SFEDPCSLSVENGPRMGALSGCPALLWALVALLSAGTAGTQGPPGLTSVSPHGTGWAERG
EPYRPRHLTFIPPITVFPTMSRKWTPPMAHRVGAVCQPLGWSQTWGCALPTALNAAHGGR
VCSTWGDFHYKTFDGDVFRFPGLCNYIFSAHCGSAYEDFNLQLRRGLLGSRPTITHIVLR
SQGLVLEVSNGSVLINGWREELPYSRAGLLVERSSTYVKINIRLMLTFMWNGEDSALLEL
DPKYANQTCGLCGDFNGLRAVSEFYAHNTRLSPLQFGNLQKLDGPTEQCQDPLPSPAADN
CTDEEGVCRRTLLGPAFAPCHGLVDTEVYVAACTQDLCRCPTCPCATFAEYSRQCAHAGG
QPQNWRGPDLCPQTCPLNTQHQECGSPCVDTCSNPERSQLCEDHCVDGCFCPPGRCYTVL
DDVTHTGCLPLRQCPCTHGGRTYAPGASFNTSCTSCTCSGGLWQCQDLPCPGTCSVQGGS
HISTTYTRKNNYVLTKVCADSALTVLAELRKCGLTDNENCLKTVTLSLNGGDTTVQIQAN
GGVFVNSIYSQLPMSVADVTVFRPSSFFILVQTGPWLQLQVQLVPLMQVFLRLDPAYRGQ
MCGLCGNFNQNQADDFRTVSGVVEATAAAFANTWKTQAACPNVKNSFEDPCSLSVENENY
AQHWCSLLTRPAGPFSPCHSVISPGPFHSNCLFDTCNCEKSEDCMCAALSSYVQACAARG
VLLSGWRDGVCTKYASSCPKTQSYAHVVDSCQPTCRSLSQPDVSCDVAFVPVDGCVCLLA
PGEVVHDNGVVCSCVSGRLSCLGATEQSTGCVAPMVFLDCSNASADAPGAECVRSCHTLD
VDCFSTHCVSGCVCPVGLLSDGSGGCVAEEDCPCMHNEAAYKPGEVIKVDCNTCTCRGRR
WECSDRPCLGTCVAYGDGHFLTFDGERYGFEGSCEYTLAQDYCVGSDTANGTFRIVTENV
PCGTTGVTCSKAIKIFLGVREPGRRPLPLQSCPSPRSWALSSLQAAPPRASLQSYELILH
EGTHRVLQRGPGGDLPYRVRYMGIYLTVETHGGVVVSWDRKTSVIIRLRHEYKGRVCGLC
GNFDDNALNDFTTRSQSVASDVLEFGNSWKFSPSCPDALAPRDPCTTNPYRRSWAQKQCS
IINSATFSACRSQVDPTRYYEACVSDACACDSGGDCECFCTAVAAYAQACHEAGVCVSWR
TPDVCPLFCDYYNPHGQCEWHYQPCGAPCLKTCRNPSGLCLMDLPGLEGCYPKCPSSKPF
FNEDQMECVAQCSGCYDGDGNYYDAGTRVPSTENCQSCDCTSSGLQCTHSPEACTCTYEG
RTYAYGDVIYNTTDGLGACLIAICRDNGTIVRRAVECPGTLFKTPFTFTSTAAPPSTTGL
VPTPSTVCVRKVCHWSDWYDGGHPEPGMSGGDFETFENLRQRGYQVCLAPVDIECQAQLL
PGIPLEELGQKVECSRDKGLTCFNSEQSPPLCLNYKLRVLCCDYVPCGTSQPPSSQTTPT
TGTTHPTMAVTTSQSPSTKLTTNTTPEGSSSVFPATTTCEPHCHWTEWFDVDYPKYEEGG
GDLETYEKIRGAGGAVCKQPQEIECEAENYPGLTPEQVGQQVHCDVRFGLVCRNDEQLGL
FKMCYNYRMRVLCCEYNHCTLPTATTSPTATATASTATAGTATTAAVPTTTTATVPTATT
STATITVPAATTSTATATVPTATTATVPTATVPTATTATVPTATVPTATTAAVPTATVPT
ATTATVPTATVPTATTAAVPTATASTATAATATTATVPMTTSSIATAHPETSTPAPTTAT
TGATTSQGTTSCQPKCKWTEWFDVDYPKYEEGGGDFETYEKIRGAGGAVCKQPQEIECEA
ENYPGLTPEQVGQRVHCDVHFGLVCRNDEQLGLFKMCYNYRMRVLCCEYNHCTLPTATTS
PTATATASTATAATATVPTATPATTTSATVPTATTATVPTATTSTATTTVPIATTTTATV
PTENATTVTVSIATPSTAPGTTTTAPTATVPTATTATVPTATTATVPTATAMSATVPSAT
TAAVPTTTASIATATTVTAPTSTVPTATTSTVPTVTATTETVSTATASTATAATATTTGT
ATTATVPTATTATVPMATTSTATATVPTATTATVPTATTATVPTETTTTATVPTATTATT
TTATVPRATTSTATATTATTATVPKATTATVPMAATSTAIVPRATTATATTTTVPTATTS
TATAVTATTATVPTATTTTATISRSTGSTSPGTAMSVLPTRKTSQGPTSVSATTQTSTAR
LPTETAVSTTYTPSTQHPETSTPAPTTATTGATTSQGMTSCQPKCKWTEWFDVDYPKYEE
GGGDFETYEKIRGAGGAVCKQPQEIECEAENYPGLTPEQVGQRVHCDVHFGLVCRNDEQL
GLFKMCYNYRMRVLCCEYNHCTLPTATATTATVPTATMATTTTATAPTATMVTVPTATTS
TATMPTATMATVPMATPSTSTATVPTTSTATTTVPIATTTTATVPTENATTVTVSIATPS
TAPGTTTTAPTATVPTATTTTATVPTATTATVPTATATSATVPSATTATVPTTTASIATA
TTVTAPTSTVPTATTSTATAVTATTATVPTATTATVPTATTATVSMATTTTTASVPTATT
ATVPTATTTTTATVRTPTTATATSNATAPTATVVTATVPTAAISTGTVPTASAASSTTST
AVPTPTQTRTQTGSTVVTGSPASSATPVPALSTQLTTQVTASSSGHTGTHPTSPPGSTGS
TSPGTATSVLPTRKTSQGPTSVSATTQTSTARPPTETAVSTTRTPSTQHPETSTPAPTTA
TTGATTSQGMTSCQPRCKWTEWFDVDYPKYEEGGGDFETYEKIRGAGGAVCKQPQEIECE
AENYPGLTPEQVGQRVHCDVHLGLVCRNDEQLGLFKMCYNYRMRVLCCEYNHCTLPTATT
SPTATATASTATAGTATVPTATTATTTTATVPTATTATVPTATPATTTSATVPTATTATI
ATVPTATTTTVPMATTATMPTATTATVPTATTVTTTTATVPTATTATVPTATTATVPTAT
TTTATVPTATTATVPTATSSTSTTTVPMATTYTATAGTATTAEVPMATTTTAIVPTATTA
AVPTATTTTATVRTAATSTATVPTATTATVPTATTATVPTATTTTATVPTATTATVPTAT
SSTASAATATTAEVPMATTTTAIVPTATTATVPTATTTIATVPTATTATTSTATVPTATT
ATVPTATTASVPMATTATVPSATTSTATISTAATSNATAPTAAVVTATVPTAAISTGTVP
TASAASSTTSTAVPTPTQTRTQTGSTVVTGSPASSATPVPALSTRLTTQVTASSPGQTGT
HPTSPPGSTGSTSPGTAMSVLPTQKTSQGPTSVSATTQTSTAWPPTETALSTTRTPSTQH
PETSTPAPTTATTGATTSQGTTSCQPKCKWTEWFDVDYPKYEEGGGDFETYEKIRGAGGA
VCKQPQEIECEAENYPGLTPEQVGQQVHCDIRLGLVCRNDEQLGLFKMCYNYRMRVLCCE
YNHCTLPTATTSPTATATASTATAATATVPTATPATTTSATVPTATTATIATVPTATTTT
VPMATTATVPTATTATVPTATTTTATVPTATTATVPTATTATTTTATVPTATIATVPTAT
ATTATVPTATTATTTTATVPTATTATVPMATSSTATTTVPMATTYTATAGTATTAEVPMA
TTTTAIVPTATTAAVPTATTTTATVPTATTTIATVPTATTATTSTATVPTATTATSNATA
PTAAVVTATVPTAAISTGTVPTASAASSTTSTAVPTPTQTRTQTGSTVVTGSPASSATPV
PALSTRLTTQSPVMPTTRATTHTQFLPPTTSKGMTQITELPTRPSETTTRPPVTTLSTGQ
ATSHTGVGTSTSLSPPGPEPSTSSLGTTLGPTTTTTSMATLSSPKTHTSGTTLVPTSPGT
ESTTCERRCAWTDWMDKSYPMPGAYGGDYETYANIQAAGGAICEQPLKLECRAEELPDIP
LPDLGQVVLCQLEVGLVCRNQDQSGQMCLNYQIRLLCCDKSYCPSTAITTSTPTRPSSTA
TTEKVSTPTSVTGPSSTATTERTSTPTSVTGPSSTVTTEGVSTPTSVTGPSSTATTERTS
TPTSVTATTERTSTPTSVTGPSSTVTTEGVSTPTSVTGPSSTATTERTSTPTSVTGSSST
ATTERVSTPTMITERTSTPTSVPGSSFTATTERTSTHTSVTGPSSTVTMEKVSTPTSVTG
PSSTVTTEGVSTPTSVTGPSSTATTERTSTPTSVTGPSSTVTTEGVSTPTSVTGPSSTAT
TERTSTPTSVTGPSSTVTTEGVSTPLSVTGPSSTATTERVSTPTSVPGSSSTVTTERTST
HTSVTGPSSTVTMERTSTPTSVTGPSSTATTEKVSTPTSVTGLSSTVTTEGVSTPTSVTG
PSSTATTERTSTPTSVTGPSFTVTTEGVSTPTSVTGPSSTGTTERTSTPTSVTGPSSTVT
TEGVSTPTTTTERTFTPTSVTGPSSTVTTEGVSTPTSVTGPSSTATTERTSTPTSVTGPS
STVTTEGFSTPTSVTGPSSMATTERTSTPTSVTGPSSMATTERVSISSPSAFPRSSPMTT
KPDLSSYSPTETSGSLMPSIVPTTSPGPTTPCLCHAFGKFFLPGDIVYNKTDGAGCPFLA
ICNQRCDLDRFQGACTTSSPPGTSASVPPTTPLSDCDRTIPPRKVNESWFLEDCTVARCE
GDNRVTLLGPRPMSSITCVNGHLPVKVQNQSHRCDYHYECECERRPWFRVGGGLVGPAGV
CSGWGDTHYETFDGTSYSFWDNCTYVLMREIQPRHGNLRILLHNRFCEATAHCPRALSIH
YQSVDIVLSTTSSAAGQEESLILLDQTRMRQSFSKNGVIVTLTGATGMRVDIPAVGVGIT
FNGRVFQARLSYSRFSHNTEGQCGTCTNNRRDECRRPDGTTARTCRDMARSWLVSNSSVE
GCGVPTGLPPTTSPLLPETSTPAIHPSCPPEPLCELMLSSVFAGCHSLIPPGPYFNACVS
DSCWPGRGRKVLCQSLEAYAELCRSRGVCPDWRNATHGLCDLTCPSAKVYKSCGPVQPES
CDSRSQSPLSVGLAEGCFCPDGHILFNSHRDICVPECPCVGPDGLPKFPGERWVSNCQDC
VCDNGTVSVQCTPVECLAPDQPQQCGRAGFVAVSRPLADNPCCMENLCVCNASTCPQSPP
ACRLGEKLVRTQVEDDCCPTFSCEPLLCTFNGTFYGVGATIPGVTPCHTCTCLSMDSEDL
TVRCEEEACNTTCLQGFEYSTVAGQCCGECVQTACLAPDGQLVQLNETWVNSLVDNCTEY
HCQA
Download sequence
Identical sequences G5E5A7
ENSBTAP00000010897 ENSBTAP00000010897

Jump to [ Top of page · Domain architecture · Domain assignment details · Most Informative Gene Ontologies ]