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Domain assignment for A0A0V0U3T9 from Uniprot 2018_03 genome

Domain architecture


Domain assignment details

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Strong hits

Sequence:  A0A0V0U3T9
Domain Number 1 Region: 255-451
Classification Level Classification E-value
Superfamily MIR domain 1.12e-43
Family MIR domain 0.00000396
Further Details:      
 
Domain Number 2 Region: 455-620
Classification Level Classification E-value
Superfamily IP3 receptor type 1 binding core, domain 2 4.71e-36
Family IP3 receptor type 1 binding core, domain 2 0.0000162
Further Details:      
 
Domain Number 3 Region: 1106-1135,1177-1294
Classification Level Classification E-value
Superfamily IP3 receptor type 1 binding core, domain 2 2.35e-21
Family IP3 receptor type 1 binding core, domain 2 0.0094
Further Details:      
 
Domain Number 4 Region: 116-185
Classification Level Classification E-value
Superfamily MIR domain 0.0000000379
Family MIR domain 0.017
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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Cellular Component IC (bits) H-Score
Molecular Function IC (bits) H-Score
Biological Process IC (bits) H-Score

Protein sequence

External link(s) A0A0V0U3T9
Sequence length 2654
Comment (tr|A0A0V0U3T9|A0A0V0U3T9_9BILA) Inositol 1,4,5-trisphosphate receptor itr-1 {ECO:0000313|EMBL:KRX45921.1} KW=Complete proteome; Reference proteome OX=144512 OS=Trichinella murrelli. GN=T05_15318 OC=Trichinellida; Trichinellidae; Trichinella.
Sequence
MSAVDVFSSTFLHIGDEVSLYAEGSDGTNGFLSTLGLVDDRCVVRPAFGTPENPPKKFRD
CIFKICPVRRYAAQKQLWAEERTRQTNGMSSMTLDMMMRLKDAAEKEREQNQLEFEKTVG
QIVQYGTTLQLLHVKSNKFLTVNKKEPARVDRNAMKVTLDAQGNDGSWFTVEPFYKLRSL
GDNVSKEVVAGDRICLVPYYVAQIPGSQKHQLHVSSLSLAEDSESKEVNCLNDQTCWQVL
LFLEYRENLPDVLKGGDVVRLFHAEQQKFLTQDSRNGVQTVFLRVTKRDQALEATSSKAL
WEVEVIQQEPHKSGAAKWSSTFRFKHLATDMYLAVLEDEQSKKKPFPMSKEFKKKSSKSS
SMEPTYSLVSVIPASPRDPATLFQLDPTTLTKMDAYIPRQSYIRLKHVQTKNWVHSTTTR
CDPEKGDESVMLKLGCSNWKEDKEAFAILSVMPGEVRDLDFANDACKALADFLQRIRHGL
NVMKEKGMIMELLAELIYFVTNAKNHLEDPLKIKPNKVNRNRQKLLREQKVLAQIFDLLR
APFESRKDQRPLFENPSVLSKPGNESFKRMFQLMYTVLRFSQQSYRRNQVYIAERFIDIQ
HQIGHGLMAEDTITAVLHDNAKLLETHVEKTHIEKFIELVRQNREGRFLDYLTLLCVCKN
EANKKIQELICLLVLNDANRDILLETRMFGDQVFIGWLNDESEELEKLAYETMNSPEAER
IVNYYKHQLDLFSHMCLDRQFLAIDPPANKHLLNLSQELPISVILRCMVNERLPYDLRAN
FARLMLHLHVITDLQEVMPVRYARLWKEIPETVSVEKYTNEEIYSFNQKQRRLFARSRFT
GLLTYVEEYLRHVKTAKFSHKAQNVFTLEIVNLAHALVKFGFYSLPELLVLAQDLLDILD
NCSLDMERVSNGAVVGAVVPNRTEENMKMEVSSFIESEKQPSDHEDGKTVNLKTKLTIVE
ILQYVLNVRLDYRITYLLSLIKKEYASSDTGDVGFYEDLDDLKITQFAHEVFYSKSHCVE
VDVEKEDFNCRLELGRENGKQLLRILLQIMLSDYPPLISLGLSVFYQSFNQRNELVQALK
QLQLLVSQMDVQNYQQVHRDLVLMKNLVEKSELWVYSAKTGSQKRSLFPITNDKKSTEDE
PLQRFDNDLVELINVEEEKKNMMKLFKELNCKYPMSSEHCRKLLSDILNNWVKLCYADER
RPDGRNQQLLRNMRVYEVVIEFLSIPFDKKIDSEMPKLFDLAHQFLCGFCNDNEENQRLL
HQRLSLNTDASKCDYLAIEEPRDIETLCAIFRGNRELCANVSDQLIQHVVHLIESKGRNA
IFLQFLQTLIPEERTISLTQEKISQVISTSSEDVCLFYTDSAGFEAMMSLMKQSVDLSDL
CNPLRYHIELVRLLALCTVGKNVTTELQCASHIPLEHIVRVITDEQCFYEIKEVYLQFLL
HCYIDTDADMKDMYCDDCMAQILANVLDDVEQLYERGPSINGSVERYICLTVTKLLICFF
EQPCAQCFSDPKHENGIFGRLLEALGRLQSIDWLRRQNAIYKSNLINCVETMCKFAIIYL
FSFPCFYWIGAHDQRLAVTVDMMMRKEGKSSKWTKLKKAKYFVTQAAHMTRKGHDFNNIV
DCFHEIVCRMEDLFGPMARAETMVAVDVLHYPDLTFYDTQSNMKRYSDGEFVTKLIKHCR
LLAYDKNEQLCIKLLDTIRSMIPAEQDLDTSTMNSRKDLLLQYLGIHGPGRSGKAKSFKD
DDQERWTTMLKKILPQNITSVQCSLNAAGASKLVIDLIVHCSSENIFIAAVELGKTLLEG
GNRVVQNSFLECLTSGGVGENFFRVFNEKMQRAQNKLRSSILSRRDRIGGSRMTSRSFMS
GSSQTSAVGQAHDEAIRKIQDQLKLWSDDDWVGGSESSDIRTERCWREQDKVDADFLLPA
EVTIMEPILRLLQLLCENHNPALQNFLRCQENRTNYNMVTETLMFLDTICGSTSGSLGLL
HEINEHNVSLVNQALISLTEYCQGPCHENQNAIAMHESNGLDIIISLVLNEIMPLAEKNI
QLALEIKSNASKLLLAILESRNDCDNAERILRNMARMAGGAEQLVSAITDVFKLPEISFN
HSGYAEKIASQFDTPKIVFETKTDINGNPVENDGYCEVSPSEVGHNIYILAHQLSKYYPK
LNSMLKPSNARDEISRSALQFYTDHTAHIEVVRSDRSLELIIFPVPHVCKFLTEETKERV
FLKTERDLQGSKVPEFFANFDTLYNEIVWQQKLRDKPWLYKCSRSVPIWMRMSFIFAMIL
NFLVALFYPFDSAFGATTTYTFTAPTWTAVAVTSTFVASSCVSLFGVTVASYLFGLLQIA
NNIVHTVGIIGSYGPMKLTLASFLSNSNLFDIVLHEETLCNVIRSVTRNWRSIALTGILA
VILVYTFSMVGFVLFSNDFWIEVEPNDQTCAQSENCTETTNVPGEPVKVPFCESLRTCIL
AVLRWGLSSGGGIGDVLRKPHPQEPLFYMRILYDLSFYFILIVIVLNLIFGVIIDTFADL
RNEKQENEEIIRNTCFICGLERSHFENKPVSFDEHIKNDHNIWNYFYFYVLLNTKSSTEF
TGPESYVYDMIKEGNVDWFPRMRTMKLAIQEGDSEQTEVKILQRMICERQEEISNLAARI
DELKQMVLKLSRSK
Download sequence
Identical sequences A0A0V0U3T9

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