KEGG   Stylophora pistillata (Smooth Cauliflower Coral): 111326463
Entry
111326463         CDS       T05774                                 
Name
(RefSeq) LOW QUALITY PROTEIN: inositol 1,4,5-trisphosphate receptor type 1-like
  KO
K04958  inositol 1,4,5-triphosphate receptor type 1
Organism
spis  Stylophora pistillata (Smooth Cauliflower Coral)
Pathway
spis04070  Phosphatidylinositol signaling system
spis04140  Autophagy - animal
Brite
KEGG Orthology (KO) [BR:spis00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    111326463
 09140 Cellular Processes
  09141 Transport and catabolism
   04140 Autophagy - animal
    111326463
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:spis01009]
    111326463
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:spis04040]
    111326463
Protein phosphatases and associated proteins [BR:spis01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     111326463
Ion channels [BR:spis04040]
 Ligand-gated channels
  IP3 receptor
   111326463
SSDB
Motif
Pfam: Ins145_P3_rec RYDR_ITPR MIR RIH_assoc Ion_trans Sec2p
Other DBs
NCBI-GeneID: 111326463
NCBI-ProteinID: XP_022786205
EnsemblRapid: LOC111326463
Position
Unknown
AA seq 2744 aa
MTQQTSLLHIGDIVSLFAEGTVNGFISTLGLIDDRCVVQPSAGDLNNPPKKFRDCLFKVC
PSNRYSAQKQFWKAAKPTTSATDAVLLKKLHHAAELEKKQNDSEYKKCLGSVVEYGGVIQ
LLHVKSNKFLTVNKRLPALREKNAMRVTLDTNGNEGSWFYVVPFYKLRSSGDKVVIGDKV
ILNPVNAGQPLHASNQELMDNPGCKEVNSVNCNTSWKISLFLAYEDNSDEVLKGGDVVRL
FHAEQEKFLTADDYKKKSYVFLRTTARQTATSATSSKALWEVEVVQHDPCRGGAGHWNGL
FRFKHLATGDYLAAETDDDSAKDTTRQKLKGNGAVCHLVPVPHGNDVASIFELDPTTLTR
ADSLVPRSSYVRLRHLCTNTWVHSTSIPFDKSEERPVMLKIGTASIKEDKEAFAIVPVPP
AEVRDLDFANDASKVLGSFASKMETANYTQHERRFVTQLLSDLVYFVTEHDTGREDVLNI
SVQNPNRDRQKLMREQYILKEVFHLLKAPFTTDKGSGPYMRIEELSDARHAPLRHIFRLC
YRVLRHSQQDYRKNQEYIAKQFGFMQAQIGYDILAEDTITDLVHNNRKLLEKHITRTEIE
TFVNLVRKKKECRFLDYLSDLCVSNNTAIPATQELICKTVLYSSNSDLLIETRIIEGEVF
LVWDSGNKVKSQRDLARGAKIGVKDDVKILDYYRYQLNLFSRMCLDRQXLAINSISKQLD
VDLILRCMADKDLSCDLRAAFCRLMLHMHIDRDPQEPVTPVKYARLWSEIPTEMSIEMYD
QQLAVGEEREENRLRFSGVITFVENYLQNISSNIWSFSDKEQNKLTFEVVQIARSLIYFG
FYGFSELLRLTQTVLSIVECEQRAHGGVRAPGKPTVGGVGEKINVMISIHNLGAIMTRMA
LGGNQDPWGLTQQPEGGPKPETEIDHVVMETKAKIIEILEFIMNVRLDYRISSLLTIFKR
DFDESNASLADVGGENGNKPRRCKIDKDGVPHYLGPPNWIDLENISQQAEAIFGGSTGLN
EIDLDLDGQGGRTFLRVLLYLCMHDYPPLVTGALQLLFRHFSQRQEVLQAFKQVQLLVSN
SDVENYKQIKSDLDELRLLVEKSELWVYKSKKDLPTENRVRKVTPGLTGLMKEGGSNSKE
PEQRKDSLEQQELEVVSLNTTQDPASSDSEGGGPKVERQRMVSDGSIELEVEHSDTVSLK
NYKKTEAILERLSNLCVSSYGTPSVKNRKHEQRLLRNMGAHTVVLELLQIPYEKNEDLRM
EEILGQAHEFLRNFCLSNPQNQSLLHKHLDLFLTPGLKEAHTLRYIFMENSGLCYEVTEK
VVQHIVHCIETQGRHVEYLRALQTLVKAEGQSIRKTQDMVMAELVNVGEDVLVFYSDPQS
FNSLVDMMQGERERLDESGPLLYHINLVELLACCTEGKNVYTEIKCHSLLPLDDIVRVVT
HPDCISEVKNAYVNFLNHCYVDTEVEMKEIYTSNHIWTLFDDFLVDMARVCNNTSDRLHT
DTMLEKYATETIMNLLTFFFNSPFSDSSTTIKSRQPVFVRLLRGAFRLSQCSWMTGSQKY
HVETCIKTLSDVARNRGIAIPADLESQIHALFTRSQLVMKHTRHWLSHGKVRRDSIMNLS
RDYRSIIEGLQDIVSLLEDQLRPLVQSELSVLGDVLYRPELMFPRQSEAWHKSKSGGFVS
RLITHAKQLLEDNEEALCVRVLQTIKGMMARDIDFGEKGDGLRSSLLGRYFGSNYRITIS
RDANSKSLIENNSKKTASQMVNSGPGAEMLSRAGVTLCEMQGRLDKCGASDLIIDLIMVQ
PNLRVFLEILELAIALLEGGNNSIQKSFLQRFTNGKCEEFFRYIYDKMRDAEAEIRATIT
VQTTESSVVKKSDKDVSHAKTADGRRGTLSIGRRDTLVAGSLMGISEDVKEQLSDAATHT
GKAYAAVRRGRDPDAEVEPSRPMPNNSLFGTELQSASGKHEVKTMSPEVLVMKPILRFLQ
LLCENHNRDLQNYIRKQDHSKTNYNLVHETLQFLDCICGSTSGGLGLLGLYINEINVGLI
NQCLESLTEYCQGPCHENQTAIALHESNGIDIVIALVLNDINPLGKQRMDLVLELKNNAS
KTLLAVMESRLDTENAERILYNMTPQQLVDVCKQAYNQEDLEDENECEVSCRDVGHNIFI
LAHQLSHQNKDLASLLKPSAPTESEEMHGDSALVYYAKHTAQIEIVRRDRTMEQIVFPVP
NICEFLTPESKLDAYQTCERDDQNSKISDFFDRTEELFREMQWQKKLRESRFLFGVSSRM
TLWEQISINLAILINLLVAFFYPFSDGPGELDGRLSVLVWLAMIVSFAIIVTFPRPSGIR
TFVGSTILRLIFSVGLEPTLKILGLATVILKAIFIVSYVGNRGTFDHNVRRLLSDRNLVL
HLMYFTFGFLGLTLHTFFYSILLLDVIFREDTLLNVIKSVTRNGRSIILTAVLALILVYM
FSIIGFLFLKDDFLVETDPTLSLKLAPSATCDADKSCESSVSLSEKNSEGEDSVKERACD
TLIMCIITTLKQGLRNGGGIGDVLRRPSMKENMFVGRVVYDLLFFFVVIIIVLNLIFGVI
IDTFADLRSEKQNKEEVLKNTCFICGLDRSAFDNKVVSFDEHINSEHNMWHYLYFIVLLK
VKDTTEFTGPESYVSLMVKEHDLDWFPRMRAMSLAIDEGESEQSEIKNLQEKLESTTRLV
YTLSQQLTDLKEQMTEHRKQRQRIGLLGPHSALNNSITSNNFKI
NT seq 8235 nt   +upstreamnt  +downstreamnt
atgactcaacagacaagcctactacacattggtgatatagtctccctattcgccgaagga
actgtgaatggatttattagcacacttgggctgatcgatgatagatgtgtcgtgcaacct
tctgcaggcgacctgaacaatccaccgaaaaaattccgagactgcctgttcaaggtttgt
ccttcgaatcgttactctgctcaaaaacaattctggaaggctgcgaaaccgactacaagc
gccacagatgctgtgttactgaaaaaacttcaccatgctgcagagttggaaaagaaacag
aacgattctgaatacaagaagtgtttgggaagtgtggtagaatatggaggagttattcag
ctgctacatgtgaaaagcaacaagtttctaacagttaacaaacgacttccagccttgagg
gagaaaaatgccatgcgggttacgttggataccaatggaaatgagggatcatggttttat
gtcgttccattttacaagctgagatcatctggagacaaggttgtcattggagacaaagtt
atattgaacccagtcaatgcaggtcagccacttcatgcaagcaaccaagaactaatggac
aatccagggtgtaaggaggtcaactctgtgaactgcaatacaagttggaagatatcactc
tttctcgcctatgaagacaacagtgacgaggtcttaaaagggggtgatgtagtcagattg
tttcatgcagagcaggaaaagtttttgacagcagatgattacaaaaagaagtcatatgtg
tttctaagaaccacagcaagacaaacagccacatcagccacaagttccaaagcgttgtgg
gaagtagaggtggttcaacatgatccttgccgtggaggggcggggcattggaatggtttg
ttcagatttaaacatcttgccacaggagattacttggcagcagagactgatgatgactct
gcgaaagacacaacccgacagaaactgaaaggcaatggagctgtgtgtcaccttgttcct
gttccacatggaaacgatgtggcttcaatttttgagttggatcccacaacactgacaaga
gcagattcactagtgccaaggtcatcttatgttcgtctgagacatctttgcaccaacacg
tgggtgcattccacttcaataccatttgacaagagtgaagaacgacctgttatgcttaag
attggaacagcaagcataaaagaagacaaagaagcgtttgctattgttccagttcctcca
gctgaagtcagagatttggactttgccaatgatgctagtaaagttttgggttcttttgca
agcaaaatggaaaccgcgaattatactcagcacgaaagacggtttgtgacacagctgtta
tctgatcttgtttactttgtgacggaacatgacactggaagggaggatgtccttaacatc
tctgtccaaaacccaaatagagacagacagaagttgatgagggaacagtacattttgaaa
gaggtttttcatcttctaaaagctcctttcaccaccgacaaagggtctggtccctatatg
aggatagaggaactctcggatgccagacacgcccctctaagacacatattcaggctgtgt
tatagggtactgagacactcccaacaagattaccgtaaaaaccaggagtacatagccaag
caatttgggttcatgcaagcccagattggctatgatattctggccgaggacaccataact
gatctggtccacaacaacagaaagctgttagaaaaacacattactcgcacagagatagaa
acgtttgtcaatttagttcgaaagaagaaagaatgcaggtttcttgattacttgtctgac
ctttgtgtctctaacaacacggccatcccagcaacacaggaactaatctgtaagaccgta
ctctactccagcaattcggatctgctcattgaaacgagaataattgaaggagaggtgttt
cttgtatgggatagtggcaacaaggtcaaatcgcaacgagacttggcaagaggtgccaag
attggagtcaaggatgacgtgaaaattctggattattacaggtaccagttgaacctgttt
tcacggatgtgtctggacagacagtaacttgctatcaacagcatcagcaagcagttagat
gtggacctcatactcagatgcatggcggacaaagatctgtcttgtgacctaagggcggct
ttttgtcgtttgatgctccacatgcacatagaccgagatccccaagaaccagttacaccg
gttaagtacgccagactgtggtctgagattccgactgagatgagcatagaaatgtatgat
cagcaactcgcggttggggaggagagagaagagaacagattgaggttttcaggagtaatt
acatttgtggagaattaccttcaaaacatcagcagcaacatttggtcttttagcgataaa
gaacaaaataaacttactttcgaggttgtgcagattgcaagaagtttgatctactttggt
ttttatggctttagtgagttactgcgtctgacgcaaacagtgttatcaattgtggagtgt
gagcagcgagctcatggcggcgtcagagctcctggaaaacctacagtaggtggggttggt
gagaagatcaatgtgatgataagtattcataatctgggtgcaatcatgacacgcatggca
ttaggagggaaccaagatccatgggggctcacacaacaacctgaaggaggccccaagcct
gagaccgagattgatcacgttgtcatggagaccaaggccaagataattgaaatcctggag
tttataatgaacgttcgacttgattatcgcatttccagtttactgacaatcttcaaaaga
gattttgatgaaagtaacgcaagcttagctgatgtgggaggagagaatggaaataaaccc
agacgctgtaaaattgataaagatggtgttcctcactaccttggacctcctaattggatt
gatttggagaacatcagtcagcaagctgaagccatatttggaggctccacaggacttaac
gaaattgaccttgacctggatggtcagggaggccgcacctttctccgtgtcttgctttat
ctatgcatgcacgactaccctcccctggtgacaggagcactacagcttcttttcagacat
tttagtcagaggcaggaggtattacaagcttttaaacaggtccagctactggtatccaat
agcgatgtggaaaactacaaacagatcaagtctgatttagatgagcttaggctactggtg
gaaaaatctgagctgtgggtgtacaaaagcaagaaggatcttcccaccgagaacagagtc
aggaaggtaacacccgggttgaccgggctaatgaaggagggaggcagtaacagtaaggag
ccggagcagaggaaagacagcttggaacaacaagaactggaagttgtgagtttgaacacg
acacaggacccggctagtagtgatagcgagggaggtggtcccaaggttgagcgtcaaagg
atggttagtgacggatccattgagcttgaggtcgaacactcagacactgtttcgctaaaa
aactacaagaaaactgaagcgattctggaacgactcagcaatctttgtgtttcttcatat
gggacacccagtgtaaaaaatcgtaaacacgagcaaagattattgaggaacatgggagcg
cacactgtggtcctagagctgttacaaataccatatgaaaagaatgaggacttgagaatg
gaggaaatcctgggacaagctcatgaattcttacgaaacttctgtctgagcaatcctcag
aaccagtcccttctccacaagcatctggacttattcctcaccccagggctaaaagaggct
cacacattgaggtacattttcatggagaactcagggctgtgttacgaggtcactgagaaa
gttgtgcaacatatcgtccactgtattgagacacaaggccgccatgttgaatacctgaga
gctttacaaaccttggtgaaggcggaaggacagtccattagaaaaacacaggacatggtt
atggctgagttagtgaatgtgggtgaggacgttctggtcttctacagtgatccccagtcc
tttaactcccttgtggacatgatgcagggcgaacgagagagactggacgaatctggccct
ctgttgtatcatatcaatttagtggaactgctggcctgttgtaccgaaggaaaaaacgtg
tacacggaaatcaagtgtcacagtttacttccgctggatgatatcgtgcgagttgtcact
catccggattgcatctcggaggtgaaaaacgcgtatgttaactttttgaatcactgctat
gtggacacggaggtggaaatgaaggagatatacaccagcaatcacatctggactcttttt
gacgactttttagtcgacatggcgcgggtttgtaacaacacttctgaccgactacacaca
gacactatgttggaaaaatacgctacagaaaccatcatgaacttgctgacttttttcttc
aattctcctttctccgactccagcactacaataaagtctcggcagcccgttttcgttcgt
ctcctccgcggcgccttccgactttcacagtgttcatggatgactggctcacagaaatac
cacgtggagacttgtatcaagaccttatcagacgttgcaaggaatcgcgggatcgcaatc
ccagcagaccttgagagccagatccatgcgttattcactcggtcccagttggtgatgaaa
cacacgcgtcactggctcagccacggaaaggtccgaagggactctataatgaacctctca
agggactataggagcattattgagggtttgcaggatattgtttcactgcttgaagaccag
cttcgcccccttgtccaatcagagttatccgtgctgggtgacgtgctgtatcggccagag
ttaatgtttccccggcagtctgaagcttggcacaagtcaaagtcgggaggattcgtctcc
aggttgataactcacgctaaacagcttcttgaggacaacgaggaagcattatgcgtccga
gtgctacagacgatcaagggtatgatggcgcgtgacatcgactttggagaaaagggtgat
ggattgcgttcatcgcttttaggccgctactttggttcaaattatcgcatcacgatcagc
cgagacgctaacagcaagagcttgattgaaaacaacagcaagaagaccgctagtcagatg
gtcaactcgggccccggggccgagatgttgtcacgcgcgggcgtcacgttgtgtgagatg
caaggacggctcgacaaatgcggtgcgtctgatctgattattgatcttatcatggtgcag
cccaacctcagagtgtttctcgagatactcgaactagcgatcgctcttcttgaaggagga
aacaattctattcagaaatcgtttctccagaggtttacaaacggtaaatgtgaagaattc
tttcgctacatctatgataaaatgagagacgctgaggctgaaatccgagcgacaatcaca
gttcaaacaacagagtcatctgtagtaaagaagagcgataaagatgtctcccatgcgaaa
accgctgacggacggagaggtactttgtccattggacgacgggacacgctagttgcaggt
tctttgatgggtatcagcgaagacgtgaaggagcagttatcagatgcagctacgcacacg
ggaaaggcatacgcggccgtgagaaggggccgagacccggatgctgaagtggagccttcg
aggcccatgcctaataattcactttttgggaccgaacttcaaagcgcctcaggcaagcat
gaagtcaagaccatgtcccctgaggtgcttgtcatgaagcccatcctcaggttcctacag
ctgctttgtgagaaccacaatagagaccttcagaattatatccgcaaacaagaccacagt
aagaccaactataacttggtgcacgagactcttcaattcctggactgtatctgtggcagc
acgtctgggggcctgggactgcttggtctgtatatcaacgagattaacgtgggtttaatt
aaccagtgcttggagagtttaacagagtactgtcagggaccatgtcacgaaaatcagact
gccatcgccctccacgaatcgaatggtattgatattgttatagctttagtattgaacgac
atcaacccgctcggaaaacaacggatggacttggtgctggaacttaagaacaacgcgtca
aaaacccttctggccgttatggaaagccgtctcgatacagaaaatgccgagaggattctg
tacaacatgacacctcaacaactggtggatgtatgtaaacaagcatataaccaggaggat
cttgaagatgagaatgaatgtgaagtttcttgtcgcgatgtcggacacaacattttcatt
ctcgctcatcagctttcacaccaaaacaaggatctggcgagtttactgaaaccaagtgcc
ccaacagaatcggaggagatgcacggcgacagcgctctggtgtattacgcaaaacataca
gcacagatcgagattgttcgtcgcgaccgcacaatggaacaaattgtctttccagtaccc
aacatttgtgagtttcttacccctgaaagcaaactagatgcttatcagacatgtgaaaga
gacgaccagaacagcaagatttcagacttcttcgatagaaccgaggaacttttcagggag
atgcaatggcaaaagaaactgcgagagagtcgatttttgttcggagtaagcagtcgaatg
actttatgggaacagatttccatcaatttagcaatcctgatcaatttgcttgtggcgttc
ttttatccgttttccgacgggccgggtgaacttgacggtcgtctgtctgtactggtttgg
ctggccatgatcgtgtcttttgccataattgttacatttccgcggccgtctgggatcagg
acatttgtaggctcgacgatattgagacttatattttccgttggactagagcctactctt
aaaatactgggactggccactgtcattctcaaagcaatattcattgtaagttacgttgga
aaccggggaacttttgaccacaatgtgcgccggcttctttcggacagaaatcttgttctt
catctgatgtacttcacgtttggtttcctcggattaactctgcatacgttcttctacagt
attttgctcttggacgtcatcttccgtgaggacacgctgttaaacgtgataaagagcgtg
acccgtaatggccggtccattatcttaactgctgtcttggctcttatactcgtctacatg
ttttccatcattggctttcttttcctcaaagatgatttcttagtcgagacggatccgacg
ctttctcttaagctcgctccatcagctacctgcgatgccgataagagctgcgaaagttcc
gtctcactttcggaaaaaaactcagaaggagaggactcggtgaaggaacgtgcctgtgac
accttgataatgtgcatcatcactacactgaagcaggggctcagaaatggagggggtatc
ggagacgtcctcagacggccctccatgaaagagaacatgttcgtgggacgcgtagtctac
gatttgctcttcttcttcgtggtcattattattgttcttaacttgatatttggcgtcatt
atcgatacgtttgctgatctgaggagcgagaaacagaacaaagaggaggtgctcaagaac
acgtgttttatttgtggtcttgatcggtcggcgttcgacaacaaagtggtatcatttgat
gaacacatcaactcggagcataacatgtggcattacttatacttcatagtcttgctcaaa
gtcaaggacacgaccgagttcactggacccgagagttacgtcagtctgatggtcaaggag
cacgatctggattggttcccacgcatgcgtgccatgagcctggctattgacgaaggagaa
agtgagcaaagtgaaataaaaaatcttcaggaaaagctagaaagcaccacaagactggta
tacactttgtctcaacaactcacagatctaaaggaacagatgactgaacatcgcaagcag
agacaacgaatcggtttgttgggccctcactctgcactgaataacagtattacgtctaac
aacttcaagatataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   ENSEMBLRAPID (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (18)   

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