KEGG   Seriola lalandi dorsalis (Yellowtail amberjack): 111673377
Entry
111673377         CDS       T06058                                 
Symbol
itpr3
Name
(RefSeq) inositol 1,4,5-trisphosphate receptor type 3 isoform X1
  KO
K04960  inositol 1,4,5-triphosphate receptor type 3
Organism
slal  Seriola lalandi dorsalis (Yellowtail amberjack)
Pathway
slal04020  Calcium signaling pathway
slal04070  Phosphatidylinositol signaling system
slal04114  Oocyte meiosis
slal04210  Apoptosis
slal04218  Cellular senescence
slal04270  Vascular smooth muscle contraction
slal04371  Apelin signaling pathway
slal04540  Gap junction
slal04621  NOD-like receptor signaling pathway
slal04625  C-type lectin receptor signaling pathway
slal04912  GnRH signaling pathway
Brite
KEGG Orthology (KO) [BR:slal00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04371 Apelin signaling pathway
    111673377 (itpr3)
   04020 Calcium signaling pathway
    111673377 (itpr3)
   04070 Phosphatidylinositol signaling system
    111673377 (itpr3)
 09140 Cellular Processes
  09143 Cell growth and death
   04114 Oocyte meiosis
    111673377 (itpr3)
   04210 Apoptosis
    111673377 (itpr3)
   04218 Cellular senescence
    111673377 (itpr3)
  09144 Cellular community - eukaryotes
   04540 Gap junction
    111673377 (itpr3)
 09150 Organismal Systems
  09151 Immune system
   04621 NOD-like receptor signaling pathway
    111673377 (itpr3)
   04625 C-type lectin receptor signaling pathway
    111673377 (itpr3)
  09152 Endocrine system
   04912 GnRH signaling pathway
    111673377 (itpr3)
  09153 Circulatory system
   04270 Vascular smooth muscle contraction
    111673377 (itpr3)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:slal01009]
    111673377 (itpr3)
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:slal04040]
    111673377 (itpr3)
Protein phosphatases and associated proteins [BR:slal01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     111673377 (itpr3)
Ion channels [BR:slal04040]
 Ligand-gated channels
  IP3 receptor
   111673377 (itpr3)
SSDB
Motif
Pfam: Ins145_P3_rec RYDR_ITPR MIR RIH_assoc Ion_trans
Other DBs
NCBI-GeneID: 111673377
NCBI-ProteinID: XP_023286913
Ensembl: ENSSLDG00000011055
Position
Unknown
AA seq 2690 aa
MSDSASSFLHIGDIVSLYAEGSVNGFISTLGLVDDRCVVEPAAGDLENPPKKFRDCLFKV
CPMSRYSAQKQFWKAKQAKHEKDKIGDVVLLQKLQHASNLEQKQNETENKKVHGDVVKYG
TVMQLLHMKSNKYLTVNKRLPALLEKNAMRVTLDSTGNEGSWLFIQPFWKLRANGDNVVV
GDKVILNPVNAGQPLHASSYELTDHPGCKEVNSVNCNTSWKINLFMMFSDHREEVLKGGD
VVRLFHAEQEKFLTCDEYKSKLHVFLRTTLRQSATSATSSNALWEVEVVHHDPCRGGAGH
WNSLYRFKHLATGNYLAAEENPGYKGDTADLSSSMDGSRSNKRSHGERIKYKLVAVPHGN
DIASLFELDPTTLQKTDSFVPRNSYVRLRHLCTNTWIQSTNVPIDIDEERPIRLMLGTCP
TKEDKEAFAIVSVPVMEIRDLDFANDASAMLSTVVDQFNQGFISQNDRRFAVKLLEDVVF
FVADVINSGQSVLDVVMTKANRERQKLMREQNILKQIFGIIKAPFKDRGGGEGPLLRLEE
LADQKNAPYQYMLRLCYRVLRHSQEDYRKNQEHIAKQFGVMQSQIGYDILAEDTITALLH
NNRKLLEKHITKTEVETFVSLVRKNREPRFLDYLSDLCVSNNVAIPVTQELICKCVLDPK
NQDILIKTERRVPKEAPPGGVQGEYMAMDDYGDEDEVWLVWTDKTNERQEKSIRQLAQEA
RQGNAHDENVLTYYRYQLKLFARMCLDRQYLAIDEISKQLDVELIFLCMMDETLPFDLRA
SFCRLMLHAHVDRDPQELVTPVKFARLWTEIPTSITIKDYDSNMDDSRDNKKNRFSNTMA
FMEEYLNNVLNDELPFHNEEKNKLTYEVVSLARHLIYFGFYSFFELLRLTRTLLGIIDCR
PNPGHAGILFHDDGSGKNVKRSIHGMGQMMSTMVLNRKQSIFGGPGARGAGLGAGLVLEG
QRGTKDSIDKMDLTVMDTKLKILEILQFILNVRLDYRLSFLLSVFKKEFVDVYPMADADA
TTNMEHAATINLQHIGEQAEAMFGVGKGNSILEVDDEGGRMFLRVLTHLTMHDYPPLVSG
ALQLLFRHFSQRQEVLHTFKQVQLLISAQDVENYKLIKADLDRLRTLVEKSELWVEKKSS
GGGDGKKDKKDKKEKGEGPSEEATPKKEKLEKGNENYQKVKEILERLNKMCSSGVWKKQQ
RLLKNMGAHKVMLDLLQVSYDQNDVKMQEIIRYTHLFLQKFCMGNQENQVLLHKNLNLFL
NPGLLEAETVQHIFSNNYQLCTEISESVLQHFIHCLATHGRHVQYLNFLHTIIKAEGKYV
KKCQDMIMTELTNSGEDVVVFYNDKTSFNVMLELMAESREGVGENSPLRYHISLVELLAA
CAEGKNVYTEIKCTSLLPLEDVVRVVTHEDCITEVKIAYVNFVNHCYVDTEVEMKEIYTS
NHIWKLFEDFTVDMARVCNKRDKRLTDPILEKYIINVVFDTINAFFSSPFSENSTSLQTH
HTIVTQLLQSSVRLLDCPWLQQQHRGQVETCIKTLAMTAKSRSISLPLDLEAQISSMLSS
SALNSLSRSNPNYKSSSRSSRPIASSNPWDYKNIIEKLQDIINTLEERLKPLVNAELSVL
VDVLHQPELLFLEGTDARQRCESGGFISKLIQHTKALMSAEEKLCIKVLRTLQEMLIRTL
DFDDKGISLRKVLLQNYLFPNKKNTPKNDLAELGAAGGEQERDWAAVATVQCRLDREGGT
KLFTDLVMSSKNDKIFQESIQLAICLLEGGNTEIQNSFYKLMMGDNKSEKFFKVLHDRMK
EAQTDIKATVSVNVGEMTHKANEKELEQGSSTTLVLPGSGGHPLLVQGQSIAPVAGASAL
SAQPAVEQREVETEMGPAVTIMKPILRFLQLLCENHNQDLQNFLRCQNNKTNYNLVCETL
QFLDIMCGSTTGGLGLLGLYINESNVHLITQTLETLTEYCQGPCQENQTCIVTHESNGID
IITALILNDISPLCRYQMEMVLQLKDNASKLLLALMESRHDSENAERILFNLRPRELVEV
IKKAYHQESECEGVEVSPREVGHNIYILAQQLARHNKILQNLLKPPKKSKEGEEGISSML
NLNNRPLSQMLKSTAPAAVVEQDPLEFYDQLTSQIEIVRDDRSMEQIVFPVHPICEFLTE
ESKIRVFNTTEQDEQGSKVTHFFEQTSFLHGEMEWQKKLRSMPVLYWFSRRMSLWGTISF
NLAVFINLIIAFFYPYDSGQGAIDDSLLLMLFWILTGLSVLCLFSQRYGLQPLTLALILR
SIYHLGIGNTLILLGSLNLINKVVFVVSFVGNNGTFIMGYKAMVMDVEFLYHLAYVLTST
LGLFVHELFYSILLFDLIYREETLFNVIKSVTRNGRSILLTALLALILVYLFSIVGFLCL
KEDFIMEVDPLLQIAAAPQQSEASQDFLKSCSADGVSCTAETSAVTEEEEESNSERACDT
LLMCIVTVLNHGLRNGGGVGDVLRKPSKNEPLFPARVVYDLLFYFIVIIIVLNLIFGVII
DTFADLRSEKQKKEEILKTTCFICGLERDKFDNKTVSFEEHIKLEHNIWNYLYFIVLVRE
KNKTDYTGPESYVAHMIKNNNLDWFPRMQAMSLVVTDGDGEQNEMRMLQDKLAATMKVVT
TLTTQLTELKEQMTEQRKRRQRMGFVDVQAGASAAIPPSAAGGNHQIYKT
NT seq 8073 nt   +upstreamnt  +downstreamnt
atgtctgactctgcctcgagcttcctccacatcggggatattgtgtccctgtacgccgag
ggatcagtcaacggcttcatcagcacccttgggttggtagatgaccgctgtgtggtcgaa
cctgctgctggagatttggagaatcctccaaagaagttcagagattgcctgttcaaggtt
tgtcccatgagtcggtactcagctcaaaaacagttctggaaagccaaacaagccaaacat
gagaaggacaagatcggggacgtggttcttctgcagaaactgcagcacgcgtccaacctg
gagcagaagcagaacgagacagaaaacaagaaagtccatggagatgttgtaaaatatgga
actgtcatgcagctgctccacatgaagagcaataaatacctgacggtgaacaagcgtctg
ccggctctgctggagaagaacgccatgcgagtcactctggacagtacggggaatgaaggc
tcctggctcttcatccagccgttctggaagctccgcgccaacggagacaacgtggtggtg
ggggataaagtgatcttgaacccggtgaacgctggacagccgctgcacgcctcaagctac
gaactgaccgaccatccaggctgcaaggaggtaaactcagtaaactgcaacaccagctgg
aagatcaacctgttcatgatgttcagcgaccacagagaggaagtcctcaaaggaggcgac
gtggtgcgtttgtttcacgctgagcaggaaaagtttctgacctgcgacgagtacaagagc
aaactccatgttttcctgcgaaccacgctgaggcagtcggcgacctcagcgaccagttcc
aatgctctgtgggaggtcgaggtcgtccatcatgacccgtgtcgtgggggagcgggacac
tggaacagcctctatcgtttcaaacacctggccactggcaactacctggctgctgaggag
aatccgggttataaaggagacactgcagacctctcctcctcgatggacggcagtcgtagc
aacaagcgctcccacggcgagaggatcaagtacaagctggtagcagtgcctcatgggaac
gacatcgcttcgctgttcgagctggacccgaccacgctgcagaagactgactcattcgtg
ccacgaaactcatacgtacgactgagacatctgtgcaccaacacctggatccagagcacc
aacgtccccatcgacatagacgaggagagacccatcagacttatgttaggaacgtgtccc
actaaagaggataaggaggcctttgctattgtctcagttcctgtgatggagatcagagat
ctggactttgccaacgatgccagcgccatgttgagcaccgtggtggaccagttcaaccag
ggcttcatcagccagaacgaccgtaggtttgccgtcaagctgttggaggacgtggttttc
tttgtggccgatgtcattaacagcggccagtcagtcctggatgtcgtcatgaccaaagcc
aaccgagaaagacagaaactgatgagagaacagaacatcctaaaacagatctttggcatc
attaaggctccctttaaggaccgtgggggaggggagggtcccctgcttcgtctggaggag
ctggctgaccagaaaaacgctccctaccagtacatgctcagactctgctacagagtcctc
cgacactcccaggaagactatcgcaagaaccaggagcacatagcaaagcagtttggtgtg
atgcagagtcagattggttatgacatcctggcagaggacaccatcactgccctgctgcac
aataaccgcaaactgctggagaaacacatcaccaagaccgaggtggagaccttcgtcagc
ctggtccgcaagaaccgagagcccaggtttctggactacctgtcagacctgtgtgtgtcc
aacaacgtggccatccccgtcacccaggagctcatctgtaaatgtgtgctggaccccaaa
aaccaggatatcctcatcaaaacagagcgtcgtgtcccaaaagaggcgccccctggtggt
gttcagggagagtacatggcgatggatgactatggagatgaagatgaggtgtggctggtg
tggacagataagaccaatgagagacaagagaagagcatcagacagctggctcaggaggcg
aggcagggaaacgctcatgatgagaatgtccttacttactacaggtaccagctgaaactc
tttgcccggatgtgtttggaccgtcagtatctggccatagatgagatctccaagcagctg
gatgtggagctcatcttcctgtgcatgatggacgagactctgccctttgacctccgggcc
tccttctgtcgcctcatgctccatgcccatgtggaccgagaccctcaggagctggtgacc
cctgtcaagtttgcccgcctctggactgagatccccacctccatcaccatcaaagattat
gattctaacatggacgacagcagggacaacaagaagaaccgtttctccaacaccatggcg
ttcatggaggagtatctcaacaatgtcctgaacgatgaactgccgtttcacaatgaggag
aaaaacaaactcacatatgaggtggtgagtttggccagacatttgatctactttggtttc
tacagtttctttgagctgctaagactcaccagaaccctattgggcattattgactgtaga
cccaatcctggacacgctgggatattattccatgatgatggatcagggaagaatgtgaag
cgctccatacatgggatgggtcagatgatgtccaccatggtcctcaacaggaagcagtcc
atatttggaggtccaggtgccagaggggcagggctgggggcagggctggtacttgaagga
cagagaggcactaaagacagtatcgacaagatggacctgacagtcatggacaccaagctc
aagatactggagatattacagttcatcctgaatgttcgtctggactaccgcctctccttc
ctgctgtctgtctttaagaaggagtttgtggatgtttatcctatggctgatgctgatgcc
accactaatatggagcatgcagccaccatcaacctgcagcacattggagaacaggcggaa
gccatgtttggagtcggtaaggggaacagtatcctggaggtagatgatgagggcggtcgt
atgttcctgcgagtgctgacccacctcaccatgcacgactaccctcctctggtgtctgga
gcgctgcagctgctcttcagacacttcagccagagacaggaagtgctgcacactttcaaa
caggtccagttgctgatctcagctcaggatgtggagaactacaagctgatcaaggctgat
cttgatcgcctccggacgctggtggagaaatctgaactctgggtggagaagaagagctca
ggaggaggtgacggaaagaaggacaagaaagacaagaaagagaaaggagaggggccgtca
gaggaagcaacgcccaagaaagagaaactggagaagggcaacgagaactaccagaaagtc
aaagagatcctggaaaggttgaataagatgtgcagcagtggcgtttggaagaagcagcag
aggctgttgaagaacatgggagctcataaagtcatgctggacctgctgcaggtgtcctat
gaccagaacgatgtgaagatgcaggagatcatcaggtacactcacctgttcctgcagaag
ttctgtatggggaaccaggagaaccaggttctgctgcacaagaacctcaatctcttcctc
aaccccgggctgctggaggccgagacagtgcagcacatcttcagtaacaactaccagctg
tgcaccgagatctcagagagcgtcctgcagcacttcatccactgtctggccacgcacggc
cgccacgtccagtatctcaacttcctccacaccattatcaaggctgagggcaagtacgtg
aagaagtgtcaggacatgatcatgaccgagttgaccaactccggtgaggacgtggtcgtc
ttctacaacgacaaaacgtccttcaatgtcatgttggagttgatggcggagagcagggag
ggggttggcgagaacagcccgctcaggtatcacatctctctggtggagctgttagcagcc
tgtgcagaggggaagaacgtctacactgagatcaaatgcacttcactgctgccgctggag
gacgtggtcagagtggtgacacatgaagactgcatcaccgaggtgaaaattgcctatgtg
aactttgtgaatcactgctatgtggacacagaggtggagatgaaggaaatctacacgtcc
aaccacatctggaaactgtttgaagacttcacagtggacatggcccgggtttgtaataaa
cgagataaacgtcttactgatcccatcctggagaaatacatcatcaacgtggtctttgac
accatcaacgccttcttcagctcaccgttctctgagaacagcacctctctgcagactcat
cacaccattgtgactcagctgcttcagtcatctgtcaggctgttggactgtccctggctg
cagcagcagcacagaggacaggtggagacctgcatcaagaccctcgctatgacagctaag
agtcgttctatctctcttcctctggacctggaggctcagatcagctccatgttgtccagt
tctgctctcaactctctgtcccgctccaacccaaactacaagtcctcctcccgatcctcc
agacccattgcttccagcaacccctgggactacaagaatatcatagagaaactacaggac
atcatcaatactctggaggagcgtctgaagccgctggtgaacgcggagctgtctgtgttg
gtggacgtcctccatcagcccgagctgctgtttctggagggaactgacgcccgacagcgc
tgcgagtccggagggttcatctccaaactgatccagcacaccaaggctctgatgtcggca
gaggaaaagttgtgtatcaaagttctgagaacgctgcaggagatgctgatcaggactctg
gactttgatgacaaaggaatctctctgaggaaagttttactgcagaactacttgtttcca
aacaagaagaacaccccgaagaacgacctggctgagctcggagctgcaggcggggagcag
gagcgggactgggcagcagtggcgacggttcagtgtcgactggaccgagaaggaggaaca
aagctgttcacagatctggtgatgagcagcaagaatgacaagatcttccaagagagcatc
cagctggccatctgtctgctggagggagggaacaccgagatccagaactcgttctataaa
ctgatgatgggcgacaacaagtcagagaagttctttaaggttcttcatgaccggatgaaa
gaagctcagaccgacattaaagccacagtttctgttaatgttggagagatgacgcacaag
gccaacgagaaggagctggagcaggggagctctacaacattagtacttccagggtcagga
ggtcacccgttgttggtccagggtcagtccatcgccccggttgcaggcgcctccgccctg
tcagctcagccagcggtggagcagagggaggtggagacagagatgggaccagctgttacc
atcatgaagccgattctgaggttcctacagctgctctgtgagaaccacaaccaggacctg
cagaactttctacgatgccagaacaataagaccaactacaacctggtgtgtgagactctt
caattcctggacatcatgtgtggaagcaccactggaggcctgggcctgctgggcctctac
atcaacgaatcaaacgtccacctcatcactcagaccctggagacgctcactgagtactgc
cagggcccctgccaggagaaccagacttgtatagtgacccacgagtccaacggtatcgac
atcatcacagctctgatcctgaacgacatcagtccgttgtgtcgttaccagatggagatg
gtgctgcaactgaaggacaacgcctccaagcttctgttggctctgatggagagtcgtcat
gacagcgagaacgcagagaggatcctgttcaacctccgaccacgagagctggtggaggtg
ataaagaaggcctaccatcaggagagtgagtgtgaaggggtggaggtttctcctcgggag
gtgggacacaacatctacatcctagctcaacagttggcccgacacaacaaaatcctgcag
aacctcctgaaaccaccaaagaagagtaaagagggcgaggagggaatctcctccatgctg
aacctgaacaaccgtcctctgtcccagatgttgaagtccacagctccagctgctgtggtg
gagcaggacccactggagttttatgaccagctgacgtctcagatagagattgttcgtgac
gaccgcagcatggagcagattgtgtttcctgttcatcccatctgtgagtttctgactgag
gagtcaaaaatcagagtcttcaacaccaccgagcaggacgagcaggggtcaaaggtcacg
catttcttcgaacaaacctccttccttcacggagagatggagtggcagaagaagctgagg
agtatgccggtgttgtactggttctccaggaggatgagtctgtggggaaccatctccttt
aacctggccgtcttcatcaacctcattatcgccttcttctacccctacgactcaggacaa
ggagcaatagacgactctctgctgctgatgctgttctggatcctgactggtctctcggtc
ttgtgcttgttctctcagcgttacggcctccagcctctgactctggctctgattctcaga
tccatctaccaccttggcatcggcaacacgctcatcctgctcggatcactcaatctgatc
aataaggtggtgtttgttgtgagtttcgtcgggaacaacgggacgttcataatgggctac
aaggccatggtgatggatgtggagttcctgtatcacctggcctatgtcctgacctccacg
cttggcctgtttgtccacgagctcttctacagcatcctgctttttgacctgatctaccga
gaggagactctgttcaacgtgataaagagcgtgactcgtaacggccgttccatcctgctg
acggcgctgctcgctctcatccttgtctacctcttctccatcgtcggcttcctctgcctg
aaggaggacttcatcatggaggtggaccctctgctacagatcgctgcagctcctcagcag
agcgaagcctctcaggatttcctcaagtcgtgctctgcagacggagtgagttgcaccgca
gagaccagcgctgtcaccgaggaggaagaggagtcaaactcggagcgagcgtgcgacact
ctgttgatgtgtattgttactgtgttgaatcacggactgaggaacgggggaggagtcgga
gacgttctccgcaaaccttcaaagaacgagccattgtttccagcccgggttgtgtacgac
ctgttgttctacttcatcgtcatcatcatcgttctcaatctgatctttggtgtcatcatc
gacacattcgccgacctgaggagcgagaagcagaagaaggaggagatactgaagaccacg
tgtttcatctgtggtctggagagagacaagtttgacaataagacagtgtcatttgaagag
cacatcaaactggagcacaacatctggaactacctatacttcatcgttctggtgcgtgag
aaaaacaagacggactacaccggacctgagagctatgtcgcacatatgatcaagaacaac
aacctggactggtttccacggatgcaggcgatgtctctggtggtaaccgacggtgacggg
gagcagaacgagatgaggatgttacaggacaaactagcggcaacgatgaaggtggtgaca
actctgacaactcagctgactgagctgaaagagcagatgacggagcagaggaagaggagg
cagaggatgggattcgttgatgttcaggcgggagccagcgctgcaatacctcccagcgct
gcaggaggaaaccaccagatctacaaaacataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (11)   
   KEGG PATHWAY (11)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (5)   
   Pfam (5)   
All databases (28)   

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