KEGG T02386: 101065955

Takifugu rubripes (torafugu): 101065955

Entry

101065955 CDS T02386

Definition

1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase epsilon-1-like

Orthology

K05860

phosphatidylinositol phospholipase C, epsilon [EC:3.1.4.11]

Organism

tru Takifugu rubripes (torafugu)

Pathway

tru00562	Inositol phosphate metabolism
tru01100	Metabolic pathways
tru04020	Calcium signaling pathway
tru04070	Phosphatidylinositol signaling system

Module

tru_M00130

Inositol phosphate metabolism, PI=> PIP2 => Ins(1,4,5)P3 => Ins(1,3,4,5)P4

Class

Metabolism; Carbohydrate metabolism; Inositol phosphate metabolism [PATH:tru00562]
Environmental Information Processing; Signal transduction; Calcium signaling pathway [PATH:tru04020]
Environmental Information Processing; Signal transduction; Phosphatidylinositol signaling system [PATH:tru04070]

SSDB

Motif

Pfam:

PI-PLC-X PI-PLC-Y RasGEF RA C2 EF-hand_like GDPD

Other DBs

NCBI-GI:

410896280

NCBI-GeneID:

101065955

Position

AA seq 2276 aa
MSTKASQTPAEAAVVDRCSTAPSSSSKPTREVRNTNANQELQRYYDQLWNSNQRSSPPLI
FYRKLPCDGEKGLIPNEALSNACLDRSSGGCEEPYQELSTGTDGIANVVPLISSEGTPCQ
LDSPGEGGQADRNRTGSSHCSSTMSTPQMIPNIDCCLSHTSSHLSPVHSPCFGSSPTQQK
QRRGRRSSLPVSMMAFHKQRHREGHFQRYRSKDGYSSLERLNRRPRVNKHSLQKLFPRRA
SLQTVITTGRSGLSSSPGSRDCSEDSSGSGSDGDGDGDGEELLDHTEFIRNRKERSTVLV
RRFYKNNQKMTKSVCTGTRAIVRALPSGHISEEVWKSVGTYRNWRPTKKEIGPILMCGRR
KKDEFRVCREMQRLVWPGIMDQMLGGIELKGYISFWVSLCPETPITDRADLSPCCRLWRC
HPAHPPGVYRACLQRTSLFSLLTGALLEAIAALGARSALPYSFPQGSNSHVVLKERQLAN
SMTSSSALSPAVSGISKELAEMRHLVQFPEEIACILTEQEQQLYQRVFPLDYLCFLTRDL
GSPECQSKHHPSLKASLSVPAMSTQSSRHNAVEDLVARFNEVSSWVTWLILTAGSMEEKR
EVFSYLVNVAKCCWNMGNYNGVMEFLAGLRSRKVLKMWQFMDQTDIETMRSLKDAMAQHE
SSSEYKKVVTRALNIPGCKVVPFCGVFLKELSDALDGTASIISLKSPLENSEDSIEFVSD
YSGQHNFLLRSGPDGLHIPEKEATVSNILQIIRSCNRSLEVEDTDDGSTSPSSSCPLPTS
RNNSFKDRCRNQFMVGDLSDSDGDLPSEPAVKEGEFQGTEETHKAFNHGTELIPWYVLSL
QPDVHQFLLQGATVIHYDQDSHLSARCLLRLQPDNTTLTWGNPQKGGASPTEPPLGLGQA
VVAGLAEGLLDLGVVKAVFLGHQGVDVHAVCLQNKLSHMTVEENTLSLLYGVSTTDNRLL
HFVAPNHTTQMLHKGLSELVTATRKLKKFPDQRLQWLRRQYVSLYQEDGRYEGPTLAQAI
ELFGGRRWNMSTGGTEKSAHQKNSPLSINDKTKKKKKVLVRGDSGDATDDEMVARKTRSC
KEGTYRNGPESDSIDHEDPEDSFPGPFSLSTNKSPGLQASSSSSSSSSSMTGSNQSRPQS
SPTLSGTVKAQPGAWSSRSWHGRGKGCFRGFQNLMISDSTMSFVEFVELFKSFSIRSRKD
LKELFDTFAVPCIRSDPESVPLYTNLRIDDKDTGLQPDLDLLTRNGSDLGLFIRTRQQMS
DNQKQISDAIAAASIVTNGTGVENASLGVLGLGIPQLNDFLVNCQREHLSYDEILSIIQK
FEPSSSMRQMGWMSFEGFSRFLMDKDNFASHIEESQMNPEELQHPLSYYYIQSSHNTYLT
GHQLKGESSVELYSQVLLQGCRSVELDCWDGDDGMPVIYHGHTLTTKIPFKDVVEAISRS
AFVNSNMPVVLSIENHCSLPQQRKMAEIFKTVFGERLVTRFLFESDFSDDPHLPSPLQLQ
GRILLKNKKLKAHQAPVDILKQKAHQLAHMQAQVSNGSPGVSSPGTQTNEDEEEEEDEYD
YDYESLSDDNLLDDKPEVKSSADKEEQPVDEIPKRMKKPDNTTQSKGKVFDMELGEEFYL
PQNKKESRQIAQELSDLVIYCQAVKFPGLSTLSPAGSGRGKDRGKSRKSIFGTAPARCSA
TGEVTTPSRTPGKGGAERLSWEEQQTSPVLSPPTSLSAIIRTPKCYHISSVNENAAKRLC
RRYSQKLIQHTVCQLLRTYPAATRIDSTNPNPLLFWLHGIQLVALNYQTDDLPMQLNTAL
FEANGGCGYVLKPAVLWDRNCPMYQQFCPMERDVEKMSPAVYSLAIVSGQNVCPGNSSGS
PCIEVDVLGMPVDSAHFRTKPIHRNTLNPMWNEHFQFTVHFEEMCFLRVAVVENNSSQTT
AQRTLPLKALKSGYRHIQLRTQHNESLEVSSLFIYSRRTEECPTGGDIPSSLLFSSEEKP
ASQQHRVTVYGAPGPEPFTVFSVTEQITAKQLLDMVVASAGGNPYFLCEEKVPLTKERSE
TKRCAQYRPLAPEEEVVRLVSSWSAEEGYVGRICFKLREEKLNEKNAAPEGEEEWSVGGA
REGAGGEGAAAAEDDVFLVQIHEVSPEQPHTVIKAPRYSTAQDIIQQTLFKAKYSYSILS
NPNPCDYVLMEEVTKDVGSKKSSTTKPLQRMLLDHECVYQAQSRWRGAGKFILKLKEQVA
PSLVREDKKKVISFASELKKLTSRGRSMTTGGGVDGPGQSKDDRAACCVALTELQE

NT seq 6831 nt +upstreamnt +downstreamnt
atgtcaacaaaagctagtcagaccccagctgaagctgcagtcgtggatcggtgcagcacg
gctccatcgagtagcagcaaacccaccagggaggtcagaaataccaacgccaaccaagaa
ttacagcgatactatgatcagctgtggaattcaaatcagcggagcagcccaccgctgatc
ttctacaggaagttgccctgtgacggtgagaaagggctcatcccaaatgaggccctttca
aacgcctgtttagaccgcagctcagggggctgtgaggaaccttatcaagagctctcaact
ggtactgacggaatagccaatgtggttcctctgataagttcagagggaacaccgtgccag
ctggacagtccaggagagggtggccaagcagacagaaacagaactggcagcagccactgc
tcctctactatgtctacccctcaaatgatcccaaatatcgactgttgcctgagccacaca
tccagtcatctgagccctgtgcacagcccttgcttcggctccagccccacgcagcaaaaa
cagcgacgtggccgacgcagcagcttgcccgtgtccatgatggctttccataagcagcgc
catcgagaaggccacttccaacgataccgcagcaaagatggctactccagtttggagagg
ctcaaccgaaggcccagggttaacaaacactccctccagaaattattcccacggagggca
tcgctgcaaactgtaatcaccactgggaggagcgggctgtcatcctcaccggggagcaga
gactgcagcgaggacagcagcggcagcggcagcgacggggacggggacggggacggggag
gaactgttagaccacacagagttcattaggaaccgtaaagaacgctccactgtcctggtg
aggcgcttctacaaaaataatcaaaagatgactaaatcagtgtgtactgggacaagagcg
attgtccgagcgctgccctcaggacacatatcagaggaggtctggaagtcggtgggcact
tatagaaactggcgtcctactaagaaggagataggaccaatcctgatgtgtggccgaaga
aagaaagatgaattcagagtgtgcagggaaatgcagcgtctggtctggcctggaatcatg
gaccaaatgcttggaggaattgaactgaagggttacatttctttctgggtgtctctgtgc
ccagagacccccatcactgacagagcggacctgagcccctgctgcagactgtggcgctgc
catcctgctcacccacctggggtttatcgtgcttgcctccagaggacttcgctgttttcc
ctgctgactggagccctgctggaggctatagcagctcttggtgcccgctctgcgttaccc
tactctttccctcagggctcgaacagccacgtcgtgctgaaagagcgtcagctggccaac
agcatgaccagcagcagtgcgctgtctcccgccgtcagcggcatcagtaaggagctggca
gaaatgcggcaccttgttcagttccccgaggagatcgcctgcatcctcactgagcaggag
cagcagctctaccagcgggttttccccctggactacctctgtttccttacaagagacctg
ggcagtcccgagtgtcaaagcaaacatcacccaagccttaaggcgtcactttctgtgcca
gccatgtctacacagagctctcgacacaatgcagtggaggacctggtggcacgcttcaat
gaggtgagctcatgggtaacctggctgattctgacagcagggtccatggaagagaagaga
gaggtcttctcctatctggtcaatgttgccaagtgctgttggaacatgggcaattacaat
ggcgtcatggagttcctggctggactcaggtcccgtaaggtgctgaaaatgtggcaattt
atggaccagactgacatcgagaccatgcgtagcctgaaggatgctatggctcaacatgaa
tcctcctctgagtacaagaaggttgtgaccagagctctcaacatcccaggatgtaaggtg
gtgcctttctgtggggtctttctaaaggagctgagtgatgcactggatggaacagcaagc
ataatcagcctgaaatctcctctggagaattcagaagactcaatagagtttgtttcagac
tatagcggccagcacaacttcctgttgcggtctggtcctgatggtctacacatcccagag
aaagaagctactgtcagtaacattctccagattatcagatcctgtaatcgtagtttggag
gtggaagacactgatgatggctcaaccagcccttcttctagttgtccactccccacttcc
agaaacaactccttcaaggaccgctgccgtaatcagttcatggtgggagacttgtcagat
tcagacggagacctgccatctgagcctgcagtgaaagagggggagtttcaggggactgaa
gaaacacacaaggctttcaaccatggcaccgagctcattccctggtacgtgttatcgctg
cagccggatgttcaccagtttctgctgcagggggccacggtcatccactacgaccaggac
agccacctctcagcacgctgtctgctgcggctgcagcccgacaacacaacgctcacctgg
ggtaacccacagaaaggtggggcctcccccacagagccaccactgggattaggacaggcc
gtcgtcgcaggactagccgaggggcttttggaccttggagtggtgaaggcagtgttccta
ggtcatcagggagtcgatgttcatgctgtatgtctgcaaaacaagctgagccacatgaca
gtggaggagaacaccctgagcctcctctatggtgtcagtaccactgacaacagacttctg
cactttgtggctccaaaccacaccacgcaaatgctccataaaggtttgtcagagttggtg
acggccacacggaaattgaagaagtttcctgatcagcggttgcagtggctgcggaggcag
tatgtcagtttatatcaggaggatggcaggtatgaagggcccacattagcccaagccatt
gagctgtttggaggccggagatggaacatgagcacaggtggaacagagaaatctgcccat
cagaaaaacagtcctttgagcatcaacgataagaccaagaagaagaagaaggtcctcgtc
aggggagacagtggagatgccactgacgatgagatggttgctcggaaaacacggagctgt
aaggaaggaacatatcgaaacggaccggagtctgacagtatagatcacgaagacccagaa
gatagcttcccgggaccattctccctctcaaccaataaaagtcctggattgcaagcctct
tcttcttcctcctcctcctcttccagcatgactggctccaatcagtctcgcccacagtcc
tccccaaccctctcaggaacagtgaaagcacagccaggggcgtggagcagcaggtcatgg
catggtcgtggtaaaggctgcttcagaggcttccagaacctcatgatctctgacagcaca
atgagctttgttgagtttgtggagcttttcaagtcattcagtatccgaagcaggaaggat
ctgaaggaactgtttgacacctttgctgtgccctgcattcgctcagatccagagtctgtt
cctctttacaccaatctcaggatagatgacaaagacacaggtctacagccggacctcgat
ttattaacgcgcaatggttcggatcttggtctgtttatccgaacgaggcagcagatgtct
gacaaccagaagcagatctcagacgccattgcagcagccagcattgtgaccaacgggacg
ggagtagaaaacgcatcactgggggttttgggactgggcatccctcaacttaacgacttc
ttggtcaactgtcagagagaacatctgagctatgatgagatcctcagcattatacagaag
tttgaaccctcatcaagcatgagacaaatggggtggatgtcattcgaaggcttttcaagg
ttcctgatggataaggataactttgcctcacacattgaggaatcccagatgaacccggag
gaactgcagcatcccctgtcttattactacattcagtcttctcacaatacttatctgact
gggcaccagcttaaaggggagtcctctgttgagctttacagtcaggtgcttttgcaaggc
tgcagaagtgtggagctggactgttgggatggagatgatggcatgccggttatttatcac
ggacacactcttaccaccaagataccatttaaggatgtggtggaagcaattagcaggtct
gcatttgtcaactccaacatgcccgtcgtcctgtctatagagaaccactgctccctcccg
cagcagcgcaagatggcggaaatcttcaagacggtgtttggggagcgtctggtgacacgc
ttcctctttgaaagcgacttcagcgatgaccctcacctgccatctccactgcagctgcag
gggaggattctcctcaagaataagaagctgaaagcacaccaggctccggtggacatactc
aagcagaaggctcaccagcttgcccacatgcaggcccaggttagcaatggttcaccaggg
gtttcctctcccgggacccaaaccaacgaggacgaggaagaggaagaagacgagtacgac
tatgactatgagtctctctcagatgacaacctcctggatgacaaacctgaggtgaaaagc
tcagctgacaaagaggagcagcctgtggatgaaatacccaagagaatgaagaagcctgac
aacactacgcagagtaaaggaaaggtgtttgacatggaactgggcgaggagttctacctt
ccacagaacaaaaaggaaagtcgacagatcgctcaggagctgtctgacctcgtcatctac
tgtcaggccgtgaagttccctggtctgtccacgctgtctccggctggctccggcagaggg
aaagaccgtggaaagagcaggaagtccatatttggcacggctccagctcgctgcagcgca
acaggggaggtcaccactccgagtcgcacccctgggaaaggtggcgccgagcgcctgagc
tgggaagagcagcaaacgtctcctgtcctcagtccacccacctctctcagcgccattatc
cgtacacccaagtgttatcacatctcctccgtcaatgagaacgccgccaagcgactgtgc
cggcgttactctcagaaactgatccagcacaccgtgtgtcagctgctcaggacttaccca
gcagccaccaggatcgactccacaaacccaaaccctctgctgttctggctgcatggcatt
cagctggtggctctcaactatcagactgacgacctgcccatgcagttaaacacagctctg
tttgaggccaacggcggctgcggctatgtcctgaaaccagcggtgctgtgggaccgaaac
tgtccgatgtatcagcagttctgtccgatggagagggatgtggaaaaaatgagtcctgcc
gtctactcccttgctatcgtttcggggcagaacgtctgtcccggtaacagcagcggcagc
ccctgcatcgaggtggacgtcctggggatgccggtcgacagcgcccacttccgtaccaaa
cccatccaccgcaacaccctcaaccccatgtggaacgagcactttcagttcaccgtgcac
tttgaagagatgtgcttcttgcgcgttgctgttgtggagaacaacagttcccagactact
gctcagagaactctacctctgaaagccctcaagtcaggttacagacacatccagctgagg
actcaacacaatgaatctctggaagtgtcaagcttgttcatctatagccgaaggacagag
gagtgtccgacagggggcgacattccctcatccctgctgttcagctctgaggagaagcct
gcatcccagcagcacagggtgacggtgtacggagctcctggtcctgagcccttcactgtg
ttcagtgtgacggagcagatcactgccaaacagctgctggacatggtcgtagcttctgct
ggtggaaatccctacttcctgtgtgaggagaaggttcctttgacgaaggagcgcagtgag
acaaaacgctgtgctcagtatcgcccccttgctccggaggaggaggtggtccgactggtt
tccagctggagtgccgaggagggatatgtgggaaggatctgcttcaagctcagagaggag
aaattaaatgagaagaacgcagcaccagaaggagaggaggagtggagtgtgggcggagcc
agggagggagctggtggagaaggagcagcagcagcagaggatgatgtgttcctggtccag
atccatgaagtttctccagagcagcctcacactgtgatcaaggccccgcgctacagcaca
gctcaggacatcatccagcagacgttattcaaggccaagtattcctacagcatcctctcc
aatcccaatccatgcgactacgtcctaatggaggaagtaaccaaagacgtgggctcaaag
aagtcctccaccactaagcccctgcagcggatgctgctggatcacgagtgcgtctatcag
gctcagagccgctggcggggcgcggggaagttcattctgaaactgaaagagcaggtagct
cccagcttggtgcgggaagacaaaaagaaagtcatttcctttgccagtgagctgaagaaa
ctgacgagccgcggccgcagcatgacgactggcggcggcgtggacggccccggccagagt
aaggatgatagagctgcatgttgtgtggctctgacagagctccaggagtga

All links

Pathway (5)   
   KEGG PATHWAY (4)   
   KEGG MODULE (1)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (25)   

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