KEGG   Larimichthys crocea (large yellow croaker): 104932513
Entry
104932513         CDS       T04659                                 
Symbol
plce1
Name
(RefSeq) 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase epsilon-1 isoform X1
  KO
K05860  phosphatidylinositol phospholipase C, epsilon [EC:3.1.4.11]
Organism
lco  Larimichthys crocea (large yellow croaker)
Pathway
lco00562  Inositol phosphate metabolism
lco01100  Metabolic pathways
lco04020  Calcium signaling pathway
lco04070  Phosphatidylinositol signaling system
Module
lco_M00130  Inositol phosphate metabolism, PI=> PIP2 => Ins(1,4,5)P3 => Ins(1,3,4,5)P4
Brite
KEGG Orthology (KO) [BR:lco00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    104932513 (plce1)
 09130 Environmental Information Processing
  09132 Signal transduction
   04020 Calcium signaling pathway
    104932513 (plce1)
   04070 Phosphatidylinositol signaling system
    104932513 (plce1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:lco04131]
    104932513 (plce1)
Enzymes [BR:lco01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.11  phosphoinositide phospholipase C
     104932513 (plce1)
Membrane trafficking [BR:lco04131]
 Exocytosis
  Calcium ion-dependent exocytosis
   Phospholipases
    104932513 (plce1)
 Endocytosis
  Macropinocytosis
   Phospholipase C
    104932513 (plce1)
SSDB
Motif
Pfam: PI-PLC-X PI-PLC-Y RasGEF RA C2 EF-hand_like GDPD
Other DBs
NCBI-GeneID: 104932513
NCBI-ProteinID: XP_027145391
Position
XVI:18996961..19072082
AA seq 2341 aa
MATEENQTQVVAAVLARRASPPSTGSRSSREARHANNCQEAQRYADQLWHSKERSSPPLL
FYRKLSCDSGKGTILDEEYDCLDCGSKILNAEEKLYPEPSAGKSIEGIANPVTPIPGESS
EGSPCQLDTSGEGVDTGRNRTGSTRCSCTMSSLYVSPNIYCCHTPRSSPGSVHSPRLSSI
PSQPTRRHVRRSSLPVSMLAFHKTSACLSSRSSPSSEPGSLVSSPCNSPLPNHRQHHQNG
HIHRHHLKDGYSSLERLNRRPRLDKFSLEKMFLRRASLDTMTTTRGHDERSSSGVARYCS
GGSSSSEEGDGEGLSDNTEFIRNRKERSTVLVRRFFKNNQKVTKSVCTGTRAIVRTLPSG
RISEEVWEVVVYRRMWRPSKKDVWPILTRRAGEELRVCREILRLVGVKLRQVSSYVQDRE
ELSLIHPAKKLLLSCPGSVCLRESRWRSHTASASASPARLNLNHCLIPWCCHPSHPSRFY
RACTQRTSVCSLLTGALLEATAALGARSALPYPLPQAPNSHAVLKERQLANSMTSSSSLP
PNVSGISKELAEVRHLVQFPEEIACILTEQEQQLYQRVFPLDYLCFLTRDLGSPDCQSKR
HPNLKASLSVPTMPTQSAQRSNAVEDLVARFNEVSSWVTWLILTAGSMEEKREVFSYLVH
VAKCCWNMGNYNGVMEFLAGLRSRKVLKMWQFMDQSDIETMRSLKDAMAQHESSSEYKKV
VTRALNIPGCRVVPFCGVFLKELSDALDGTASIISLKPPLDNTEDSVEFVSDYSGQHNFM
SRSGPDGLHVPEKEATVSNILQIIRSCNRSLEAEDPDDVSTSPSSTGPSPASRNNSFRDR
CRNQFMVGDLSDSESDLSSEPVVKDVEFQGTEETHRAFSHGTELIPWYVLSLQPDVHQFL
LQGATVIHYDQDSHLTARCLLRLQPDNTTLTWGKPQSGGASPTEPPLGLGQTVVAGLAEG
LLDLGVVKAVFLGHQGVDVHAVCLQNKLSQMTVEENGLSLLYGLSTTDNRLLHFVAPNHT
ARMLHKGLSELVNATRKLKKFPDQRLQWLRRQYVSLYQEDGRYEGPTLAHAIELFGGRRW
NMGTGGVEKSAGQKNSPLSINDKTKKKKKVLVRGDSGDATDDEMVSRKTRSCKEGLYRNG
PESDSIDQEDPEDSFPGPFSLSSSKSPSSSSSSSSSMAGSNQSRPQSSPILSGTSKSQPG
AWSSRSWHGRGKGCFKGFQNLMISDSTMSFIEFVELFKSFSIRSRKDLKELFDTFAVPCS
RSSPESAPVYTHLRIDDKDTGLQPDLDLLTRNGSDLGLFIRMRQQMSDNQKQISDAIAAA
SIVTNGTGVENASLGVLGLAIPQLNDFLVNCQREHLSYDEILSIIQKFEPSSSMRQMGWM
SFEGFARFLMDKDNFASRIEESQMNPEELQYPLSYYYIESSHNTYLTGHQLKGESSVELY
SQVLLQGCRSVELDCWDGDDGMPVIYHGHTLTTKIPFKDVVEAVNRSAFVNSDMPVVLSI
ENHCSLPQQRKMAEIFKTVFGERLVTRFLFESDFSDDPHLPSPLQLRGRILLKNKKLKAH
QAPVDILKQKAHQLAHMQAQASNGSPGVTSPGNHTNEEEEEEEDEYDYDYESLSDADVLT
ASTASYGLEDNILEDKPEGKSSADKEEQPVDEIPKRMKKSDSTTQSKGKVFDMELGEEFY
LPQNKKESRQIAQELSDLIIYCQAVKFPGLSTLSPAGSGRGKDRGKSRKSIFGTAPARCN
ATGEVTTQNRTPGKGGAERLSWEEQTSPVLNPPTSLSAIIRTPKCYHISSVNENAAKRLC
RRYSQKLIQHTVCQLLRTYPAATRIDSTNPNPLLFWLHGIQLVALNYQTDDLPMHLNTAL
FEANGGCGYVLKPAVLWDRSCPLYQQFCPMERDVEKMSPAVYSLTIVSGQNVCPGNSAGS
PCLEVDVLGMPVDSCHFRTKPIHRNTLNPMWSEHFQFTVHFEDMCFLRFAVVENNSSQTT
AQRTLPLKALKPGYRHVQLRTQHNESLEVSSLFIFSRRTEEGPTGGAIPSSLLFSSEEKR
ASQQHRVTVYGAPGPEPFTVFCVTEQTTAKQLLDAVVAPAGNPSEYFLCEEKVPLLKERS
EVKRCAQHRPLAPEEEVVRLVSSWNTEEGFVGRISLKTREENLNEKNTVLEGEEEVTVGG
REGGGGGGGGSGGGAAEDDMFFVQVHEVSPEQPHTVIKAPRYSTAQDIIQQTLSKAKYSC
SILSNPNPCDYVLMEEVTKDAGSKKSSAAKPLQRTLLDHECVYQAQSRWRGAGKFILKLK
EQVVREEKKKVISFASELKKLTSRSSRSMTTGSGGGGGVDGPAQSKDDRAACCVALTELQ
E
NT seq 7026 nt   +upstreamnt  +downstreamnt
atggctactgaagaaaatcagacacaggtcgtggctgcagtactggctcggcgcgcttcg
cctccatccactggcagcagatccagcagggaagccagacatgcaaataactgccaggaa
gcacagcgatacgctgaccaattgtggcactcaaaagagcggagcagcccgcccctcctc
ttttacaggaagttatcttgtgacagcgggaaaggcacaattttggatgaggaatacgac
tgtttggattgcggctcaaagatcctgaatgcagaagagaaactttatccggagccgtcg
gctggcaagagtattgaaggaatagctaacccggttactccgatacctggggaaagttca
gaaggctctccttgccagctggacacctcaggagagggtgtggacactggcagaaacaga
actggcagcacccgctgctcctgcaccatgtcgagcctttacgtgagtccaaacatctac
tgttgccatacacccagatccagccccggctcagttcacagtcctcgccttagctccatc
ccctctcagccaacccggcgacacgtccgtcgcagcagcctgcctgtgtccatgctggct
ttccacaagacatcagcctgcctctcatctcggtccagcccatccagcgaaccgggctct
ttggtgtcgtccccctgtaactctcccctccccaaccaccggcagcatcaccaaaatgga
cacatccacaggcaccacctcaaagatggctactcgagtttggagaggctcaaccgaagg
cccaggcttgacaaattctccttggagaaaatgttcctacgacgggcatcgctagacacc
atgacaacaacgcgggggcacgacgagaggtcgtcctcgggcgttgccagatattgcagc
gggggcagcagcagcagtgaagagggcgatggagagggtctctcggataacaccgagttt
attaggaaccgtaaagagcggtccactgttctggtgaggcgtttcttcaagaataatcaa
aaggtgaccaagtcggtgtgtactggaaccagagcgattgtgaggacgctgccgtcggga
cgaatctcggaggaggtctgggaggtggttgtttatcgcaggatgtggcgacccagcaag
aaggacgtatggccaatcttaacgcgccgcgcgggagaagaattaagagtctgcagggag
atactacgtcttgtcggagttaagctacggcaggtcagcagctatgtgcaggacagagag
gagctcagtttgattcatcctgccaagaagctcctgctgtcttgccctggatctgtgtgt
ctcagggagtctcgctggcgatcgcacactgccagcgccagcgccagcccggccagactg
aatctgaaccactgccttattccctggtgttgtcatccttctcatccatccaggttttat
cgtgcttgtactcagaggacgtcagtgtgttcgctgttgaccggagcactactagaggcc
acagctgctctcggtgctcgctccgctctgccttaccctttgccccaggcccccaacagc
cacgccgtcctgaaagagcgtcagctggccaacagcatgaccagcagcagctctcttcca
cccaacgtcagcgggatcagtaaggagctggcagaggtgcgccatcttgttcagttcccc
gaggagatcgcctgtatcctcaccgagcaagagcagcaactctaccaacgggtctttcct
ctggactacctctgttttctcacccgagacctgggcagtcccgactgtcagagcaaacgc
cacccaaacctcaaggcctcgctttcagtgcccaccatgcccacccagagtgctcagcga
agtaatgctgtggaggacctggtggcacgtttcaatgaggtgagttcgtgggtgacgtgg
ctgatcctgacggcggggtccatggaggaaaagagggaggttttctcctacctggtccat
gtcgcaaaatgctgttggaacatgggaaactacaacggtgtcatggagtttctggctgga
ctcaggtcccgtaaggtgctgaagatgtggcagtttatggaccagtcagacatcgagacc
atgagaagcctaaaggatgccatggctcagcacgagtcctcgtccgagtacaagaaagtt
gtgacaagagctctcaatattccaggatgcagggtggtacctttctgtggggtttttctg
aaggagctgagtgacgcgttggacgggacagcaagcataatcagcctcaaaccacctcta
gataacacagaggactctgttgagtttgtctctgactacagtggccagcataacttcatg
tcacggtctggtccggatggtctacacgtcccagagaaagaagctactgtcagcaacatc
ctccagattattagatcttgcaatcgtagtttggaggcagaggatcccgatgatgtgtcc
accagtccctcttcgactggcccgtcccctgcatccagaaacaactccttcagggaccgc
tgccgcaatcaattcatggttggggacttgtcggattcggagagcgacttgtcttctgag
ccggtggtgaaagacgtggagtttcagggcactgaggagacacacagagcgttcagccat
ggcactgagctcattccctggtacgtgttgtcgctacaaccagacgttcaccagttcctg
ctgcagggagctacagtcatccactacgaccaggacagccacctcacagctcggtgtctg
ctgcgactgcaacctgacaacacaacactcacctggggtaagcctcagagtggaggggct
tctcccacagagccaccactgggattaggacagactgtagtggcggggctagcagagggc
cttttggacctcggagtggtgaaggcggtgtttctgggtcatcagggagtagatgttcac
gctgtatgtctgcaaaacaagctgagccagatgacggtggaggaaaacggcctcagcctc
ctctatggcctcagtaccaccgataacagactcctgcactttgtggcccccaaccacacg
gcacgaatgctccacaagggtctgtcagagttggtgaatgcaaccaggaaattaaagaag
tttcctgatcaaaggttgcagtggctgaggaggcagtatgtcagtttgtatcaggaggac
ggcaggtacgaaggccctacgctagcccacgccatcgagctgtttggcgggcggaggtgg
aacatgggtacaggtggagtggagaaatctgccgggcagaaaaacagtcctctgagcatc
aacgataagaccaagaagaaaaagaaagtcctcgtgaggggagacagtggggatgcgacg
gatgacgagatggtttccaggaaaacgcgcagctgtaaggaggggctgtatcgaaacggg
ccagagtctgacagcatagaccaagaagatccagaggacagcttccctggaccgttctcc
ctctcatctagtaaaagcccttcttcctcctcatcctcttcctccagcatggcggggtcc
aaccagtcccgcccgcaatcctctccgatcctctcgggaacttccaaatcacagccggga
gcgtggagcagcaggtcgtggcacggtcgaggtaaaggctgttttaaaggcttccagaat
ctcatgatttctgacagcacgatgagcttcattgagtttgtcgagctcttcaaatccttc
agtatccgaagcaggaaggacctgaaggagctgtttgacaccttcgctgtcccctgcagt
cgctcaagtccagagtctgctcctgtctacacccacctcaggatagacgacaaagacaca
gggctacagccagacctcgacttattaacccgcaacggttctgatctcggcctgtttatc
cgaatgaggcagcagatgtccgacaaccagaagcagatctcagacgccatcgcggcagcc
agtatcgtgaccaacgggacgggagtggaaaacgcctcgctgggtgtcttgggattggcg
attcctcagctcaacgacttcctggtcaactgtcagagagagcacctgagctacgacgag
attctcagcattatacagaaatttgagccctcgtcaagcatgagacaaatgggttggatg
tcattcgaaggctttgcaaggttcctgatggataaggacaactttgcttctcgcattgag
gagtctcagatgaacccagaggagctgcagtaccctctgtcctactactacatcgagtcc
tcgcacaacacatacctgaccggacaccagctcaaaggagagtcctctgttgagctgtac
agtcaggtgctgcttcaaggctgcaggagcgtcgagttggactgttgggacggagacgac
ggcatgccggttatttatcacgggcacacactcaccactaagataccctttaaggatgtt
gtagaagcggttaaccggtctgcgtttgtcaattctgacatgccggtcgtcctgtccata
gagaaccactgctccctcccgcagcaacgcaagatggctgaaatcttcaagacggtgttc
ggggaacgtctcgtgacgcgcttcctctttgaaagcgacttcagcgacgaccctcacctg
ccgtcgcctctgcagctgcgcgggaggatcctcctgaagaacaagaagctcaaagcacat
caggcaccggtggacatactcaaacagaaggctcaccagctggctcacatgcaggcccag
gccagcaacgggtcgccaggggttacttcacccggcaaccacacaaacgaggaagaggaa
gaggaagaagacgagtacgactatgactacgagtctctgtcggatgctgatgtcctcacg
gcctctactgcctcgtatggcctggaagataacatcctggaagacaagccagaggggaag
agctcggcagacaaagaagagcaacctgttgatgaaatcccgaagaggatgaagaaatct
gatagcactacgcagagcaaaggaaaggtgtttgacatggagctgggcgaggagttttac
cttcctcagaacaagaaggagagtcgacagatcgcccaggagctgtccgacctcatcatc
tactgccaggctgtgaaattccccggcctgtccacgctgtctccggccggctctggcaga
gggaaggaccggggaaagagcaggaagtccatatttggcacggctcctgctcgctgcaat
gcaacaggagaggtcacgacccaaaaccgcaccccagggaaaggtggcgcagagcggctg
agctgggaggagcagacgtctcccgtcctcaacccccccacctctctcagcgccatcatc
cgcacgcccaagtgctaccacatctcctcggtcaacgagaacgccgccaagcgcctgtgc
cgacgttactcccagaagctgatccagcacacggtgtgccagctgctcaggacttacccg
gcggccaccaggatcgactcgaccaacccgaaccctctgctgttctggctgcacggcatt
cagctggtggcgctcaactatcagactgacgatctgcccatgcatttgaacacagccttg
tttgaggcaaacggcggctgtggctacgtcctgaagccggcggtgctgtgggaccggagc
tgcccgctctatcagcagttctgtccgatggagagggacgtggagaaaatgagccccgcc
gtctactccctcactatcgtctccggtcagaacgtctgtcccgggaacagcgctggcagc
ccgtgcctcgaggtggacgtcctgggcatgcccgtcgacagctgccactttcgcaccaaa
cccatccaccgcaacaccctcaaccccatgtggagcgagcacttccagttcaccgtgcac
tttgaggacatgtgtttcctgcgcttcgccgtggtggagaacaacagttcgcagactacc
gctcagaggactctgcctctgaaagcgctcaagccaggttacagacatgtccagttgagg
acacaacacaacgagtctctcgaagtgtcgagcttgttcatcttcagccgcagaactgag
gaaggacctaccgggggcgctatcccctcatcactgctgttcagctcagaggagaaacgt
gcatcgcagcagcacagggtgacggtttatggagctcccggtccggagcccttcaccgtg
ttctgtgtcacagaacagacgacggccaaacagctgctggacgcggtcgtagcacctgca
ggaaacccgtcagagtacttcctgtgcgaggagaaggtgccgctgttgaaagaacgcagc
gaggtgaagcgctgcgctcagcatcgtcctctggcgcctgaggaggaggtggtcagactg
gtctccagctggaacaccgaggagggattcgtggggaggatcagcctcaaaaccagagag
gagaacctaaatgagaagaacacggtcctggagggagaggaggaggtgactgtgggaggt
agagaaggaggaggaggcggaggagggggaagtggtggaggagcagcagaggacgatatg
ttcttcgtccaggtccatgaagtttcaccggagcagcctcacactgtgatcaaggccccg
cgctacagcacggcccaggacatcatccagcagactttgtcaaaggccaagtattcctgc
agcatcctgtcgaaccccaacccgtgcgactacgtcctgatggaggaggtgaccaaggac
gccggctccaagaagtcctccgccgctaagccccttcagcgaacgctgctggatcacgag
tgcgtctatcaagctcagagccgctggcggggcgcggggaagttcattctgaaactcaaa
gagcaggtggtgcgggaagaaaaaaagaaagtcatttccttcgccagcgagctgaagaag
ctgaccagccgcagcagccgcagcatgacgaccggcagtggcggcggcggcggcgtggac
ggtccggcgcagagtaaggatgatagagctgcatgctgtgtggctctgacagagctccag
gagtga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (5)   
   KEGG PATHWAY (4)   
   KEGG MODULE (1)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (89)   
   KEGG ORTHOLOGY (1)   
   RefGene (85)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (7)   
   Pfam (7)   
All databases (125)   

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