KEGG   Xiphophorus maculatus (southern platyfish): 102228460
Entry
102228460         CDS       T02923                                 
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
xma  Xiphophorus maculatus (southern platyfish)
Pathway
xma00562  Inositol phosphate metabolism
xma01100  Metabolic pathways
xma04020  Calcium signaling pathway
xma04070  Phosphatidylinositol signaling system
Module
xma_M00130  Inositol phosphate metabolism, PI=> PIP2 => Ins(1,4,5)P3 => Ins(1,3,4,5)P4
Brite
KEGG Orthology (KO) [BR:xma00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    102228460 (plce1)
 09130 Environmental Information Processing
  09132 Signal transduction
   04020 Calcium signaling pathway
    102228460 (plce1)
   04070 Phosphatidylinositol signaling system
    102228460 (plce1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:xma04131]
    102228460 (plce1)
Enzymes [BR:xma01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.11  phosphoinositide phospholipase C
     102228460 (plce1)
Membrane trafficking [BR:xma04131]
 Exocytosis
  Calcium ion-dependent exocytosis
   Phospholipases
    102228460 (plce1)
 Endocytosis
  Macropinocytosis
   Phospholipase C
    102228460 (plce1)
SSDB
Motif
Pfam: PI-PLC-X PI-PLC-Y RasGEF RA C2 EF-hand_like GDPD
Other DBs
NCBI-GeneID: 102228460
NCBI-ProteinID: XP_023196733
Position
10:complement(5608628..5692668)
AA seq 2351 aa
MATEENQTKVGSAAAFHHVSPLSTGSRPSKEEKYATNLPEARRSTDQRWLPKQRSCPSLL
LNRKPPCDDVKGTFLDKHCEEYKYNSKVISPKEKLFKEVSTAIHVERKTTICRNNSEGSV
FLDNAEDNMNEGGNKSTSRPCSCGMSSLERSMNCCLCHSLQHSPSPGSSPVQHCHLRRGS
VPVSLLAFRKGGPSSEPSSLASSPCGSPQLCLRKHHKNGHISLSHLKDGYSSLERLNRRP
KIKKCSLEKAFARGPSLEMIPTTLEASAGGATICNSGSNSSGEEEGDILSDSREFDSKKR
STALVRRYCRNNEKVIKSVCAGTSAIVKELPSGCISEDACGIVIDYKLWRPRKEDLRPIL
TREEHFRVCREMLRSVRVSPHLVTSCLQDREEINLIHPSRKLLLSQPGCACLREPLSPLH
LTTPVGPDLKTCFNPWCYQPFHTHRLYRACDQKTLLCSLLTGAFLEATVSLGARASLPFS
LPQCSNGHAVLKERQLANSMTSSSSLPPSVSGISKELAELRHLVQFPEEIACILTEQEQQ
LYQQVFPLDYLCFLTRDLGSPECQTRRHPNLKASLSVPAMPTQNAQRSNAVEDLVARFNE
VSSWVTWLVLTAGSMEEKREVFSYLVHVARCCWNMGNYNGVMEFLAGLRSRKVLKMWQFM
DQTDIETMRSLKDAMAQHESSSDYKKVVTRALNIPGCKVVPFCGVFLKELSDALNSTASI
ISLKQSPDNTDDSIEFVSDYSGQHNFMSRSGSDGLHIPDKEATVSNILQIIRSCNRSLES
EESDETSTSPLSTGPSLTYRCNSLRDRCRNQFTVGDLSDSDGDLSVEPKLKEVEFQGTEE
THRAFSHGTELIPWYVLSLQPDVHQFLLQGATVIHYDQDSHLTARCLLRLQPDNTTLIWG
KPQSGGASPMEQPPGLGQSVVPGLAEGLLDIGVVKAVFLGHQGVDVHVVCLQNKLSQMTV
EENGLTLLYGLSTTDNRLLHFVAPNHTAQMLHKGLTELVNATRKLKKFPDQRLQWLRRQY
VSLYQEEGRYEGPTLAQAIELFGGRRWNMGTGAVEKQSNQKNSPLSINDKSKKKKKVLVR
GDSGDATDDEMVSRKTRSCKEGLYRNGPESDSIDQEDLDDSFPGPFSISSNKSSGLLASS
SSSSSSSSMAGSNHSRPQSSPILSGTSKSQPGAWSSRSWHGRGKACFRGFQNLMISDSTM
SFIEFVELFKSFSIRSRKDLKELFDTFAVPCSRSCPESSPLYTNLRIDDKDTGLQPDLDL
LTRNGSDLGLFIRTRQLMSDNQKQISDAIAAASIVTNGTGVENASLGVLGLAIPQLNDFL
VNCQREHLSYDEILSIIQRFEPSSTMRQMGFMSFEGFARFLMDKDNFASNNEESQMNPEE
LQYPLSYYYVESSHNTYLTGHQLKGESSVELYSHVLLQGCRSVELDCWDGDDGMPVIYHG
HTLTTKIPFKDVVEAVNRSAFVNSDMPVILSIENHCSLLQQRKMAEIFKTVCGERLVTRF
LFESDFSDDPHLPSPLQLRGKILLKNKKLKAHQAPVDILKQKAHQLAHMQAQASNGSSGV
SSPNNHANEDEEEEEDEYDYDYESLSDADVLTASTASYGLEDNILDDKPDAKSPADKEEQ
TVDEIPKRMKKADNMMQSKGKVFDMELGEEFYLPQNKKESRQIAQELSDLIIYCQAVKFP
GLSTLSPSGSGRGKDRGKSRKSIFGTAPSRCGATGEVTTQSRAPGKGGSERLSWEEQQTS
PVLNPSTSLSAIIRTPKCYHISSVNENAAKRLCRRYSQKLIQHTECQLLRTYPAATRIDS
TNPNPLLFWLHGIQLVALNYQTDDLPMQLNTALFEANGGCGYVLKPAVLWDRSCPLYQQF
CPMERDLEKMSPAVYSLTLVSGQNVCPGNSSGSPCIEVDVLGMSVDTYHFRTKPIHRNTL
NPMWSERFQFTVHFEEMCFLRFAVVENNSSQITAQRTLPLKALKPGYRHVQLRTQHNEHL
EVSSLFIYSHRTEEGPKGGATPSSLLFSSEEKRVSEQHRVTVHGAPGPEPFKVFSVTVQT
TAKQLLDMVVTSGENPFLCEEKVPLLKERSEVKRCAQYRPLAPEEEVVRLVSSWDTDDGY
VGRICIKTREENLTDKITVLEREEEPTVAGKDAAGGGGGSGGEDEMFLVQVHEVSPEQPH
TVIKAPRYSTAQDIIQQTLSKAKYSYSILCNPNPCDYVLVEEVGKEAVSKKSSAAKPLQR
VLLDHECVYQAQNRWRGAGKFILKLKEQLVREDKKKVISFASELKKLTSRSRSMTTGMAA
DGPTQRYLSAAAGLKAWVTEGRVAAGRFIQGSSFSSSSSFNRELQLFHPPSCSLTLRVLK
LHLLRNWKIHK
NT seq 7056 nt   +upstreamnt  +downstreamnt
atggccactgaggaaaaccaaactaaagttggctctgcggcagcattccaccatgtttca
cctctatccactgggagcagacccagcaaagaggaaaaatatgcaactaatctgccggaa
gcaaggcggagcactgaccagcggtggctcccaaagcagcggagctgtccttcactcctc
ctcaacaggaagccgccatgtgatgatgtcaaagggacatttttggacaaacattgtgaa
gagtataagtacaactcaaaagtcatcagtcccaaagaaaaactgttcaaggaagtttca
actgctatacatgttgaaagaaaaactacgatatgtaggaataattcagaaggatctgtg
ttcctggacaatgcagaagataatatgaatgaaggtggaaacaaatctaccagtagacca
tgctcctgtggcatgtctagcttagaaagaagtatgaattgttgcttatgtcacagcctt
cagcacagtccaagccccggctccagtcctgttcaacattgtcacctccgccgtggcagt
gtgcctgtgtcattgctggcttttcgtaagggtggtccatccagtgagccgagctctttg
gcttcctctccctgcggttctccccaactctgcctccgcaagcatcacaagaatggtcac
atttctctgtcccacctcaaagatggatattcaagtttagagagactaaatagaaggccc
aagattaaaaaatgttccttggagaaagcattcgctcgaggtccgtctctggaaatgata
ccaacaacactggaagcatccgcaggaggggccacaatctgcaacagtgggagcaacagc
agtggtgaggaagagggagacatcctgtcagatagcagagagtttgacagtaaaaaacgt
tccactgcgctggtgaggcggtactgcagaaataatgagaaggtgatcaagtcagtgtgt
gcaggaaccagcgcaattgtcaaagaactgccatcaggttgcatctcagaggatgcctgt
ggaattgttattgactacaaactctggcgtcctcgcaaagaagatttgaggccaatcttg
acacgtgaagaacatttcagagtctgcagggagatgcttcgttctgtcagagtgagccca
cacctggtcaccagctgtttgcaggacagagaagaaatcaatctaattcatccttccaga
aagcttctgttgtctcagcctggatgtgcctgtctcagggagcctctaagcccactccac
cttaccacaccagtgggaccggacttgaaaacctgctttaatccctggtgttaccaacct
tttcatacgcatagattgtatcgtgcttgtgaccagaagacgttgctgtgttccctgctc
actggagcattcctcgaggccacggtttctcttggggcacgggcatctcttcccttctca
ttaccccagtgctctaacggccacgctgtgctaaaagagcgtcagctggccaacagtatg
accagcagcagctctcttcctcccagtgtgagcgggatcagcaaggagctggcagagctg
cgccacctcgttcagttcccagaggagatcgcctgcatcctcacagagcaggagcagcag
ctttatcaacaggtctttcctttagattacctctgcttcctcacacgagatcttggcagt
cccgagtgtcagaccagacgccacccaaacctcaaggcctcgctgtcggtgccggccatg
cccacgcagaatgctcagcgcagcaatgctgtggaggacctagtggcgcggttcaatgag
gtgagttcatgggtgacgtggctggttctgacggctgggtccatggaggagaagagagaa
gttttttcctatcttgtccacgtcgccagatgctgttggaatatgggaaactacaatggt
gtcatggagttcctggctggactaagatcccgtaaagtgttgaagatgtggcagtttatg
gaccagacggacatcgagaccatgagaagtttgaaggatgccatggctcagcatgaatct
tcttctgattacaagaaagttgtgacccgagcgctcaatatcccaggctgcaaggtggtg
ccattctgtggggttttcctaaaagagctgagtgatgcactgaacagcacagcaagcatc
atcagcctcaaacaatctccagataacacagatgactcaatagagtttgtgtccgactac
agcgggcagcacaattttatgtctcggtccgggtctgatgggctgcacatcccagacaaa
gaagccaccgtcagcaacatcctgcagattattagatcgtgcaatcgtagtttggagtct
gaagaatccgatgaaacatctaccagtcccttgtcaactggtccatccctcacatacaga
tgcaactctttacgggaccgctgccgcaatcaattcacagttggagacttgtcggactcg
gacggtgacctgtccgttgaaccaaaactgaaagaggtggagtttcagggtaccgaggag
acgcacagagctttcagtcacggcacggagctcattccctggtatgtattgtcactacag
ccagatgttcaccagtttttgctgcagggagctacagtcattcattacgaccaggacagc
cacctcacagctcgctgtctgctgcggcttcagcctgacaacacgacgctcatctggggt
aagcctcaaagcggaggagcttcccccatggaacagccacccgggttaggacagagcgtg
gtgcctgggttagccgaaggcctcttggacattggagtggtgaaggcagtgtttttgggc
caccagggggttgatgttcacgttgtgtgtttgcaaaacaagctgagccaaatgacggtg
gaggagaacggtctgactctgctctacggtctcagtaccactgacaacagacttctacac
tttgtggcacccaatcacaccgcacaaatgctccacaagggcctgacagagctggtgaat
gcaaccaggaaactaaagaagttcccagaccaaagacttcagtggctgaggaggcagtat
gttagcttatatcaggaggaaggcaggtacgagggtcccacattagctcaggccattgag
ctgtttggtgggaggaggtggaacatgggcacaggtgctgtagagaaacaaagtaaccag
aaaaacagcccgctgagcatcaatgacaagtccaagaagaaaaagaaggttcttgtaagg
ggagacagtggggatgccaccgatgatgagatggtttccaggaagacgcggagctgtaag
gaaggtttatatcgaaatggtcctgaatctgacagcatcgaccaagaagatctagatgac
agcttcccaggaccattctccatatcatccaataagagctctgggttgctagcctcttcc
tcgtcatcgtcttcttcctccagcatggccgggtccaaccactcccgtccacagtcatct
ccaatcctgtcagggacgtccaagtcacagccaggggcgtggagcagcagatcgtggcac
ggccgaggtaaagcctgcttcaggggcttccagaatctcatgatttctgacagcaccatg
agcttcattgaatttgttgaactcttcaagtcattcagcatccgaagcaggaaggacctg
aaagaactgtttgacacctttgctgtgccctgcagtcgctcatgtccagaatcctcccct
ctctacaccaacctcaggatagacgacaaagatacaggactacagccagacctggaccta
ctcacccggaatggatctgatcttggcctttttatccggacgaggcagctaatgtcagac
aaccagaagcagatctcagatgcgatcgcggcagccagcatcgtgacaaatggcacaggg
gtggagaacgcatcgctgggcgttttgggattggctataccacaactcaatgacttttta
gtgaactgtcagagagagcacctgagctatgatgagatcctcagcatcatacagaggttt
gagccttcatcaaccatgagacaaatgggttttatgtcctttgaaggttttgcaaggttt
ctgatggacaaagacaactttgcttctaacaatgaggaatctcagatgaatccagaggag
ctgcagtaccctctgtcatattactatgttgagtcttctcacaacacctacctgactggt
catcagctcaaaggagagtcctctgttgagctttatagccatgttctgcttcaaggctgt
aggagcgtggagttggactgctgggatggagatgacggcatgccagtcatttaccacgga
cacacactaaccaccaaaatcccctttaaggatgtggtggaagccgtaaatcggtccgca
tttgtcaactctgacatgccagtcatattgtccatagagaaccactgctcacttctgcag
cagcgtaagatggctgaaatattcaagactgtgtgtggggaacgtcttgtgactcgtttc
ctttttgagagtgacttcagcgatgaccctcacctgccatccccactgcagctgcgtggg
aagatcctcctcaagaacaagaagctgaaagcccatcaggcaccggtggacatcctcaaa
cagaaggctcaccagctggcacacatgcaagcccaggcgagcaacggatcatcaggagta
tcttcccctaacaaccacgctaatgaagacgaagaagaagaagaagatgaatatgactat
gattatgagtctctgtcagatgctgatgtcctcacagcctctactgcctcatatggccta
gaagacaacatcctggatgacaagcccgatgctaagagcccggctgacaaggaggagcaa
actgttgacgaaataccaaagaggatgaagaaggccgacaacatgatgcagagcaaagga
aaggtgttcgacatggaactgggtgaggagttttaccttcctcagaacaagaaggagagc
cgtcagatcgcacaggagctctctgacctcatcatctactgccaggctgtaaaattccct
ggtctgtctaccttgtctccatctggctctggtagaggaaaggacagaggaaaaagcagg
aagtccatatttggaacagctccttctcgctgtggcgcaacaggggaggtcacgacccaa
agccgcgcccctggaaaaggtggctctgaacggctcagctgggaggaacagcagacatcc
cctgtcctcaacccttccacttcgctcagcgcaatcatccgcacacccaaatgttaccac
atctcatccgtcaacgagaacgcagccaagcgactgtgtcggcggtactctcagaagctg
atccaacacacggagtgccagctgctccggacatatccagcagctaccaggatcgactcc
acgaatcccaaccctctgctcttctggctgcatggaattcagctggtggccctcaactat
cagacagacgatctgccgatgcagttaaacacagcgttgtttgaggctaatggtggctgt
ggctatgttctgaagcctgctgtgctctgggaccgtagctgtccactttaccagcagttc
tgtccgatggaaagagatctggagaaaatgagcccagcagtctattccctcactcttgtt
tctggacagaacgtctgtccgggtaacagctccggcagcccctgcatcgaggtagacgtc
ctgggaatgtcggtcgacacctaccatttccgcaccaaacccatccaccgcaacactctc
aacccgatgtggagcgagcgctttcagttcacggtgcatttcgaggagatgtgtttcctg
cgatttgcggtggtggagaacaacagctcccagatcacggctcagagaactctgcctctg
aaagccctcaaaccaggttacaggcatgttcagttgagaacgcagcataatgaacatctc
gaagtctccagcttattcatctacagccacagaacagaggaaggtcccaaagggggcgcc
actccctcatctttgctgtttagttcagaggagaagcgtgtttcagagcagcacagggtg
acagtacatggggctcctggtccagaacccttcaaagtcttctctgtaacggtgcagacc
acggctaaacagctgctggacatggttgtgacatctggagaaaaccctttcttgtgtgag
gagaaagtgcccctgctgaaggagcgcagcgaggtgaagcgctgcgctcagtatcggccc
ctggcccccgaggaggaggtggtcaggctcgtcagcagctgggacacagacgatggatat
gtggggaggatctgcatcaaaacaagagaggagaaccttactgacaaaatcactgtcctt
gagagagaggaggagccgacagtggcagggaaagacgcagcaggaggtggtggcggcagt
ggaggagaggatgagatgttcttggttcaggtccatgaagtttcaccagaacagcctcac
actgtgatcaaagccccgcggtacagcacggctcaggacatcatccagcagacactgtca
aaggcaaagtattcctacagtattctgtgcaatcccaatccctgtgactatgtgttggtg
gaggaggtcggcaaggaggccgtttctaagaagtcctctgccgccaagccccttcagcgg
gtgctgctggatcacgagtgcgtctaccaagctcagaaccgctggcgaggcgctggaaaa
ttcattcttaaactcaaagagcagttggtgcgggaggacaaaaagaaagtgatttccttt
gccagtgagctgaaaaagttaaccagtcgcagccgcagcatgacgacaggcatggcagcg
gacggccccacgcagaggtatctgtctgcagctgcaggtctgaaggcgtgggtgactgag
ggtagggtggcggctggaaggttcatccagggttcctctttctcctcttcctcctccttt
aatagagaactccaactcttccaccctcccagctgctcgctgaccctccgagttttgaag
cttcacctccttaggaactggaagatccacaaatga

  All links  
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 (55)   
   KEGG ORTHOLOGY (1)   
   RefGene (51)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (7)   
   Pfam (7)   
All databases (93)   

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