KEGG   Sinocyclocheilus rhinocerous: 107708880
Entry
107708880         CDS       T04916                                 
Name
(RefSeq) 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase epsilon-1-like
  KO
K05860  phosphatidylinositol phospholipase C, epsilon [EC:3.1.4.11]
Organism
srx  Sinocyclocheilus rhinocerous
Pathway
srx00562  Inositol phosphate metabolism
srx01100  Metabolic pathways
srx04020  Calcium signaling pathway
srx04070  Phosphatidylinositol signaling system
Module
srx_M00130  Inositol phosphate metabolism, PI=> PIP2 => Ins(1,4,5)P3 => Ins(1,3,4,5)P4
Brite
KEGG Orthology (KO) [BR:srx00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    107708880
 09130 Environmental Information Processing
  09132 Signal transduction
   04020 Calcium signaling pathway
    107708880
   04070 Phosphatidylinositol signaling system
    107708880
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:srx04131]
    107708880
Enzymes [BR:srx01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.11  phosphoinositide phospholipase C
     107708880
Membrane trafficking [BR:srx04131]
 Exocytosis
  Calcium ion-dependent exocytosis
   Phospholipases
    107708880
 Endocytosis
  Macropinocytosis
   Phospholipase C
    107708880
SSDB
Motif
Pfam: PI-PLC-X PI-PLC-Y RasGEF C2 RA GDPD
Other DBs
NCBI-GeneID: 107708880
NCBI-ProteinID: XP_016368731
Position
Unknown
AA seq 2193 aa
MRIRVERQAHIGLMSSMASEKTSAVLGVKSLGKENSASNGDALISMNYGLPVSVSPQALV
HYSFGTLEGDLLGTEGRILKSLDTRSKSLDCLDETYRSKNCSCGAARHGEEGLYVCQMCG
FCDPVESEEGCPENSFPPRSWGTVPQQRKAEGFSSDVTCLAEEQPTLSGSDGELCQMELV
IGQNTESLPFCGLDLRRNSVPVSSPQGPQCTNGCGTAMYNKLCDRTDFVCAVCHKNGFSS
LERLNRKTKPICFQGRCLKRSTPFRLSVPDCSDSEGTVSDSEFVRNKKERSTVLVRRYLK
NNQKIKKTVCTGTRAIVRTLPTGCFSDRVWESVCGKTCQLGDEARGYSRALQAIQLQVSR
ALLTYPGVRFAEIDHVDPTLSPEVYLLHPSRKLLAQAVSWLPVSLLQIRFRACLPRTSIA
AHLSGALLEATAALGARSSLPSVTVGSTGRAMLKERQLCSSMANSSILPSAVTGISKELA
DLQHLIQFPEEIATILTEQEQQLYRRVFPLDYLSFLTRDLGSPECHKCHPHLKASLSAPI
MPTQNDHHNTVEDLVTRFNEVSSWVTWLILTAGSMEEKREVFSYLVHVAKCSWNMGNYNA
VMEFLAGLRSRKVLKMWQFMDQADIETMRGLKDAMAQHESSSEYKKVVNRALNIPGCKVV
PFCGVFLKELSEALDGAASIIGLRPSFDSEEDPVEFVTDYNGQQHFLQRVGSDGLHSSDK
EATVSNILQTIRSCNRSLEAEEPEEKAQEITVCPKNSFKDKSRSQFLVGDLSDSEGDPLE
LTKGIDLQATEEVRGLFSHGTELIPWYVLSLQPDIHQFLLQGATVIHYDPETHLTSRCLL
RLQPDNCFLTWSKSHSSCGTGGKARGFMGHPPSPDHLPLGQPVHCGLTDGLLDLNVVKAV
FMGHPGVDVNYVCLQHKLCNMNPGENGVTLLYGLHTTDNRLLHFVAPKHTAQMLHEGLQE
LLSDIRKIRKFPDQRLQWLRKQYVSLYQEDGRFEGPTLAHAIELFGGRRWNMGTSGPGST
SKSAEKNSAQKNSPLGINSNVKKKKKALVRGDSGDGTDDEMISRKTRSCKETLGRRESDP
LESVEQENAEDCSTFGHPGPLSLSNSKGQSPGSSLSSSSSSSGSFNTNTSTPTRPHSSPV
LPGNSKSQPGAWSSRSWHGRGKGCFRGFQDLMISDSIMSFVEFVELFKSFSIRSRKDLKD
LFDTYAVSCSRSGPDSVPLYTTLRIDDKLTGLQPDLGGHKFEPSSNMRQMGWMSFEGFAR
FLMDKDNFASKNEESQVNLDELQYPLSYYYIESSHNTYLTGHQLKGESSVELYSQVLLQG
CRSVELDCWDGDDGMPVIYHGHTLTTKIPFKDVVEAINRSAFVNSEMPVILSIENHCSLP
QQRKMAEIFKTVFGEKLVTKFLFESDFADEPLLPSPLHLRGKILLKNKKLKAHQAPVDIL
KQKAHQLAHMQAQANNGTVSGTSLGNNDEEEEEEEEYDYDYESLSDADVLNASTASYGQE
DNILDDKPEGKSSTEKLQYESNDEMPKRFKKAGSKGKMFDMELGEEFYLPQNEKESRQIA
QELSDLVIYCQAIKFPGLSTLSPSGSGRGKDRKSRKSIFGSAPARGSPGETVTLVRAPGK
ASLEGIRMNWEEQTSLTLSPSTSLSSIIRTPRCYHISSVNENAAKRLCRRYSQKLIQHTS
CQLLRTYPAATRIDSANPNPLIFWLHGIQLVALNYQTDDLPMQLNAALFEAIGHCGYVLK
PPVLWERSCPLYQQFYPLDRDLENMTPTLYTLTIVSGQNVCPGNSNGSPCVEVEVLGMPA
DSCHFRTKPIHRNTLNPMWNEHFQFHVHFEDMAFLRIAVVENNSSQVTAQRILPLKTLKP
GYRHLQLRNLHNESLEISSLFIFSRRTEESPTGGPLPVSVLFSTEERRAAQQHKVTVHGV
PGPEPFTVMCVDEYTTAKQLLDSLFPTTSFNYFLMEEKMPLCKEKSESKRAPQQRPLAND
ERLLRVTHSWQPQEGYVGRMYLKTKEEQNINEKNTVMEGVEEVSSGEDDTFLVQVHDVSP
EQPHTVIKALCYSTAQDIIQQTLSKAKYSLSILSNPNPCDYVLMEEVTKDAGGKKSSSAK
QCQRVLQDHECVFQAQSRWKGAGKFILKLKEQIAREDKRKGVSFASELRKLTGRSRSLTV
NTNTNGPAAQEPTHSKEEKAACPSMVPLPEASE
NT seq 6582 nt   +upstreamnt  +downstreamnt
atgaggattcgtgtggagagacaggcgcatattggcctcatgagctccatggcctccgag
aagacatccgctgtgctgggagtgaagagtctcggaaaggagaattcggcaagtaatgga
gatgctctcatatccatgaactacggcttgcctgtgagcgtatcccctcaggctctggtc
cattattcattcgggactttggagggggacttactggggacagagggcagaatactgaag
tctttggatactaggtctaagagtttggattgcttagatgagacctacaggtccaaaaac
tgcagctgtggggctgcaaggcacggggaagaagggttgtacgtttgccagatgtgtggg
ttttgcgatccagtggaaagcgaagaaggctgcccggagaatagctttcctcctagaagc
tggggaacggtgccccagcagaggaaagcagaagggttttcttctgatgttacttgcctt
gctgaagaacagccaacgttgagtggctcggatggtgaactgtgtcagatggaactcgta
atcggccaaaacacggagagcctgccgttctgcgggctggatttgaggcgaaacagtgtg
ccagtatcctcaccacaagggcctcaatgcaccaatggctgcggcactgccatgtataac
aaattgtgtgacagaacggacttcgtatgtgccgtgtgccataaaaatggcttctctagt
ttggaaaggctcaacaggaaaaccaaacccatatgctttcagggcagatgccttaagagg
tccacgcccttcaggttgtctgtacctgactgtagtgacagcgagggcactgtgtctgac
agcgagtttgtgcgtaacaagaaagagcgctctactgtccttgtcaggaggtacctcaag
aacaatcagaagatcaaaaagacagtgtgcacaggcaccagagctatagtgaggactcta
cccaccggctgcttctctgacagagtctgggagtctgtttgtgggaaaacatgccaactt
ggtgatgaggcgagaggatacagcagagcgcttcaggccatccagctgcaggtttccagg
gcccttctcacatacccaggggtcaggtttgcagagattgaccatgttgatcctaccctg
agtcctgaagtctatctcctgcacccgtccagaaagctgcttgcccaggctgtgtcatgg
ctgccggtctccctgttgcaaattagattcagggcctgccttcctagaaccagcattgca
gctcatctgagcggggccctgctggaagccacagctgctctcggggcccgaagttctctg
cctagcgtcactgttggctccacaggtagagcgatgctgaaagaacggcagctgtgcagc
tccatggccaactccagcatcctcccgtcagctgtgacgggcatcagtaaggaactagcc
gatctgcagcacctcatccagttccctgaggaaatcgccaccatcctgacagaacaggag
cagcagctgtaccgccgtgtcttcccacttgactacctcagctttctcacccgagacctg
ggaagcccagagtgccacaaatgccacccgcacctgaaagcctccctgtccgcccccatc
atgcccactcagaatgaccaccacaacacagtagaagacctcgtcacaagattcaatgag
gtgagctcatgggtgacctggcttatcctgactgctgggtccatggaggagaagagagaa
gtcttctcataccttgtccatgtggcaaagtgctcctggaacatgggcaactacaatgcg
gtcatggaattcttggcaggtctcaggtctcgcaaagtgctgaagatgtggcagttcatg
gaccaggcagatattgagaccatgcgtggtctgaaggacgccatggcccagcatgaatca
tcatctgagtacaagaaagtggtcaaccgtgctctcaacatcccaggatgcaaagtggtg
cccttctgtggcgtgttccttaaggaacttagtgaggctttggatggtgcggccagcatt
attggactccgtccatcgtttgattctgaagaagatcctgttgagtttgtcactgactac
aatggccagcagcacttcctgcagagggttgggagcgatgggctccacagctcagacaag
gaggcgaccgtcagtaatattctgcagacgattcgcagctgcaaccgaagcctggaggct
gaggagcctgaggagaaggcacaagagatcacagtttgccccaaaaattctttcaaagac
aagagcagaagccagtttttagtaggagacctctcagactctgaaggggacccacttgag
ctgactaagggcatagacctccaggccacagaagaggtgcgtggactatttagccacggt
acagagctcatcccctggtacgtgctctctcttcagccggatatccaccagttcctgctc
cagggagcaactgttatccactacgaccccgagacccatctcacctcccgctgcctcctc
cgtctacagcccgataactgcttccttacctggtccaagtcccacagtagctgtggcaca
ggtggaaaagccagaggcttcatgggacatccaccatccccagaccacttacctctgggc
caacctgtgcactgcggactgaccgatggactcctagaccttaacgtggtgaaggccgtg
tttatgggtcaccctggagtggatgttaactatgtgtgcctgcagcacaaactatgtaac
atgaaccctggtgaaaatggtgtcacgctgctatatggacttcacaccacagacaacagg
ctcctgcactttgtggcccccaaacacacggctcaaatgctgcacgagggcctccaggag
ctgctcagtgacatcaggaagatcaggaagtttcctgaccagagactgcaatggctgcga
aagcagtatgttagtttgtaccaggaggacggtagatttgaggggcccacactggcccat
gctattgagctgtttggtgggagacgctggaatatgggcactagtggccctggatccacc
agcaagagtgcagagaagaactcagcccagaaaaacagcccgctgggcattaactccaac
gtcaagaagaagaagaaagccttagttaggggagacagtggtgatggaacagatgatgag
atgatctcacgcaagaccaggagctgtaaagagactttgggaaggagagagtcagaccct
ttggaaagtgttgagcaggaaaacgctgaggactgcagtacctttggccaccctggaccc
ctttccttatccaacagcaaaggccagtctcctggatcctccttatcctcctcctcatct
tcctctggctcctttaacacaaacacctccacccctacacgcccccattcgtcccctgtt
ctccccggcaactccaaaagtcagccaggggcctggagcagtcggagctggcatggtcga
gggaaaggctgctttaggggcttccaggacctcatgatctccgacagcatcatgagcttt
gttgaatttgtagagctcttcaagtcttttagcattcgcagtcgtaaggatctgaaggat
ctgttcgacacctacgctgtgtcttgtagtcgctcaggtcctgactctgtcccactctac
accacactgaggattgatgacaaactaacaggactgcaaccggatcttggtgggcataaa
tttgagccttcttcaaacatgcgtcagatggggtggatgtcctttgaaggatttgccagg
tttctaatggacaaggacaactttgcctctaaaaacgaggagtctcaagtgaatctggat
gagctccagtatccgctctcgtactattacatcgagtcctctcataacacgtacctcacg
ggccatcagctgaaaggagagtcttcagtggagctctacagccaggtgttgctgcagggc
tgtcgtagcgttgagttggactgctgggacggggacgacggcatgcctgttatttaccat
ggacacactcttactactaagattcccttcaaggatgttgtcgaggccatcaatcgttca
gcgtttgtgaactcagagatgcctgtgattctgtcaatcgaaaaccactgctctttacca
cagcaacgcaaaatggctgagatttttaagacggtgtttggtgagaagctggtgaccaag
ttcctgtttgagagtgattttgcggatgagcctttgcttccgtctcccctgcatctccga
gggaagatcctactgaaaaataagaagctgaaagctcaccaggctccagtggacattctc
aaacaaaaggcacatcagctggctcacatgcaggcccaggccaacaacggcacagtcagt
ggaacatccctgggaaacaatgacgaagaagaagaggaggaagaagagtatgactatgat
tatgagtcattatctgatgctgatgtcctcaatgcttccacagcctcttatggccaggaa
gacaatattctggatgacaaacccgaaggcaagtcatccactgagaaacttcagtatgag
tccaatgatgagatgcccaagcggttcaagaaagcgggaagcaaaggaaagatgtttgac
atggaactaggagaggagttctacctgccccagaatgagaaggagagcagacagatcgct
caagagctatctgatctggtcatctactgtcaggctattaaattcccaggcctctccacc
ctctccccatcaggctctggaaggggaaaagacagaaaaagccggaaatccatctttggc
agcgctcctgctcgcggaagccccggggagactgtgacgttggtccgagctccagggaaa
gccagtctggagggcattcggatgaactgggaggaacaaacatcgttgacactgagcccg
agcacctctctcagctccatcatccgcacacccagatgctaccatatctcctctgtcaac
gagaacgctgcaaagcgtctgtgtcgccgctactcccagaagctcatccagcacaccagc
tgccagctgctccgcacgtaccctgcagccacacgcatcgactccgccaaccccaatcct
ctcatcttctggctgcacggaatccagctggttgccctcaactatcagactgatgatctg
cccatgcagctgaacgcagctctgttcgaggctattggtcactgtggttatgtgctgaag
cccccggtcctgtgggagcgaagctgccctctctatcagcaattttaccctctggatcga
gacctggagaacatgacccccacgctctacactctcactattgtgtcgggacagaatgtg
tgtccggggaactcgaacggaagtccctgtgtggaagtggaggtgttgggcatgccggca
gacagctgccatttccgcaccaagcctatacaccgtaacacactcaatcccatgtggaat
gagcacttccagtttcatgtgcacttcgaggatatggcgtttctgcgcattgctgtcgtg
gagaacaacagctcacaggtcaccgctcagcggatactgcccctcaaaaccctcaaacca
ggctacagacacctgcagttgaggaacctgcacaatgagtctctggagatctctagtctg
ttcatcttcagccgcaggacggaggagagtcccaccggaggaccactgcctgtgtctgtg
ctgttcagcacggaggaaagacgcgccgcccagcagcacaaagtgacagtgcatggagtt
ccaggccctgaacccttcaccgtaatgtgtgttgatgaatacaccacggccaagcagctc
ctggactctttatttccgactacctccttcaactacttcctgatggaggagaaaatgcct
ctgtgcaaggagaagagcgagtcgaagagagcacctcagcagcgccccctagcgaatgat
gaacggctcctgagagttactcacagctggcagccgcaggaaggatatgtgggcagaatg
tacctgaaaaccaaggaggagcagaacatcaatgagaagaatacggtgatggagggggtg
gaggaggtgagcagcggagaggacgacacgttcctcgtgcaggttcatgatgtttctcct
gagcagcctcacacggtcatcaaagccctgtgttacagcaccgcccaggacatcatccag
cagactctgagcaaagcaaagtactctctgagcatcctgagcaaccctaacccatgtgac
tacgtcctgatggaggaggttactaaagacgcgggtggaaagaaatcatcctcggctaaa
cagtgtcagcgtgtgctgcaggaccacgagtgtgtgttccaggctcagagccgctggaag
ggtgctgggaagttcatcctcaaactcaaagagcagatcgctcgtgaggacaagcgcaag
ggcgtgtcttttgccagcgagctacggaagttgacgggtcggagtcggagcttgactgtg
aacacgaacacgaacggtccagcagctcaggagccgacacacagtaaggaagagaaggct
gcatgtcccagcatggtgcctctgccagaggcctcggagtga

  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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (33)   

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