KEGG   Chrysemys picta (western painted turtle): 101933764
Entry
101933764         CDS       T04662                                 
Symbol
PLCH1
Name
(RefSeq) 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase eta-1 isoform X1
  KO
K19006  phosphatidylinositol phospholipase C, eta [EC:3.1.4.11]
Organism
cpic  Chrysemys picta (western painted turtle)
Pathway
cpic00562  Inositol phosphate metabolism
cpic01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:cpic00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    101933764 (PLCH1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:cpic04131]
    101933764 (PLCH1)
Enzymes [BR:cpic01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.11  phosphoinositide phospholipase C
     101933764 (PLCH1)
Membrane trafficking [BR:cpic04131]
 Exocytosis
  Calcium ion-dependent exocytosis
   Phospholipases
    101933764 (PLCH1)
 Endocytosis
  Macropinocytosis
   Phospholipase C
    101933764 (PLCH1)
SSDB
Motif
Pfam: PI-PLC-X PI-PLC-Y C2 EF-hand_like EF-hand_7 PH_12 EF-hand_1 EF-hand_6 EF-hand_10 EF-hand_5 EF-hand_8 PH AIF-1 SPARC_Ca_bdg EF-hand_4
Other DBs
NCBI-GeneID: 101933764
NCBI-ProteinID: XP_005287025
Position
9:complement(75546700..75722195)
AA seq 1715 aa
MSYWSLDKKNCLQYCRHFLVDNGVFHVERCMSVMQSGTQMIKLKSGTKGLVRLFYLDEHR
TCIRWRPSRKSEKAKIVIDSIYKVTEGRQSEIFHRHTEGNFDPSCCFTIYHGNHMESLDL
ITSNPEEARTWITGLKYLMAGISDEDSLAKRQRTHDHWVKQTFEEADKNGDGLLNIEEIH
QLMHKLNVNLPRRKVRQMFQEADTDENQGTLTFEEFSVFYKMMSLRRDLYLLLLSYSDKK
DHLTVEEFAQFLKMEQKMNNVTTEYCLDIIRKFEVSEENKEQNVLGIEGFTSFMRSSACD
IFNPLHSEVHQDMDQPLCNYYIASSHNTYLTGDQLLSQSKVEMYARVLQDGCRCVEVDCW
DGPDGEPVVHHGYTFTSKILFRDVVEAINKNAFVKNEFPVILSIENHCSIQQQKKIAQYL
MEIFSDKLDLSSIITGDSKQLPSPQSLKGKILVKGKKLPYNLGADAEEGEVSDEDSADEI
EDDCKLKLCYSNGTTEHQMESFIRKKLESLIKESQIRDKEDPDSFTVKALLKATHEGLNV
NLKQNRDTKESGKKSHSRSLMGNFGKYKKAVKSRSKSHSTSEDEESQQNSSGKETGQLYR
LGRRRKTMKLCRALSDLVVYTNSVAAQDIVDDGTMGNVLSFSETRAHQVVQQKSEQFILY
NQKQLTRIYPSAYRIDSSNFNPLPYWNAGCQLVALNYQSDGRMMQVNQAKFRMNGNCGYV
LKPQQMCKGTFNPYSGDPLPANPKKQLILKVISGQQLPKPPDSVLGDRGEIIDPFVEVEI
IGLPVDCCKDQTRVVDDNGFNPVWEETLTFTIHMPEIALVRFLVWDHDPIGRDFVGQRTV
AFSSLVPGYRHVYLEGLTEASIFVHITINEMYGKWSPLILNPSYTILHFLGATKNRQLIG
LKGLFNKNPKHNSAENNGHYVRKRSIGDRILRRTASAPAKGRKKSKMGFQEATEIKDGTS
EPTDMKDKEGVIRRTTRSLQARPASMPVDKFLLMGLSSPECETIKDTKREENTSADSNNG
TSVNQTNLKEHIFSSPEQAAPSSNSTSLHKNATSQSDTRIGSSTESPVREHAESFDFVSG
IAETNHSTEYQKSHLSNEPVHIRQDSVFDLDTEKIQDTNYTDEKREEETGGCKEEKKIPA
GSCVSGKKQEFDNNKYDVIMSSTVTTFSLTDISSTICSDIYDLHSTAALQDSDVSRLIDE
VSLTNESEMSSSVSALIGQFDVTDDRTNLTVVSSLHGTNNQTFSVVSAHPHMFTVDLSTP
LKQNFTNVKSVESPLFSTPDTAMFSSPETTEYSVYTIIHEASLSPASDCKPIDERACKKS
DCVENSFPVSPCTSPLHLLTANPKRKCGTNWETLEDCSSYTLEDTIVDPPACITSAGSSL
MEVDGDSQDLLITAYEFKREDMSQLAAALKLKHNQDSVHYCERISGNNLINEDPHSAALD
NSNNFRTARNQSFPYPAFQSVGFLHNNYLQTLDTHNDLLYVSQRSRLNMHSPTPKNTLPY
PPTAAIKQPSPCKSKSLGDLTSEDISCNFESKYKYISRSFITSGMRDKKVAAMKTKRPQS
TDTLTEQLRKLVSFDQEDNCQTLYSKQNDDDCPKALVRKLSSRSQSRVRNIASRAKERQE
ANKQKLSNASSIAGVVLRNKPSVSAHVINRHSTGSYIARYLNDFSGEDLEGRGVPEGACT
SLRYGCNDQFCTDDSVLQMEPSSDDKPEIYFLLRL
NT seq 5148 nt   +upstreamnt  +downstreamnt
atgagttattggagcctggataagaaaaattgtctgcagtactgcagacattttttagtg
gacaatggcgtatttcatgttgaaagatgtatgagtgtaatgcagtctgggactcagatg
attaagctgaagagtggaacaaaagggctagtacgtctcttttacctggatgaacacagg
acttgcatcagatggagaccgtccagaaaaagtgaaaaggctaaaattgtaattgattca
atttacaaagtgacagaaggccgacagtctgaaatattccatcgccataccgaggggaac
tttgacccaagttgctgctttaccatttaccatggtaaccacatggagtcactagacctg
atcacctctaatccagaggaggctcgcacctggatcacaggacttaagtatttgatggct
ggaataagtgatgaggattctcttgctaaacgacaaagaactcatgatcactgggtgaaa
cagacctttgaggaagctgataagaacggagatggcttgttgaatattgaagagatccac
cagttgatgcataaactgaatgtcaatctgccccgcagaaaagtgcgacagatgttccag
gaagctgacacagatgagaatcagggaaccctaacattcgaagaattctctgtgttttac
aagatgatgtcattacgacgcgatctctacttgttgcttttgagctacagcgataagaaa
gatcatctcactgttgaagaatttgctcagtttctgaagatggaacaaaagatgaataat
gtgaccacagaatattgccttgacatcataaggaagtttgaagtttcagaagaaaacaag
gagcaaaatgttctggggatagaaggtttcaccagcttcatgcgcagttctgcttgtgat
atatttaacccattgcattctgaagtccaccaggatatggatcaacccctttgtaactac
tatattgcttcatctcacaatacatacctgacaggagaccaacttctatctcagtccaaa
gtggagatgtatgcccgggtgttgcaggatggttgtcgatgtgttgaagttgactgctgg
gatggtccagatggagagccagtagtgcaccatggttatacctttacttccaaaatactc
ttcagagatgtagtagaagctatcaataaaaatgcctttgtcaaaaacgagtttccggtg
atattgtctattgagaatcactgtagtatccagcagcaaaagaagattgctcagtacctc
atggaaatattcagtgacaaactggacttgtcatctataatcactggagattccaagcag
cttcctagccctcaaagtttgaaaggcaaaatcctagtgaagggaaagaaactaccatat
aaccttggagctgatgctgaagaaggggaggtttctgatgaagacagtgctgatgaaatt
gaagatgactgcaagttaaagctctgttatagtaatggtacaactgagcaccagatggaa
tcttttataagaaagaaacttgaatcattgataaaagaatctcaaatccgggacaaagaa
gaccctgacagtttcaccgtgaaagcgctgttaaaggcgacacatgagggcttaaatgta
aacctgaaacagaaccgagacacaaaagaaagtgggaagaaatcccatagccgctcatta
atgggcaattttgggaaatacaagaaagctgtcaaatcaaggtccaaatctcatagcaca
tctgaggatgaagaaagtcaacaaaattcttctggaaaggaaactgggcagttgtacagg
ttgggccgccggagaaaaaccatgaagctgtgccgtgctctttctgatttagtggtgtac
acaaactctgtggcagcccaagatatagtagatgatgggactatgggaaatgtgttgtca
ttcagtgaaacgagggcccaccaggtagtgcagcagaagtctgagcagtttatactttac
aaccagaaacagctcaccagaatctatccatctgcatatcggattgactccagcaatttc
aaccccttaccgtactggaatgctggttgccagctggtggcattaaactaccagtctgat
gggcgcatgatgcaggttaatcaagcaaagttcaggatgaatggcaactgtgggtatgtc
ctcaaacctcagcagatgtgcaaaggtacattcaacccttattccggtgatccacttcct
gccaaccctaaaaagcagcttattctcaaagtcatcagtggacagcaactacctaagcct
ccagattcagtattaggagacagaggggagataatagatccttttgtcgaagtggaaatt
attgggttacctgtagattgctgtaaagaccagaccagagtggttgatgacaatggattt
aaccctgtttgggaggaaactctcacttttaccatccacatgcctgaaatagctttggtt
cgatttcttgtttgggaccatgatcctattggtcgagattttgttggacaacgaactgtg
gccttcagcagtcttgtgcctggctatcgtcatgtctacttagagggactaactgaagca
tccatatttgtccatataacaatcaatgaaatgtatggaaagtggagtcctttaatcctc
aatcccagttatactatattgcactttctaggagccactaagaataggcagctgatagga
ctcaaagggttgtttaacaagaatcccaaacacaattctgctgaaaacaatgggcattac
gtgcggaaacgatcaattggtgatcgaattctccgacgcacagccagtgctccggcaaaa
ggcaggaagaagagcaaaatgggctttcaggaagctacagaaattaaagacggtacctct
gagccaacagacatgaaagacaaggaaggagttataaggcgtacaaccaggagtttgcaa
gcacgtcctgcttctatgccagttgacaaattccttctgatgggattgtcttcaccagaa
tgtgaaacgattaaagacaccaaaagagaagaaaatacctctgcagatagcaacaatggt
acaagtgtgaaccaaacaaacttgaaagaacatatcttttcatcccctgagcaagctgca
ccttcttcaaattctacatctctgcataaaaatgctacttcccagagtgacaccagaatt
ggcagttctacagaatcacctgtacgtgaacatgcagaaagctttgactttgtaagtggg
atagctgaaacaaatcactccacagaatatcagaaaagtcacctttccaatgaacctgtt
catataaggcaggattcagtttttgatcttgatacagaaaaaatacaagatacaaattac
acagatgaaaaaagagaagaggagactggaggatgtaaagaggagaagaaaataccggca
ggaagttgtgtttctggaaagaaacaggagtttgacaataataaatatgatgtcattatg
agcagtactgtaaccactttttcactgactgatatatcttccaccatctgttctgacatc
tacgatttgcactcgactgcagctctgcaagatagtgatgtttctcgtctcatagatgag
gtttctttgacaaatgagagcgagatgagtagttctgtctcagcactgattggacagttt
gatgttacagatgaccgaactaatctgactgttgtttcaagtcttcatggcaccaacaac
caaaccttcagtgtggtgtcggcacatccacacatgtttactgttgatctaagtacaccc
cttaaacaaaactttaccaatgtaaaatctgttgaatcaccattattctcaacaccagat
actgctatgttctccagccctgagacgacagagtattctgtgtacacaattatccacgag
gcatctctttcaccagcctctgattgtaaaccaatagatgaacgagcttgcaagaagtca
gactgtgtggaaaatagctttccagtatccccttgcacttcccctctccatttgctaaca
gcaaatcccaaaaggaagtgtggaacaaattgggaaacccttgaggattgcagttcctac
actttggaggatacaatagttgaccctcctgcttgtataacctcagcaggcagcagtctt
atggaagtcgatggggattcccaagacctcctgataactgcatatgaattcaagagagaa
gatatgagccaacttgctgctgctttgaaactgaagcataatcaggactcagtacactac
tgtgagagaatctctgggaataatttaatcaatgaggaccctcacagtgctgctctggat
aattcaaataattttaggactgcaagaaatcaaagttttccttacccagcatttcagagt
gttggctttttgcataataattatctgcaaactttagatacacacaatgatttgttgtat
gtctcccaaagatccagactaaatatgcattcacctacacccaagaacactttgccctac
cctcctactgcagccatcaaacagcctagtccttgcaaatccaagagcctgggagacttg
acatcagaggatatctcctgcaattttgaaagcaagtacaaatacataagtagaagcttt
attacatctggcatgagagacaagaaagttgcagctatgaaaactaagagaccacaatct
acagacactctgacagaacaattgcgaaagctggtgtcctttgaccaggaagacaactgt
caaactttgtattctaagcagaatgacgatgattgccccaaggcattggtcagaaaactg
tcatccagaagtcaaagcagagtacgcaatattgctagtcgtgccaaggaaagacaagaa
gccaacaagcaaaaactttctaatgctagcagcatagcaggggtagttctaagaaacaaa
ccatcagtatcagctcatgttatcaacaggcattccactggctcttacatagcaagatac
ctgaatgacttcagtggggaggatctggaaggtcggggtgtaccagagggcgcatgtact
tctttacgttatggatgcaatgaccagttttgtacagatgattccgttttgcagatggag
ccaagcagtgatgataaaccagaaatttatttccttctgagactgtaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (23)   
   KEGG ORTHOLOGY (1)   
   RefGene (19)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (15)   
   Pfam (15)   
All databases (64)   

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