KEGG   Parus major (Great Tit): 107213640
Entry
107213640         CDS       T04864                                 
Symbol
PLCH2
Name
(RefSeq) 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase eta-2 isoform X1
  KO
K19006  phosphatidylinositol phospholipase C, eta [EC:3.1.4.11]
Organism
pmaj  Parus major (Great Tit)
Pathway
pmaj00562  Inositol phosphate metabolism
pmaj01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:pmaj00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    107213640 (PLCH2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:pmaj04131]
    107213640 (PLCH2)
Enzymes [BR:pmaj01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.11  phosphoinositide phospholipase C
     107213640 (PLCH2)
Membrane trafficking [BR:pmaj04131]
 Exocytosis
  Calcium ion-dependent exocytosis
   Phospholipases
    107213640 (PLCH2)
 Endocytosis
  Macropinocytosis
   Phospholipase C
    107213640 (PLCH2)
SSDB
Motif
Pfam: PI-PLC-X PI-PLC-Y EF-hand_like C2 EF-hand_7 PH_12 EF-hand_1 EF-hand_6 EF-hand_10 EF-hand_5 EF-hand_8 PH AIF-1 EF-hand_4 SPARC_Ca_bdg
Other DBs
NCBI-GeneID: 107213640
NCBI-ProteinID: XP_015503749
Ensembl: ENSPMJG00000013343
Position
21:complement(4854948..4936039)
AA seq 1822 aa
MALTSLKSVAGDLTQREESILHEGNCCHFLSSNILTVVERCMSSMQAGTQMIKLRGGSKG
LVRFYYLDDHRSCIRWRPSRKNEKAKISIDSIQEVCEGKQSEIFQRYADGSFDPNCCFSI
YYGDHMESLDLVSSSAEEARTWITGLKYLMAGISDEDSLSKRQRTRDQWLKQTFDEADKN
GDGSLSISEVLQLMHKLNVNLPRQKVKQMFKEADTDDNQGTLDFEEFSAFYKMMSTRRDL
YLLMLTYSNHKDYLDTDDLKRFLETEQKMTNVTKEYCLEIISKFEPCPENKKEGALGIDG
FTNYMRSPSGDIFNPEHYQVNQDMSYPLSHYFITSSHNTYLMGDQLMSQSRVDMYAWVLQ
SGCRCVEVDCWDGPDGEPIVHHGYTLTSKILFKDVIETINKYAFIKNEYPVILSIENHCS
IMQQKKMAQYLTEILGDKLDLSSVHNDDSTKLPSPASLKGKILVKGKKLPANISDDAEEG
EVSDEDSADEIDDDCKLMNGDASANRKRVENIAKKKLDSLIKESKIRDCEDPNNFTVSTL
PSSGKAGLKFGSKKSKLEDDAESGEDFSASRRHSRSLMGSFSKRKKKGSKLKKASSLEEG
EDDSDSQGNLARSSVHCSRVNRQKKTMKLSRALSDLVKYTKSVGIHDIETEISSSWQVSS
FSETKAHQILQQKPAQYLRFNQHQLSRIYPSSYRVDSSNYNPQPFWNAGCQLVALNYQSE
GRMLQLNRAKFSANGNCGYVLKPNCMCQGVFNPNSEDPLPGQLKKQLVLRIISGQQLPKP
RDSMLGDRGEIIDPFVEVEVIGLPVDCFKEQTRVVDDNGFNPMWEETLVFTVHMPEIALI
RFLVWDHDPIGRDFIGQRTIAFSSMMPGYRHVYLEGIEEASIFVHVAINDICGKAKQALG
LKGLFLRNPKQASLDSHAAGQLHRKHSFSSHILRRTASAPTKSQKKNKKGFPEIAFDTKD
SSSAGAGEGREVEAASQPRFVQEPESTSLSPAPRDGASGEAPGKGLKGKAQGPPRGPGQS
CPHPRAPFSEPLPRAHRVRLQEPQGEKQSIFARCAINSSGRIGVATNCMKCMIGSKESPD
PEGPWSDHTGGPIARDPLHPGQTSSAEERVELRTWVIRGQPRPHSDLQPCSSPGTADDLT
RSTQYFVTPGKTSGDSNCHGIKAHSRQWWQCPSGGKYGSTVNLVAASNGSISSNSSSLES
LGSPEFPKHWSEPSRRQVGTLQREMNALFVQKLEEIRSKSPIFFTDICYFSIQRSVTSLC
SLETITEEPVLANEKHHCSLLFPLPVTPYSDSEEGSGSDHSTKAPLEGSSTSNQPQEPLP
SREQGTNLAAEDQGQDAPRAADTSLVAPEGERTSVAECPTEGNGWTQCSEAEDWGGSAAH
PQKARLVQAAGHSAGQPVGNYQKKNNQPCQVLADMKSTSESKGQNLGAAAVPPQQSNVIN
STQADSPQKAQAAQALPVSISHMSSYTLARRAKSEGLKTSDSSALIKIPSSLSPAAEVYF
DATVNDRIWSKLDCGSHRDSMSSSSSMSSNDTVIDLSLPSLARKSLPDLGMRHDSLEPLA
IRKGMRPRSATACSNEMPIVGKSKSNPNLRSGQLPADELCPRPLARSPQDEFSSIPRRHT
WSRLYMESLRQSSNKSKVHDMVGNNQTKSKSLGDLTSDDIVCTFESKYRSISRSFVTRSM
REQRRSSGLWPLAKSQDKLTEQLKKLTAFQQENDITSPISLEPSESEEEGESVGLLRRSS
SRSQSRVRYIANRARQAQERQRLQGRAQFGGSPIEERGNPEGACSVGRAGCTDPAAHTAL
PSLPKAQPDSEADTEVFFMLRL
NT seq 5469 nt   +upstreamnt  +downstreamnt
atggctctgacttctctaaaatctgtagcaggggatttgacacaaagagaagaatccatt
ctccatgagggaaactgctgccatttcctctcttcaaacatcctcacagtagtggaaaga
tgtatgagctccatgcaagcaggcacccagatgatcaaactccgtggtggctccaagggg
ctggtccgcttctactacttggatgaccataggtcatgcattcgctggagaccctctcgg
aagaatgagaaagccaaaatttccattgactccatccaggaggtgtgtgaggggaagcag
tcggagatcttccagcgctatgccgatggcagctttgatcccaattgctgcttcagcatc
tactacggggaccacatggaatccctggatttggtgtcctccagtgctgaggaagcacgg
acctggatcacagggctgaagtacctgatggcagggatcagtgatgaggacagcctctcc
aaacgccaaaggaccagagaccagtggttgaagcagacatttgatgaggcagataaaaat
ggggatggcagcctgagtattagtgaagtgctccagctcatgcacaaactgaatgtgaac
ctaccccgacagaaagtcaagcaaatgtttaaggaggctgacacagatgacaaccagggc
acactggactttgaggaattctctgccttctacaagatgatgtcgacgcggcgtgatctg
tacctgctgatgcttacctacagcaaccacaaagactacctggacacagatgacctgaaa
cgcttcttggagactgaacagaagatgacaaatgtgactaaagaatattgcctggaaatc
atcagcaagtttgagccatgcccagagaacaagaaggagggagccctgggaattgatggt
ttcaccaattacatgcggagtccatcgggggacatattcaatccagaacattaccaagtg
aaccaggacatgagctaccctctgagtcactatttcattacctcttcacacaacacctac
ctcatgggagatcagctgatgtcccagtccagggtggacatgtatgcatgggtgctacag
tctggctgtcgctgcgtggaagttgactgctgggatgggccagatggggaaccaattgtc
caccatggatacaccttgacttccaaaatcctcttcaaagatgtgattgaaactatcaac
aaatatgcctttatcaagaatgagtaccctgtgatactgtcaattgagaaccactgcagc
atcatgcagcagaagaagatggctcagtatcttacagaaatcctgggagataaactggat
ctgtcttctgtgcacaacgatgactccacaaagctcccttcaccagcaagtcttaaaggg
aagatcctggttaagggcaagaaacttccagccaacatcagtgatgatgcagaggaagga
gaagtttctgatgaggacagtgctgatgagattgatgatgactgtaaactaatgaatgga
gatgcatctgctaacaggaaaagagtggagaatatagcaaagaaaaaacttgactcactg
ataaaagaatccaaaatccgtgactgtgaagatccaaacaattttacagtttccactcta
ccatcctcaggaaaggctgggctgaagtttggcagtaagaagagtaaacttgaggatgat
gcggaatccggggaagattttagtgccagcagaaggcacagccggtctctcatgggcagc
ttttccaaacgcaagaaaaaaggaagcaaattgaaaaaggcatcaagtctggaagagggt
gaagatgattcggattctcaagggaatttagccaggagctctgtacattgcagcagagta
aaccgacagaagaagacaatgaagctgtccagggccctgtctgacctggtgaaatacacg
aaatctgttggcatccatgacattgaaactgagatctcttccagctggcaggtttcatct
ttcagtgaaactaaagcccaccagatcctgcagcagaaaccagcacagtacctacgtttc
aaccagcaccagctgtcccgcatctacccctcctcctaccgagtggactccagcaactac
aacccccagcctttctggaatgctggctgccaacttgttgcactaaactaccagtcagag
gggaggatgctacagctgaaccgggccaagtttagtgccaatgggaactgtggctatgtc
ctcaaaccaaactgcatgtgtcaaggtgtctttaatccaaattctgaagacccactgcct
ggtcaattgaagaaacagctagttctaagaattatcagtggtcaacaacttcccaaacca
cgtgattccatgctgggagatagaggagagatcatagatccatttgttgaagtagaagtt
ataggcttacctgttgattgcttcaaagaacaaaccagagtagttgatgataatggtttt
aaccccatgtgggaggagacattggtgttcacagtccacatgccagagattgccctgatc
cggttccttgtgtgggatcacgaccccattgggagggatttcatcgggcagaggacaata
gccttcagcagtatgatgccaggttacagacacgtgtacctggaaggcatagaagaggct
tccatctttgtgcatgtggctataaatgacatctgtggtaaggccaaacaagctctaggt
ctaaaagggctatttctcagaaatccaaagcaggcctctctggacagtcatgctgctggg
cagctccatcgcaaacattcctttagcagccacatcctgcgacggacagccagtgcaccc
accaagagccagaagaagaacaagaagggctttcctgaaattgcttttgatacaaaggac
agcagctctgcaggggctggagaagggcgggaagtggaagctgcctcccagcctcgcttt
gtgcaagagccagaaagtacttccctgtccccagctccccgagacggtgccagtggggag
gcacctggcaagggcttgaaaggtaaggcccagggccctcccagagggccagggcagagc
tgtccccaccccagggctcctttcagtgagcccttgcccagggcacacagggtgaggctg
caggagccccagggcgagaagcaaagcatcttcgcccgctgtgccatcaacagctcgggc
aggattggagtggccaccaactgcatgaaatgcatgattggctccaaagagagccctgac
ccagaggggccgtggagtgaccacactggcgggcccattgctagagaccccctgcaccct
gggcagaccagcagtgcagaggagagggtagagctcaggacctgggttatcagagggcag
cccaggccacactcagatttgcagccttgcagcagccctggaactgcagatgatctgaca
aggagcactcagtattttgtgaccccagggaagacaagtggtgattctaattgtcacgga
ataaaggctcattcccggcagtggtggcagtgcccatcaggtggcaagtatggaagcact
gtcaacttggttgcagccagcaatggctctatatcctcaaactccagcagtctagaaagc
cttggaagcccagaattccccaagcactggtctgaaccttctcgaaggcaagtgggcacc
ctacagagggaaatgaatgccttgttcgttcaaaaactggaggaaattcgaagtaaatcc
cccatattctttactgacatctgctacttctcaatccagaggtcagtcacttctttatgc
agcctagaaacgatcacggaagagcctgtccttgctaatgagaagcatcactgcagcctt
ctcttccctctgcctgttaccccttacagtgattctgaggaaggatctgggtctgatcat
tccaccaaagcaccattagagggaagcagcacatccaaccagcctcaggagcccctaccc
tccagagaacaaggaacaaatctggctgcagaagaccaaggacaggatgccccaagagca
gctgacacaagtttagtagccccagagggtgagaggacaagtgtggcagaatgtcccaca
gaaggaaatggctggacacagtgcagcgaggctgaagattggggtggatcagcagcacat
ccccaaaaagccagactggtacaggcagcaggtcacagtgctggccaacctgtaggaaac
taccagaagaaaaacaaccaaccatgtcaggtattagcagacatgaaaagcacctctgaa
tccaaagggcaaaacctgggtgcagcagctgttccaccccagcaaagtaatgtcattaac
agcacacaagcagattctccccagaaagcccaggctgcacaggctctccctgtctctatt
tctcacatgagctcttacacgttggcaagaagggcaaagagtgaaggactgaagacatca
gactcctcagccttaataaaaattccaagcagcctgtctccagcagcagaagtgtacttt
gatgccactgtcaatgatcggatctggagcaagctggactgtggcagccaccgtgacagc
atgtcctcctcgtccagcatgtcctccaatgacactgtcattgacctctctctccccagc
ctggctcgcaaaagcctcccggacctgggcatgcgccatgacagcctggagcccctggcc
atcagaaaggggatgcgcccacgctccgccactgcctgcagcaacgagatgccaatagta
ggcaagagcaagtccaaccccaacctgaggtctggtcagctgccggctgatgagctgtgc
ccccggcccctggccaggagccctcaggacgagttctcatccattcctagaaggcacacc
tggagtagactctacatggagagtctcaggcagtcctctaacaaatccaaagtgcatgac
atggtcgggaataaccagacaaagtccaaaagcctcggggaccttacgtctgacgacatt
gtatgcacttttgagagcaaataccgcagcatcagcaggagctttgtcacccgctccatg
cgagagcagcgccgctcctcaggcctgtggcccttggccaaatcccaggacaaactgact
gagcagctgaagaagctgacagcctttcaacaggaaaatgacatcacctccccgatcagc
cttgagcccagtgagtcggaggaggagggggagagtgttgggctgctgcgccggtcatca
tcgcgcagccagagccgtgtgcgctacatcgccaacagagcacggcaggcccaggagcgg
cagcgcctgcagggccgggcacagtttggggggagccccattgaggagaggggcaaccct
gagggtgcctgcagcgtgggtagggctggctgcaccgaccctgctgcccacaccgccctg
ccatccttgcccaaagcccagcctgacagtgaggcagacactgaggtgttcttcatgctc
agactgtga

  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 (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (9)   
   RefSeq(pep) (9)   
DNA sequence (9)   
   RefSeq(nuc) (9)   
Protein domain (15)   
   Pfam (15)   
All databases (56)   

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