KEGG   Lucilia sericata (common green bottle fly): 119607438
Entry
119607438         CDS       T08270                                 
Name
(RefSeq) 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase classes I and II isoform X1
  KO
K05858  phosphatidylinositol phospholipase C, beta [EC:3.1.4.11]
Organism
lsq  Lucilia sericata (common green bottle fly)
Pathway
lsq00562  Inositol phosphate metabolism
lsq01100  Metabolic pathways
lsq04070  Phosphatidylinositol signaling system
lsq04081  Hormone signaling
lsq04082  Neuroactive ligand signaling
lsq04310  Wnt signaling pathway
lsq04745  Phototransduction - fly
Module
lsq_M00130  Inositol phosphate metabolism, PI=> PIP2 => Ins(1,4,5)P3 => Ins(1,3,4,5)P4
Brite
KEGG Orthology (KO) [BR:lsq00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    119607438
 09130 Environmental Information Processing
  09132 Signal transduction
   04310 Wnt signaling pathway
    119607438
   04070 Phosphatidylinositol signaling system
    119607438
  09133 Signaling molecules and interaction
   04082 Neuroactive ligand signaling
    119607438
   04081 Hormone signaling
    119607438
 09150 Organismal Systems
  09157 Sensory system
   04745 Phototransduction - fly
    119607438
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:lsq04131]
    119607438
Enzymes [BR:lsq01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.11  phosphoinositide phospholipase C
     119607438
Membrane trafficking [BR:lsq04131]
 Exocytosis
  Calcium ion-dependent exocytosis
   Phospholipases
    119607438
 Endocytosis
  Macropinocytosis
   Phospholipase C
    119607438
SSDB
Motif
Pfam: PI-PLC-X PH_14 PI-PLC-Y PLCB1-4-like_EFh EF-hand_like EF_HAND_2_PLCG PH_12 EF-hand_15 LvrA_C
Other DBs
NCBI-GeneID: 119607438
NCBI-ProteinID: XP_037817257
Position
Unknown
AA seq 1314 aa
MLSSGTYVSSGPIEVSQAMQDGEKFIKWDDDSCMGVPVTMRVDPCGFFLLWVDQNNEMDI
LDISTIRDVRTGQYAKKPKDPKLSQIVTLGSQDTLEEKTVTICHGADFVNLTFVNFCCTK
KEIAQHWCDGLMRLAYSLMQLNGSVNMFLKKAHTKLCLQTDKSDKIPVKNIVKMFAQNKD
DRKRVEKALENTGIPSGKLESVPISKFTFEEFYNLYKNLTQRSEVEKVFDNIVGNTKRKY
MTTNQFMDFLNNTQRDPRLNEILYPYADTERAKEIIKQYEPNQFNIQKGLLSLDGFLRYL
MSDDNPIMAANKWDLNDDMNQPLSHYFINSSHNTYLTGHQLTGKSSVEIYRQCLLAGCRC
VELDFWNGRTDEPVIVHGYTFVPEIFAKDVLEAIAESAFKTSEFPVILSFENHCNPRQQA
KIANYCREIFGDMLLDKPLDSHPLEPNVDLPPPSFLRRKIIIKNKKKHHHHHHHHHHHHK
KSTSGSTSNNKQLISANSVDATNKAASITPSSLNMQPQVSIQEDGNTTATTNGDIGNGSN
HAPPLQQLRQSSKDSTGSSDTDSSSDDESLPNTTPILPSGNEPPPEKAQKETEAGAEISA
LVNYVQPIHFSSFENAEKKNRNYEMSSFDEKQATTLLKERPIEFVNYNKHQLSRVYPAGT
RFDSSNFMPQLFWNAGCQLVALNFQTLDLAMQLNLGIFEYNGRCGYLLKPEFMRRTDRRL
DPFAESTVDGIIAGSVSITVLSGQFLSDKRVGTYVEVDMFGLPADTVRKKFRTKIVRDNG
INPIYDEEPFVFKKVVLPALASIRIAAYEENGKFIGHRVLPVIGLRPGYRHLSLRTEMGQ
ALPLTSLFLCIVVKDYVPDDIAIFAEALANPIKYQNELEKRDKQLAVLQEDTEPITEEDI
TNSFVFVQVGGQKKELKPVESNTISPKHRSSITASATMSVEISNARDTADSASATMQSIQ
HQHSLDSTAPTSVRQIESSQFDVESLAAEPLEKILEHKTVREKRLEMEKKLESLRKKHDK
EKVKICGSKLSPMDSSKKTKFAITNKLVKRLSNKNLNCLFVHSESTTEVPPCAIDLGENQ
EECSGDTMQSLEGTVDERLLNSCRQYSQQYRDLQKKYHEAIYATAEKVLQASQDSQLKLL
KSSLDKVNNEVMHQLREARKVEVKNLALVHKDKDEFVRMKREVRRSVVERGVAERTRLMD
VYKQRNEDLRKQHDIVKNNLMEHKTMARQIVDKECESRTCVTTNGFLVLFQNTSATSTCT
SSSLSNDHHHHLSLDIGSSSNKLALSPARSNSSISNSTAACSASATTVALPHKC
NT seq 3945 nt   +upstreamnt  +downstreamnt
atgttatcctctggcacttatgtatcctcgggacccatagaggtttcccaagctatgcag
gatggcgaaaaatttatcaaatgggacgatgactcttgcatgggcgtgccagtaactatg
cgagtggatccttgtggtttctttttactatgggttgatcaaaataatgaaatggatata
ttggatatatccacaattagagatgtacgaactggacaatatgccaaaaaaccaaaggat
cccaaactaagtcaaattgtaacattgggttcacaggatacactggaagagaaaactgta
accatttgtcatggtgcagattttgttaacttgacatttgtaaatttttgctgtacgaaa
aaagaaattgctcagcactggtgtgatggtttaatgaggctggcatacagtttaatgcag
ttgaatggctcggtaaatatgtttttgaaaaaggcccatacaaagctgtgtcttcaaact
gacaaaagcgacaagataccagttaaaaacatagttaaaatgtttgctcaaaataaagat
gatcgcaagcgtgtggaaaaggcattagagaatacaggtataccctcgggcaaactggaa
tcggtgccaatttcaaaatttacgtttgaggaattttataatttatataaaaatctaacg
caacgcagtgaggtggaaaaagtatttgacaacatagtgggcaatacaaaacgcaaatat
atgaccaccaaccagtttatggactttttgaacaacacacagcgtgatccaagactaaat
gagattttatatccttatgccgatacggaacgagccaaagaaatcataaaacaatatgaa
cctaatcaattcaatatacaaaaagggttattgagtttggatggctttttaagatacttg
atgtcagacgataatccaataatggcggcaaataaatgggatctaaatgatgatatgaat
caacctctatcacattattttataaattcttcccataacacttacttaacgggccatcag
ttaaccggtaaatcatcggttgaaatttatcgtcagtgtttattggctggttgcagatgt
gtggagttggatttttggaatggtcgtactgacgaaccggttattgtgcatggttacaca
tttgttcctgaaatatttgccaaggatgttttggaagccatagcggagagtgcttttaaa
acatcagaatttcctgtgatattaagttttgaaaatcactgtaatcccaggcaacaggct
aaaattgctaattactgtcgtgagatatttggtgatatgttgctagataaacccttagat
tctcacccacttgaacccaatgttgatctaccaccaccatcatttctcagacgtaaaatt
atcattaagaataagaagaaacatcatcaccatcaccaccatcatcatcatcaccacaag
aaaagtacgagtggttcgacatccaataacaaacaactgatctcagccaattcagtggat
gccactaataaagctgcatcaattacaccctcatcattaaatatgcaaccacaggtttca
atacaagaagatggcaatacaactgcaactacaaatggagatattggcaatggcagtaat
catgcaccaccattgcagcaattacgacaaagttcaaaagacagtacgggttcttcagat
accgacagctcaagcgatgatgaatctctacctaatactactccaattttacctagtggt
aatgaaccgccaccagaaaaggcccaaaaggaaacagaagctggagccgaaatttcagct
ttagttaattatgtgcagcccatacattttagctcatttgaaaatgctgaaaagaaaaat
cgtaattatgaaatgtcctcgtttgatgaaaaacaggccacaactttattaaaagaaaga
cccatagaatttgtaaactacaataaacatcaattgtccagagtgtatcctgcgggcaca
cgttttgacagttccaattttatgcctcagctcttttggaatgccggttgtcaattggtg
gctttgaattttcaaacattagacttggcaatgcagcttaatttaggaatattcgaatat
aatggcagatgtggttacttactaaaaccggaatttatgagaagaacagatcgccgttta
gatccatttgccgaaagcacggttgatggtattatagctggatctgtttccataacagtt
ctatcgggtcaatttctttccgataagagagtaggcacatatgtggaagtcgatatgttt
ggtttaccagcagatactgtacgaaaaaaatttcgtactaaaattgttcgtgacaatggt
ataaatcctatatacgatgaagaacccttcgtttttaaaaaagtcgttttaccagcattg
gctagcatacgtatagcagcttatgaggaaaatggtaaattcattgggcatcgagttttg
cccgtcataggtttgcgtcctggctaccgccaccttagtttgcgcacggaaatgggtcag
gctttacccttaacatcgctgtttttatgcatagtcgtaaaagattatgttcccgatgac
atcgctatatttgctgaagctttggcaaatcctattaaatatcaaaatgagctagaaaaa
cgtgacaaacaattggcagttttacaagaagataccgaacctataactgaagaagatata
acaaattcatttgtttttgttcaagtaggtggacagaagaaagaactgaaaccggtagaa
tcgaatactataagtccaaaacatagatctagtataacagcgtccgctactatgagcgtg
gaaatctcgaatgctagagataccgccgactcagctagtgccacaatgcagagcatacaa
catcaacattctctcgattcgacggctccaacatctgtcaggcaaattgagtcatcccaa
tttgacgtagaatccttagcagctgaaccattggaaaaaatattagaacataaaacggtg
cgcgaaaaacgcttagaaatggaaaagaaattggaatccttacggaagaaacacgataaa
gaaaaagtgaagatttgtgggtccaagttaagtcctatggacagcagtaaaaagactaaa
tttgctataaccaataaactggtgaaacgtttaagcaataaaaacctaaattgtttattt
gtccacagtgaatcgacaaccgaagttccaccctgtgccatagatttgggagaaaatcaa
gaggaatgttccggagatacgatgcaaagtttggagggtacggtagatgaaagattgctg
aattcatgtcgacagtacagtcagcaatatcgagatttgcagaaaaaatatcatgaagcg
atttatgccacagctgagaaggtcttgcaagcatctcaggacagtcaacttaaactttta
aagtcttctctagataaggtaaataatgaagtgatgcatcaactgcgagaggccagaaag
gtggaggttaaaaatttggcattggttcacaaagataaagatgaatttgtgagaatgaag
cgggaagtaagaagatctgtggttgagcgtggtgtagccgaacgcactcggttaatggac
gtatataaacaacgcaacgaggatttacgaaaacaacatgatatagttaaaaataactta
atggaacataagacaatggcccgtcaaatagttgataaagaatgtgaatctcgtacttgt
gtcaccactaacggtttcttggtactttttcaaaatacctctgccacctccacctgtact
tcttcttctttaagtaatgatcatcaccatcatctttccttggacattggatcatcttct
aataaattagcactatcacctgcccgttcaaatagcagtatatccaacagtacggcagct
tgttctgcctcagcaacgactgtggcattgccacataaatgctaa

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (8)   
   RefSeq(pep) (8)   
DNA sequence (8)   
   RefSeq(nuc) (8)   
Protein domain (9)   
   Pfam (9)   
All databases (27)   

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