KEGG   Aedes albopictus (Asian tiger mosquito): 115254468
Entry
115254468         CDS       T06060                                 
Name
(RefSeq) 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase epsilon-1-like
  KO
K05860  phosphatidylinositol phospholipase C, epsilon [EC:3.1.4.11]
Organism
aalb  Aedes albopictus (Asian tiger mosquito)
Pathway
aalb00562  Inositol phosphate metabolism
aalb01100  Metabolic pathways
aalb04070  Phosphatidylinositol signaling system
Module
aalb_M00130  Inositol phosphate metabolism, PI=> PIP2 => Ins(1,4,5)P3 => Ins(1,3,4,5)P4
Brite
KEGG Orthology (KO) [BR:aalb00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    115254468
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    115254468
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:aalb04131]
    115254468
Enzymes [BR:aalb01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.11  phosphoinositide phospholipase C
     115254468
Membrane trafficking [BR:aalb04131]
 Exocytosis
  Calcium ion-dependent exocytosis
   Phospholipases
    115254468
 Endocytosis
  Macropinocytosis
   Phospholipase C
    115254468
SSDB
Motif
Pfam: PI-PLC-X PI-PLC-Y RA RasGEF EF-hand_like C2 GDPD TEP1_N
Other DBs
NCBI-GeneID: 115254468
NCBI-ProteinID: XP_029707882
Position
Unknown
AA seq 2136 aa
MREAFPSLPFNSNAPEETLSPSPSAAALPVPSFSSVNQEGRQHEEHEVPEQQQQQQQHPA
AISLLFPTPTTALNPTPSHKPEPTIIITEKIIINREGETIKETLLDNDPEKNALFDTDGS
QSHVGNLPPAVVSAAPAATIGPATASSTALAVSAAAAAAVPSGTGGSGTASTSSSAAAVT
VSATPSFGELEELQNILHFPEEVALRITDAEYQLFYQVSLHDFINDAIHELQKELRIRSS
ISSNPNLATPPNTTSASGSSHSIANGSSSHREQPPQTTATSSSTTNVANLLATASPSVPA
AARAPSGFSSPLKAIRKRVDETSAWTNYFILSQGTQDERKAAFACLLRVAISCWNIGNFN
GAKEIVDGLKSLKKEPFWASTTDRGRNSVYEFLANVFDSAEYSNAGSRALAMPTCRTIPY
FNNHVEEIKCLLRQPAKQQSQFQEHTEKYYLGDSNPTSVVPDDEEMLQKLSQVTLPLKFP
TPTPTADLLPDELTEPLLSPESLDEPDNDPLTAEIVSRVSPALSKLSAFFNHRDQLCRES
PQSLLDFLRAASNSPRQVKIPLYQPSNLKELEEDYEVEIGNYNPVQPLFFDHGISIVSLS
AKDPNAVDHHILQILHHGSTAVLWEPDIPAERSTYVYLRLERSCSHISWQRTAWRRIKSQ
HDCIFNQNPEENVSWRFSSRCASNLSDMEMQCQYLEGGILDLGTVKDISMGSRNHEYDPD
ILAAGKRFGLTHVECCVSLLYGNSASENRILCILCPPMLCRTWYVGLHWMLRGFRRQQCL
IDRSMLWLKQLYIQMYFEESACNEPTVADALKAFGGQLYLSSIKYLSGTHINDTTPEQVS
ATISAPNKKDSNAKIRKKRSMANLLNQSNVNSHSSPTIDQNISEMEKIRANERRKDRNGS
HDQLWQNMKNLRIGSVTHDTQLDFLSFVSLYRSFSILTRPDLCDIFNQLAVVSACRKTLN
GEKSMSAPELSEVAVKRKIGLLTRNCSLDLDLSDVKHTRKKHFDAIAASSIAASSDFLSC
NNKVITIATLKKFLETRQMELLSDEDVKAIIQRHEPEAAHRIENCMSFEGFARYMMDKDN
YAFLSELMPESTYMNLPLSQYYIASSHNTYLTGHQLKGESSVELYSQVLLTGARCVELDC
WDGDDGTPVIYHGHTFTTKIPFRAVVEAINKSAFVQSAYPVILSIENHCSVTQQQRMAAI
FQAIFGEKLVTNFLFDQDYTDEPYLPSPLSLKHKILIKNKKLIVEVPATLSTGLTRQNTY
KQSNLSSRASSIISNTSGSSLNEEFSDDEYEDDDDFDNIDEKTYHINWGSIDDKTRHSVS
HANVSTPTRQRIEQQQQHAQLIQPQQQHHQADDRSRKRSNQIARELSDLVIYIQAIKYRG
LNPYSPHNSMRANPRQPLKTSGSVVTVGSILKNSSGDTLSLPSSGHLSDNLSLSYDTSSI
SGSEGVLPTPARTRTMPNANHPCYQCSSLNEASAKKLCRKDPLGLIAHTETQLMRTYPGG
LRIDSSNFNPVFFWSFGFQMVALNYQTEDMPMHINKAMFEENNSCGYVRKPDVLWNRSHL
MYRRFNPLEKEFDGLHVTQLVINVVSGQYLNHVTSGNVIHVEIELLGIPIDCGRRRTKPV
KHNLFNPVWNETFFFKIMFHDLAFLKFTVYESESVVVAQRVISLKCFRPGYRHVRLRSPI
NQPLNMASLFVYTRVEEEGLDRSYGEIDEQYLQQLRTANRKEQLEDTEPMLESKVPLLKR
KTFFCTIYDAVPNNPFTILKITQECTTKDVLMMVLQKMRKPRTDITNYILIEEVYTGWEK
KDKRYPPTQRVLDMVEKPLQAQASWKGDGRFILKRIGNDPSSRAWVTSIRRTADARRASI
ATATANDDTTGEPIPGAAVDDPLALENVDNFLVCVFNVSHDIPYAILRVPIKSTAQDVLA
QSLLKARRLDNPNNFVLVEELNYSNKSNDTMQRILLDDENVYTTQANWKSIGRFVIHERS
QLTPSTIRKTILPIEKISRGFSISRGSSSSSTSVHSLASKSPIQVALSDPTTSRIKCRSA
DAAALGTKPKHARNSASGASGSGGSSGGRHKYNSEKDTSFSSTSSSSNATSKSSNRREVH
SEGETLSDDEGKDHDILSTMSRFKRMSIKKLKSWKS
NT seq 6411 nt   +upstreamnt  +downstreamnt
atgcgtgaagctttcccaagtcttccatttaatagcaacgcgccagaggaaacattatca
ccttcaccgtcggcggcggccctaccagttccgtcattttcttcagttaatcaagaagga
cggcaacacgaagagcacgaggtgccagaacaacagcagcaacaacagcagcatccagca
gcaatatcactactgtttccgacaccgaccacagctctcaatccgacaccatcacacaaa
ccggagccaacgataatcatcacagaaaagattataattaatcgtgagggtgaaaccatt
aaggaaacattgctggacaacgatcccgaaaagaatgctctatttgatactgacggctcg
caaagccacgttggcaatctgccaccagcagtcgtctcagcagcaccagcagcaacaatt
ggaccagcaacggctagctcgacggcattagcggtgtcggcggctgcagcggctgcagtg
cccagcgggactgggggaagcggaactgcaagcacgagttcttcggctgcagcagtgact
gtgtcggcgacgccatcgttcggagaactagaggaactacagaacattcttcacttcccg
gaagaggtggccctgcggataactgacgcggaataccagctgttctatcaggtatccttg
catgatttcattaatgatgcaatacacgagctgcagaaggagttgaggatacggtcctcg
ataagcagtaatcctaatcttgctacaccacccaatacaacgagcgctagcggtagtagt
catagcatagctaacggcagcagcagccaccgggagcagccaccgcagacgacggccaca
tcatcgtctaccaccaacgttgccaatctattagccactgcaagcccaagcgtaccggct
gcagccagagctccaagtgggttttcatcgcccttgaaagccatacgcaaacgcgtcgat
gagacaagtgcgtggaccaactactttatcctatcacaaggtacacaagacgaacgaaaa
gcggcctttgcatgtctgttacgtgttgctatttcatgctggaacatcggaaacttcaat
ggtgctaaagagatagtggacggtctaaagtcacttaaaaaggaacctttttgggcgtcc
actacagatcggggaaggaattccgtgtacgagtttcttgcaaacgtttttgactcagca
gaatacagcaatgctggatcaagagcattggcgatgccaacgtgtcgtactattccctac
ttcaacaatcatgtcgaagaaatcaaatgcttgctacgacagccagcaaaacagcaaagt
caatttcaagaacacaccgaaaaatactacttgggagacagtaatccaacatctgttgtt
cccgacgatgaagaaatgcttcaaaagctatctcaggtgacgctccctctaaagttccca
actccgacaccaaccgcggatctcctaccagatgagttaacagaacccttgttgtctccg
gaatcgctggacgaaccggacaacgaccctttgacggcagaaatcgtttcgagggtatca
cctgccctgagcaaactatccgcattctttaaccatcgggaccagctgtgccgggaatcg
ccgcagagtttgctggactttctccgagcggcatcgaacagcccgcgccaagtcaagata
ccgttgtaccagccatcgaatctcaaggaactggaagaggactacgaggttgagatcggg
aactacaatcccgtgcagccgctgttcttcgaccatggcatcagtatagtttcgctatcg
gccaaggacccgaacgccgtggatcatcacattcttcagatacttcatcacggttcaacg
gccgtactctgggagccagacatacctgccgaacggtccacttacgtgtatttaagactg
gagcggtcctgttcccacatttcctggcaacgaacggcatggcgaaggattaaatcgcag
catgactgcatctttaatcaaaacccggaggaaaacgtttcttggaggttttcgtcgcgg
tgtgcctcaaacctaagtgatatggagatgcagtgtcaatatctggaagggggaattctg
gacctaggcaccgttaaggatatatcgatgggctcgaggaatcacgagtacgatccggac
attttggcagccggcaaacggttcggattgacccatgtcgagtgctgtgtgtcgctgttg
tatggcaattctgccagcgaaaatcgaattctttgcatcctatgcccaccgatgctgtgt
cggacgtggtacgttggactccactggatgttacgggggttccggaggcagcagtgtctg
atagatcggtctatgctttggctgaagcaactctacatacagatgtatttcgaggaaagt
gcttgcaatgaacccacagtggcagatgcgctgaaagccttcggaggccaactgtacttg
tcttccataaaatacttgtcggggacgcatatcaacgataccactccagagcaagtgtcg
gccaccatctcagctccaaacaagaaggattccaacgccaagattcgcaagaaacgctcg
atggccaacctactcaatcaaagcaatgttaacagtcacagtagtcctacgatagatcaa
aatattagtgagatggagaagattcgcgcaaacgaacggcgaaaagaccgaaacggttcg
cacgaccagctgtggcagaatatgaaaaacttgcgaatcggatcggtgacccatgatact
cagttagactttctaagtttcgtttccctgtacagatcattcagcatattaacgagacct
gatctttgcgatatcttcaatcaattggctgtggtatcggcgtgtcgcaagacactgaac
ggcgagaagagtatgagtgcacctgaactttccgaggtggcagtcaaaagaaaaatcggc
cttctgacacgaaactgctcgctggacctggacctgtccgacgtgaagcacaccaggaaa
aaacacttcgacgctattgccgcctccagtatagccgccagcagcgatttcctgtcgtgc
aacaacaaagtgattacgatagcaacgttgaaaaagtttctcgaaactcgccagatggaa
ctgttgagcgacgaggatgtgaaagcaattatacaacggcacgaaccagaagctgcccac
cgcatcgaaaactgtatgagcttcgagggtttcgctcgatacatgatggacaaggataac
tatgcgtttcttagcgagctaatgccggaaagtacctacatgaacttgcctctatcgcag
tactacattgcatcgtctcacaatacgtacttgaccggacatcaactgaagggtgaaagt
tctgtcgaactgtacagccaagtgctgttaacaggggctcggtgcgtggagctggactgc
tgggacggcgacgacgggacaccggtgatttaccatggtcatacattcaccaccaagatt
ccatttcgagcagttgtagaagcaataaataaatcagccttcgtacagtctgcatatccg
gtaattttatcgatagaaaaccactgctcggtaacgcagcagcaacggatggccgctatt
tttcaagccatttttggagagaaactagttacgaactttttattcgatcaggactataca
gacgaaccatatctgccctcccctctatcactgaaacacaaaattctgatcaaaaacaag
aaattgatagtggaagtgccagcgaccctctcgactggtttgacccgtcagaatacgtac
aaacaatcaaatctttctagtagagccagttcaattatatcaaacactagcggtagctcc
ctcaacgaagaattcagcgacgatgaatacgaggatgatgacgattttgacaatattgat
gaaaaaacatatcatataaactggggatcaatagatgataagactagacatagtgtgtcc
cacgcgaatgtttctacaccgacgaggcaacgcatcgagcagcaacagcagcacgcgcag
cttatccaaccacagcaacagcaccaccaggccgacgatcgatcccggaagcgcagcaac
caaatcgcccgcgagctttcggatctggtgatctacatccaagcaataaaataccgcggg
ctgaatccgtacagtccgcacaactcaatgcgtgccaatccgagacagccgctgaaaacg
agcggaagcgtggtaaccgttggaagcatcttgaagaacagctcgggagacacactaagc
cttccatcgtctggtcatttgtcggataatctttcgctcagttacgatacgtcgagtatc
agcggaagcgagggtgttctaccaactccggcgcgaacgcgaaccatgccaaatgccaat
catccctgttatcaatgttcgtcgttgaacgaggctagcgccaagaagctttgcaggaag
gatcctctgggattgattgcccatacggaaacccaactgatgagaacgtaccctggagga
ttgagaattgactcgtcgaatttcaatccggtgttcttctggtcgtttggatttcaaatg
gttgctttgaattaccaaacggaagacatgccgatgcatatcaataaggccatgtttgag
gagaacaatagttgtggctatgttcgcaaaccggatgtactgtggaataggtcacatttg
atgtataggaggttcaatccgttggaaaaggagtttgatgggttgcatgtgacgcagctt
gtgatcaacgtggtatctggacaatatctgaaccatgttacgagtggcaatgtgattcac
gtggaaatagaactcctaggaatccccatcgactgcggaagacgacgaacgaaaccggtg
aagcacaatttgttcaatccagtttggaatgaaaccttcttcttcaaaataatgttccac
gacctggcgttcctgaaatttaccgtttacgaatcggaatcagtagttgtagcacaacgc
gtgatatctctgaaatgctttaggcctggctataggcatgttcggttgcgatctcccatc
aatcagcccttgaatatggcatcgttatttgtttatacccgagtggaggaggaaggcttg
gatagatcgtacggggagattgacgaacagtatctgcagcagctacggacggcgaatagg
aaagaacagcttgaagataccgagcccatgttggaaagtaaagttcctttattgaagcgt
aaaacgttcttttgtactatttacgacgcggtacctaacaatccttttacgattctcaaa
attactcaagaatgcacaacgaaagacgttctcatgatggtgctgcagaaaatgcgcaaa
ccgagaaccgacattaccaactacatattgatagaggaagtatatacgggatgggagaag
aaagataagcgatatccgccaacacagagagtgctggatatggtggagaaaccgttgcaa
gcgcaggctagctggaaaggtgatggtaggtttatactgaaacggataggtaacgaccct
agcagtcgagcatgggtgacttcaatacgtcgaacggcagatgccagacgggcatcgata
gcaaccgcaacggcaaatgacgacacaaccggagaaccaattcccggagctgcggtggat
gacccattagccctagaaaacgtggacaatttccttgtctgtgtcttcaacgtgtcgcat
gacataccgtacgcaattcttcgagtaccaatcaaatctactgctcaagatgttctagct
caatctcttttgaaagcgcgtcgccttgataaccccaacaactttgtgctagtggaagaa
ttgaactacagcaacaaaagcaatgacacaatgcagcgaattctgttagatgacgaaaat
gtctatacaacgcaagcgaattggaaatcgatcggacgattcgtcattcacgagcgaagt
caactgacgccttcaacgatccgtaaaaccatactgccgatcgagaaaattagtcgaggc
ttcagcatcagccggggatcgtcatcttcgtccacgtcggtgcactcgttggcctcaaag
tccccgatccaggtggcgctcagcgatccaacgacgtcccgaatcaagtgtcgctcggcg
gacgccgcagccctggggacaaaaccgaagcacgcacgaaattccgcatccggagcatcg
ggcagtggcggatcctccggcggtcggcacaagtacaactcggagaaggacacttcgttc
tcgagtaccagcagtagcagcaacgccacgtccaagtccagcaatcgacgggaggtgcat
tccgaaggggaaaccctcagcgatgacgagggcaaggatcatgacatcctgtcgaccatg
tcgcggttcaagcgcatgtccatcaagaagctgaaatcctggaagtcgtaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein domain (8)   
   Pfam (8)   
All databases (31)   

Download RDF
DBGET integrated database retrieval system