KEGG   Parus major (Great Tit): 107205946
Entry
107205946         CDS       T04864                                 
Symbol
PIK3C2A
Name
(RefSeq) phosphatidylinositol 4-phosphate 3-kinase C2 domain-containing subunit alpha isoform X1
  KO
K00923  phosphatidylinositol-4-phosphate 3-kinase [EC:2.7.1.154]
Organism
pmaj  Parus major (Great Tit)
Pathway
pmaj00562  Inositol phosphate metabolism
pmaj01100  Metabolic pathways
pmaj04070  Phosphatidylinositol signaling system
pmaj05132  Salmonella infection
Brite
KEGG Orthology (KO) [BR:pmaj00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    107205946 (PIK3C2A)
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    107205946 (PIK3C2A)
 09160 Human Diseases
  09171 Infectious disease: bacterial
   05132 Salmonella infection
    107205946 (PIK3C2A)
Enzymes [BR:pmaj01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.154  phosphatidylinositol-4-phosphate 3-kinase
     107205946 (PIK3C2A)
SSDB
Motif
Pfam: PI3_PI4_kinase PI3Ka PI3K_C2 PI3K_rbd C2 PX BLUF DUF4135
Other DBs
NCBI-GeneID: 107205946
NCBI-ProteinID: XP_015486576
Ensembl: ENSPMJG00000008586
Position
5:complement(12972511..13011576)
AA seq 1702 aa
MDICSCGMAQISSSNGFKQRSSPSLSAPRPKDVDKEEALQMEAEALAKMQKERGVAGNKQ
TFHSLSSPRQKVQTHNKQDHDLMVFPESDAKSMEDKLSTIDIEKLTHAELEKLLLDDNFE
SSKVPTLPASPLLSPSMSSQFYLGPAGQRRQWTPGIPAPVTCTLPPIYTSASYTKQIGVF
QNGFHPSMSSYPSRDPIYLGLPRQSQYISYPLAATTPFHPHRGLPLYPPVLTPEMAKVFD
KIASTSEFLRNGKSSTDLEMTSIKSAVSNLPASESCRDVSKFDWLDLDPLSKPKVDTVET
LNKAEDDGERASSMTAEDPWDAVLLEEKLLLTCHLERKVNGKSSGATVTRSQSLNMRTTQ
IAKLQGQTSQLQKDSGTTGTLTENVLLQAIEGQNQELSAFSEAVTKLRTKFPYTDQQTNP
GFVLSPIMLQRNISGESASIKVSIEIEEFQQPVTFTCDVSSPVELIIMQALCWVHDDLNE
VDIGSYILKVCGQEEVLQNKHCIGSHEYIQNCRKWDTDIKLQLLTHSRICSDLARTEDDD
RTPVHLTKHLCKVEKPFREPVIRSSIEELLEVYHKQVNIALKNENQHKAVDHVIKTVRKI
CSTLDCVETPAITESVKKLRRAVNLPRIKNAEVSLKYGDDNSKSPSGSLRPENPLKVSID
QLTRAVEALLQLHTNSCSSSATISPEESKSTKEAWTATEHLQFTIFAAHGISSDWVSNYE
KYYLICSLTHNGKDLFKPVQSKKVGTYKNFFYLIKWDELIIFPIQISQLPLESVLCLTLF
GILNQSSGSSPDSNRQRKGPEILGQVSLPLFDFRRLLTCGTKLLQLWTSSHLHHVSGMAS
KKGNTERIVLQIDFPSLSFDIEYKMPQAAKSTVHHSVETLEKPLRERLLAILSKDSTIGL
SKEDKEFLWEKRHYCHSHPNSLPKILVSAPHWDWASLPEIYSILQQWPPLSPLAALELLD
SKFADQEVRSTAVNWIETLSDDELTDFLPQFVQALKYETYLDSALVKFLLARALGSIRIA
HYLYWLLKDTLYDTKFGIRYEQILGAFLSVCGKRLREELEKQTRLVQLFGMVAERVKQTS
GSARQVALQNGMERVQLFFLKNKCRLPLNPSLVAKELNIKACSFFSSNAVPLKVALINAD
PLGEEINVMFKVGEDLRQDMLALQMIKIMDKIWLQEGLDLRMVIFKCLSTGKDRGMVELV
PASDTLRKIQVEYGVTGSFKDKPLAEWLRKYNPTEEEYEKASENFIYSCAGCCVATYVLG
ICDRHNDNIMLRSTGHMFHIDFGKFLGHAQMFGSFKRDRAPFVLTSDMAYVINGGEKPTI
RFQLFVDLCCQAYNLIRKHASLFLNLLSLMLSSGLPELSGIQDLKYVQDALQPQTTDAEA
TIFFTRLIESSLGSVATKFNFFIHNLAQLRFSGLPSNDEAILSFSAKTYSLKQDGRIKQV
SVFTYQKRYNPDKHYIYVVRVLREGQVEPTFVFRTFDEFQELHNKLGILFPLWKLPGFPN
KMVLGRTHIKDVAAKRKVELNSYIQSLMNSSPEVAECDLVYTFFHPLLRDDKVEGIDGIA
RPADTSPSSPTSGKVGGEVKLSISYRNSTLFIMVMHIKDLVTEDGADPNPYVKTYLLPDT
HKTSKRKTKISRKTRNPTFNEMLVYSGYSMETLKQRELQLSVLSAESLRENFFLGGITLP
LKDFNLSKETVNWYRLTAVPYL
NT seq 5109 nt   +upstreamnt  +downstreamnt
atggacatctgctcttgcggcatggcccagatatccagcagcaatggattcaaacagcgt
tcctcaccttctctgtcagccccgaggccaaaagatgtggacaaagaagaggcactccag
atggaagctgaggcattagccaaaatgcagaaggaaagaggtgtagctggtaataaacaa
acttttcattctttaagcagccccagacaaaaagtacagactcataacaaacaggaccat
gatctcatggtgtttccagagtctgatgccaagagcatggaagataaactaagtaccatc
gacatagagaagcttactcatgctgaactagagaaactgctgctggatgacaattttgaa
tctagtaaagtacctacgttaccagcaagtcctcttttgagcccttctatgtcttctcaa
ttttatcttgggcccgcaggtcagaggagacagtggacacctggaataccagcacctgtg
acatgcactttacctcctatttacacctcagcttcttacacaaaacagattggtgtattt
cagaatggattccatccaagtatgtcatcctatccctctagagatcctatttatcttggt
cttccaagacagtcacaatacatttcatacccactggcagctaccacacctttccatccg
cacagaggcctacctttatatcctccagtactcactccagaaatggcaaaagtatttgat
aaaattgcaagcacttcagaattcctgagaaatgggaagtcgagcacagacctagaaatg
acttctataaagtctgcagtgtccaacctgccggcctcggagagctgcagggatgtcagt
aaatttgattggttggatttggatcctctcagtaaaccaaaagtggacactgtggagact
ttaaacaaggcagaggatgatggagagagggcttcaagtatgactgctgaagatccgtgg
gatgctgttctgttagaggaaaaactgttactaacttgtcatctggaaagaaaggttaat
gggaaatcttctggagcaacagtcacaaggagccagtccttaaacatgagaacaactcag
attgcaaagttacagggccaaacatcacagttgcagaaagacagtgggaccacaggcacg
ctgacagaaaacgtgcttctccaagcaattgaagggcagaatcaagagctgtcagctttt
tctgaagcagttacgaaattgaggaccaagtttccttatactgatcagcaaacaaaccca
ggttttgtgctgagtccaatcatgctgcaaagaaatattagtggggagagtgccagtatc
aaagtttcaatagaaatcgaagaattccaacaaccagtaactttcacatgcgatgtgagt
tcccctgttgaacttataataatgcaggcactctgctgggtgcatgatgacttgaatgaa
gtggacattggcagctatatcctgaaagtctgtggccaagaagaagttttacagaacaag
cactgcataggaagtcacgagtacatccagaactgccgcaagtgggacacggacatcaag
ctgcagctcctgacccacagcaggatatgcagcgacctggcacgaacagaagatgatgac
aggacacctgtacatctaaccaaacacctctgcaaagtagaaaagcctttcagagaacct
gtgataagatcttccattgaagagcttcttgaggtttatcacaagcaagttaacatagcc
cttaagaatgagaaccagcataaagcagtagatcatgtaattaagactgtcagaaaaatc
tgttctacattggattgtgtagagactcctgcaataacggaatcagtgaagaagctcagg
agggctgttaatcttccaaggattaaaaatgctgaggtatccttaaaatatggtgatgac
aatagcaagagcccctctggttcactgcggcctgaaaaccctctgaaagtgagtatagac
cagttaacaagagcagttgaggcccttctgcaactgcacaccaactcctgtagcagttca
gcaacaatttctccagaagagagtaagagtaccaaggaagcttggactgccacagaacat
ctccaattcacaatatttgctgctcatggaatttcttctgattgggtgtcaaattatgaa
aaatactacttgatttgttctctgactcataatggaaaagatctgttcaaacctgttcag
tccaagaaggttggcacatacaagaacttcttctacttgattaaatgggatgagctaata
attttccccatccagatttcacagttgcctttggaatcagtcttatgtctgactttgttt
ggaatcctaaatcaaagtagtgggagttcccctgactcaaataggcagagaaagggccca
gaaattttgggtcaggtttctctacctctttttgattttaggcgactgttaacttgtggg
acaaagctgttgcaactgtggacctcatcacatctgcatcatgtgtcagggatggccagt
aagaaaggaaatacggaaagaatagtgttgcagattgacttcccatccctttcttttgac
attgaatataaaatgcctcaagctgcaaagagtactgtgcatcattctgtagaaacatta
gaaaagccattgagagaacgtctccttgccattctctccaaggatagcaccattgggctg
tcaaaagaagataaagaatttttgtgggagaagagacattattgtcatagccatcctaat
agcctaccaaaaatactggttagtgcccctcactgggactgggcaagtcttccagaaata
tattcaatacttcagcagtggcctcctttatcacccttagctgccctggaactacttgat
tcaaagtttgctgatcaggaagtacgaagtacagctgtgaactggatagagacattgagt
gatgatgagttaacagatttcctcccgcagtttgtacaggcattgaagtatgaaacctac
cttgacagtgctcttgtgaaatttcttttggctcgggcacttggaagcattcggattgcg
cactacttgtactggcttcttaaggatacactgtatgatacaaagtttggtataaggtat
gagcaaattcttggagcttttctttcagtctgtggaaaaaggctgagggaagagctggag
aagcagaccaggctagtgcagctctttggaatggtagcagaaagagtaaagcaaacgagt
ggatctgctcggcaggttgccttgcaaaatggcatggagcgtgtgcaattatttttcttg
aagaacaaatgccgtttgcctctcaatcccagtcttgtggcaaaagagttaaatattaag
gcctgttctttcttcagctccaatgcagtaccactcaaagttgcactgataaatgcagac
ccgctgggagaagaaattaatgtgatgtttaaggttggagaagatctgagacaagatatg
ttggctttacaaatgattaagatcatggataagatctggctgcaagagggactggatcta
agaatggttatcttcaagtgtctctcaactggaaaagaccgaggcatggtagagcttgtt
cctgcttcagatacactcaggaaaattcaagtggaatatggagtgacaggttcttttaag
gacaagcctttggcagaatggttgcggaagtataatcctacagaggaggagtatgaaaag
gcttcagagaacttcatctactcttgtgcaggatgctgtgtagctacttatgtcctggga
atctgtgaccgccacaatgataacataatgctccggagcactgggcatatgtttcacatc
gactttggaaagtttttgggacatgcacaaatgtttggtagctttaaaagggatcgagct
ccttttgtgctgacatcagatatggcttatgtcattaatggcggggaaaaacccacaatt
cgctttcaactgttcgtggatctctgttgccaagcttacaacttgataaggaaacatgcc
agcctcttccttaacctactttcattgatgctttcttctgggttaccagaactaagtggg
attcaggacttgaagtatgtccaggatgctctccagccccaaacaacagatgcagaagcc
accattttcttcacaagactgatcgaatccagtctgggaagtgttgccacaaagttcaat
ttcttcattcacaacttggctcagctgcgtttctcaggtctgccttctaacgatgaggcc
atcctgtcattttctgctaaaacctattctctcaaacaagatggccgaatcaaacaagta
tctgtgtttacgtatcagaagagatacaacccagataaacattacatctatgtagtgaga
gttttgagagaagggcaagttgagccaacgtttgtcttccgaacatttgatgagttccag
gagctccacaacaaacttggcattctctttcctctttggaagttaccaggctttcctaat
aagatggttctgggaagaacacacatcaaagatgtagcagccaaaagaaaagtggaactc
aacagctacatacagagcctgatgaacagttctccagaggtggcagaatgtgatcttgtt
tatacttttttccatccattacttcgtgatgacaaagtggaaggaatagatgggatagcc
agacctgcagatacaagtccatcaagtcctacctcaggcaaagtgggaggagaagtgaag
ctatccatatcctatagaaatagcactctatttatcatggtgatgcacatcaaagacctg
gttacagaagatggtgcagatccaaatccctatgtgaaaacttacttacttccagacaca
cataaaacatccaaacgcaaaaccaaaatctcccggaagacaagaaacccaactttcaat
gaaatgctcgtgtacagtggatacagcatggagactctgaaacagagggagctccagtta
agtgtgctcagtgcagaatcgttacgtgagaacttcttcctaggtggaattacactccca
ctaaaggacttcaacttgagcaaggagactgttaactggtatcgactgactgctgtaccc
tatctgtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (8)   
   Pfam (8)   
All databases (33)   

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