KEGG   Atta cephalotes (leaf cutting ant): 105625481
Entry
105625481         CDS       T04923                                 
Name
(RefSeq) phosphatidylinositol 4-phosphate 3-kinase C2 domain-containing subunit beta
  KO
K00923  phosphatidylinositol-4-phosphate 3-kinase [EC:2.7.1.154]
Organism
acep  Atta cephalotes (leaf cutting ant)
Pathway
acep00562  Inositol phosphate metabolism
acep01100  Metabolic pathways
acep04070  Phosphatidylinositol signaling system
Brite
KEGG Orthology (KO) [BR:acep00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    105625481
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    105625481
Enzymes [BR:acep01000]
 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
     105625481
SSDB
Motif
Pfam: PI3_PI4_kinase PI3Ka C2 PI3K_rbd PI3K_C2 PX
Other DBs
NCBI-GeneID: 105625481
NCBI-ProteinID: XP_012062202
UniProt: A0A158NXE4
Position
Unknown
AA seq 1773 aa
MSHYSKNTCDQRTAVIDHERKYQEDLEQAKALSLETLALEKYRLEKLRLELSNMQQACLV
QNVCNTNSVSETDSSQGERSQCRSRPRPGCINTNQKSAAILAPPPPIPCRRNSTTATSSQ
DTTDLINFTSPIKQDLAEYCSTPPPPPPKAPIEPKWDTHPSLLKKQSRVSRSNSSVGAYQ
SRDFRYHSLSPGPRSSTAPCTPGTPGISPIMSRASSVSNNVPDIAPQPAWKSIIFKHFFF
TQIPPLPINYRPTVAPAICAPFCIDDEQLNILKVIEKKSNSNLIDLNSFEQIEDKTNVRV
SVLEAFDPLLIKTDNGSNSVQELKDDSQSQISGSVYDPFDPFDYMYSTNESVNSDPVYAA
VEKSAKSPAVSPAAPPPLPPRNSSAWNTIERRRTSLDRRKRQTRLYENVIVIKTRSSLHD
CDLKAFHNMIKSIRSEFPFNNPSTNIGYVVSPIMENLYPDGTSIKLVVHPQLPSNDKDPV
PSITFTCNVNCSIEHVILNVACSLDDEDTVNVEKYCLRVWGLAEYLAPNTTLAQYEYIHL
CIKLEKDIELAIMSRAQIKQSIARTLQDDNCDQSLKLEDILPNEPSQPISYDTLLILLET
VEKEMERVETAALQLATTNQGSTLLPQLQPHGVVQAVKAVCALMGNIETFEITEAVDNFV
NACCQFLPQVHTANIECKKPEIIHEDGDYAVVTLRKKFPDVIASHCHKIRDAIQELVETY
CHAFKVDFQLNSKGEFPTNTLIATEVIDTILVRVGALHRLPTTWKHDDYIVAAQIFHGTR
PVGNPVLSEPMTVSTNFYPRILFNSWLEFRGVSVCQVPREARLVLVLYGRTLQPAEHESN
SSAENAMQKEELGWGAIQFFDYDGVMSQGSFFLSLWPAIADKRLGPAPAPGIHPRGDTHP
IIGLELPDYGGKVLFPNSSELRDYDVESLDFNSLDQNTQELLIDITQQDTFSRPPIDERE
ILWEKRHYLHDRPEALPKVLLAAHSWDWACLPDLHASLRIWSPLPPVQALQLLLPCFPDM
KVREMAVDWIRELNNDELVDYLPQLLQAIKHETYEASPLTRFLLERALLSPRVAHYIYWL
LNQALPGQSPQNSAEISTEDDKAISCARYQRRLQLMLRALLAVIGDALRNSFLTQQLLVK
NLHQVAENIKVTKESLRMDTLKTGLQEIHCHLKEDDGTCLPLSPSKLVFGINVQTCAYFP
SFTLPLKINFISCDNVINPAIFKVGDDLQQDMLTLQMVRIMDKLWLKEGLDLKMVTFACV
PTGHKRGMIEMVTNAETLRRIQVEFGLTGSFKDRPIAEWLAKHNPSELEYERAVDNFTAS
CAGYSVATYILGICDRHNDNIMLKTSGHLFHIDFGKFLGDAQMFGNFKRDRTPFVLTSDM
AYVINGGDKPSAKFHHFVDLCCQAFNIVRKHGNLILHLFGLMTSSGIPGVTVDAVSYVQK
ALLPGQTNPEAAATFARMIESSLKSWFTQFNFFLHNLAQMRFSGDHSEGELLSFIPRTYT
MQQEGELTSVQVHGYQKRYDPEKYYMYILRIQRKGQPDPTYLFRSYKEFCEFYQKLCIHF
PLAKVTSLPSGISVGRSNIKQVADKRRADIEKFLVSLFKMAPEISQSDLVYTFFHPLLRD
QKNPDIRLRKVKVGNNWWAEKRVRDNMQSGQIKLALHYVRGTLSVMVCHARGLPKVANAQ
EPNTYVKVYLKPDPTKATKRKTKVVKKNCHPSFMEMLEYRMPLEVIRERTLEATIWNHDT
LQENEFLGGISLPLGHVDLTNETIEWFPLGNVR
NT seq 5322 nt   +upstreamnt  +downstreamnt
atgtcacactacagtaaaaatacctgcgaccaaaggactgcggtgatcgatcatgaaagg
aagtatcaggaggatttggagcaggccaaggctctcagtttggagaccttggctttagaa
aaatacagattggagaagttacgattggaacttagtaacatgcagcaggcatgcctcgtt
caaaatgtgtgcaatacgaatagcgtgtcagagacagacagctcgcaaggagaaaggtct
caatgcagaagtcgaccaagacctggatgcattaacacaaatcaaaaaagtgctgcaata
ttagctccgccacctccaataccatgtagaagaaattcgacgactgccacgtcaagtcaa
gatactactgatttaatcaattttacaagccctataaaacaggatttggctgaatattgt
tcaactccacctccaccaccaccaaaagcaccaatagaacctaaatgggatacccatccg
tcattattgaagaaacaatcaagagtatctcgaagcaacagctcagttggcgcatatcag
tctagggactttaggtatcattctctttccccaggcccgcgatcttcgacagcaccatgt
acgccaggaactccaggaatcagtcctatcatgtcaagagctagtagcgttagcaataat
gtacctgatattgcaccacagcctgcatggaaatctattatctttaagcattttttcttc
acgcagattcctccattgcctataaattatagaccaactgttgcacctgccatatgtgct
ccattttgtatagacgatgaacagttgaatatattaaaagtgatagagaaaaagtcaaat
agcaatcttatagatttgaatagtttcgagcaaatagaagacaaaaccaatgtacgagtt
agcgtattggaagcattcgatccattacttattaagactgacaatggaagtaattctgtg
caagaacttaaagatgattcgcaatcgcaaattagtggcagtgtatatgatccattcgat
ccgtttgattatatgtatagcacaaatgaaagcgttaactcggatccggtttatgccgct
gtggagaaatctgcaaaatcgccagctgtatcgccagctgcaccacctccactgcctcct
cgaaattcgtccgcatggaataccatagaaagacgaagaacctctttagatcgtcgaaag
cgtcaaactcgattgtatgagaatgtaatagtcattaaaactagatcgtctctacatgat
tgtgatctaaaggcgtttcacaacatgataaagtctatacgaagcgaatttccgtttaat
aatcctagtacaaatattggatacgttgttagtccaataatggagaatctatatccagat
ggtacaagtataaaattagtagttcatccacaattacccagtaatgataaagatcctgta
ccatctattactttcacttgtaatgtgaattgcagtatcgagcatgttatcttaaacgtt
gcctgttccttggatgatgaagatacagtaaatgtagaaaagtattgtttaagagtatgg
gggctagctgagtatcttgcacctaacacaactttagcacaatacgaatacatacattta
tgtattaaattagaaaaagatattgagttagctataatgagcagagcacaaattaaacaa
tctattgctcgaacgttgcaagatgataattgtgatcagtctttaaaattagaagatatt
ctaccaaatgaaccatcgcagcctatttcatatgatacattacttattttactagaaaca
gtagaaaaggaaatggaacgcgtagaaactgcagcattacaattggcaaccacaaatcaa
ggttctaccttattacctcaacttcaaccgcatggtgtagtacaagcagttaaagcagta
tgtgccttaatgggaaacattgaaacatttgaaattacggaagctgttgataatttcgta
aatgcttgctgtcaatttctgccccaagttcatacagctaatatagagtgtaaaaaaccg
gagattatacatgaagatggcgattacgctgtagttactttaaggaaaaagtttcccgat
gtgattgcctctcattgtcataaaattcgcgacgcaattcaagaactcgtcgaaacatac
tgtcatgcatttaaggtcgactttcaattgaatagcaaaggagaatttccaacaaataca
ctgattgcgacagaagtaatcgatactattttggtgcgtgttggagctttgcataggtta
ccaaccacatggaagcatgacgattatatagtggcagctcaaatctttcatggaaccaga
cctgtaggaaatccggttttgtcggaaccaatgacggttagcacgaatttttatccaaga
attttatttaattcatggttggaatttcgtggagtaagtgtgtgtcaagtgccacgggag
gcaagacttgtgttagttctttatggacgtacgctgcagcctgcggagcacgaatctaat
tcatctgcagagaatgcaatgcaaaaagaagaacttggatggggtgctatacaattcttc
gattatgacggtgttatgagccaaggaagtttttttctgtctctttggccagctatcgca
gacaaacgattaggtccagcgccagcgcctggaattcatccccgtggcgatactcatccc
attataggactagaattacccgattatgggggaaaggttttattccccaattcttcggaa
ttgcgagattatgacgtggaatcgttagattttaattcgttagatcaaaatacgcaagaa
ctattaatagacattacacagcaagatacattttcgagaccgcctatcgatgaaagagaa
atcttatgggagaaaaggcattatttacatgatagacctgaagcgttaccaaaagtatta
ctagctgcacacagttgggattgggcttgtctaccggatttacatgcgtcgcttagaatt
tggagtccactgcctccagtacaagcattacaattacttttaccatgcttcccagatatg
aaagttagagagatggcagttgattggatccgcgaattaaataatgatgaattggttgat
tatctaccacaattacttcaagcaataaaacatgagacatatgaagcatcacctctaact
cgattcttattagaacgtgccttactttcaccaagagtggctcattatatttactggttg
ttaaatcaagctctgccgggacaaagtccccagaattctgctgaaatctcaacggaagat
gacaaagcaattagttgtgctcgttatcaacgaagattacaattaatgttgagagctcta
ttagcagttatcggagatgcgctgagaaacagttttctcactcaacaattgttagttaaa
aacctgcatcaagtggctgaaaatattaaagttacaaaggaatctttacgaatggataca
cttaaaactggtttacaagaaatacactgccacttaaaggaagacgatggaacatgttta
ccactatctcctagtaaattagtattcggtatcaatgtacagacatgtgcctattttcca
tcgttcactcttccattaaaaattaactttatcagttgtgacaatgttataaacccggcg
atattcaaggttggtgatgatttgcagcaggatatgttgacccttcagatggtgcgcatt
atggacaaattgtggttgaaggaaggccttgatttaaaaatggttacttttgcttgtgtg
cccaccggtcacaaacgcggaatgatagaaatggtaacgaatgcagaaacattacgaaga
atccaagtcgagtttggattaacaggatcatttaaggatcgaccgattgcggaatggtta
gcgaaacataatccttcggaactggaatatgaaagagcggtggataattttactgcttct
tgcgctggctacagcgttgccacttatattttaggaatttgtgataggcataatgacaat
attatgttaaagacatctggtcatttatttcatattgattttggaaaatttcttggtgat
gcgcaaatgtttggaaactttaagagagataggacgccatttgtactgacgtctgatatg
gcatatgttataaatggtggtgataaaccttcagcgaaatttcatcatttcgtcgattta
tgttgtcaagcttttaatatagtacgaaaacacggaaatcttattcttcatctttttgga
ttgatgacttcatccggtatccctggggtgaccgtggacgcagttagttatgtgcagaaa
gcactgcttcctggacaaacaaatcccgaagcagcggcgactttcgctcgtatgatagaa
agttcattgaaaagttggtttacgcaatttaactttttcttgcataatctggcgcagatg
agattctctggagatcacagtgagggggaattactatccttcattccgcgcacgtacaca
atgcagcaagaaggtgaattaacaagcgtccaggtgcatggatatcagaaacgctatgat
ccagagaaatattacatgtacattttacgaatccaacggaagggccaaccggatccaaca
tatctattccgatcatacaaagaattttgcgaattctatcagaaattgtgtatacatttt
ccacttgctaaagtaaccagtttaccaagtggaattagcgtgggacgttctaacattaaa
caggtagccgataaacgacgtgcggatatagaaaaatttcttgtgagtctgtttaaaatg
gcaccagaaatatcccaaagcgatctggtatatactttctttcatccactgttacgagac
caaaagaatcccgacattcgtttgcgtaaagtcaaagttggaaataattggtgggctgaa
aagagagtcagagataacatgcagagtggtcaaatcaaattggctcttcattatgttcgc
ggtactttatctgttatggtttgtcatgcacgaggtctccccaaagtggctaatgctcaa
gagccaaacacatatgtgaaggtatacctcaaacccgatcctacaaaggcaacaaaacgg
aaaacgaaagtagtaaagaagaattgtcatccatcattcatggagatgttggagtataga
atgcctctagaagtaatcagggaaagaacgctcgaagcaacgatatggaatcatgatact
ttacaggagaatgaatttctcggtggtataagtttgccactcggacatgttgacttgacg
aacgaaactattgaatggttcccattaggtaatgtacgatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (28)   

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