KEGG   Drosophila melanogaster (fruit fly): Dmel_CG6355
Entry
Dmel_CG6355       CDS       T00030                                 
Symbol
fab1
Name
(RefSeq) fab1 kinase, isoform A
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
dme  Drosophila melanogaster (fruit fly)
Pathway
dme00562  Inositol phosphate metabolism
dme01100  Metabolic pathways
dme04070  Phosphatidylinositol signaling system
dme04145  Phagosome
Brite
KEGG Orthology (KO) [BR:dme00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    Dmel_CG6355 (fab1)
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    Dmel_CG6355 (fab1)
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    Dmel_CG6355 (fab1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:dme04131]
    Dmel_CG6355 (fab1)
Enzymes [BR:dme01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.150  1-phosphatidylinositol-3-phosphate 5-kinase
     Dmel_CG6355 (fab1)
Membrane trafficking [BR:dme04131]
 Endocytosis
  Macropinocytosis
   Kinases
    Dmel_CG6355 (fab1)
 Endosome - Golgi transport
  Others
   Others
    Dmel_CG6355 (fab1)
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 FYVE DEP Gemini_C4
Other DBs
NCBI-GeneID: 37033
NCBI-ProteinID: NP_611269
FlyBase: FBgn0028741
UniProt: O96838 C7LAB6
Position
2R
AA seq 1809 aa
MTSNNQNNSSSHQHLHSPSKLTEFARNFEDKPESLFGRVVNKIQNVYNQSYNTVNDISSG
SSSSSSTQPVQVVGKSQFFSDSQTSTAEIADVETSSQSSVRPQPPTTLSIRTNSETRGTS
TSSNTAAEDSETSDRVETLPLPTSEANQGRTVSNVLKHISNIVATKNNNDLRNYKDTELQ
RFWMPDSKAKECYDCSQKFSTFRRKHHCRLCGQIFCSKCCNQVVPGMIIRCDGDLKVCNY
CSKIVLTFLKSSSSEMGQDMQELQQHLSNKLEVQDSGSSLAKHPQMQRAPLPRKTSVGYQ
EERFSSHPTYTTLSIDDRKNILQQSNSLITLHEEMQRDLPAQNCGQRLIEFLNSNNKSAN
EVQAVAILNAMLAAGFLEPIVPDPEQMDFDSSLHYKFSKSSSSDTSRTMSPQFEANPHAE
PQPPKSMDQSAEEKEKELENELENDRCYTTATSKLLASYCEHEEQLLAQMLRAHNLDQEW
DKVLQMLCSTAANHFKPEHCSNDLMDIRNYVNFKKVPGGRRKDSKIVHGVAFSKNVAHKD
MATHVPFPRILLLQCPIVYERIEGKFVTIETVLLQEKEYLRNVCARIMSFKPNVVLVHKN
VAGIAQDLLRSYEVTLVLDVKLSVMERLSRTLQCDIVSSIESNITMPKLGYCNDFYIRNY
NGKTLMFFEKLTNPRGYTCLLRGGSNAELTRVKRVASALLFARYNWRLEMSFLLNEFAQP
LSPKPSIFDSKETSPKTETEAELRSKRPIILERKSEDKITTIVSENVSDFTDPLRASQAE
ALSTSPCAPPVVEALAVEPRYDNRFRTALSSTLLSVSPFLTFPLPYLETEQGRKCKLRKL
FPAELYFSKQWSRTGLERPDSMGDGEAGKSEPGNKENQMQLLPAHDFVLMKITAPASSRD
IQSKLAEFRSFGGRLPKGKAPMLRPKKKNAEVIQRPQKVSEEQLYKDALDPQNHQRLPVL
FCSFHYNPKGVSSFCKLPMLLDMKFYGQYDIMLEQFLQRYCCLFNSMCPSCNLPMLGHVR
RYVHSLGCVHVYLTEDLTRSDPTRIYFTSWCSICNATTPTIPLSDAAKCLSLAKYLEMRF
HGHAYKRRPPSTDAEQGGTVCEHSLHRDYVHHFSFRGVGAKFQYTPVEVWETDLPSLTVQ
LDLPQPFQSAQVQEEIKNFSIKGHEVYNRIHERIADLATEEENSPLVQHLKTMLTHDQFI
FKQKIEIVHTLLTDNRATAYDTSDALAMARRALAESIELWGPRLQEIEKLTAKQAHHIDS
GTICTEELRPEQVQTADSSKVTTSSLPKENDPLECPSEDTETGASNSQTVLDKNFSIDQM
LASTVNVYSDKKSIRKILTQLLPSGNQVNPLQSPFPAQDHLTLPLGSIPIHVRETDLSSV
IAYSLTSMDYQKAIDEAEANSNAAHSSPQLKRKIPLAESVSDAEDSPSLSRTSSNTSAAP
NASVPSPATAASESEEKSKERIKQPPSPHITLAFQDHSCQFQCKIYFAREFDAMRSKSLK
PPKLDKSLYRRLEKSKMREELRISQSRTGSEMELVRKPSDVGAPRTTEDDSNQEEDARIA
LARSLCKSVQWEARGGKSGSRFCKTLDDRFVLKEMNSRDMTIFEPFAPKYFEYIDRCQQQ
QQPTLLAKIFGVFRVSVKKKDSFVERSVMVMENLFYGCNIENKFDLKGSERNRLVDPSNQ
QGEIVLLDENLVQMSWSKPLYVLSHSKTVLRDAIQRDSSFLEKNLVMDYSLLVGLDKKNG
VLVLGIIDYIRTFTLDKRVESIIKGSGILGGKGKDPTVVNPERYKQRFIDAMDRYFLTVP
DRWEGLSKV
NT seq 5430 nt   +upstreamnt  +downstreamnt
atgactagcaacaaccaaaacaatagctcaagccaccagcacctacactccccctccaaa
ctaaccgaatttgcccgcaatttcgaagacaagccggaatcgctctttggccgagtggta
aacaagatccagaatgtatacaaccagagctacaataccgtcaacgatatatcaagtggg
agcagcagcagttcctccacgcagccagtgcaagtggtgggcaaatcacagttcttcagt
gactcccagacttccaccgctgagattgccgatgtggaaacctctagccagagctcagtt
cgcccccagccacccaccacgctcagcataaggaccaatagtgagacacgtggcacaagc
acctccagcaataccgctgcagaggactccgaaaccagcgaccgcgtcgaaacgctgccg
ctgccaaccagcgaagcgaatcaggggcgcaccgtttctaacgtcctcaaacacataagc
aatattgtggccacaaaaaacaataacgatctgcgaaactacaaggacacggagctgcag
cgcttttggatgcccgattccaaggctaaggaatgctatgattgctctcaaaagttctcc
accttccggaggaaacaccactgtcgattgtgtggccaaatattctgctcaaagtgctgc
aaccaagtggtgcctggcatgataattcgctgcgatggcgatctcaaagtgtgcaactac
tgctccaagatagtgctcacattcctgaagtcctcaagctctgagatgggacaggatatg
caggagctgcagcagcacttaagtaacaaactggaagtacaagatagtggcagctcgctt
gcaaaacatccccagatgcaaagggcaccccttccgcgtaagacatcagtgggctatcaa
gaggagcgattcagttcgcatccaacttacacaaccctttccatcgacgatcgcaagaat
atcctgcagcagtcaaattcattaattaccctgcacgaggaaatgcagcgtgatctgcct
gctcaaaattgtggtcagcgtctgattgagtttctcaatagtaataataaatcagcaaac
gaggtgcaggcggtggccatactgaatgctatgctagccgctggtttcctcgagccaatc
gtacccgatcccgagcaaatggacttcgattcgtcgctacactataagttctccaaaagc
agcagttcggatacctcccgaacgatgagtccgcaatttgaggcgaatccccatgcggaa
ccacaacctccaaagtcaatggatcaatcagctgaagaaaaggagaaggagctagaaaat
gaactggaaaacgatcgatgctataccacagcaacttctaagcttcttgcctcctattgc
gaacacgaagagcagctactggcacagatgttgcgcgcacataatttggaccaggaatgg
gacaaggtgcttcagatgctttgttccacggcagcgaatcacttcaagccagagcattgt
agtaacgatctcatggacatacgtaactatgtaaactttaaaaaggtgccgggtggcaga
cgcaaggactcgaagattgttcatggagtggcattctctaaaaatgtcgcccataaagat
atggcaactcatgtgccctttcctcgcatactgctgctgcagtgtcccattgtgtacgag
cgtattgagggaaagtttgtgaccattgagaccgtgctgctccaggaaaaggaatacctt
cgaaacgtttgcgcccgcattatgagcttcaagcccaacgttgtgcttgtccacaagaat
gtggcgggcattgcccaggaccttttgagatcctatgaagttacccttgttctggatgta
aagctttcggtaatggagcgtctgtcacgcaccctgcagtgcgacattgtcagttcaatt
gagtcgaatataaccatgcccaagctgggctattgcaatgatttttacatacgcaactat
aatggcaaaacgttgatgttctttgagaagctgaccaatccccggggatacacctgtctc
ctcagaggtgggagcaatgctgaactgacgagggtcaagcgggtggcatcggccctgctc
tttgcacgctacaactggcgcttggaaatgtcattcctgctgaacgagttcgcccaacca
cttagtccaaaaccttcgatattcgactccaaggaaacaagccccaaaacggaaacggag
gcagaacttcgatctaagcgaccaattattttagagcgcaagtccgaggataagatcacc
accatcgtcagcgagaatgtgtctgatttcacggatccattgcgtgcatcacaagccgaa
gccctgtccacttcgccttgtgctccacccgtggttgaggcgctagctgtggaaccgcgt
tacgacaacagattccgcacggcactcagttccacgctgctctctgtgagtcccttcctg
acatttcccctaccttatttggaaacggaacagggaaggaaatgcaagctgcgtaagctg
tttcccgcagagctatacttttccaaacaatggtcccggaccggattggagaggccagat
agcatgggagacggcgaagcagggaaatctgagccaggaaacaaagagaaccagatgcag
ctacttccagcccatgattttgtgctgatgaagatcacagcacctgctagcagtcgagac
attcagtcgaagctagctgagttccgctcctttggcggtcggttacccaagggcaaggct
ccgatgctccgaccgaaaaaaaagaacgccgaagtgatccagcgaccgcagaaggtcagt
gaggagcaactgtacaaggatgcccttgatccgcagaaccatcaacgtctaccggtgctc
ttctgcagcttccattacaatcccaagggcgtttcgtcgttctgcaagctgcccatgctg
ctggacatgaagttctacgggcaatatgacatcatgctggagcagttcctccaacgttac
tgctgtctttttaactccatgtgcccgtcgtgcaatctgccgatgctgggtcatgttcgt
cgatatgtacactcgttgggttgcgtacatgtctacctaaccgaggacctaacccgttcc
gaccccacgcgtatatactttacctcctggtgcagcatatgcaatgccactacacccact
attccgctttccgatgccgcaaagtgcctttccctcgccaagtaccttgagatgcgcttc
catggccacgcctacaagagacgacctccttcgacggacgcagaacaaggtggcactgta
tgtgaacactcattgcatcgtgattatgtgcaccacttcagtttccgcggtgttggcgcc
aaattccaatatacgcccgttgaggtttgggagacggatcttccttcgttgactgtgcaa
ctggatttgccgcaaccatttcaaagtgcccaagtccaggaggaaattaaaaacttttcg
ataaagggtcacgaggtttacaacaggattcacgagcgtattgctgacctcgccaccgag
gaagagaactcaccactggtgcagcatctgaaaaccatgctcacgcatgaccagtttatc
ttcaagcagaagattgagatcgtacacacactgctcacggataacagggctactgcctac
gacactagcgatgctttggccatggcaagaagagctctggcagagagcattgagctgtgg
ggaccgcggttgcaggagatcgagaagctgaccgccaagcaggcgcatcacatcgactct
ggaaccatctgcacggaggaactaagaccggaacaggttcagactgcagattcttctaaa
gttaccacctctagtttgccaaaggagaatgatcccctggagtgtccaagcgaggacact
gaaactggcgcatcaaacagtcagactgttttggacaagaatttctctattgaccagatg
ttggcctctaccgttaacgtttactcggataaaaagtctataaggaagattcttacccag
cttctgccatctggtaatcaggttaaccctttgcagtcgccatttccggcacaagatcat
ctgacgcttccattgggcagtattcccattcacgtgagagaaaccgatctcagttcagtg
attgcatacagtttgacctcgatggattatcaaaaggcaatagacgaggcggaggccaac
tccaatgctgcccattcaagtccgcagttaaagcgaaaaattccattagcggaaagcgtt
agcgacgccgaagacagtccaagcctttcgcgtacttcgagcaacacaagtgccgctccc
aatgcatcggttccttctccagctaccgcggcctccgagtcggaggaaaaaagcaaggaa
cgcataaagcagccaccgagtccgcatatcacactggcattccaagatcacagctgccag
ttccagtgtaagatctactttgcccgcgagtttgatgcaatgcggtcgaagagtttgaag
cctcccaagctagacaaatccctgtaccgccggctggagaagagcaagatgcgggaggag
ctgagaatctcacagagtcgcaccgggtccgaaatggagctggttcgcaaacccagcgac
gttggtgcgcctcgaaccactgaggatgattccaatcaggaggaggacgctaggatagca
ttggcgcgaagcctttgcaaaagtgtccaatgggaggcgaggggcggtaaatcgggatcc
cggttttgcaagacgcttgacgatcgtttcgtgctcaaagagatgaactcaagggacatg
accatctttgagccatttgctccgaaatactttgagtacatcgacaggtgccagcagcaa
caacagcccacattgctggccaagatctttggtgtcttcagagtcagcgtgaagaaaaag
gattctttcgtggagcgttctgtgatggtcatggagaatctgttttacggctgcaatatt
gaaaacaaatttgatcttaagggctcagagaggaatcgcttggtggatcccagcaatcag
caaggtgaaattgtcttgctggatgagaatctggttcagatgtcctggtcaaagcctttg
tatgtgctgtcccatagcaaaactgtcctgagggatgccatccagcgagattcgtccttc
ctggaaaaaaacctcgtcatggactattcacttttggtgggcttggacaagaaaaatggc
gtcttggtacttggcatcatagattacattcgaacctttacgctggataaaagagtggaa
tccattataaaaggatcgggaatccttggaggcaagggaaaggatccgaccgtggtcaat
ccggagcgctacaagcagcgctttatcgatgcgatggatcgctatttcctcacagttccg
gatcgttgggagggcctttccaaggtctaa

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Ontology (3)   
   KEGG BRITE (3)   
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 (77)   
   KEGG ORTHOLOGY (1)   
   RefGene (72)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (5)   
   Pfam (5)   
All databases (106)   

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