KEGG   Sugiyamaella lignohabitans: AWJ20_3164
Entry
AWJ20_3164        CDS       T05270                                 
Symbol
FAB1
Name
(RefSeq) 1-phosphatidylinositol-3-phosphate 5-kinase
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
slb  Sugiyamaella lignohabitans
Pathway
slb00562  Inositol phosphate metabolism
slb01100  Metabolic pathways
slb04070  Phosphatidylinositol signaling system
slb04145  Phagosome
Brite
KEGG Orthology (KO) [BR:slb00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    AWJ20_3164 (FAB1)
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    AWJ20_3164 (FAB1)
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    AWJ20_3164 (FAB1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:slb04131]
    AWJ20_3164 (FAB1)
Enzymes [BR:slb01000]
 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
     AWJ20_3164 (FAB1)
Membrane trafficking [BR:slb04131]
 Endocytosis
  Macropinocytosis
   Kinases
    AWJ20_3164 (FAB1)
 Endosome - Golgi transport
  Others
   Others
    AWJ20_3164 (FAB1)
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 TPR_12 TPR_10 TPR_8 TPR_1 TPR_7 TPR_6 TPR_MalT TPR_2 TPR_17
Other DBs
NCBI-GeneID: 30035156
NCBI-ProteinID: XP_018738013
UniProt: A0A167FPC1
Position
B:3463088..3468796
AA seq 1902 aa
MPFSDMFTLNGTDNTVNIDHRKSDSLSTIEYSSSQTTQPTSAIAVPSLKKGDQLDTASDL
PSSPRSFNSRYSGRFRARAATLDGSSRMTATSPLRNGGVVLNQLPNPIENSPSTQDIGFS
DSESSEDESTMRLFSALNPSRSDGDLSKLHNQNKVNRRTSFRRPTSGTGRYVDAVGPVKS
SLMRIGQRRRSFPSNIHQAGLTRQLSGSFFKSVIDNDISVFDTEDDQTALVPTTIQSPSI
DLNKASINHAHIFLDQLLEFFRLPKKWHDILMKPLLLCAENIDLDVKGGDSIDIRHYVKI
KRIPGGSSKNTAYVDGTVFSKSLALKSMPRKIKDPRILLITFPIEYSRTDQRFMSLDPVL
AQESEYIKKLVKRIVSLNPQVLISSSRISGLAIELLAREGIAVVANSKLTAISRISRYTH
ADILTSIDRLAMNPRLGNCSMFEVNTYQFKDTAKTFIFISGVPRELGCTIVLRGSDTETL
GSVKAVVEFLVYVVFNLKLETSLMRDQFVFIPSDAVSLENKPESHNHANDGGYFHDLIRS
QEGKVISSSPFVHFGNPYLLQEARALEDQLVATGHDNDELLENGETDFNQIKKSLQEMGF
DDVPLQEFPGGSEKAREIVSVINEERLGTLRDLWASQKRQWELYYSQAPGMFDPFHRQSI
SLLFSVVCSETRTPCVGPEQTEIDFYSDSDTTLGQFVETMCITADEECPDGCKYRLRDHF
RSYVNGTGRLTVRVEKFECKLPGLQNTILMWSHCKVCQNTMPVLPMSAATWKYSFGKYLE
LAFYSTKLSFRAGQCVHNLYRDHVRYFGFHDLAVRFEYDCIKLLEIIPPQWKMQWKPEIS
AKHKIEVYHSISAKVNNFWNSVLDRLDRVVIDELAPEKMEECQARIDFLRSVATDERAAA
LGDLNQIFTTTHVTDILAMNAIVRVIQELVVKWDAEFLDFENKFFPSEKDITRITAQHLK
KIFLTDESVDQSDRTDTGTDVPPTPIVEKDDPLKSISSNAEKINESVEETSEKPDMVPVD
IEPTKSSNTLLPEPVKLDDRHIALAHREVNDTEDVKERETILEALKLADIYNGQGEIEKA
IAMYNLYLDGHSKLTPHDFDSKYCMALQNLAVCYKNQNQLDLAEKIYNQLLQAREIQLGD
SDLETLRTMYDLGIVYRNQEKMDLAVQMLRRSLDGRIKISGHNSKDVISTAQELVDIYTS
QSMNNEVQEMLDILNRTSNKSSEKSSPDIPSNKPRFDPIDSGNTSLESKTPQRSDTRSYS
ISPEKRIAAPLTRRPNSISSLSRPTSPRKDSRVLDQVLMTQPSDKDSTLEAIRSSITSPR
QDDLFRRPVIPGKGSSIPTLVEVSSTSNIPLSQAAGLRNNDKKPKFRSDEIASFSGVGAR
KKFLSSRFGTREFENQLFSGKAVGGKTRVSSLAKHFDQLSMEFEKERARERKLLAQGRFR
AFPVTKSRPIVEVFKNVKEAVEEVSDEEDDSEPLLDQALLLPSDRAKRDSHCSHESIDTA
NGECAPQPDLEDIDVDGHTGSSGAGDESPKATSVDEAGGQDDASSDGQPDIASSRETLDS
ERSEGPEFPPTAEKQSLMQSLANFWADRSATGWNALEYPLKTSEHIFADSDVIVREDEPS
SLIAFCLSSPDYLERMKNRGPPPPIEDLEDEGKHVNFERPPKEELEQWMLKKTGIHLKYQ
FQEGSARLSCKLFFSEQFAAFRKKCLGSDKDYIQSLARCIKWDSSGGKSGSAFLKTLDDR
LVVKELSQSELDAFVKFAPSYFKYMAQALFHDLPTVLAKIFGFYQIQIRNPITGKTFKMD
VVVMENLFYQHKMSRIFDLKGSMRNRHVQQTGRENEVLLDENMVEYIYESPLFVREHSKR
LLKNSLFNDTLFLAKMNVMDYSLVIGIDEEENQLVVGIIGKY
NT seq 5709 nt   +upstreamnt  +downstreamnt
atgccattttctgatatgtttactttaaatggcactgataatacggtcaatattgatcat
cgcaaatcagatagtttatcgactatcgaatattcctccagccaaacgacccagccgaca
agcgcaattgctgttcctagtttaaaaaagggcgaccagcttgatactgcatctgatctg
cctagttcacctcgatctttcaacagccgatactctggtaggtttcgtgcaagagcagct
acacttgatgggagttcaaggatgaccgctacatcgccactgagaaatggaggcgttgtg
ttaaatcagctacctaatccaattgaaaactcacccagcacccaagacattggcttttca
gatagcgagagtagtgaagatgagagtacaatgagactattttcggccctgaatccatca
cgctctgatggtgacctctctaaacttcacaatcagaacaaggtcaatagacgtacttcg
ttcagacgacccactagtggaaccggtaggtatgtggatgctgtcgggccggtaaagtcc
agtttgatgcgaatcggtcaaagacgacgaagtttccccagtaacattcatcaagcaggc
ttaactcgacagttgtcgggatctttttttaagtccgttatcgataacgatattagcgtc
tttgataccgaagacgaccagactgctttagttcctaccactatacaatcgcccagtatt
gacctcaacaaagctagtatcaatcatgcacacatattccttgaccagctcttagagttc
tttagattgccgaagaaatggcatgatatcttgatgaaaccgctactgctttgcgctgag
aatatagatcttgatgttaagggtggtgatagtatcgacatccgccattatgttaaaatt
aaacgaattccaggtggatcaagtaagaatactgcttatgttgatggcacagtatttagc
aagtcactagctctaaagtcaatgcctcgtaagattaaagacccaaggattctcttaatt
acgtttcctatagaatacagcagaacagatcaacggtttatgagcttggatccagtatta
gctcaggagtcagagtatatcaaaaaacttgtaaaacgcattgtatcgctcaaccctcaa
gtcctgatatcttcaagtaggattagtggtctggcaattgaacttttagcaagagaagga
attgctgtagtggcgaacagcaaacttactgccatttcgagaatatcgcgatatactcat
gctgatatactgacgtccattgacaggctagcaatgaacccacggcttggaaattgctcg
atgttcgaggtaaatacataccaattcaaggatactgctaagacgttcattttcatttct
ggggtacctcgtgagttgggatgtaccattgttttacgtggaagtgatactgagaccttg
ggtagtgtcaaagctgttgtcgaattcttggtttacgttgttttcaatttgaaattagag
acaagtctgatgagagatcaatttgtatttatcccttcggatgctgtgagcttagagaat
aaaccagagagtcacaatcatgcaaatgacggtgggtattttcacgaccttatccgatca
caagaaggaaaagttatatcttcatcaccttttgttcattttggaaacccatatcttcta
caagaagcaagagcattggaagatcagctagttgctacggggcatgataatgatgagttg
ttggaaaacggagaaactgatttcaatcaaatcaagaaatccctgcaggaaatggggttt
gatgatgttccactacaggagtttcctggcggaagcgaaaaagctcgagagattgtaagt
gttatcaacgaagagcgactaggtacgctacgtgacttatgggcctcacaaaaacggcaa
tgggagctatattattctcaggcgccaggaatgtttgacccgtttcatcgtcaaagcatt
tctcttctattttctgttgtatgctctgaaacccgcacgccctgcgtggggcccgagcag
acagagatagatttttacagcgattccgatacaacattgggtcaatttgtggagaccatg
tgtataactgctgacgaagagtgtcccgatggctgtaagtaccgattacgggatcatttc
cgaagttatgttaatggaactggtagacttactgtgcgggtggaaaagtttgaatgcaaa
ctccctggtctgcaaaataccattttgatgtggagccattgcaaagtatgccagaacacg
atgccagtattgcccatgtcggctgcaacttggaaatattcctttggtaaatatcttgag
cttgcattctacagtaccaagctttccttccgtgctggccaatgtgttcataatttgtat
cgtgaccatgttagatactttggttttcatgatcttgcagtacgatttgagtatgattgc
attaaactactggagattataccccctcaatggaaaatgcagtggaagcctgaaatcagc
gcaaagcacaagattgaagtctatcacagtatttctgccaaagtaaacaacttttggaat
agtgttttggatagattagacagagtcgttatcgatgaacttgctcctgagaagatggaa
gaatgtcaggcgaggattgattttctaaggagtgttgcaacagatgagcgagcagcggct
ctgggtgatctaaatcagatattcactactacacatgtcactgatatactagccatgaat
gccattgttagagtaattcaggaactggttgtaaaatgggatgcagagtttttggacttt
gaaaataaatttttcccgtctgaaaaggatattacgaggattactgcgcagcacctgaaa
aagatatttttgactgatgaatcggttgatcaaagcgacagaactgatacgggaaccgac
gtcccgccaactccaatcgtagaaaaagatgatcctttaaagtcgatttccagcaacgca
gagaaaataaatgaatcggtggaggaaacatcagagaaacctgacatggtgccagttgac
atagagcccactaaatcgagcaatactctacttcctgaaccagtcaagttggatgataga
catattgcgttagctcaccgagaagttaatgatactgaagatgttaaagaaagagaaaca
attctcgaagcactgaaactagcagacatttataatggtcaaggagaaattgagaaagcc
atagccatgtataatctgtacctagatggccattctaagctgacccctcatgattttgac
agtaaatactgcatggcattgcagaacttagctgtctgttacaagaatcaaaaccaactc
gacctagccgaaaagatctataatcagctgttgcaagctcgtgaaatacagcttggagac
agtgatctagagactctgcgaactatgtatgatttggggattgtatataggaaccaggaa
aagatggatcttgctgttcaaatgctgcgtcgatccttggatggaagaatcaaaatatct
gggcataatagcaaggatgttatttctacggcccaagaactagtggatatttatacatcc
caaagcatgaataatgaagttcaagagatgttagacatcctgaacaggacgtccaacaaa
tcttcggagaaatcatccccggacatcccttcaaacaagcccagatttgatccaatagat
tcaggaaatactagtctcgaatcgaaaaccccccagcgctcagatacgagatcatatagc
atttctcctgaaaagagaatagcggcaccactaacccgcagacccaatagtatttcatcc
ttaagcaggccaacaagtcctcggaaggattctcgcgtcctagatcaagttttgatgacc
cagcctagtgataaagactctacacttgaagctatcagaagttcaataacatctcctcga
caggatgatttgtttagacgaccagtcatacctggaaaaggtagctctattccaacattg
gtggaagtgtcgtcaacttcaaacataccattatcccaagctgctggacttcgtaataat
gataaaaagccgaagttcaggtccgatgaaatcgcttcttttagcggagttggtgctagg
aaaaagtttttgtcgtctagatttggaactagagagttcgaaaaccagttgttttctggc
aaagctgtaggtggaaagaccagagtttcttctttggcaaaacactttgatcagctgtca
atggagttcgaaaaagaacgtgctagagagagaaaacttctggcacaagggagattccgt
gcatttcctgttaccaaatcaagaccgattgttgaagtattcaagaatgtgaaagaagcc
gtcgaagaggtgtcagatgaggaggatgacagtgagcccctactagatcaggcattgtta
ctgccgagtgatagagctaaacgggatagccattgctcgcacgagtccatcgatacagct
aacggggaatgtgcgccacagccggacctagaagacattgatgtcgatggacacactggt
agctcaggtgccggggatgaatcacctaaggcaacctctgtggacgaggctggtggccaa
gacgatgcctcttctgatggccagcctgatattgctagcagcagggagacactggattca
gaacgatcggaaggccccgagtttccgcctactgctgaaaaacagtctctaatgcaaagt
ttggcaaatttctgggctgatcggtccgctactggttggaatgctttggagtatcctctc
aagacatccgagcatatttttgccgattctgatgtcattgttcgtgaagatgagcccagt
tctttgattgcgttctgtttgagttctccagactatcttgagagaatgaagaatagaggt
cctccacctcctatcgaagacttggaagatgagggaaagcatgtgaattttgagagacca
cctaaggaagaacttgaacagtggatgctgaagaaaacaggaattcatctgaaataccaa
ttccaagaaggttctgctagattatcttgtaagctattcttctcagaacagtttgcagct
tttagaaagaaatgcctagggtctgataaagactatattcaatcattagcgagatgcatc
aagtgggattccagtggtggcaagtctggatcggcctttttgaaaacattagatgaccgt
ctcgtcgtcaaagagctctctcaaagtgagctggatgcatttgttaagttcgctccttct
tattttaaatacatggctcaagcattattccacgatcttcccacggttttagcaaagatt
ttcggtttctatcaaattcaaattcggaacccgatcactggtaaaacattcaagatggac
gtggtggtcatggaaaatttgttttatcaacataagatgtcgagaatttttgatctcaag
ggttctatgagaaacagacatgttcaacaaactggccgtgagaatgaggtactattagat
gaaaacatggtagaatatatttatgagtctccgttgtttgtgcgtgaacattctaagcgg
ctgttgaaaaactccctattcaatgataccttatttttagcaaagatgaatgttatggac
tactctcttgttatcggtatcgatgaagaagaaaatcaattagttgtaggaattattggt
aagtattaa

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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 (47)   
   KEGG ORTHOLOGY (1)   
   RefGene (43)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (78)   

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