KEGG   Oryza brachyantha (malo sina): 102711453
Entry
102711453         CDS       T02995                                 
Name
(RefSeq) putative 1-phosphatidylinositol-3-phosphate 5-kinase FAB1C
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
obr  Oryza brachyantha (malo sina)
Pathway
obr00562  Inositol phosphate metabolism
obr01100  Metabolic pathways
obr04070  Phosphatidylinositol signaling system
obr04145  Phagosome
Brite
KEGG Orthology (KO) [BR:obr00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    102711453
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    102711453
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    102711453
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:obr04131]
    102711453
Enzymes [BR:obr01000]
 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
     102711453
Membrane trafficking [BR:obr04131]
 Endocytosis
  Macropinocytosis
   Kinases
    102711453
 Endosome - Golgi transport
  Others
   Others
    102711453
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1
Other DBs
NCBI-GeneID: 102711453
NCBI-ProteinID: XP_006659418
UniProt: J3MT63
Position
8:complement(12566362..12573844)
AA seq 1629 aa
MGVADFSVLGAVHKFRSLIAGPTPSTATADEDAIRRTSGPPSPATPTRSASPVDMPPLPA
RSGGRRAIALRRQISSPQLLRCHAVRRGDGEDDDEPGVQFFTPGNDYLHDFSDTDSLSVS
TPNGIIRSLTPSPLESPTWMVGQNDASPTSKRDERLSLDSLGCDTKPYGGVTDRSQGEMT
RSPVDFDANIWLPPPPEDEGDDAESRLFGFDDEDDEAGDSGKLLGLGSFSTNKIAGVQTI
TDIAHKEGLRNAVLGHFRALVAQLLKGECVDLENGNRSKSWLEIVSSLAWLAAGYVRPDT
KKGGSMDPTDYVKVKCLASGDPSDSNLVRGVVCSKNVKHKRMISEHVNAKLLILGGALEY
QKVTNKLASIDTILEQEKEHLRAIVAKIESRRPNVLLVEKSVSSYAQELLAKDISLVLNI
KRPLLDRISRCSGAQIASSIDNIASARLGQCELFKVQKVPEFLSGKLTNRRSMKTLMFFE
GCPRRLGCTVLLRGSCREELKKIKRVVQLAVFAAYHLSLETSFFADEGATLPRIPSRPMI
VVTDVQSDPSHDFAGSAGVGIPYELKPVQGKYSETTAVNDMFEEKSASPRSLSLNEEGQG
VISEHRESKIHVDHMNCNDHYSSHATDSCKGHKIFPCSLDHDSRTSDIVMQYQYVNESRQ
LPITNDACQGMVSGKKYQEVDHYGPKPHDDYLTGDADGPNKLSGEYFPATDNHQSILVSL
SSTCIPKSMLCERSQLFRIKFYGSFDKPLGRYLREDLFDQAYCCPSCKEPSESHIRCYTH
QHGSLTISVRRLLSQKLPGERDGRIWMWHRCLKCEPKDGVPPATRRVIMSDAAWGLSFGK
FLELSFSNHATANRIASCGHSLQRDCLRFYGYGNMVAFFRYSPVDILSVNLPPSVLGFNC
HSQQDWMRRMAHEIYEKMESLHSEVYGFLHRNESTITSEDEPVKTGVQRQIIEMKDLLKM
ERNGYEILLLPVITDNSHSVQISIDILELNRLRRCLLLDAYIWDQRLCYIDSLLKKDGHD
SNPSNPDNFLDVRLKEWKTDLLEGDTKIGKSTNLSQSSGSPRKSLLSREGCLNDTEYRMG
ETNSQIDFVYHSIDDSEDLDKVFSRFNGEKEQSITKATTGMEPAERLPSLASIISDKIDL
AWTGSSELYDFPQDCTKIDEHGSFSFPDNLSCGNAATPVRIHSFDSKLVLRQRERNGLAP
TSLHLSSFRSAEYFGDLSSIMKDPLPNIRRACSQRSPGAVEKLNVVLTRTLTYVSPTSHM
IDDGARLLLPQIGYEDDAVIAVYDDEPTSIVSYAMTSQEYVQQVTRKPNSSLSFLHLPNT
IDSSHGLDGAMLSQEDHLDSKGTHFKFSFDDESPLSEDKAKFSVICYFAKHFAALRKKCC
PKDIDFIRSLSRCKRWNAQGGKSNVYFAKTLDERFIIKQVTRTELESFVEFAPQYFRYLM
ESLTSGSPTCLAKIVGLYQVNIKGLKGGREVKMDLMVMENLFFERKISRVYDLKGSLRSR
YTSSESKVLLDSNLVETLHTKPLFLGSKAKRRLERAIWNDTSFLATADVMDYSLLVGIDE
EKKELVIGIIDYLRQYTWDKQLETWVKASGILGGPKNESPTIISPMQYKKRFRKAMSKYF
LTVPDQWST
NT seq 4890 nt   +upstreamnt  +downstreamnt
atgggagtggcggacttctcggtgctgggtgcggtgcacaagttcagatccctcatcgcc
ggccccacgccctccaccgccaccgccgacgaagacgccatccgccggacgagcgggccg
ccgtcgcccgcgaccccgacgaggtccgcgtcccccgtcgacatgccaccgctccccgcg
agatccgggggcaggcgcgccatcgccctgcgccgccagatctcctcgccacagctgctc
cgctgccacgccgtcaggcgaggcgatggcgaggatgacgatgagcccggggttcagttt
ttcacccctgggaatgactacttacatgacttttcagatacagactctcttagtgtcagt
actcctaacgggatcatcaggtccttgacaccaagccctttggaaagcccgacttggatg
gtggggcagaacgacgcctcgccgacatccaagagggacgaacgcctgagcctggattct
cttggctgtgatacgaagccttatggcggcgtcacagacaggagtcaaggtgaaatgact
cgttcccctgttgattttgatgccaatatttggctcccaccaccgccggaagatgagggt
gatgatgctgaatcgagattatttgggttcgatgatgaggatgatgaggctggagactcg
ggcaagcttcttggtcttggtagctttagcactaacaaaatagctggtgttcagacaatc
acagacatagctcacaaagagggtctgaggaatgctgtattagggcatttccgggctctt
gtggctcaattgcttaagggggaatgtgtcgatctggaaaatggcaatagatccaaaagt
tggcttgaaatagtgtcctccttagcttggctagctgctgggtatgtgagaccagatacc
aaaaaaggtggcagcatggatcctactgattatgtgaaagtcaaatgtttagcatcaggg
gatccaagtgatagcaatcttgttagaggagttgtttgctctaagaatgtaaaacacaaa
cgcatgatctctgagcatgtgaatgcgaaattgctcattttagggggggcacttgagtat
cagaaggttacaaacaaactagcatccattgatactatacttgaacaggaaaaggagcac
ctgagggcaattgttgcaaagattgagtctcggcgaccaaatgtgctgctagttgagaaa
agtgtctcatcttatgctcaggaactattggcaaaagatatttctttagttctaaatatt
aagagaccacttttggatagaatatcaagatgctcaggggcacaaattgcctcgtcaatt
gataatatcgcttcagcaagactaggtcaatgcgaattgttcaaggtgcagaaagttcca
gaattcttgtcaggaaaattgacgaacaggcggtcaatgaagaccctaatgttctttgaa
ggctgcccgaggcgtttaggttgcacggttctactgagaggatcctgtcgagaggaacta
aagaaaattaagcgtgttgtgcaacttgcagtgtttgcagcttatcacctctctcttgaa
acatcattctttgctgatgaaggtgcgactcttcccagaataccttcaaggccgatgata
gtggtaactgatgttcaaagtgacccaagtcacgattttgctggatctgctggtgttggt
attccttatgaacttaaacctgtacaaggcaaatattcagaaactactgcagtcaatgat
atgtttgaggaaaaatctgcatcacctagatcattatcattgaatgaggaaggacagggg
gttatctctgagcatagggaatctaaaattcatgttgatcatatgaactgtaatgatcat
tattcatcccatgcaactgattcatgcaaaggtcataaaatatttccatgttccttggat
catgactctagaacttcagatattgtgatgcaatatcagtatgtgaatgaatcgagacag
cttcccattacgaatgatgcctgtcaaggcatggtttcaggaaagaaatatcaggaggta
gaccactatggtcccaaaccacatgatgactatctgacaggagatgcagatggccccaat
aagctttccggtgaatattttcctgctactgacaaccatcagagcatcttagtttccctt
tcaagcacttgtatccccaaaagcatgctatgtgagcgttctcagctcttccgcatcaag
ttttatggtagctttgataagccacttgggaggtacctcagggaagacttgtttgatcag
gcatattgctgcccatcatgcaaagagccatcagaatcacatatcaggtgctatactcat
cagcatgggagtttaacaattagtgttaggcgacttctgtctcaaaagttgccaggtgaa
cgtgatgggaggatatggatgtggcatagatgcctcaaatgtgaacctaaggatggtgta
ccacctgctacacggagggtaattatgtcagatgctgcttggggcctgtcatttggtaag
ttcctggagctaagcttttctaatcatgctacggctaaccgaattgcaagctgtggtcat
tctctccagagggactgccttcgtttctatgggtacggaaacatggttgctttcttcaga
tattctcctgttgatattctctcagttaaccttcccccctcagtactgggtttcaactgc
cacagtcaacaagattggatgagaaggatggcccatgagatatatgaaaaaatggaatcc
ttacattcagaggtgtatggttttcttcatcgtaatgaaagtactattacatctgaggat
gaaccggtgaagactggtgttcaaaggcagataatagagatgaaagatttgcttaaaatg
gaaagaaatggatatgagatcctgttgttgcctgttattacagataacagccattctgtg
caaatctcaattgatattctggagctcaaccgtttgagacgttgtcttctccttgatgct
tatatttgggatcagaggctatgttacatagattcacttcttaaaaaagacggtcatgat
tcaaatccctctaatcctgataatttcttagatgtcagactgaaggagtggaaaactgac
ttgcttgagggggatacgaaaataggaaaatccacaaatttgtcacaatcttcaggaagt
ccaagaaaatccctgctctctagagaaggttgcctgaatgatacagaatacaggatgggt
gagacaaattcacagattgattttgtctatcattctatagatgattcagaagatctggac
aaggtcttcagtagattcaatggagagaaagagcagtcaattactaaagctactacaggt
atggaacctgctgaaaggttaccctcacttgcatctattatttcagataagattgatttg
gcatggactggttctagtgagttatatgactttccacaagattgcaccaaaattgatgag
catggatcctttagttttccggacaatctgagttgtggcaacgcagcaaccccagtcaga
attcactcatttgattctaaacttgttttacgtcagcgagaacgcaatggactggcccct
acttcgttacatctgtcatcattcagatctgctgaatactttggggatttgtcaagcatc
atgaaagatccattaccaaacattaggagggcttgttctcaaaggtctcctggggcagta
gagaaattaaatgttgttcttacccgtacacttacatatgtctcacccacttcacatatg
attgatgatggggcacggctgctgttgccccagattggctatgaagatgatgctgtcatt
gcagtctatgatgatgagcccaccagtattgtgtcctacgcaatgacttcacaagaatat
gttcagcaagtcacacgcaaaccgaattcaagtttgagttttttacacctaccaaatacc
attgacagcagccatggacttgacggggccatgctctcacaagaagaccatttggattct
aagggaactcactttaagttctcctttgatgatgaatcaccactttctgaagataaagca
aagttctctgttatttgttattttgcaaagcattttgctgcacttagaaagaaatgttgt
ccgaaggatattgatttcatccgttcacttagccgctgcaagagatggaatgcacaaggt
ggaaaaagcaatgtttactttgcaaagacattggatgagagattcataatcaaacaagtc
acaaggacagagcttgaatcgtttgtagagtttgctcctcagtacttcagatatttgatg
gaatccttgacttcaggtagcccaacttgcctggccaaaatagtagggctgtatcaggtt
aatatcaagggtttgaaaggtggtagggaagtaaagatggacctcatggtgatggagaat
cttttctttgaaaggaagatatctagagtctatgatctaaagggttcattgcgctcacgc
tatacatccagtgagagtaaagtcctcttagattcaaacctcgtagagacattgcataca
aagccattatttttagggagcaaggcaaaacgaagattggaaagagctatctggaatgat
acttcttttctcgcgacagcagatgtcatggactactccctacttgttggaatcgacgag
gagaagaaagagcttgtcattggcatcatagactacttgcgtcagtacacctgggacaag
cagctcgagacctgggtgaaggcttcaggcatcctgggaggccccaagaacgagtccccg
accatcatatctccgatgcagtacaagaagaggttcaggaaagccatgtccaagtacttc
ctcaccgtcccagaccagtggtccacttga

  All links  
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 (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 (2)   
   Pfam (2)   
All databases (26)   

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