KEGG   Daucus carota (carrot): 108208814
Entry
108208814         CDS       T05350                                 
Name
(RefSeq) 1-phosphatidylinositol-3-phosphate 5-kinase FAB1B
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
dcr  Daucus carota (carrot)
Pathway
dcr00562  Inositol phosphate metabolism
dcr01100  Metabolic pathways
dcr04070  Phosphatidylinositol signaling system
dcr04145  Phagosome
Brite
KEGG Orthology (KO) [BR:dcr00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    108208814
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    108208814
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    108208814
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:dcr04131]
    108208814
Enzymes [BR:dcr01000]
 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
     108208814
Membrane trafficking [BR:dcr04131]
 Endocytosis
  Macropinocytosis
   Kinases
    108208814
 Endosome - Golgi transport
  Others
   Others
    108208814
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 FYVE
Other DBs
NCBI-GeneID: 108208814
NCBI-ProteinID: XP_017234853
Position
2:36092027..36103513
AA seq 1819 aa
MDASDRFFCDIVGLCKSWITWGSEPTNVSRDFWMPDHICRVCYDCDNQFTLFNRRHHCRL
CGRVFCGGCTANWVPSSSSESKTSIEEWDKIRVCNYCFKQWEQGLAATANNEIQVTSLDL
SSSPSATSFISTKSNRTVDSSNTTLISVQQSVDSYILNTWPSEISMQKSAEMEKTAEAEG
VISPRRTNKCATDGIESSPKPLEHCMNRSDDDDHEEFGVHSRRSKTGDYPTVGEYYSQIQ
FDDVGRNYISNKVHPDGEDTKTKTLSRSSLSNSFDYRDSEGAQEVKKGEHDNVDGCEAPS
SLYAAESVEYEPVDFENNGILWLPPEPEDEEDEKEAFLYDDDDGGGDATGEWGYFRSSSS
FGSGEFRNRQKSNEEHKKVMKNVVDGHFRALVAQLLQVENLPMGEVDEKENWLEIISSLS
WEAASILKPDMSISAGMDPGGYVKIKCLASGYRNESMVVKGVVCKKNVANRRMTSKIEKP
RLLILGGALEYQRVPNLLSSFETLLQQEKDHLKMAVAKIDAHKPDVLLVEKSVTRYAQEY
LLEKNISVVLNVKRPLLERIARCTGGQIVSSIDHLSSLKLGYCDNFHVDKFLEEHGTAEH
SAKKLVKTLMYFEGCPKPFGCTILLRGASVDELKKVKHVVQYGVFAAYHLALETSFLADE
GASLPELPLNTPLNVALPDKSSSIDRSISTIPGFSAVSNEKTEGPQSCDAPQRSNSVPNS
SPVPQSTMPTVSNDQSSQYTSLTSNCATSAASLSTISCAPVITNSIACDPCLSHASAENT
IMDLKDSSEGKSSVANNDSLIVGDCHPDNSFPLQEVVKHGFEVNDSPSESTVDENQNSFP
FQRDVKNVLEEQNSLKEEFPASPSDHQSILVSLSSRCVWKGTVCERSHLFRIKYYGNFDK
PLGRFLRDNLFDQSYRCGSCEMPSEAHVHCYTHRQGTLTISVKKLPEYPLPGEKEGKIWM
WHRCLRCPRTNGFPPATPRIVMSDAAWGLSFGKFLELSFSNHAAASRVANCGHSLHRDCL
RFYGYANMVACFRYASIDVHSVYLPPSKLDFNFDNQYWIQRELDEVIDRAELLFSEVLNS
LRQILERKPGTGSLNSSMKNHELRRCLVDLEGMVHKEKSEFEEIVQKFSDKNSQKRETAI
DIFEINRLRRQLLFQSYMWDHRLVYAASLDAKSFQNDMCDSTTEDKEGFMFANEKLVDMN
KPVISHKDLVDCESNLLDSKLDQIRNQEDRCLSPQETETDKQGTDKCLDLSREKESEAKL
SSINICDDSSSAVSGDVLYGQVSIIPSLSDTLDAAWTGNNHPGLGTPTNHLDISGTRSVA
EKSNFKEQAEDRSGSRISRMLPLASSKNSDNLEDSVSWLGLPFVNFYRSLSKNILGSAQK
LGTLNEYNPVYVSSFRESEIQNGARLLMPVGANDTVIPVYDDEPTSIISYALLSSDYAAQ
LSDGPRQRDGAESTHMQSFDSSSFLSFYSADETLESYRSLGSADEGILSLSGSRSSLVLD
PLSYTKAFHARVSFGDDGPLGKVKYRVTCYYAKRFEGLRKLCCPSEIDYIRSLSRCKKWG
AQGGKSNVFFAKTLDDRFIIKQVTKTELESFIQFGPEYFKYLSESIVTRSPTCLAKVLGI
YQVTSKHLRGGKEIKMDVLVMENLLFGRSLARLYDLKGSTRSRYNPDCSGSNKVLLDQNL
IEAMPTSPIFVGNKAKRLLERAVWNDTAFLASIDVMDYSLLVGVDEEKHELVLGIIDFMR
QYTWDKHLETWVKTTGILGGPKNASPTVISPKQYKKRFRKAMTMYFLMVPDQWSPPTIIP
SRSQSDLGEETTQGATYAE
NT seq 5460 nt   +upstreamnt  +downstreamnt
atggatgcatcggacaggtttttttgtgacattgtaggcttatgcaaatcgtggatcact
tgggggtctgaaccaactaatgtgtcaagggacttctggatgcccgatcatatctgtagg
gtctgctacgactgtgacaatcagtttacgttgtttaatagaaggcaccactgtcgactt
tgcggccgggttttttgtgggggctgtacggccaattgggtcccttcatcatctagcgaa
tcaaaaacatctattgaagagtgggataagatcagggtctgcaattactgtttcaagcaa
tgggagcaaggtttagcagctactgctaacaatgagatccaggtcaccagcctggatctt
agctcctcaccgtcagctaccagtttcattagtactaaatctaatcgcactgttgacagt
agcaataccacactcatatctgttcaacaatctgttgactcttacatactgaatacctgg
ccttctgaaattagtatgcaaaaatcagcagagatggaaaaaactgcagaagcagaaggt
gtaatatctccaaggaggaccaataagtgtgctacagatggaattgaatcgtctccaaag
ccacttgagcattgcatgaacaggagtgatgatgacgaccatgaagaatttggagttcat
tcgcgacgttccaaaacaggggattaccctactgttggtgaatattatagccaaattcag
tttgatgacgttggccgtaattatatatcaaacaaagttcatccagatggagaggatact
aaaacaaaaactcttagccgctcctctttaagtaatagttttgattatcgggattctgag
ggagcacaagaagtgaaaaaaggcgaacatgataatgttgatggatgtgaggcaccttcc
tcattatatgctgctgaaagtgtggagtatgaaccagttgattttgaaaataatggaatt
ctttggcttccccctgaaccagaagatgaagaagacgagaaggaagcttttctatatgac
gatgacgatggtggaggagatgctacgggagagtggggctattttcgttcttctagtagt
tttggaagtggggaatttcgaaaccgacaaaaatcgaatgaggagcacaagaaggtcatg
aaaaatgttgttgatgggcactttagggctttagtagctcagcttttgcaggttgagaat
cttcctatgggcgaggtagatgaaaaagagaattggctggaaatcatttcatcactttcg
tgggaggctgcgtcaattttaaagccagacatgagcataagtgctggaatggacccagga
ggatatgtaaagataaagtgtttggcttctggttatcgcaatgagagtatggttgtaaag
ggagtagtttgcaagaaaaatgttgccaaccgaagaatgacatcaaaaatagagaaacct
cgattgcttattctcggcggggctctagagtaccagcgggttccaaacctattgtcgagt
ttcgagaccctgttgcagcaggaaaaagatcatctgaaaatggctgttgctaagattgat
gcacacaaacctgatgttcttttggttgagaaatcagttacaagatatgcacaagaatac
ctcctagagaaaaacatatcagttgtcctcaatgtaaaaaggccgcttctggaacgtata
gcacgttgcacaggtggtcagatagtatcgtcaatcgatcatctctcatcattgaagttg
ggatactgtgataattttcacgttgacaagttcttagaagagcatggtactgcagagcac
agtgcgaaaaagttggtgaaaacattgatgtattttgaaggatgtccaaagcctttcggt
tgcactatattacttagaggtgccagtgtggacgagttgaagaaagtcaaacatgtggtc
cagtatggagtttttgcagcttatcacttggctttagaaacgtcttttcttgctgatgaa
ggcgcctccttgcctgaacttcccctgaatactccattgaatgttgcgcttccagataaa
tcatcaagtatagataggtctatctcaaccattcctgggttctctgctgtttctaatgaa
aaaactgagggaccacaatcatgtgatgcaccacagaggtcaaatagtgttccgaactcc
agtccggtcccacagagcactatgccaactgtttcaaatgatcaaagctcgcagtacaca
agtttgacttcaaattgtgctacctctgctgcttctctctcaaccatctcctgtgctcct
gtgattacaaattctattgcctgcgacccatgcctttcccatgcatcagccgagaataca
atcatggatttaaaagattcttctgagggaaagtcatctgtagctaacaatgattcatta
attgtaggggattgtcatcctgataactcttttccattacaagaagtagtaaaacacggt
tttgaagtcaatgactctccgagtgaaagcactgtagatgaaaatcaaaattcatttcct
tttcagcgagatgttaagaatgtcctcgaggaacaaaattctttgaaggaagagtttcca
gcctcaccttcagaccatcagagcatattggtttctttatcatcccgatgtgtgtggaag
ggaactgtttgtgaaaggtctcatctgtttcgaatcaaatactatggtaacttcgataag
cctttggggcgctttctccgggacaatctttttgaccagagttacagatgcggttcatgt
gagatgccatcagaagcacatgttcattgttatacgcataggcaaggcactcttaccata
tctgtgaagaagttgccagaatatccattaccgggtgaaaaggaaggaaagatctggatg
tggcatagatgcttgaggtgtccacggacgaatggttttcccccagcaactccaagaata
gtgatgtctgatgctgcttggggtttgtcatttggcaaatttttggagctaagtttttcc
aatcatgcagcagctagtagagtagctaactgtggccactccttacatcgtgattgcctt
cgcttctatggatatgcgaatatggttgcttgctttcgttatgcgtcaatcgatgttcac
tcagtctacctccccccttctaaacttgactttaattttgataatcagtattggatacaa
agagaactggacgaggtgatcgatcgggctgagcttttgttttccgaagtacttaattct
cttcgtcagattttggagagaaaacctggcacaggttcccttaatagcagcatgaagaat
catgaattaagacgctgtttagttgatttagaaggaatggtgcacaaagaaaagtctgaa
tttgaggaaatagttcagaaattttcggacaagaattctcaaaaaagggaaactgccatt
gatatttttgagattaatcgtttgcggaggcagctactttttcaatcttacatgtgggac
catcggctggtgtatgcagctagtttagatgccaagagttttcaaaatgatatgtgcgac
tccactaccgaagataaggagggattcatgtttgctaatgagaagcttgtagatatgaat
aaacctgtgatatcacacaaggatttagttgattgtgagtcaaacctcttggactcaaaa
ctagatcaaattcgtaatcaggaagacagatgtttaagccctcaagagacagaaactgac
aaacaaggaactgacaaatgtctagatttgagtcgcgaaaaagaaagcgaggctaagctt
tccagtataaatatttgtgatgactccagttcagctgttagtggggacgtgttgtatggg
caggtttctattataccaagtctgtctgatactcttgatgcagcatggactggtaataac
caccctggactcggaacaccaacaaatcatttagatatttcaggtaccaggtctgtggcg
gaaaaatctaactttaaagaacaagctgaagatcgaagtggatccaggatttctagaatg
cttcctttggcatccagcaaaaactccgacaatttggaagactcagtcagttggttggga
ttgccgtttgtcaacttctaccgttcattgagtaagaacattctagggagtgctcagaaa
ttagggacactaaatgagtataatccagtgtacgtttcatcatttcgtgaatcagaaatt
caaaatggagccaggttacttatgcctgtgggtgctaatgacactgtgatcccagtatat
gatgatgaacctaccagtatcatatcttatgctctgctttcgtctgattacgcagcccaa
ctgtctgatggtccacgacaaagagatggtgcagaatctactcatatgcaatcctttgat
tcatcgagtttcctatccttctactccgctgatgaaaccctggaatcttataggagtctt
ggatctgcagatgaaggcattttatccttgtctgggtctcgtagttctctggttttggat
cccttgtcatacacaaaggcttttcatgctagagtttctttcggagatgatgggcctctt
ggtaaggtaaaatatagagtgacttgttattatgcaaagcgcttcgaaggtttgagaaaa
ttatgttgtccctctgaaattgattacataagatccttaagccgttgtaagaagtggggg
gctcaaggtggcaagagcaatgtgtttttcgcgaaaacattggatgataggttcataatc
aagcaggtcacgaagacagagttggaatcgtttatacagtttggccccgaatatttcaag
tacctatcggaatcaattgtcacaagaagccctacatgcctggcaaaggtattgggcata
tatcaggtaacatcgaagcacctcagaggagggaaggaaataaaaatggatgttcttgtt
atggagaatcttttgtttggaagaagcttggcaaggctatatgatctgaaaggatctaca
agatctcggtacaatccagactgtagtggcagtaataaggttttactagatcagaacttg
attgaagcaatgccaacatcccctatatttgttggaaacaaggctaaacgattgttggaa
agagctgtttggaatgacacagctttccttgcgtctatagatgtaatggactattctttg
cttgtcggagtggatgaagagaaacatgaacttgtacttggaatcattgacttcatgagg
cagtacacttgggacaagcatttggaaacatgggtgaagactactggcatccttggtgga
ccgaaaaatgcttctccaacagtaatttcacctaaacaatacaagaaaaggttcaggaaa
gcaatgaccatgtattttttgatggtccccgatcagtggtcaccgccaactatcatacct
agtaggtctcaaagtgatctgggtgaagagactactcaaggcgcaacctatgctgagtga

  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)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (28)   

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