KEGG   Brassica napus (rape): 106380665
Entry
106380665         CDS       T04128                                 
Name
(RefSeq) 1-phosphatidylinositol-3-phosphate 5-kinase FAB1B-like
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
bna  Brassica napus (rape)
Pathway
bna00562  Inositol phosphate metabolism
bna01100  Metabolic pathways
bna04070  Phosphatidylinositol signaling system
bna04145  Phagosome
Brite
KEGG Orthology (KO) [BR:bna00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    106380665
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    106380665
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    106380665
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:bna04131]
    106380665
Enzymes [BR:bna01000]
 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
     106380665
Membrane trafficking [BR:bna04131]
 Endocytosis
  Macropinocytosis
   Kinases
    106380665
 Endosome - Golgi transport
  Others
   Others
    106380665
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 FYVE
Other DBs
NCBI-GeneID: 106380665
NCBI-ProteinID: XP_013675921
UniProt: A0A816I8S2
Position
C3:27164980..27171887
AA seq 1761 aa
MDTRDSSSNKTLSEIVGLVKSWIPWRSEPATVSRDFWMPDQSCRVCYECDCQFTLINRRH
HCRLCGRVFCGKCTANSIPLAGSDLRAPREEWERIRVCNYCFRQWEEQGDGGAHVSNVPE
LSTSPSESSLLSSKTSTTANSSSFALGSMPGLVGPYQRAQRGSDVSLHGVSSMEAGTTRK
GKETSRRNSFIATDVQDPSRFASNRSDDEYDEYGVYQTDIDTSHSPQANQYYGPMEYEET
SIGGDGLCKHLSGETSDQKSLSGSPLIHHCLESLIGEGAEQFQKKDEHDGRDESEAPSPP
DDQVAEPVDFENNGLLWVPPDPENEEDERESPLYDEEDNEGEASGEWGYLRPSASFGSGE
YRSEDRTSEEHKKAMKNVVDGHFRALLAQLLQVENIPVSDEEGKESWLEIITSLSWEAAN
LLKPDMSKSGGMDPGGYVKVKCLASGFRHDSMVVKGVVCKKNVAHRRMRAKIENARLLIL
GGGLEYQRVSNQLSSFDTLLQQEKDHLKMAVAKIHAERPNILLVEKSVSRFAQEYLLAKD
ISLVLNIKRPLLDRIARCTGAQIIPSVDHLSSQKLGYCENFRVDRFLEEHGSAGQAGKKV
VKTLMYFEGCPRPLGFTILLRGANEEELKKVKHVVQYGVFAAYHLALETSFLADEGASPE
LPLNSPITVALPDKSMSIERSISTVPGFMVSAYEKSPTMLTGSEPQRANSVPASELLSTT
ANVSIQKDINPLIPNGSGWQGREGTPGFTFSRYNVPLNLPDRLIAGRNADFSERSALADK
SNPTDILDSSLHSSGQGVVPQSSQSSKSVVVENQDNGTEFTAIQQQNSETPKEPQSQKEE
FPPAPSDHQSILVSLSSRSVWKGTVCERSHLFRIKYYGSFDKPLGRFLRDHLFDQGYRCR
SCEMPSEAHVHCYTHRQGSLTISVKKLQDCLLPGEKEGKIWMWHRCLRCPRPDGFPPATL
RVVMSDAAWGLSFGKFLELSFSNHAAASRVACCGHSLHRDCLRFYGFGNMVACFRYATID
VNSVYLPPSVLSFNYDNQDWIQRETDEVVERAELLFSEVLNAISQIAAKGFRRRIGELEE
LLQREKAEFEDNIQKMMLHREVKEGQPQVDILELYRLRRQLIFQSYMWDHRLINASSLSK
IECSDENEKVPLAKSQTLPEMNAGTNSLLSGSEVDQNPDGVSTDDTKVQKEADTNLDMNP
EKEDGGEVSPSKTLPDSSEPLESKLDVRRTQSDGEIVMKNLSATLDAAWIGERQTSGEIP
TNTKILLPPSNSSTFPPIDLPEQQNEFKVAYPVSPALPSKDYESSEDSVSWLGVPFLNFY
RSINKNFLLSSQKLDTFGEHSPVYISSFREAELQGGPRLLLPVGINDIVVPVYDDEPTSM
IAYALTSPEYQRQISVEGESLVSYTSELNIPRPVDDTIFDPSRSTSSVDESILSMSSSRS
LDPLSYTKALHARVSYGEDGTLGKVKYTVTCYYAKRFEALRGICIPSELEYIRSLSRCKK
WGAQGGKSNVFFAKTLDDRFIIKQVTKTELESFIKFAPAYFKYLSESISTKSPTCLAKIL
GIYQVATKQLKSGKETKMDVLIMENLLFGRTVKRLYDLKGSSRARYNPDASGSNKVLLDQ
NLIEAMPTSPIFVGNKAKRLLERAVWNDTAFLALGDVMDYSLLVGVDEEKNELVLGIIDF
LRQYTWDKHLESWVKFTGILGGPKNEAPTVISPKQYKRRFRKAMTTYFLMVPDQWSPPNV
IANNSRSDQPEETSQAGTQAE
NT seq 5286 nt   +upstreamnt  +downstreamnt
atggatacaagagatagtagtagtaacaagacactctccgagattgtgggtctggtcaaa
tcctggatcccctggcgatcagagccagctaccgtgtccagggacttctggatgcctgat
cagagctgtcgtgtttgctacgagtgtgactgtcagtttactctcatcaaccgcaggcac
cactgccgtctctgtgggagagttttctgcggcaagtgtactgccaactctatacctttg
gctgggagtgacttgagagctcctcgggaggagtgggagaggatccgtgtttgtaattat
tgtttcaggcagtgggaggagcaaggtgatggtggggctcacgtttcgaatgtccctgag
cttagcacctcgccttcggagtccagtcttcttagctcgaagactagtaccactgctaat
agtagtagcttcgctcttggctccatgccggggttagttggtccttaccaaagggctcaa
cgtggttctgatgtcagtttgcatggtgtatcgtctatggaggcaggcacgacgagaaaa
ggcaaagaaacttcgaggaggaacagcttcatcgctacagatgtgcaagatccatctcgc
tttgcttcaaataggagtgatgatgagtacgatgagtatggtgtataccagactgatatt
gatacgagccattctcctcaagctaatcaatattatgggccaatggaatatgaggagacg
agcataggtggtgatgggctctgtaagcatcttagtggcgaaacctctgaccagaaaagt
ttaagcggctctccactcattcaccattgtcttgagtctctgattggggaaggagcagag
cagttccagaagaaagacgagcatgatggtcgtgacgaatctgaagctccttctccgcca
gatgaccaagtggcggaaccggtggatttcgagaacaatggacttttgtgggtcccacct
gacccggaaaatgaagaagatgagagagaaagtcctttgtatgatgaggaagataatgag
ggagaggcctcaggtgagtggggatacttgcgaccttccgctagctttggaagtggagag
taccgtagcgaggatcgaacaagtgaagagcacaagaaggctatgaagaatgtggttgat
gggcactttagggctttgcttgcacagttgttgcaagtcgagaacatccctgtgagcgac
gaagaggggaaggagagctggttagagatcatcacctctctttcttgggaggcggctaac
ttattgaagcctgatatgagcaaaagtggaggaatggatcctggtggctatgtcaaagtt
aagtgcttagcttccgggttccgacatgatagcatggtggttaaaggagttgtttgcaag
aaaaacgtggctcataggagaatgagagcgaagattgagaacgctcgactattgattcta
ggcggtgggcttgagtatcagagggtctcgaaccagttatcgagttttgatactttgttg
caacaggaaaaggatcatctaaagatggctgttgcaaagattcacgctgaacgtccaaac
attctactagtcgaaaaatcagtttctcgatttgcgcaagagtaccttctagccaaagac
atatctcttgttctaaacattaagaggccacttttagaccgcattgctcgctgcactggt
gctcagataattccttcagtagaccacctctcctctcaaaagctgggttactgtgagaat
tttcgtgtggataggtttcttgaagaacatggttcagctggtcaagctggaaagaaagta
gtgaagacgttgatgtattttgagggttgtccaaggcctttaggctttacaattttgctt
aggggtgctaatgaagaagagttgaaaaaagtgaagcatgtggtccaatatggagttttc
gcagcttatcatttggcactggagacatcgtttcttgctgacgaaggagcctcaccagaa
ctccccttgaactccccgattacggtagctcttccagataaatccatgagcattgaacgt
tcgatatctactgtgccaggtttcatggtctctgcatatgaaaagtctccaacaatgcta
actggttccgaaccacagcgagcaaacagtgtcccagcatctgagttgctttcaaccact
gctaatgtatccatccagaaggacataaaccctctgatacccaatggttcaggctggcag
ggtagagaaggaactccgggtttcacattttcacgctataatgttccattgaatttgcct
gaccgtttgatagctggaagaaacgcagatttttctgaaagatctgcactggccgacaaa
agcaacccaacagacatattggacagttccctacattcatcagggcaaggcgttgtgcca
cagagttctcaaagtagtaagagcgttgtagtagaaaaccaggacaatggtacagagttt
acggccatccaacaacaaaacagtgagactccaaaggaaccacaatctcaaaaagaggag
tttcctccggcaccctctgatcaccaaagcatcttggtttctctatcgtccagatcagtg
tggaaaggaactgtgtgtgagaggtctcatctcttccggataaagtactatggtagtttc
gataaacccttgggacggttcttgagagatcatttgttcgatcagggttacaggtgtcgt
tcatgtgagatgccatcagaagctcacgttcactgttacactcatcgacaaggcagcctt
acgatatctgtcaagaagcttcaagattgtctcttacctggtgaaaaggaggggaagatt
tggatgtggcatagatgcctgagatgccctcgacctgacggttttcctcccgcgactcta
cgagtggtgatgtctgatgctgcatggggattatcctttgggaagtttctggagctcagt
ttctcaaatcacgcagctgccagtagagtagcatgttgtggccactctctccatagagac
tgtcttcgtttctacggattcgggaacatggttgcttgcttccgttacgctactatagat
gttaattctgtctaccttccaccatcagttcttagtttcaactatgataatcaggactgg
atacagagagagacagatgaggtggtagagagagccgagcttctgttttctgaagtattg
aatgctattagtcaaattgcagcaaaaggttttaggcgtcgaattggtgaactcgaagaa
ttgctgcaaagagagaaagcagagttcgaggataatattcaaaagatgatgttgcacagg
gaggtgaaggaaggccaacctcaagtggatattcttgagctgtaccggcttcgcaggcag
ctgatttttcagtcatatatgtgggatcaccgcttgattaatgcatcaagtttatctaag
attgagtgtagtgatgaaaatgagaaagtacccttggctaagagccagaccctccccgag
atgaatgctgggactaactctcttctttctggctcagaggttgatcagaatcctgatggt
gtttctaccgatgacactaaggttcagaaggaagcggatacgaatttagatatgaatccg
gaaaaggaagatggtggagaagtctctcccagcaagaccttacctgatagttctgaacct
ctggaaagtaaactcgatgttcgcaggacacagtctgatggcgagatagttatgaaaaat
ctatcagctactcttgatgcagcatggataggcgagcgtcagacatcaggggagattcca
accaatactaagatcttgcttcctccttcaaactcttcaactttccctccaatagatctc
ccagaacagcaaaacgaattcaaggtggcgtatccagtttcacctgctctaccgagtaaa
gattatgagagctcagaagattctgtaagctggttaggtgtgccattcctcaatttctac
cgctccatcaacaagaattttttgcttagctctcagaagctcgatacatttggagagcat
agccctgtctatatttcatcttttagagaggcagagcttcaaggtggaccaaggctactt
cttcccgtaggcatcaatgatatcgttgttccggtgtatgatgatgaacccacaagtatg
atcgcatacgccttgacgtcaccggagtatcaacgccaaatttctgttgaaggggaatct
ctagtttcgtatacttctgaactgaacatccctcgcccagttgatgacaccatttttgac
cctagcagaagcacaagttcggtggatgagagtatactctcaatgtcctcatctcgcagt
ctggacccgctctcatatacaaaagcgttacatgctcgagtctcatacggagaagacggc
actcttggaaaagtcaagtacacagttacttgttactatgcaaaacggtttgaggccttg
agaggtatatgtatcccttcggaacttgagtatataaggtctcttagccggtgtaagaaa
tggggagctcaaggtgggaagagcaatgtcttctttgctaaaacccttgacgatcgtttc
atcatcaagcaagtcaccaagacagaacttgaatcgttcatcaagtttgcacctgcttac
ttcaagtatttatccgagtctatcagcacgaaaagtccaacttgtttggcaaaaatcttg
ggaatctatcaggtcgcaacaaagcaacttaagagcgggaaagaaacaaagatggatgtt
ctgataatggagaatcttctctttggaagaactgtgaagcggctttatgacctcaaagga
tcatcccgagcgcgatacaaccctgacgctagtgggagcaacaaggtcttgttggatcag
aacttgattgaagcaatgccaacttctcccattttcgttggtaacaaagctaaacgattg
ttggaaagagctgtctggaacgataccgcttttcttgcattgggtgatgtgatggattac
tcgttgctagtaggcgtagatgaagaaaagaacgagttagttctcgggattatcgacttc
ttgaggcagtacacatgggacaaacatctagagtcttgggtgaaatttacgggaatctta
ggaggaccaaagaatgaagcaccaacggttatctctccaaagcaatacaagagaagattc
agaaaggccatgacgacttacttcctcatggttcccgatcaatggtctccgcctaatgtc
attgctaataactccaggtctgatcaacctgaagaaacctctcaagccggtacacaagcc
gagtga

  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 (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (3)   
   Pfam (3)   
All databases (31)   

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