KEGG   Arabidopsis thaliana (thale cress): AT3G14270
Entry
AT3G14270         CDS       T00041                                 
Symbol
FAB1B
Name
(RefSeq) phosphatidylinositol-4-phosphate 5-kinase family protein
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
ath  Arabidopsis thaliana (thale cress)
Pathway
ath00562  Inositol phosphate metabolism
ath01100  Metabolic pathways
ath04070  Phosphatidylinositol signaling system
ath04145  Phagosome
Brite
KEGG Orthology (KO) [BR:ath00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    AT3G14270 (FAB1B)
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    AT3G14270 (FAB1B)
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    AT3G14270 (FAB1B)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:ath04131]
    AT3G14270 (FAB1B)
Enzymes [BR:ath01000]
 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
     AT3G14270 (FAB1B)
Membrane trafficking [BR:ath04131]
 Endocytosis
  Macropinocytosis
   Kinases
    AT3G14270 (FAB1B)
 Endosome - Golgi transport
  Others
   Others
    AT3G14270 (FAB1B)
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 FYVE
Other DBs
NCBI-GeneID: 820647
NCBI-ProteinID: NP_001319548
TAIR: AT3G14270
UniProt: Q9LUM0
Position
3:4753705..4761456
AA seq 1791 aa
MGTRDSNNRTFSEIVGLIKSWLPWRSEPATVSRDFWMPDQSCRVCYECDCQFTLINRRHH
CRHCGRVFCGKCTANSIPFAPSDLRTPREDWERIRVCNYCFRQWEQGDGGPHVSNITELS
TSPSETSLLSSKTSTTANSSSFALGSMPGLIGLNQRVHHGSDVSLHGVSSMETSVTKQGK
ETSRRSSFIATDVEDPSRFALNSIRSDDEYDEYGAYQTDIETSHSPRANEYYGPMEYNGM
GIDDVPCKHLGGETADQKSLSGSPLIHQCLESLIREGSEQFQKKSEHDGRDECEASSPAD
ISDDQVVEPVDFENNGLLWVPPEPENEEDERESALFDEEDNEGDASGEWGYLRPSTSFGS
GEYRGEDRTTEEHKKAMKNVVDGHFRALLAQLLQVENISVSDEEGKESWLEIITSLSWEA
ANLLKPDMSKSGGMDPGGYVKVKCLASGFRHDSMVVKGVVCKKNVVNRRMSTKIEKARLL
ILGGGLEYQRVSNQLSSFDTLLQQEKDHLKMAVAKIHAERPNILLVEKSVSRFAQEYLLA
KDISLVLNIKRPLLDRIARCTGAQIIPSVDHLSSQKLGYCENFRVDRYPEEHGSTGQVGK
KVVKTLMYFEHCPKPLGFTILLRGANEDELKKVKHVVQYGVFAAYHLALETSFLADEGAS
PELPLNSPITVALPDKSTSIERSISTVPGFTVSTYEKSPTMLSCAEPQRANSVPVSELLS
TTTNLSIQKDIPPIPYGSGWQAREINPSFVFSRHNISLNLPDRVIESRNSDLSGRSVPVD
TPADKSNPIVVADETTNNSLHLSGQGFVRKSSQIGTSIMVENQDNGSELTIAQQQNNEKP
KETQSQKEEFPPSPSDHQSILVSLSSRSVWKGTVCERSHLFRIKYYGSFDKPLGRFLRDH
LFDQSYRCRSCEMPSEAHVHCYTHRQGSLTISVKKLQDYLLPGEKEGKIWMWHRCLRCPR
LNGFPPATLRVVMSDAAWGLSFGKFLELSFSNHAAASRVACCGHSLHRDCLRFYGFGNMV
ACFRYATIDVHSVYLPPSILSFNYENQDWIQRETDEVIERAELLFSEVLNAISQIAEKGF
RRRIGELEEVLQKEKAEFEENMQKILHREVNEGQPLVDILELYRIHRQLLFQSYMWDHRL
INASTLHKLENSDDTKREENEKPPLAKSQTLPEMNAGTNSLLTGSEVNLNPDGDSTGDTG
SLNNVQKEADTNSDLYQEKDDGGEVSPSKTLPDTSYPLENKVDVRRTQSDGQIVMKNLSA
TLDAAWIGERQTSVEIPTNNKVSLPPSTMSNSSTFPPISEGLMPIDLPEQQNEFKVAYPV
SPALPSKNYENSEDSVSWLSVPFLNFYRSINKNFLLSSQKLDTFGEHSPIYISSFREAEL
QGGPRLLLPVGLNDIVVPVYDDEPTSMIAYALMSPEYQRQTSAEGESLVSYPSELNIPRP
VDDTIFDPSRSNGSVDESILSISSSRSTSLLDPLSYTKALHARVSYGEDGTLGKVKYTVT
CYYAKRFEALRGICLPSELEYIRSLSRCKKWGAQGGKSNVFFAKTLDDRFIIKQVTKTEL
ESFIKFAPAYFKYLSESISTKSPTCLAKILGIYQVATKQLKSGKETKMDVLIMENLLFGR
TVKRLYDLKGSSRARYNPDSSGSNKVLLDQNLIEAMPTSPIFVGNKAKRLLERAVWNDTA
FLALGDVMDYSLLVGVDEEKNELVLGIIDFLRQYTWDKHLESWVKFTGILGGPKNEAPTV
ISPKQYKRRFRKAMTTYFLMVPDQWSPPNVVANNSKSDQPEETSQAGTQAE
NT seq 5376 nt   +upstreamnt  +downstreamnt
atgggtacaagagatagtaataataggacattctctgagattgtgggtctgattaaatcc
tggctcccctggcgatccgagccagctactgtgtccagggatttttggatgcctgatcag
agctgtcgtgtatgttacgagtgtgattgtcagtttaccctcatcaatcgtaggcaccat
tgtcgtcattgtgggagagttttctgtggcaagtgtactgccaactctattccttttgct
cccagcgacttgagaactcctcgtgaagactgggagaggatacgtgtttgcaattattgt
ttcaggcagtgggagcaaggtgatggtggcccacacgtctcaaatatcacggaacttagt
acttcaccttcagagacaagtcttcttagctctaagaccagtacaacagccaatagtagt
agcttcgctcttggctccatgccgggactgattggtcttaatcaaagggttcatcatggt
tctgatgtcagcttgcacggagtatcttcaatggagacaagcgtaaccaagcaaggcaaa
gaaacttcaaggaggagcagcttcattgccacagacgtggaagatccatctcgctttgct
ttaaatagcatcaggagtgatgatgagtacgacgagtatggtgcataccagactgatatt
gagacgagtcattctcctcgagctaatgaatattatggtccaatggaatacaatggaatg
ggcattgatgatgtcccctgtaagcatcttggtggagaaaccgcggaccagaaaagttta
agcggctctccactcattcatcagtgccttgaatctctgattcgggaaggatcagagcag
ttccagaagaaaagtgagcatgatggtcgtgacgaatgtgaagcttcttctccagcagat
atttcagatgatcaagtggtagaacctgtggatttcgagaacaatggacttttgtgggtt
ccacctgagccagaaaatgaagaagacgagagagaaagtgctttgtttgatgaggaagat
aacgagggagatgcctcaggtgagtggggatacttacgaccttccactagctttggaagt
ggagagtaccgtggcgaggatcgaacaactgaagagcacaagaaggctatgaagaatgtg
gttgatgggcactttagggctttgcttgcacaactgttgcaagttgagaacatctctgtg
agcgatgaagagggcaaagagagctggttagagattatcacctctctttcttgggaggct
gctaacttattgaagcctgatatgagcaaaagtggaggaatggatcctggtggctatgtc
aaagtaaagtgcctagcttctggattccgacatgatagcatggtggtaaagggagttgtt
tgcaagaaaaatgtggttaataggagaatgagtacgaagattgagaaagctcgactattg
attctaggcggtggacttgagtatcaaagggtctcaaaccagttatcaagttttgatact
ttgttgcaacaggaaaaggatcatctaaagatggctgttgctaagattcacgctgaacgt
ccaaatattctactagtcgaaaaatcagtttctcgatttgcgcaagagtatcttctagcc
aaagacatatctcttgttctaaacatcaagaggccacttttagaccgcattgctcgctgc
actggtgctcaaataattccttcagtagaccacctctcctctcaaaagctgggttactgt
gagaattttcgggtggataggtatcctgaagaacatggttcaactggtcaagttggaaag
aaagtggtgaagacgttgatgtattttgagcattgtccaaagccattaggctttactatt
ttgctgaggggtgcaaatgaagatgagttgaaaaaagtgaagcatgtggtccagtatgga
gtttttgcagcttatcatttggcactcgaaacatcgtttcttgctgatgagggagcctca
ccagaacttcctttgaattccccgattacggtggcacttccagataaatctacgagcatt
gaacgttcaatatctactgtgccaggtttcacggtctcaacatatgaaaaatctccgaca
atgctatcttgtgctgaaccacaacgagcaaacagtgttccagtatcagagttgctctct
accactaccaatctatccatccagaaggatatccctcctataccctatggttcaggctgg
caggctagagaaataaacccgagtttcgtcttttcacgccataatatttcattgaatttg
cctgaccgtgtgatagagagcagaaactcagatttgtctggaagatctgtaccggtggac
acaccagctgacaaaagcaatccaattgttgtggcagatgagacaacgaacaattcctta
catttatcagggcaaggctttgtgcgaaagagttctcaaattggtacgagcattatggtc
gaaaaccaagacaatggttcagagcttacaatcgcccaacaacaaaacaatgagaaacca
aaggaaacacaatcccaaaaagaagaatttcctccgtcaccctctgaccaccagagcatt
ttggtttctctatcatcccgatcagtgtggaaaggaactgtgtgtgaaaggtctcatctc
tttcggataaaatactatggtagttttgataaacccttgggacggttcttgagagatcat
ttgttcgatcagagttacaggtgccggtcatgtgagatgccatcagaagctcatgttcac
tgttacactcatcgacaaggcagccttacgatatctgtcaagaaacttcaagattatctc
ttacctggtgaaaaggaggggaagatctggatgtggcatagatgcctgagatgcccgcga
cttaacggcttccctccagcgactctacgagtggttatgtctgatgctgcatggggatta
tcgtttgggaagtttctggagctcagtttctcaaatcacgcagctgctagtagagtagct
tgttgtggccattctctgcatagagattgtcttcgcttctatggatttgggaacatggtt
gcttgcttccggtacgctactatagatgttcattcggtctaccttccaccatcaattctt
agtttcaactacgagaatcaggattggatacagagagagacagacgaggtgatagagaga
gcagagcttctgttttctgaagtattaaatgctattagtcaaattgcagagaaaggtttc
aggcgacgaattggtgaactcgaagaagtgctgcaaaaagagaaagcggaatttgaggag
aatatgcaaaagattttgcacagggaggtgaacgaaggccaacctctcgtggacattctt
gagctatatcggattcacagacaacttctttttcagtcatacatgtgggatcaccgctta
attaatgcatctactttacataagcttgagaatagtgatgacacaaagagagaagagaac
gagaaacctcccttggctaagagccagacgctcccggagatgaatgctgggaccaactct
cttcttactggctctgaggttaatctgaatcctgatggtgattctactggtgacactggc
tccttaaataatgttcagaaagaagcggatacgaattcagatttgtatcaggaaaaggat
gatgggggagaagtttctcccagcaagaccttaccagatacatcttatcctctggaaaat
aaagtcgatgttcgtagaacacagtctgatggccagatagttatgaaaaatctatcagcc
actcttgatgcagcatggataggtgaacgtcaaacatctgtggagattccaaccaacaat
aaggtctcgcttcctccttccaccatgtcaaactcttcaacttttcctccaatctcagag
gggctaatgcctatagatctcccagaacagcaaaatgagttcaaggtggcctatcctgtt
tccccagcattaccgagtaagaattatgagaattcagaagactctgtcagctggctaagt
gtgccattcctcaacttctaccgttccattaacaagaatttcctgcttagctctcagaag
cttgatacatttggcgagcatagccctatctatatttcatcttttagagaggcagagctt
caaggtggaccaaggctacttctgcccgtaggcttaaatgatattgttgttccggtttat
gatgatgaacctactagtatgatcgcatatgccttaatgtcaccagaatatcaacgccaa
acttctgctgaaggggaatctctagtttcatatccttctgaactcaatatccctcgccca
gttgatgataccatttttgaccctagcagaagcaatggttcagtcgacgagagcatactt
tcaatatcctcatctcgcagtacctcacttctggacccactatcatatacaaaagcttta
catgctcgagtctcatatggagaggacggtacgcttggaaaagtgaagtacactgttact
tgttactatgcaaagcggtttgaggcgctacggggtatatgtctcccttcggaacttgag
tatatacggtctcttagccggtgtaaaaaatggggagctcaaggtggcaagagcaatgtc
ttctttgctaaaaccctggacgatcgatttatcatcaagcaagtcaccaagacagagttg
gaatcattcatcaaatttgcacctgcttactttaaatacttgtctgagtctatcagcacg
aaaagcccaacctgcctggcaaaaatcttgggaatctatcaggtcgcaacaaagcaactt
aagagcgggaaagaaacaaagatggatgttctgattatggagaatcttctgtttggaaga
actgtgaaacggctttatgaccttaaaggatcttcgcgggcgcgctacaatcctgactct
agtgggagcaacaaagtcttgttggatcaaaacttgattgaagcaatgccaacttctccc
attttcgtcggtaacaaagcaaaacgattgttggaaagagctgtctggaacgatactgct
tttcttgcattgggtgatgtgatggattattcattgctagtaggcgtggatgaagaaaag
aacgagctagttctcgggattatcgacttcttgaggcagtacacatgggacaagcatcta
gagtcttgggtgaaatttacaggaatcttaggaggaccaaagaatgaagcaccaacagta
atctctccaaagcaatataagagaagattcagaaaagcaatgacaacttacttcctcatg
gtccctgatcaatggtctccgcctaatgttgttgcaaataactccaagtctgatcaacct
gaagaaacctctcaagccggtacacaagcagagtga

  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 (37)   
   KEGG ORTHOLOGY (1)   
   RefGene (29)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (2)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (4)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (63)   

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