KEGG   Arabidopsis thaliana (thale cress): AT4G33240
Entry
AT4G33240         CDS       T00041                                 
Symbol
FAB1A
Name
(RefSeq) 1-phosphatidylinositol-3-phosphate 5-kinase FAB1A
  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
    AT4G33240 (FAB1A)
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    AT4G33240 (FAB1A)
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    AT4G33240 (FAB1A)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:ath04131]
    AT4G33240 (FAB1A)
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
     AT4G33240 (FAB1A)
Membrane trafficking [BR:ath04131]
 Endocytosis
  Macropinocytosis
   Kinases
    AT4G33240 (FAB1A)
 Endosome - Golgi transport
  Others
   Others
    AT4G33240 (FAB1A)
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 FYVE XRN_N zf-RING_UBOX
Other DBs
NCBI-GeneID: 829460
NCBI-ProteinID: NP_001320122
TAIR: AT4G33240
UniProt: Q0WUR5
Position
4:complement(16029209..16038324)
AA seq 1757 aa
MDSQDHKAPGFVDIVKSWIPRKSESSNMSRDFWMPDQSCPVCYECDAQFTVFNRRHHCRL
CGRVFCAKCAANSIPSPSDETKDSHEEPERIRVCNYCYKQWEQGIVPPDNGASIISLHFS
SSPSARSVASTTSNSSNCTIDSTAGPSPRPKMNPRASRRVSSNMDSEKSEQQNAKSRRSS
DHYGHVLDSSDNQVEFFVNSSGRSDGEADDDDDYQSDFAQSYAQGNDYYGAINLDEVDHI
YGSHEAHDVGVKIEPNISGFPPDQDLDSLNTETIDKTRQQENGWNDVKEGSPPCEESFEP
EVVDFESDGLLWLPPEPENEEDEREAVLSDDDGDEGDRGDWGYLRPSNSFNEKDFHSKDK
SSGAMKNVVEGHFRALVAQLLEVDNLPMVNEGDEEGWLDIITSLSWEAATLLKPDTSKSG
GMDPGGYVKVKCIPCGRRSESMVVKGVVCKKNVAHRRMTSKIEKPRLLILGGALEYQRIS
NQLSSFDTLLQQEMDHLKMAVAKIDSHNPDILLVEKSVSRFAQEYLLAKDISLVLNIKRS
LLERISRCTGAQIVPSIDQLTSPKLGYCDLFHVEKFVETHVSPCQVAKKMAKTLMFFDGC
PKPLGCTILLKGAHEDELKKVKHVIQYGVFAAYHLALETSFLADEGASIHELPLQTPITV
ALPDKPSMVNRSISTIPGFTVSSAEKSPTTELRGEPHKANGDLTGNFTSSKTHFQGKLDG
NDRIDPSERLLHNLDTVYCKPPETITSKDDGLVPTLESRQLSFHVEEPSVQKDQWSVLSG
ATEQVTDGGYTNDSAVIGNQNFNRQEQMESSKGDFHPSASDHQSILVSLSTRCVWKGSVC
ERAHLLRIKYYGSFDKPLGRFLRDNLFDQDQCCPSCTMPAEAHIHCYTHRQGSLTISVKK
LPELLPGQREGKIWMWHRCLKCPRINGFPPATRRIVMSDAAWGLSFGKFLELSFSNHAAA
SRVANCGHSLHRDCLRFYGFGRMVACFRYASINIYAVTLPPAKLYFNYENQEWLQKESKE
VIKKAEVLFNEVQEALSQISAKTMGAGSKGSTPNKIKLSLEELAGLLEQRKKEYKDSLQQ
MLNVVKDGQPTIDILLINKLRRLIIFDSYAWDECLAGAANMVRNNYLEAPKNSAPKVMGR
NVSLEKLSDEKVKSIPTHVAICNDSLLQDADYETCLNQGKSFADTSGKFAIPEDVGSDRP
PDCRMEFDPSEGGKDNFVESSQVVKPAHTESQFQATDLSDTLDAAWIGEQTTSENGIFRP
PSRAASTNGTQIPDLRLLGSESELNFKGGPTNDEHTTQVQLPSPSFYYSLNKNYSLNSRK
HIMAEDRPVYVSSYRELEWRSGARLLLPLGCNDLVLPVYDDEPTSIIAYALTSSEYKAQM
SGSDKSRDRLDSGGSFSLFDSVNLLSLNSLSDLSVDMSRSLSSADEQVSQLLHSSLYLKD
LHARISFTDEGPPGKVKYSVTCYYAKEFEALRMICCPSETDFIRSLGRCRKWGAQGGKSN
VFFAKSLDDRFIIKQVTKTELESFIKFGPAYFKYLTESISTKSPTSLAKILGIYQVSSKH
LKGGKEFKMDVLVMENLLFKRNFTRLYDLKGSTRARYNPDTSGSNTVLLDQNLVEAMPTS
PIFVGSKAKRLLERAVWNDTSFLASIHVMDYSLLVGVDEERNELVLGIIDFMRQYTWDKH
LETWVKTSGLLGGPKNSTPTVISPQQYKKRFRKAMTAYFLMVPDQWSPAAVVPSNSSSAE
VKEEEEKDNPQAVGNKS
NT seq 5274 nt   +upstreamnt  +downstreamnt
atggactcacaagatcacaaagcacctggctttgttgacatagtcaaatcttggatccct
agaaagagtgagtcctcaaatatgtcgagggatttttggatgcctgaccaaagctgtcct
gtgtgttatgagtgtgatgctcagttcactgtgtttaatcgaagacatcattgccgcctt
tgtggtcgagttttttgtgccaaatgcgctgcaaattccattccatctccatcagatgaa
acaaaggatagtcatgaggaaccagaaaggattagggtgtgtaattactgctacaaacag
tgggaacaggggatagttccccctgataatggggcttctattattagccttcattttagt
tcatcgccttctgctagaagcgtcgcaagtactacctctaatagtagcaactgcaccatt
gattcaactgctggaccttcccctagacccaaaatgaatccccgagctagccgtcgtgtc
tcgtcaaacatggattctgaaaagtctgagcagcagaatgcaaaatcgcgtaggagctca
gatcattatgggcatgtgttagattcttctgataatcaagttgaattctttgtcaacagt
agtggcaggagtgatggtgaagctgatgacgatgacgattatcaatctgattttgcacaa
tcttacgctcaaggaaatgactactatggtgccatcaacctcgatgaagtagaccatatc
tatgggtcacatgaagctcatgacgttggtgtaaaaatagaaccaaacataagtggcttt
ccccctgatcaagatcttgactcactgaatacagagacgatagataaaaccagacaacaa
gaaaatggatggaacgatgtaaaggagggaagccctccttgtgaagagtcctttgagccc
gaagttgttgattttgagagtgatgggctcttatggctaccaccagagccagagaacgaa
gaagatgaaagagaagcagtgctatctgatgatgacggtgatgaaggtgatagaggtgat
tgggggtaccttcgcccatcaaatagctttaacgagaaggatttccactctaaggacaag
tccagtggtgctatgaaaaatgttgttgaagggcactttagggctttggtagcacaactt
ttggaggttgataatctacctatggtcaacgaaggtgatgaagagggctggcttgatata
attacatcattatcttgggaggctgcaacgcttctcaagccagatacaagtaaaagtgga
ggaatggatccaggaggatacgtgaaggttaaatgcatcccttgtggacgtcgcagtgag
agtatggtcgtgaaaggagttgtttgtaagaaaaatgtggctcatcggcgaatgacttca
aagatcgagaagccgcgtctgctaatccttggaggagctctggagtatcagcgcatctct
aaccagctgtctagttttgacactttgttgcaacaggaaatggaccatttgaagatggct
gttgccaaaattgattctcacaatcctgacattctcttggtggagaaatctgtctcgcgg
tttgcgcaggaatatcttctcgcgaaggacatatctctcgtgttaaatattaaaaggtcc
cttctagagcgcatatcccgctgtactggtgcgcagattgtcccttcgatcgaccagctc
acatcaccaaagctaggttattgtgacctgttccatgtggaaaagtttgtggagacacat
gttagtccttgtcaagttgcgaagaaaatggccaagactttaatgttttttgatggctgc
ccgaaacctttgggttgtacaatattgctcaagggggcacatgaagatgagctaaagaag
gtgaaacatgtgattcagtatggagtttttgcagcatatcacttggctcttgagacatcc
ttcctagcagatgaaggtgcttccattcacgaacttcctctgcagaccccaattactgtg
gcgttacctgataaaccatcaatggttaacagatcaatatccacaatacctggttttact
gtgtcaagtgctgaaaagtctccaactactgagttaaggggtgagccacataaagccaat
ggcgaccttactggtaatttcacttctagtaagactcatttccaagggaaattggatgga
aacgacaggattgacccatctgaaagactgcttcacaacttggatactgtttactgtaag
cctccagaaactattacctctaaggacgatgggttagttcctactctagaatccaggcag
ctatcatttcacgtggaagaaccttctgttcaaaaagatcagtggtctgttttatccggt
gccacagaacaagtaacagatggtggttacacgaatgactccgcagtaataggaaatcaa
aattttaatagacaggaacaaatggaatcttcaaaaggagactttcatccgtcagcttct
gaccatcaaagtatattggtttccttatcaacaagatgcgtatggaaaggatctgtgtgt
gagcgggctcatctactccgtatcaaatactatgggagctttgacaagcctttaggacgg
tttttaagggataatctctttgatcaggatcagtgctgcccgtcatgtacgatgccagcg
gaagcacacattcattgttatactcataggcaaggtagtctgacaatatctgttaagaaa
ctgcctgaattgctacctgggcaacgtgaagggaagatttggatgtggcatcggtgcctg
aaatgtcctcggatcaatggctttcctccagccacacgcagaattgtaatgtcagatgct
gcgtggggcctgtcttttggcaaatttttggagctgagcttttctaaccatgcagcggct
agtcgtgtggccaactgtggtcattcccttcacagagactgtctccggttctacggtttt
gggagaatggttgcttgcttccgctatgcttcaatcaatatttacgcagtgactctgcca
ccagcaaagctttattttaactatgagaaccaggaatggctccaaaaggaatcaaaagag
gtgattaaaaaagcggaagtcctttttaatgaggttcaggaggctcttagtcaaatttca
gcgaaaactatgggcgcaggttccaagggcagcactcccaacaagatcaagctttctctt
gaagaacttgcaggacttcttgagcaacgtaaaaaggaatataaggattcattgcagcaa
atgttaaatgtggttaaggatggacaacctactattgatatccttctgataaataaactt
cgaaggctgataattttcgattcatatgcttgggatgaatgcctagcaggggcggccaat
atggtaagaaataactatttggaagctccgaagaattcagccccaaaagttatgggtcgt
aacgtctccttagagaagctcagtgatgaaaaagtaaagtcgataccgacccatgttgca
atttgtaatgactctcttctccaggatgcagactacgaaacgtgtcttaaccaaggtaaa
tcatttgctgatactagtggcaaatttgctattcctgaagatgtaggctcagacagaccc
ccagattgtaggatggagttcgaccctagtgaaggtggtaaagataattttgtagagtct
tcgcaggtggttaaaccagcacacaccgagagccagtttcaagcaacagacttatctgat
actcttgatgcagcatggataggtgaacaaactacttcagagaatggtattttccgtccg
cctagcagagctgcttcaacaaatggaactcagatccctgatttaaggctgttgggttca
gaaagtgagctgaactttaaaggaggccctaccaatgatgaacatacaacacaagttcag
ttgccttctcctagtttctactattcactcaacaagaattattcgcttaattctcgcaag
catatcatggctgaagaccggcctgtttatgtttcttcatatagagagcttgaatggcga
agtggtgcaaggctgctgcttcctctgggatgtaatgacttagtactgccagtttatgat
gacgaacctactagtatcatagcttatgcccttacatcatcagaatataaagctcagatg
tctggatcagataagtcaagagatcgcttggatagtggaggttccttttcactttttgat
tctgttaatcttctctcattgaactctttgagtgatttgtcggtcgacatgagtagaagt
cttagctctgctgatgaacaagtctcgcagctgctacattcatcactgtatttgaaagat
ctgcatgcgaggatttcgtttacagatgaaggtcctcctgggaaagtgaagtactctgtg
acgtgttattatgctaaggagtttgaagccctgaggatgatttgctgtccttcagaaaca
gatttcattagatctcttggtcgttgtagaaaatggggagcccagggtggaaagagcaac
gtcttctttgcaaaaagtttggatgaccgttttatcatcaagcaagttacaaagacagag
cttgagtccttcatcaaatttgggccagcttacttcaaatacctgactgagtccatcagt
actaaaagccctacaagccttgcaaagatcttgggaatctatcaggtttcatccaaacac
cttaaaggaggaaaagagttcaaaatggacgtcttggtgatggagaatcttctgttcaag
cgaaacttcactaggctttatgacctaaaaggctccactcgggctcgttacaatcccgat
acaagtggtagcaatacagttttgctggatcagaatcttgtcgaagcaatgccaacatct
ccaatatttgttgggagcaaggcaaaacggcttcttgaaagagcagtctggaatgataca
tcatttcttgcttcgattcacgtaatggattactccttactagtcggggtagatgaggaa
agaaacgagctggttctaggaattatcgatttcatgaggcaatacacttgggacaaacat
ctggagacttgggtcaagacttcagggctccttggaggacccaagaactcaactcccaca
gtgatatcgccgcagcaatacaagaaaagattcaggaaagcgatgacggcttattttctg
atggttcctgaccagtggtcgcctgccgcggttgtgccaagcaacagttcttcagcagag
gtgaaggaggaagaagagaaagacaatcctcaagctgttggtaacaagtcctga

  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 (43)   
   KEGG ORTHOLOGY (1)   
   RefGene (36)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (9)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (7)   
DNA sequence (7)   
   RefSeq(nuc) (7)   
Protein domain (5)   
   Pfam (5)   
All databases (81)   

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