KEGG   Vigna unguiculata (cowpea): 114177926
Entry
114177926         CDS       T06017                                 
Name
(RefSeq) 1-phosphatidylinositol-3-phosphate 5-kinase FAB1A
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
vun  Vigna unguiculata (cowpea)
Pathway
vun00562  Inositol phosphate metabolism
vun01100  Metabolic pathways
vun04070  Phosphatidylinositol signaling system
vun04145  Phagosome
Brite
KEGG Orthology (KO) [BR:vun00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    114177926
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    114177926
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    114177926
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:vun04131]
    114177926
Enzymes [BR:vun01000]
 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
     114177926
Membrane trafficking [BR:vun04131]
 Endocytosis
  Macropinocytosis
   Kinases
    114177926
 Endosome - Golgi transport
  Others
   Others
    114177926
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 FYVE
Other DBs
NCBI-GeneID: 114177926
NCBI-ProteinID: XP_027919331
Position
3:60899347..60910099
AA seq 1781 aa
MGTPDKKRSDIVDVVRSWIPRRTEPPNVSRDFWMPDQSCRVCYECDSQFTIFHRRHHCRI
CGRVFCAKCTANFVPVPSDEPNTVREEWEKIRVCNYCFKQWEGLATVDNNGSADPSSTPC
LSPSPSTTSLVSTKSSCTCHSSSSTAGSVPYTTGPYQRVPYSPRQSSQMNQIADEQDNSN
SSGSSNPSEAVGNLTSNQFGYCFNRSDDEDDDYGVYHSDTESKHYSHAHDFEDPVNINGV
EHVYGPHQMHPDEASIHEKSLSSLTPPHNLDLEGIDGIEAPGKEAHEQDHADGCEPSPYH
EESNNADTVDFESNGLLWLPPEPEDEEDDREAVLFDDDEDEGTTGGGEWGYLRSSASFGS
GELRSRDKTSEDHRKAMKTVVEGHFRALVAQLLQVENLTSDEDGKESWLDIITALSWEAA
TILKPDMSRGGGMDPGGYVKVKCIACGHRNESMVVKGVVCKKNVAHRRMTSKIDKPRFLI
LGGALEYQRVSNQLSSVDTLLQQEMDHLKMAVARIDAHHPNVLLVEKSVSRYAQEYLLAK
DISLVLNIKKPLLERIARCTGAQIVPSIDHLTSQKLGYCETFHVDKFFEEHGTAGQGGKK
STKTLMFFEGCPKPLGCTILLKGANGDELKKVKHVIQYGVFAAYHLALETSFLADEGASP
LEFPLKSPITVALPDKPSSIVRSISTIPGFSVLSARESQEARPFEIPKSDDMHKTERIPS
SCSESTERSLVSDSIHMHEFSEEAIQSAQDMPPSLRESFLLNTASKEDDSFGTFDSSQQD
GNSYLRAAALYANQGPSPGPSYVKHDNSNNNNDHEDMIHSNEDFLPSTSDHQSILVFLST
RCVWKSTVCERSHLVRIKYYGSSDKPLGRFLRDQLLDQSYTCCSCELPSEAHVHCYTHRQ
GSLTISVKKLSDSALPGEREGKIWMWHRCLKCPRVNGFPPATRRVVMSDAAWGLSFGKFL
ELSFSNHAAASRVASCGHSLHRDCLRFYGFGKMVACFRYASIHLHSVYLPPPKLEFVNYD
RQDWLQKEAYELHDKAELLFNEVYTVLHQHSEKVSGLVLQEGGHRVSDFRNLIVRLKEML
QYEKEAFENSLRKWLHREGKAEQPAIDILELNKLRRHILIHSYIWDQRLIYASNLSKIIL
QENSKILNHREKLHGPREKLVEADIATRPARGHSSCDSFLSETKADGNLNLENSSHLSHP
GEVIKSEDKVKDTNHDKVDLSLSGGANINDRSDSVEFGGSVRRALSEGESSVVANLSDTL
DAAWTGESHPTISSVKENGCLSPDMAVHSPVANSVTSKSNSDNYNADIDGIEAGCTNYSK
LLSKGLDTKWKALPFADFFGSFDKTSSFNIQKLVEYNPVHILSFRELERQTGARLLLPAG
TNDTIVPVYDDEPTSVIAYVLVSVDYHMQMSEFDRPKDSGDSSISLPLFDSSILSLNSFD
ETITNTYRSLGSFDESTLSTGSRSLPAGDPLSYTKDFHARVSFTDDGYLGKVKYTVTCYY
AKRFEALRRTCCPSELDFVRSLSRCKKWGAQGGKSNVFFAKTLDDRFIIKQVTKTELESF
TKFAPAYFKYLSESISTGSPTCLAKILGIYQVTSKHLKGGKETKMDVLVMENLLYRRNIR
RLYDLKGSSRSRYNPDTSGSNKVLLDQNLIEAMPTSPIFVGNKAKRLLERAVWNDTAFLA
SIYVMDYSLLVGVDEEKHELVLGIIDFMRQYTWDKHLETWVKTSGILGGPKNTSPTVISP
QQYKKRFRKAMSLYFLMVPDQWSPSELHPSGSQSDIYDENA
NT seq 5346 nt   +upstreamnt  +downstreamnt
atgggcacccccgacaagaaaagatctgatattgttgatgtagttaggtcttggatccct
cgaaggactgagccaccaaatgtgtccagggacttctggatgcccgaccagagttgtagg
gtatgctatgagtgtgattcgcagttcacgatattccaccgcaggcatcactgtcgaatc
tgtgggcgagttttctgtgcaaaatgcactgccaattttgttccagtgccttcagatgag
ccaaatactgtccgtgaagagtgggagaagataagagtctgtaactattgctttaaacaa
tgggaagggttagcaacagttgataataatggcagtgcagacccttcgtccaccccttgt
cttagcccttcaccatctacaacaagtttggtcagcactaaatccagttgcacctgtcat
agtagcagcagcactgctggttcagttccttatacaactgggccttatcagcgtgtgcct
tatagtccccgtcaatcttcgcaaatgaatcagatagccgatgaacaagataattcaaat
tctagtgggagttcaaatccctccgaggctgtagggaatttgacttctaaccaatttggc
tattgcttcaacaggagtgatgatgaggatgatgattacggtgtttatcattcggataca
gaatcaaaacattattctcatgcccatgactttgaagatccagttaacattaatggggtt
gaacatgtctacgggcctcatcaaatgcatcctgatgaagctagcattcatgaaaaaagc
ttgagtagcctaacgccaccacataatcttgatctagaaggtatagatggaattgaagca
cctggtaaagaagctcatgagcaggatcatgctgatggatgtgaaccctctccttatcat
gaagagagcaataatgcagatactgtggattttgagagtaatggactactatggctacct
cctgagccagaagatgaagaggatgatagggaagccgttctttttgatgatgatgaggat
gaaggtactactggaggtggggaatggggatacctacgatcctccgctagttttggctct
ggagaacttcgtagcagagataaaacaagtgaggatcataggaaggccatgaagactgta
gtggaagggcattttagagctctggtcgctcagctcttacaagtggaaaacctaactagt
gatgaagacggaaaagagagttggttggatataattactgctttgtcttgggaagctgct
acaattctgaagcccgatatgagcagaggtggaggtatggatcctggtggatatgtaaag
gttaaatgcatagcttgtggacatcgaaatgaaagcatggtggttaaaggagttgtatgc
aaaaagaatgtggctcatcgaagaatgacatcaaaaattgataaaccacgttttctaata
cttggaggtgctttggagtatcagcgtgtttctaaccagttatcaagtgttgatactttg
ttacaacaggagatggaccatttgaagatggcagttgcaaggattgacgctcatcacccc
aatgtgcttttggttgagaaatcagtatctcgttatgcccaagagtaccttctagctaaa
gacatatcacttgttctgaatatcaaaaaaccacttttagagcgcattgcccgttgcact
ggtgcacagattgtcccttcaattgatcatctgacctctcaaaagctgggatattgcgaa
acattccatgtggacaaattttttgaggagcatggtactgctgggcaaggtgggaaaaaa
tcaacaaagactttgatgttctttgagggttgcccgaaacctttaggttgcactatcttg
ctgaagggtgctaatggggacgagttgaagaaggtgaaacatgtgatccaatatggagtc
tttgcagcctatcacctggcactagagacatcttttctggccgatgaaggtgcttcacca
ctagagtttcctttgaaatctcccataactgttgcattaccggataaaccatctagtatt
gtgagatccatttccactatccctggattttctgttctctctgccagagagtctcaagaa
gcaagaccttttgaaataccaaaatctgatgacatgcacaagactgaaagaatcccatct
agctgcagtgagtccactgaaagatctttggtcagtgactcaatccatatgcatgaattc
tcagaggaggccatccaatcagctcaggatatgccaccttccctccgcgaaagtttcctt
ttgaacactgcttctaaggaggatgattcttttggaacctttgactcttcacaacaagat
ggcaatagctacctcagagctgcagcattgtatgctaatcaaggccctagccctgggcca
tcatatgtaaaacatgataatagtaataacaataatgatcatgaggacatgatacactca
aacgaagattttcttccctcaacttctgaccatcaaagtattttagtctttttatcaaca
cgttgtgtgtggaaaagcactgtttgtgaaaggtcccatcttgtcagaattaaatactat
ggaagttctgataagcctttgggacggttcttgagagatcaactacttgatcagagttac
acctgctgctcatgtgagttgccatcagaagctcatgttcattgctatactcatcggcaa
ggcagcctgacaatttctgttaagaaactatcagattctgctttaccaggagaacgagaa
ggtaaaatttggatgtggcacaggtgcctgaaatgtcctcgtgtaaatggttttcctcct
gctacacggagggtcgttatgtctgatgctgcctggggcttatcctttggaaaatttttg
gagctgagtttttcaaatcatgcagcagcaagcagggttgcaagttgtggtcattcgctt
cacagagattgtttaagattctatggttttgggaagatggttgcctgctttcgttacgct
tcaattcaccttcattctgtttatcttcccccacctaaacttgaatttgtcaactatgat
aggcaggactggctacaaaaagaagcttatgagctgcatgacaaggctgaattactgttt
aatgaagtgtacaccgttctgcatcaacattcagagaaggtttcaggtctcgtgttgcag
gagggtggacatagggtgtcagattttaggaatctgattgtgagacttaaagaaatgctg
cagtatgagaaagaagcatttgagaactcgctacgaaaatggctgcatagagaaggcaaa
gctgaacagcctgcgattgatattctagagctcaataagctgcgaaggcatatccttatc
cattcttatatttgggaccagcgcttgatatatgcatccaatttaagtaaaattattctt
caagaaaattccaagattttaaatcatagagagaagttgcatggtcctagggaaaaactt
gttgaagcagatattgccactaggccagcaagaggccacagcagttgcgattcctttctt
tcggaaacaaaagctgatggaaacctgaatttagaaaattctagccaccttagtcaccct
ggtgaggtgattaaaagtgaggacaaggttaaagatacaaatcatgataaggttgacctt
tctctctctggtggtgcaaatatcaatgatagatctgattctgtagaatttggggggtct
gtaaggagggctttgtctgagggggaatcttctgttgtggccaacttatctgataccctt
gatgcagcatggacaggtgaaagtcaccctacaatttcatcagtcaaagaaaatggttgt
ctatctcctgatatggctgttcattcacctgttgcaaattcagttacatcaaaatcaaat
tctgataactataatgctgatatagacgggattgaggcaggatgcactaattactctaaa
ttactttccaaagggcttgatactaaatggaaagcattgccttttgcagacttcttcggt
tcattcgacaaaacttcttccttcaatatacagaagcttgttgagtataacccggtccat
attttatcatttcgagagctggagcgccagactggtgctagactgcttcttccagccgga
actaatgataccatagtgcccgtttatgatgatgagcccactagtgtcatagcgtatgtg
cttgtgtcagtggattatcatatgcaaatgtcagaatttgatagaccaaaagacagtgga
gatagttcaatttcattgccactctttgattcaagtatactttctctcaactcttttgat
gagacaattactaatacatacagaagtcttggctcttttgatgagagcacgttatccact
gggtctcggagtttaccagccggggatccactctcatacacaaaggattttcatgcaagg
gtttcttttactgatgatggctaccttgggaaagtgaaatatactgtaacttgctactat
gctaagagatttgaggctttaagaagaacttgttgcccttctgagttagattttgtgcgg
tcccttagccgttgtaaaaagtggggagctcagggaggtaagagcaatgttttctttgca
aaaaccctggatgataggttcattatcaagcaggttacaaaaacagagctggagtctttt
accaagtttgcaccagcttattttaagtatttatctgagtcaatcagtacaggaagccct
acttgtcttgcgaagatcttgggaatttatcaggtaacatctaagcacctcaaaggaggg
aaggaaacaaaaatggatgttttggtgatggaaaatcttctttacagacgaaacataaga
cggctttatgacctgaaaggttcttcccgatcacggtacaatccagatacaagtgggagc
aataaagtgctgttggatcagaatctcattgaagctatgccaacctctccaatatttgtt
ggtaacaaggcaaaacggttgctggagagggccgtgtggaatgatactgccttccttgca
tcaatatatgttatggactactcattgctggttggggtggatgaggaaaaacatgaactg
gtattaggtatcattgattttatgaggcagtatacatgggataaacacctggaaacatgg
gtgaagacctcaggaatccttggtggacccaagaatacatctccaactgttatatcaccg
cagcagtacaagaaaaggtttaggaaagcaatgagtttatattttcttatggtgccagat
caatggtctccttcagagttacaccccagtggatcccaatctgacatttatgatgaaaat
gcgtaa

  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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (27)   

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