KEGG   Phaseolus vulgaris (common bean): PHAVU_003G127000g
Entry
PHAVU_003G127000g CDS       T03093                                 
Name
(RefSeq) hypothetical protein
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
pvu  Phaseolus vulgaris (common bean)
Pathway
pvu00562  Inositol phosphate metabolism
pvu01100  Metabolic pathways
pvu04070  Phosphatidylinositol signaling system
pvu04145  Phagosome
Brite
KEGG Orthology (KO) [BR:pvu00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    PHAVU_003G127000g
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    PHAVU_003G127000g
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    PHAVU_003G127000g
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:pvu04131]
    PHAVU_003G127000g
Enzymes [BR:pvu01000]
 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
     PHAVU_003G127000g
Membrane trafficking [BR:pvu04131]
 Endocytosis
  Macropinocytosis
   Kinases
    PHAVU_003G127000g
 Endosome - Golgi transport
  Others
   Others
    PHAVU_003G127000g
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 FYVE
Other DBs
NCBI-GeneID: 18634731
NCBI-ProteinID: XP_007154537
UniProt: V7C8L8
Position
3:complement(30904587..30915603)
AA seq 1785 aa
MDTPDKKRSDFVDVVRSWIPRRTEPPNVSRDFWMPDQSCRVCYECDSQFTIFNRRHHCRI
CGRVFCAKCTANSVPAPSDEPNTVREEWERIRVCNYCFKQWEGLATIDNNGRADPSSTPC
LSPSPSTTSLVSTKSSCTCHSSSSTAGSVPYTTGPYQRVPYSPRQSSQMNQIADEQDNLN
SGRSSNPSEAVGNLTSNQFGYCFNRSDDEDDDYGVYHSDTESRHYSHVHDFEDPVNIHGV
EHVYGPHQMHPDEASIHEKSLSCLTPPQNLDLEGVDGIQAPGKEADEHDHADGCETSPYH
EESNNTDPVDFESNGLLWLPPEPEDEEDDREAVLFDDDEDEGTTGGGEWGYLRSSTSFGS
GECRSRDKTSEDHRKAMKTVVEGHFRALVTQLLQVENLTICDEDGKESWLDIITALSWEA
ATILKPDMSRGGGMDPGGYVKVKCIACGHRNESMVVKGVVCKKNVAHRRMTSKIDKPRFL
ILGGALEYQRVSNQLSSVDTLLQQEMDHLKMAVARIDAHHPNVLLVEKSVSRYAQDYLLA
KDISLVLNIKKPLLERIARCTGAQIVPSIDHLTSQKLGYCETFHVDKFFEEHGSAGQGGK
KSTKTLMFFEGCPRPLGCTILLKGANGDELKKVKHVIQYGVFAAYHLALETSFLADEGAS
PLEFPLKSPITVALPDKPSSIVRSISTIPGFSVLSARESQGAKPFEIPKSDDIHKTERTP
SSCSESTERSLVGDSINMHEVPGVAIQSAQDMPSSLCKSFLSNTASKEDDSFGTFDSSQQ
DGNSYLRAAELYANQGPSFGAPYVKHDTNNSNNNNDHEDMVHSNEDFPPSTSDHQSILVF
LSTRCAWKGTVCERSHLVRIKYYGSSDKPLGRFLRDQLLDQSYTCCSCESPPEAHVHCYT
HRQGSLTISVKKLSDFDLPGEREGKIWMWHRCLKCPRVNGFPPATRRVVMSDAAWGLSFG
KFLELSFSNHAAASRVASCGHSLHRDCLRFYGFGKMVACFRYASIHLHSVYLPPPKLEFF
NYDRQDWLLKEAYELHDKAELLFGEVCTVLHQNSEKVSGLVLQEGGQRVSDFRNLIVELK
EMLQYEKEEFEDSLRKMLHREAKAEQPVIDILELNKLRRHILIHSYVWDQRLIYAFNLCK
IILQENSRILNHREKLLGPREKLVEADIATRPARGYSSSDSFLLETKPDGNLNLENTSHL
SHPDEVIKCEDKVKDTNHDKVDLSLSGCANINDRSDSVEFGGSVRRALSEGESSVVVNLS
DTLDAAWTGESHPTISSLKENGCQSPDMSVHSPVANTVSSKSNSANYNADIGGIEAGCTN
YSKILSKGLDAKWKAVPFANFFGSFNKTSSFNIQKLVEYNPVHILSFREVERQTGARLLL
PAGTSDTIVPVYDDEPTSVIAYVLVSVDYHMQMSEFDRPKDSGDSSISLPLFDSSILSLN
SFDETITNTYRSLGSFDESMLSTSGSRSLPAGDPPSYTKDFHARVSFTDDSSLGKVKYTV
TCYYAKRFEALRRTCCPSELDFVRSLSRCKKWGAQGGKSNVFFAKTLDDRFIIKQVTKTE
LESFTKFAPAYFKYLSESISTGSPTCLAKILGIYQVTSKHLKGGRETKMDVLVMENLLYR
RNIRRLYDLKGSSRSRYNPDTSGSNKVLLDQNLIEAMPTSPIFVGNKAKRLLERAVWNDT
AFLASIYVMDYSLLVGVDEEKHELVLGIIDFMRQYTWDKHLETWVKTSGILGGDKNTSPT
VISPQQYKKRFRKAMSLYFLMVPDQWSPPELHPSGSQSDIYDDNA
NT seq 5358 nt   +upstreamnt  +downstreamnt
atggacacccccgataagaaaagatctgattttgttgatgtagttaggtcttggatccct
cgaaggaccgagccaccaaatgtgtcgagggacttctggatgcccgatcagagttgtagg
gtctgctatgagtgtgattcgcagttcacgatattcaaccgcagacatcactgtcgaatc
tgtgggcgagttttctgtgcaaaatgcactgccaattctgttcccgcgccttcagatgag
ccaaatactgtccgtgaagagtgggagaggataagggtctgcaactattgttttaaacaa
tgggaagggttagcaacaattgataataatggaagagcagatccttcgtccaccccttgt
cttagtccttcaccgtctacaacaagcttggtcagcactaagtccagttgtacctgtcat
agtagcagcagcactgctggttcagttccttatacaactgggccttatcagcgtgtgcct
tatagtccccggcaatcttcgcaaatgaatcagatagctgatgaacaagataatttaaat
tctggtaggagttcaaatccctccgaggctgtagggaatttgacttctaaccaatttggc
tattgcttcaacaggagtgatgatgaggatgatgattatggtgtttatcattcggataca
gaatcaagacattattctcatgtacatgactttgaagatccagttaacattcatggggtt
gaacatgtctacgggccacatcaaatgcatcctgacgaagctagcattcatgaaaaaagc
ttgagttgcctaacgccaccacagaatcttgatctagaaggtgtagatggaattcaagca
cctggtaaagaagctgatgagcatgatcatgctgatggatgtgaaacttctccttatcat
gaagagagcaataatacagatcctgtggattttgagagtaatggactactatggctacct
cctgagccagaagatgaagaggatgatagagaagctgttcttttcgatgatgatgaggat
gaaggtactactggaggtggggaatggggatatctacgatcctccactagttttggctct
ggagaatgtcgtagcagagataaaacaagtgaggatcataggaaggccatgaagactgta
gtggaagggcattttagagctctggtcactcagctcttacaagtggaaaacctaactatt
tgtgatgaagatggaaaagagagttggttggatataattaccgctttgtcttgggaagct
gctacaattctgaagcccgatatgagcagaggtggaggtatggatcctggtggatatgta
aaggttaaatgcatagcttgtggacatcggaatgaaagcatggtggttaaaggagttgta
tgtaaaaagaatgtggctcatcggagaatgacatcaaaaattgataaaccacgttttcta
atacttggaggtgctttggagtatcagcgtgtttctaaccagttatcaagtgttgatact
ttgttacagcaggagatggaccatttgaagatggcagttgcaaggattgatgctcatcac
cccaatgtgcttttggtggagaagtcagtatctcgttatgctcaagattaccttctagct
aaagacatatcacttgttttgaatatcaaaaagccacttttagagcgcattgcccgttgc
accggtgcacaaattgtcccttcaattgatcatctgacctctcaaaaattgggatattgt
gaaacattccatgttgacaaattttttgaggagcatggtagtgcagggcaaggtgggaaa
aaatcaacaaagactttgatgttctttgagggttgtccgagacctttaggttgcactatc
ttgctgaagggtgccaatggggacgagttgaagaaggtgaaacatgtgatccaatatgga
gtctttgcagcctatcacctggcattagagacatcttttctggctgatgaaggtgcttca
ccactagagtttcctttgaaatctcccataactgttgcattaccagataaaccatctagt
attgtgagatccatttccactatccctggattttctgttctctctgctagagagtctcag
ggagcaaaaccttttgaaataccaaaatctgacgacatccacaagacagaaagaacccca
tctagctgcagtgagtccactgaaagatcattggttggtgactcaatcaatatgcatgaa
gtcccgggagttgccatccaatcagctcaggatatgccatcttccctctgcaaaagtttc
ctttcgaacactgcttctaaggaagatgattcttttggaacatttgactcttcacaacaa
gatggcaatagctacctcagagctgcagaattgtacgctaatcaaggccctagctttggg
gcaccatatgtaaaacatgatactaataatagtaataacaataatgatcatgaggacatg
gtacattcgaatgaagattttcctccctcaacttccgaccatcagagtattttagtcttt
ttatcaacacgttgtgcatggaaaggaactgtttgtgaaaggtctcatctggtcagaatt
aaatactatggaagttctgataagcctttgggacggttcttgagagatcaactactcgat
cagagttacacgtgctgctcatgtgagtcgccaccagaagcccatgttcattgttatact
catcggcaaggcagcctgacaatttctgttaagaaactatcggattttgatttaccaggg
gaacgagaaggtaaaatttggatgtggcacagatgcctgaaatgtcctcgtgtaaatggt
tttcctcctgctacacggagagtagttatgtctgatgctgcctggggcttatcctttggg
aaatttttggagctgagtttttcaaatcatgcagcagcaagcagggttgcaagttgtggt
cattcgcttcacagagattgtttaagattctatggttttgggaagatggttgcctgcttt
cgttatgcttcaattcaccttcattctgtttatcttcccccacctaaacttgaattcttc
aactatgataggcaggactggctactaaaagaagcgtatgagctgcatgacaaggctgaa
ttactgtttggtgaagtgtgcaccgttctgcatcaaaattcagagaaggtttcaggtctt
gtgttacaggagggtggacaaagggtgtcagattttaggaatctaattgtggaacttaaa
gagatgctgcagtatgagaaagaagaatttgaggactcattacgaaaaatgctgcataga
gaagccaaagctgaacaacctgtgattgatattctggagctcaataagttgcgcaggcat
atccttatccattcttatgtttgggaccagcgcttgatatatgcattcaatctatgtaaa
attattcttcaagaaaattcaaggatcttaaatcatagagaaaagttgcttggtcctaga
gaaaaacttgttgaagcagatattgccactaggccagcaagaggctatagcagttccgat
tcctttcttttggaaacaaaacctgatggaaacttaaatttagaaaacactagtcacctt
agccaccctgatgaagtgattaaatgtgaggacaaggttaaagatacaaatcatgataag
gttgacctttctctctctggttgtgcaaatatcaatgatagatctgattctgtagaattc
ggggggtctgtaaggagggctttgtctgagggggaatcttctgttgtggtcaacttatct
gatacccttgatgcagcatggacaggtgaaagtcaccctacaatttcatcactcaaagaa
aatggttgtcaatctcctgatatgtctgttcattcacctgtggcaaatacagtttcgtca
aaatcaaattctgctaactataatgctgatataggtgggattgaggcgggatgcactaat
tactctaaaatactttccaaaggacttgatgctaaatggaaagcagtgccttttgcaaac
ttctttggttcattcaacaaaacttcttccttcaatatacagaagcttgttgagtataac
ccagtccatattttatcatttcgagaggtggagcgccagactggtgccagactgcttctg
cccgccggaactagtgataccatagtgcccgtttacgatgatgaacccaccagtgttata
gcatatgtgcttgtgtcagtggattatcatatgcagatgtcagaatttgatagacctaaa
gacagtggagacagttcaatttcattgccgctctttgattcaagtatactttctcttaat
tcttttgatgagacaattactaatacgtacagaagtcttggctcttttgatgagagcatg
ttatccacttctgggtctcggagtttaccggctggggatccaccctcatacacaaaggat
tttcatgcaagggtttcttttactgatgatagctcccttgggaaagtgaaatatactgta
acttgctactacgcaaagagatttgaggctttaagaaggacttgttgcccttctgagtta
gattttgtgcggtcccttagccgttgtaagaagtggggagctcagggaggaaagagcaat
gttttctttgcaaaaaccctggatgataggtttattatcaagcaggttacaaaaacagag
cttgagtcatttaccaagtttgcaccagcatattttaagtatttatctgagtcaatcagt
acaggaagcccaacttgtcttgcgaagatcttaggaatttatcaggtaacatcgaagcac
ctcaaaggagggagggaaacaaaaatggatgttttggttatggaaaatcttctttacaga
cgaaacattaggcggctttatgacctcaaaggttcttcccgatcacggtacaatccggat
acaagtgggagcaataaagtgctgctggatcagaatctcattgaagctatgccaacctct
ccaatatttgttgggaacaaggcaaaacggttgctagagagggctgtgtggaatgatact
gccttccttgcatcaatatatgttatggactactcattgctggttggcgtggatgaggaa
aaacatgagctggtattaggtataattgatttcatgaggcagtatacatgggataaacac
cttgaaacatgggtgaagacctcaggcatccttggtggagacaagaatacttctccaact
gttatatcaccgcagcagtacaagaaacggtttaggaaagccatgagtttatattttctc
atggtgccagatcaatggtctcctccagagttacaccccagtgggtcccaatctgacatt
tatgacgataatgcatag

  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 (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (29)   

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