KEGG   Capsicum annuum (peppers): 107852846
Entry
107852846         CDS       T04646                                 
Name
(RefSeq) putative 1-phosphatidylinositol-3-phosphate 5-kinase FAB1C
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
cann  Capsicum annuum (peppers)
Pathway
cann00562  Inositol phosphate metabolism
cann01100  Metabolic pathways
cann04070  Phosphatidylinositol signaling system
cann04145  Phagosome
Brite
KEGG Orthology (KO) [BR:cann00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    107852846
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    107852846
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    107852846
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:cann04131]
    107852846
Enzymes [BR:cann01000]
 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
     107852846
Membrane trafficking [BR:cann04131]
 Endocytosis
  Macropinocytosis
   Kinases
    107852846
 Endosome - Golgi transport
  Others
   Others
    107852846
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1
Other DBs
NCBI-GeneID: 107852846
NCBI-ProteinID: XP_016553373
Position
11:625772..635194
AA seq 1735 aa
MGVPDSSLLDLIEKVRSWISWGKSDRTSLAGGRDMDVESCKTCCECKVKFTDSCLKFQCP
SCSRVFCRDCVVHIFGSDDVVASGSGESGSMARAVVDIKTCKFCSDLSNCHKSTRKFCDK
VYPSESPRESPEPPSPSLSSDMFDGDSTHDASKSSFTAFSSHPSPVSLHHSPSRSDEDEG
AGFTNQSFSPSSDFCHDTSDLESSSVSARHKFYHLRSFGSSPSHSPSRIRFTSNRVGHSV
QDQHETPRSQNNGPFDQETLVVLGRLEKGNEDPDDSDNLSVYRDQLEKQQKPLDFENNGR
MWFPPPPDDEDDETQNNFFTYDDDDDEIGETGATFSSSGSLSSIFPAKDKQQSNHKEPLQ
AVVHGHFRALVLQLLQGEDIHSGKESAADDWIDIVTSLAWQAANYVKPDTSKGGSMDPVD
YVKVKCIASGTRSESTLVKGVVCTKNIKHKRMTSQYKNARLLILGGALEYQRAANQLASF
DTLLQQEKEQLKMIVSRIEAHHPNVLLVEKSVSSYAQELLLAKEISLVLNVKAPLLERVS
RCTGALITPSIDNIATTRLGHCELFHLEKVSEEHEHANQLNKKPSKTLMFFDGCARRLGC
TVLLRGSCREELKKLKKVVQYAVFAAYHLSLETSFLADEGASLPKVPAATSIAIPERTFA
DHAISVISQSSMPARSQTVANDPHVQVGSNFNVEAVLPESLLEYHYPQCGDQSNLDDCGA
RDVLTIADRENLALVLAHDPRPVGSVEIEDQTNEGSLETSGQEESQPTEIGELSKLERSD
ETKASNEVYSAADNRQSILVSFSSRCVLNGTVCVRSRLLRIKFYGSFDKPLGRYLLDDLF
GQMSSCQSCKEPAEAHVICYTHQQANLTINVRRLPLVNSLPGERDKKIWMWHRCLKCAQI
GGVPPATRRVIMSDAAWGLSFGKFLELSFSNHATANRVASCGHSLQRDCLRYYGCGSMVA
FFRYSPIDILSVRLPPLTLEFCGYTEQEWLRKEAAELLCKAKALYAEISSAFRRIEDKSY
SLEREPSDTTQLHDCILELKDLLMKEKNDYQDFLQLDDDETFDPRQGSIDILELNRLRHS
LVIASHVWDRRLLSIKSFLQKSSGSVGSEDCGSCNELIDWRRDMFLKNETLEHVYEESLP
EFSDSEEYQEKALQSEQEGTGVSPYGSGELESSILTASESERMQEMQMEVENAFTKTSLE
RAPSAASVLSDQIDFAWSGTDRSPKKAQLLQGDGSEAAPLRQPSHLDLPSLRRIRLPARV
HSFDSAMRLQDRIRKGLPPSSLHLSSIRSFHASGDYKNMIRDPVSSVQRTYSQMSPSEAH
KFNLLMGSPPLFISYASLIPDGSRLMVPHNGHRDVVLAVYDNEPTSVISYALCSKVYNDW
VTDKSTVSERSWITSDTNKESGVAASLSAWQSFGSLDMDYIHYGSYGSEDASSTITSLFT
DSKSSPHLRISFDDESSSSGGKVKFSVTCYFAKQFDALRRKCCPDELDFVRSLSRCKRWS
AQGGKSNVYFAKSLDERFIIKQVQKTELDSFEEFAPEYFKYLTHSINSRSPTCLAKILGI
FQVSVKHLKGGRETKMDLIVMENLFFERKISRVYDLKGSLRSRYNADTTGANKVLLDMNL
LETLHTKPIFLGGKAKRSLERAVWNDTSFLASVDVMDYSLLVGVDEERKELVLGIIDFMR
QYTWDKHLETWVKASGILGGPKNASPTIVSPKQYKKRFRKAMTTYFLTVPDQWSS
NT seq 5208 nt   +upstreamnt  +downstreamnt
atgggagtaccagatagttctctactggatttgatagagaaagttaggtcttggatatcg
tggggtaaaagtgatcgaacttcattggctggtggacgcgatatggatgttgaaagttgc
aaaacctgttgtgaatgcaaggtgaagtttactgattcttgcctcaagttccagtgccca
agttgcagtcgagtattctgtagggattgtgttgtgcacatttttggatctgatgatgtt
gttgcatctggatcgggagaatccggaagcatggccagggctgtggtcgatatcaagact
tgcaaattttgttcagacctaagcaattgtcataaaagcacaaggaagttttgcgacaaa
gtttatccttctgaatctcccagggaaagcccagaaccgccgtcaccaagtctcagtagt
gacatgtttgatggtgattctacccatgatgcaagtaagagtagttttacagccttttca
agtcatccatctccggtgtctttgcatcactcgcctagcaggagtgatgaagatgaagga
gcgggcttcacaaatcaatcttttagcccatcaagtgatttttgtcatgatacttctgat
ttagaatcaagtagtgttagtgctagacataaattttaccatctcagatcatttggatcc
agtccttcacacagcccctctaggattcgttttacttccaatagagttgggcattctgtt
caggaccaacacgagactccaagatctcagaacaatggtccctttgatcaagaaaccttg
gttgttttaggaaggcttgagaaagggaatgaggatcctgatgactctgacaatttgtct
gtttaccgagaccagttagagaagcagcaaaagccattggattttgaaaacaatggtcgt
atgtggtttcctcctccacctgatgatgaagatgacgagacacaaaataatttcttcaca
tatgacgatgatgatgatgaaattggagagacaggtgctacattctcttcaagtgggagc
ctttccagtattttccctgcaaaggataaacaacagtcgaatcacaaggaaccattacaa
gctgttgtacatggtcatttcagggctctcgtcttgcagctattgcaaggagaagatata
cattctgggaaagaaagcgccgctgatgactggattgacatagttacatcactagcatgg
caagctgcaaactatgtgaagcccgatactagtaaaggaggcagcatggatccagttgat
tatgtcaaggttaagtgcatagcttcaggaacccgaagtgaaagcaccctcgttaaagga
gtagtttgtactaagaatatcaaacacaagcgcatgacttcacagtacaaaaatgctcga
ttacttatcttaggaggagcacttgagtaccaaagagctgccaatcagttggcatctttt
gacaccttattgcaacaggaaaaggagcagctcaagatgattgtttcaagaatagaggcc
catcatcctaatgtgctacttgtggagaaaagtgtgtcttcatatgctcaggagcttcta
ttggcaaaagagatctctttggtgttaaatgttaaggctccactgcttgagcgcgtatcc
agatgtactggtgctctaataaccccatccattgataacatagccacaacaagattggga
cattgtgagctcttccacttagaaaaggtctctgaagagcatgaacatgctaaccagttg
aacaagaagccatcaaaaactttgatgttttttgatggttgtgccaggcgtttaggttgc
acggtcttgttgaggggctcatgtcgtgaagagctcaagaagctgaagaaggtcgttcag
tatgctgtatttgctgcatatcatctatctcttgagacatcgtttcttgctgatgagggt
gctagtctacctaaagtgcctgcagccacctcaattgctataccagagaggacatttgct
gatcatgctatctcagtgatttctcaatcttccatgcctgcaagatcgcagacagttgct
aatgacccacatgttcaagtaggatccaacttcaacgtggaggcagttttaccagagtca
ttgttggagtatcactaccctcaatgtggtgatcaatctaacctagatgactgtggagca
agagatgttctcactattgcagatcgtgaaaatctagcactggttttggcgcatgatcca
agacctgttggttctgttgaaattgaagatcaaactaatgaaggatcgttagaaacctca
ggtcaagaagagagtcaacccacagaaataggagagctatcaaagcttgaaagatcagat
gaaaccaaagcctccaatgaagtctattcagctgctgacaatcgtcaaagcatattagtg
tccttctctagtcgatgtgttctaaatggaacagtatgtgtacgttctcggctccttcgc
atcaagttttatggctccttcgataagccacttggccggtatcttctggatgatcttttt
ggtcagatgtcgtcctgtcaatcgtgcaaggagccagctgaggctcatgtcatctgttat
acacaccagcaggcgaatcttaccataaacgttagacgtcttccgttggtgaattctctt
cctggtgaacgggacaaaaagatttggatgtggcatcgatgccttaagtgtgcacaaata
ggaggagttccaccagcgactcgcagagtaataatgtcagatgctgcttggggactttca
tttgggaagttcttggaacttagtttttcaaatcatgcaactgctaatcgtgttgctagc
tgtggtcattctctgcaaagagactgcctccgatactatgggtgtggaagtatggttgca
ttcttccgttattctcctattgatattctgtcagttcgtctgcccccattaactcttgaa
ttttgtggctacacagagcaggagtggttaaggaaagaagcagctgagttactgtgtaaa
gccaaggctttgtatgcggaaatatcaagtgccttccgcaggattgaagacaaaagttac
tctttagaacgtgaaccatctgatacaactcaattgcatgactgcattttggagttaaaa
gacctgcttatgaaggaaaagaacgattaccaagacttcctgcagctggatgatgatgaa
acatttgacccaagacagggatcaatagacattcttgagctgaatcgcttgaggcattcc
cttgtgattgcttcacatgtttgggatcgtcgacttttgtccatcaagtccttcctccaa
aagagttctggttcagtgggttcagaggattgtggatcttgtaatgagctgatagactgg
agaagggacatgtttctaaagaatgagactcttgaacatgtttatgaagagtctctgcct
gagttctcagactcagaggaatatcaagaaaaagctttgcagtccgaacaggagggaact
ggcgtatcaccttatggttctggtgagctagaaagctccatactaaccgcatctgagagt
gagagaatgcaggaaatgcagatggaagtagagaatgcatttactaaaacatccttggaa
cgagctccttcagctgcatcagtcctttctgatcagatagattttgcttggtctggcact
gatcgttctcccaaaaaagctcagttgctacaaggagatggatctgaagctgctcctctc
agacaaccaagtcatcttgatttgccttctcttagaaggataaggttacctgcaagagtt
cactccttcgattctgctatgagacttcaagacagaatcaggaaggggctaccaccttct
tcattgcatctatcatcaattaggtcttttcatgcttctggagactacaagaatatgatc
agagatcctgtctccagtgttcagagaacttattcacagatgtcacccagtgaggctcac
aagtttaatctcctaatgggttccccgcctttgtttatttcttatgcatctcttatacct
gatggatctaggttgatggttccacacaatggtcacagagatgttgttctagctgtttat
gacaatgaacctactagcgttatatcttatgcactttgttcgaaagtgtataatgactgg
gtcactgataagtcgaccgtgtctgaacggagttggatcacaagtgacaccaacaaggaa
tctggagtggcagctagcctttcggcatggcagtcttttggctctctagacatggattat
atccattatgggagctatggttctgaagatgcttccagtacaattacttccctctttaca
gattcaaaaagttctcctcacctaaggatctctttcgatgacgaatcttcgagtagtggg
ggaaaggtgaaattttcagtcacttgttactttgcaaagcagtttgatgctcttagaagg
aagtgctgtcctgatgaattggattttgtacgttccttaagccgttgtaaaagatggagt
gcccaggggggaaagagcaatgtttactttgccaagtcgttggatgaaagattcataatt
aaacaagttcagaaaactgagttggattcttttgaagaatttgcaccagagtacttcaaa
tatttaacacattctattaactcgcggagtccaacttgtcttgcaaaaattcttgggata
ttccaggtttcggtcaaacacttaaaaggaggcagggaaacaaaaatggatttaattgtg
atggagaatctcttttttgaaagaaagatttcgagggtctatgatctcaagggttctcta
cgatcccgctacaatgcagatacaactggtgcaaacaaagtgttgctggatatgaatctt
ttagaaacattgcataccaaacccatatttcttggaggcaaagccaaaagaagcctcgag
cgagctgtttggaatgatacatcctttttggcatctgttgacgtgatggactattcattg
ctggtcggggtggatgaagaacgaaaagaactagtcttggggatcatagacttcatgagg
caatatacttgggacaagcacttagagacatgggtgaaggcatccggcatacttggagga
ccaaagaacgcgtcaccaactatcgtttctccaaaacaatacaagaaaagattcagaaaa
gcgatgactacctattttctcacagtaccagatcaatggtcatcttga

  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 (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (2)   
   Pfam (2)   
All databases (29)   

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