KEGG   Nelumbo nucifera (sacred lotus): 104599027
Entry
104599027         CDS       T04131                                 
Name
(RefSeq) putative 1-phosphatidylinositol-3-phosphate 5-kinase FAB1C
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
nnu  Nelumbo nucifera (sacred lotus)
Pathway
nnu00562  Inositol phosphate metabolism
nnu01100  Metabolic pathways
nnu04070  Phosphatidylinositol signaling system
nnu04145  Phagosome
Brite
KEGG Orthology (KO) [BR:nnu00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    104599027
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    104599027
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    104599027
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:nnu04131]
    104599027
Enzymes [BR:nnu01000]
 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
     104599027
Membrane trafficking [BR:nnu04131]
 Endocytosis
  Macropinocytosis
   Kinases
    104599027
 Endosome - Golgi transport
  Others
   Others
    104599027
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 FYVE
Other DBs
NCBI-GeneID: 104599027
NCBI-ProteinID: XP_010259723
UniProt: A0A1U8AD95
Position
Un
AA seq 1814 aa
MGIPDSSLLDLIGKVRSWIPWGRSDLSGFSREFWMTDNSCRMCCGCGTRFTQFSFQYHCQ
SCGRVLCRKCMHGMSISISVSDGWRSVTEDGGHVKCCKFCFHANSGHEVGREYEEKDVSS
TFPLPSSRSAVSCFSNGNFDNINSSKQLLNDHLTRFLEAQEHGSSPHTADSGSLASIMGQ
PSPVSFCRSPSRSDEEDAEDSRKQFLSPSSEYCQYISEIDSSSVSGRHEFYGLKSVGSSP
LDSPYRIANTLNRAGYSVQQEQGGTPRSQNEADLGQETRAVVRRPGTEAEDVENTDDCSD
LSIFREQCEKVQQTLDFENNGLIWFPPPAEDGEDESESNFFDYDDEEDDVGESGILFSSS
NFSSDTFPVREKPKEEYKEPLRAVIHGHFRALVSQLLHGEGVSAGNESSVDDWLDIVTSV
AWQAASFVKPDTSRGGSMDPGDYVKVKCIVSGSPRESTLIKGVVCTKNIKHKRMTSQYKN
PRLLLLGGALEYQRVPNQLASFNTLLEQEMDHLKMIVSKIEAHRPNVLLVEKSVSSYAQE
YLLAKEISLVLNVKGPLLERIARCTGASIVPSIDNLSTARLGHCEIFRLERVSEECNISS
HPNKKSSKTLMFFEGCPRRLGCTVLLKGTCHDELKKVKHVVQYAVFAAYHLSLETSFLAD
EGASLPKIPLKSAISIPEKMIGVDNAISVISTSAVTPTDEHQCGAAGSMLETLSPHVRSD
VSGQNGLVSLSLKLAEQEPFCEHFNPSDISTSSLCFLGSTVGKAHCDLCGNHVVMQSCVQ
SRPEGLVHSSVVPSDIKNHSQHELLESLVQDGEITLRTYGQPEEIHELAKNDGADRIEVT
GEIFSAAENHQSILVSFSSRCVLKGTVCERSQLLRIKFYGNFDKPLGRFLRDDLFDQMSL
CRSCKEPAEAHVLCYTHQQGSLTINVRRLPSMKLPGECDGKIWMWHRCLKCAYKDGVPPA
TRRVVMSDAAWGLSFGKFLELSFSNHATANRVASCGHSLQRDCLRYYGFGSMVAFFRYSP
IDILSVRLPPSVLEFNAHIQQEWVRQEAIELLNKMEFLYAEIFDVLHSIEQKGISFGYEL
TNMSEFHSHIIELKELLKKERNEYDGLLQPDGLDNMHPDQTAVDILELNRLRRYLLIGCY
IWDRRLCSLDSLLRAKSSISKVDSYMHDATACAKRVELISESFCKDGKLNREDNSSKPLG
ERPALKSEQTEEHSPQHFEPAQDHLVDSFKAVNYDGFEDLELALGHGNKHEMFIDGEVTS
QKTPVECVLPSTSNLSDTIDLAWTGTGHQLIKNQFQASQPDGQQMGSAGLNQMGNPSCTR
LMSPVRVYSFNSALRVQDKIHKGLSPTSLSLTSFRSFHASGDYRNMIRDPIPNMLRTYSQ
VSPREVKKLNSIFSSPPSFITSASNMAGEGVRLLLPQTGHNNIVVAVYDNEPTSLISYVL
SSKDHEDWVADKLDEHGGGCGANDFINKEDEFSNLSGYPNLAGSAFSVWQSLGSLDSDDL
YYRSYGSDDSSSTIGSLFSDSKRSPHFKVSFEDDSSSPAGKMKFSVTCYFAKQFDALRKK
CCPSEVNFIRSLSRCKRWSAQGGKSNVYFAKSLDERFIIKQVTKTELDSFEEFSPEYFKY
LTDSLTSGSPTCLAKVVGIYQVSIKHLKGGRETKMDLMVMENLFFRRSISRVYDLKGSAR
SRYNPDTTGKNNVLLDLNLLETLRTKPIFLGSKAKRSLERAVWNDTSFLASVDVMDYSLL
VGVDDDRKELVLGIIDFMRQYTWDKHLETWVKASGILGGPKNASPTVISPKQYKKRFRKA
MSTYFLTVPDQWSS
NT seq 5445 nt   +upstreamnt  +downstreamnt
atgggaatacctgatagttcacttctagatctaatagggaaggtcagatcttggatcccg
tggggaagaagcgatctatctggtttctccagggaattctggatgactgataacagttgc
aggatgtgttgcggctgtggaacacgcttcacacagttcagttttcaataccattgccaa
agctgtggccgagtattgtgtaggaaatgcatgcatggtatgagcatttctatttctgta
tcagatggttggagaagtgtcactgaggatggtgggcatgtcaaatgctgcaagttctgc
tttcatgccaattctgggcatgaagtcggcagagagtatgaagagaaagatgtttcttct
acatttcctctgccaagtagcagaagtgcggtttcctgcttcagcaatggaaattttgat
aatattaacagtagtaagcaactactcaatgatcaccttacacgctttcttgaagcacaa
gaacatggttcttctccccatacagcagatagtggtagcttggcctcaatcatgggccag
ccatctccagtttctttttgccgctctcccagcaggagtgatgaggaagatgccgaggat
tctaggaagcaatttctgagtccatcaagtgaatactgtcaatatatttctgaaatagat
tctagtagtgttagtggtagacatgaattttatggtttgaagtcagtaggttctagtccc
ttggacagcccttataggattgcaaatactcttaatagagctgggtactctgtacagcag
gaacaaggaggaactccaaggtctcagaatgaggctgacctcggccaagaaactagggct
gttgtaagaaggcctggaacagaggctgaggatgtagagaacactgatgattgctcagat
ttgtcaatattccgggaacaatgtgagaaagtgcaacagacattggattttgaaaacaat
ggtctcatatggtttcctcctcccgctgaagatggcgaggatgaatctgaaagcaatttc
tttgactatgatgatgaggaagatgatgttggagagtcgggcattcttttctcatctagt
aactttagtagtgatacattcccagtcagggagaaaccaaaagaggaatacaaggaacct
cttagagctgtaatacatggacactttagagctcttgtgtcacagcttcttcatggtgag
ggcgtcagtgcagggaatgagagtagtgtggatgactggttggatatagttacatcggtt
gcatggcaagcagcatcctttgtgaaaccggatacaagcagaggaggcagtatggatcct
ggtgactatgtaaaagttaagtgtatagtctcaggaagtccaagagaaagcacccttatt
aagggagtagtttgtacaaaaaatataaaacacaagcgcatgacatcacaatacaagaat
cctagattacttctcttgggaggtgcgcttgagtaccaaagagttccgaatcaattggca
tcttttaatactttacttgaacaggaaatggatcatctcaagatgattgtttcaaagata
gaggcccaccgcccaaatgttttactggtggagaaatctgtatcttcatatgctcaggaa
tatctgttggcgaaagaaatctctctagtgttgaatgtaaaggggcccttattggagcgc
atagcccggtgtactggtgcttctattgttccatcaattgataatctttctactgcacga
ttgggacactgtgaaatctttcgactagagagagtttctgaagaatgtaatatttctagt
catcccaacaagaaatcgagtaaaaccctgatgttttttgagggttgtccaaggcgttta
ggttgcacggtccttctcaagggtacatgtcatgacgaactaaagaaggttaaacatgtt
gttcaatatgcagtatttgcagcatatcatttatccctagagacatccttccttgctgat
gagggtgcaagtcttcctaagataccattgaaatctgcaatttccataccagaaaagatg
attggtgttgataatgctatttcagtaatctctacttcagctgtgactcctacagatgaa
catcaatgtggagctgcaggcagcatgctagagacattatcccctcatgtaagatcagat
gtatcaggccaaaatggtctggtgagcctttctttgaaacttgcagaacaggagccattt
tgtgagcattttaatcctagtgatatttctacctcatctctttgcttcctgggctctact
gttggaaaggctcactgtgatctatgcggtaatcatgtggttatgcaatcatgtgttcag
tcacgacctgaggggctggttcactcttctgtggttccttctgatattaaaaatcattcc
caacatgaattgctggaatcattagttcaagatggtgagattacattaagaacttatggg
caacctgaggaaatccatgaactggcaaagaatgatggggctgatcggattgaagtcaca
ggtgaaattttctcagctgctgaaaatcatcagagtatattggtttccttttcaagccga
tgtgttctgaaaggaactgtttgtgaacgctctcaactattgcgcataaaattctatggc
aactttgataagccacttgggaggtttcttcgtgatgacttgtttgatcagatgtctctc
tgccggtcttgtaaggaacctgcagaagctcatgtcctatgctatacccaccagcagggt
agccttacaataaatgtcagacgccttccctcaatgaagctacctggagagtgtgatggg
aagatctggatgtggcatcgttgcctcaagtgtgcatataaagatggagttccacctgca
acacggagagtggttatgtcagatgctgcatggggactttcttttggaaagtttttagag
cttagcttttcaaatcatgctactgctaatcgtgttgcaagctgtggtcattctttgcaa
agggactgcttgcgttattatggatttgggagcatggtcgcatttttccgatattcccca
attgatattctttctgttcgtttacctccttcagtgttggaatttaatgctcacattcaa
caagagtgggttagacaagaggctatagagctcttgaacaaaatggaatttctatatgca
gagatatttgatgtattacacagcattgaacagaaaggtatatcttttggatatgaactg
acaaacatgagcgagtttcatagtcatattatagagctgaaagagttgctgaaaaaggag
agaaatgaatatgatggcttgcttcaaccagatggtctagacaatatgcatccagatcag
acagcagtggacattttagaactcaatcgcttgagacgctacctcctaattggttgttac
atttgggaccggcgcctttgttctttggactctctccttagagcaaagagttctatttcc
aaagttgattcttatatgcatgatgctacagcttgtgccaagcgggtggaattgataagt
gaatccttttgcaaggatggaaagcttaaccgtgaagacaatagttcaaagccattgggg
gaaagacctgccttgaaatcagaacagacagaagagcatagtcctcaacatttcgagcct
gcccaagatcatcttgttgattccttcaaggctgtcaattatgatggttttgaagatctt
gagctggccttgggccatggcaacaagcatgagatgtttatagatggtgaagttacatcc
cagaagacacctgtggagtgtgttctaccatctacatccaatctttctgatacgattgat
ttagcatggactggtacaggtcatcaactaataaaaaatcagtttcaagcttcccaacca
gatgggcagcaaatgggttcagctgggttaaatcagatgggcaatccatcttgcacaagg
ctcatgtcccctgttcgagtatattctttcaattctgcattacgagtccaagacaagatt
cacaaaggactgtcccctacttcattgagcttgacctcatttagatcattccatgcctct
ggagattacaggaatatgattagagatccaattccaaatatgttgagaacctattctcag
gtctcacctagggaagtgaagaaattgaactctattttcagctcccctccctcattcatt
acatcagcatctaacatggcaggtgaaggggttcgattgctacttccacaaacaggtcac
aataacattgttgttgctgtttatgacaatgaacccaccagtttaatatcctatgtgctt
agttccaaagaccatgaagattgggttgctgacaaattggatgagcatggaggaggctgt
ggtgcaaatgacttcatcaataaagaggatgaattcagcaatttatcaggatatcctaat
ttagcaggttcagccttttcagtctggcaatccttgggttctctggactcagatgatctc
tactacagaagttatggatctgatgactcatcatcaacaattgggagccttttctcagat
tccaagagatctcctcatttcaaggtttcttttgaagatgattcatcatctcctgctggc
aaaatgaaattctccgtgacctgttattttgcaaagcagtttgatgctcttagaaagaaa
tgctgccctagtgaagtgaatttcatacgttctcttagccgctgcaagaggtggagtgca
cagggtgggaaaagcaatgtgtattttgccaagtctttagatgagagattcattattaaa
caagtcacaaagacggagttggactcttttgaggaattttctcctgaatacttcaagtat
ttgacagattctcttacttcaggaagtccaacttgccttgcaaaagttgttggtatttat
caggtttctatcaagcatttgaaaggtggaagagaaaccaaaatggatttaatggtgatg
gagaatctcttttttaggagaagtatttcaagggtgtatgatcttaagggctctgcacga
tctcgctacaatccagatacaacagggaagaacaatgtattattagatttgaatctttta
gaaactctacgtacaaaacctatatttcttgggagcaaggcaaagcgaagtctcgagaga
gcagtctggaatgacacatcgtttttagcgtcggttgatgtaatggattattcattgctg
gttggtgtggatgatgatcgtaaggagctggttttaggtatcattgacttcatgaggcaa
tatacctgggacaagcatttggagacatgggttaaggcatcaggtatccttggtggccca
aaaaatgcatccccaaccgttatttcacccaagcagtacaagaaaagattcagaaaagcc
atgtctacctatttccttactgtgcctgatcagtggtcttcatga

  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 (44)   
   KEGG ORTHOLOGY (1)   
   RefGene (40)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (67)   

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