KEGG   Pyrus x bretschneideri (Chinese white pear): 103931939
Entry
103931939         CDS       T03446                                 
Name
(RefSeq) putative 1-phosphatidylinositol-3-phosphate 5-kinase FAB1D
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
pxb  Pyrus x bretschneideri (Chinese white pear)
Pathway
pxb00562  Inositol phosphate metabolism
pxb01100  Metabolic pathways
pxb04070  Phosphatidylinositol signaling system
pxb04145  Phagosome
Brite
KEGG Orthology (KO) [BR:pxb00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    103931939
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    103931939
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    103931939
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:pxb04131]
    103931939
Enzymes [BR:pxb01000]
 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
     103931939
Membrane trafficking [BR:pxb04131]
 Endocytosis
  Macropinocytosis
   Kinases
    103931939
 Endosome - Golgi transport
  Others
   Others
    103931939
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 TPR_MLP1_2
Other DBs
NCBI-GeneID: 103931939
NCBI-ProteinID: XP_009339742
Position
Unknown
AA seq 1630 aa
MCHYCGAELTQSKEKKIKQENLKSLPLGTGGPNKYCKFCAEKQERESIKQGNAILYTMPM
ISPATSLSRNDSCVSSCSEFSVDVSSCNRGIQEENMTGSSQEDLICRSNGRLQHSSIGHP
VNGIDRSKKQRQINLSESSCGSDVYTVRDVQIMQTSDDHEAKGNVNANIGSYSDGTENSN
SFEDDRNAEIWEPPEPDDPEDDMEGSVAFNDDDEEECGDGMKWGKPSSLSHYRDEGSGIY
RFKEEKQRAMEAVINGKFKALISQLLKSVGVASLGEGGESWVDIIASLSWEAASFLKPDA
VVGKAMDPDGYVKVKCIATGVRSQSQLVKGLVFKKHAAHKHMSTKYKNPRLLLIKGVLGQ
SSSGLSSFDSMEQEKGYLKFVIEMLELCHPDVILVEKTVSRDIQESILDKGMTLIFDMKL
HRLERVARCTGSPILSSDTMTSEKLKKCDSFHIEKFKEEHAGGGGKVPSKTLMFIEGCPT
RLGCTILLKGAQSDELKKVKCVVQCAVILAYHLIHETAFLVDQRAMFSTLPFADVETDLS
TDKETFNLGSINPCVHQNTETNAETGSDTVDIPSSNGFNEGCSHDSTLEIEGRSTSDASY
NPAVLPGFSSISASLRKVIRENFPQASSSYQSLSSYFGFSGRELNDPITRSVSACTTPEA
TDHCDVEDKGSFHEERSLHGHNQTSFTCSEASLEVKENGGNSEDQMKSKNQISHVLDSQS
ILVLMSSQNALRGTVCEQSHFSHIMFYKNFDIPIGKFLQDNLLNQQSQCTSCGELPEAHF
YHYAHRNKQLTIQVKRLPGEVHLPGEAEGKLWMWSRCGKCKSRNGISKCTKRVLISTSAR
CLSFGNFLELNFSNPSLSNLFSSCGHSLQKDFLYFFGLGPMVALFKYSPVTTYTVSVPPL
KLPFSSSIRQDWLMKETQNVYMKLIYLFKEVANSLEKMRSQFDGLTLKLRGSFKEFSDIE
EMLKQEKSEFEVVLKNAVTKTENSDQAAYKLLSLNRVLWELLLEACIWERRLHSLLSLDP
MMIHSRASEKVEPEKVDSDIGINLQVKLDTAAETDGSPIEDIPIEGPVQESNGADPVDVS
DLAEAFKTPNVDGSTPKQLDRQGSNLRNGSSYDHCENDQLAENVDCGAFSDSNLSMKGTY
YRSQSFDLEGSHDWFWAPFSEIRQVGVRDLQRVFFSKFETISSYTAEHLPTAYQLIMEEG
KMLHIPLGTDNHIVSDYEGELSSMIACALAILKDLPLQTEVLAGDSKGESGVAARTFEHL
HGLTRLPTNTTLHWSSNGSLDLDSVHNMASISSDESRFSSFDGLNLLDSLVPLGTVNPVV
PLGVSKSLGKDKYTVICPYANQFRDLRNRCFQSEVDYIASLSRCRNWDAKGGKSKSFFAK
TLDDRLIIKEIKKTEFESFMKFSDEYFKHVKLSFDNGNQTCLAKVLGIYQVIVRQTKSGK
EMRHDLMVMENLTFGRNITRQYDLKGALHARFNSATDGSGDVLLDQNFVNDMNSSPLYVS
NKAKRILQRAVWNDTTFLNSINVMDYSLLVGVDAERRELVCGIIDYLRQYTWDKQLETWV
KSSLVPKNVLPTVISPKEYKRRFRKFMSEHFLSVPDDWCSPESSDPCHQCAVGNDDSSHS
KSHRKGGLNS
NT seq 4893 nt   +upstreamnt  +downstreamnt
atgtgtcactactgtggtgcagaattgacacagtccaaggaaaagaagatcaaacaggag
aatttgaaatcattaccattaggtacaggaggccccaataagtattgcaaattttgtgca
gagaaacaggagcgagaatctatcaagcagggtaatgcaattttatatacaatgccaatg
atcagtccagcaacttccttgtcacgcaatgacagttgtgtatctagctgcagtgagttt
tctgttgatgtgagctcatgcaataggggtattcaagaggaaaacatgacaggcagttct
caagaggatctcatttgtcggtctaatgggagattacaacactcaagcattggacatcca
gtaaatggaattgatagatcaaaaaaacagaggcaaatcaacctgagtgaaagtagttgt
ggcagtgatgtgtatacagtaagagatgttcagattatgcagacaagtgatgaccatgaa
gcaaaaggtaatgttaatgcaaacattggttcatatagtgatggaactgagaactcaaat
tctttcgaagatgataggaatgctgagatatgggaaccccctgaacctgatgatccagag
gatgacatggagggtagtgttgctttcaatgatgacgacgaagaggaatgtggtgatggc
atgaaatggggtaaaccaagttctttgagtcattatagagatgaaggaagtgggatttat
aggtttaaagaggaaaaacaaagagcaatggaagcagtgattaatggaaagtttaaagcc
ctgatcagtcagctacttaaatccgtgggtgttgcatcattgggggagggtggtgaaagt
tgggtggacattattgcttctttgtcatgggaagctgcttcatttttaaaacctgatgct
gttgttggtaaagcaatggatccagatggctacgtgaaagtaaaatgcatcgcaactggt
gttcgcagccaaagtcaactagtgaaaggtttggtcttcaaaaagcatgctgcacacaag
catatgtcgaccaagtacaagaacccaaggttgttgctaatcaagggagtacttggtcag
tcttcaagtggattgtcatcctttgattcaatggaacaggaaaaaggttatctgaagttt
gtcatcgaaatgttagaactgtgccatccagatgtgattttagtggaaaaaactgtttct
cgtgatattcaagagtctattcttgacaaaggaatgacactgatctttgacatgaagctc
catcgcctagagagagttgctcgttgtactggatcaccaattttgtcatcagatacaatg
acgagcgaaaagctaaaaaagtgcgactcttttcacattgaaaaatttaaagaggaacat
gctggaggtggaggaaaggtcccaagtaaaacattaatgtttattgagggctgtcctaca
cgccttggctgtacgattttgttgaaaggagcacagagtgatgaattgaagaaggtcaag
tgtgtagtgcagtgtgcagttattctggcgtatcatttaattcatgagactgctttcctt
gttgaccagagagcaatgttctctacacttccatttgctgatgtagaaactgatttgtcc
actgataaagaaacctttaatttaggatctattaacccatgtgttcatcagaatacagag
actaatgctgaaactgggtctgatacagttgatattcccagttccaatggatttaatgaa
ggatgttcccacgattctaccttggaaattgaaggccgttccacttccgatgcatcttac
aaccctgctgtacttcctggcttctcgtccatttcagcatcattaaggaaagttataagg
gagaattttcctcaagcatcttcttcttatcagtctctttcttcatactttggattcagt
ggaagagaactgaatgacccgatcacaagatctgtttctgcttgtacaactcctgaggca
actgatcattgtgatgttgaagataaaggtagtttccatgaagagagatcgcttcatggg
cataatcagacttcatttacatgctcagaagcttctcttgaggtgaaagaaaatggtgga
aatagtgaagatcaaatgaaaagtaagaaccaaatcagccatgtgttggattctcagagt
attttggttttgatgtctagccaaaatgctttaagaggcactgtttgtgagcagagccat
ttttctcatatcatgttctacaagaatttcgatatccccatcggaaagtttcttcaagat
aatttactcaaccagcaaagccagtgtacatcatgcggtgaacttccagaagctcacttc
taccattatgcacatcgtaacaagcagcttactatccaagttaaacggctccctggagaa
gtgcatttgcctggtgaagcagaagggaaactttggatgtggagtcgatgtggtaaatgt
aaatctaggaatggaatctcaaagtgtacaaaaagagtattgatttccacttctgcacgt
tgtctatcatttggaaatttcctggagctcaatttctcgaacccatctttgtctaattta
ttttctagctgcggccattctttgcagaaggactttctctacttctttggattaggccct
atggttgctctgttcaagtattcccctgtcacgacttatactgtttctgtgcctcctctg
aagcttccattcagcagttcaattagacaagactggcttatgaaagaaactcagaatgtg
tacatgaaattgatttacttgttcaaagaggttgcaaactctttagagaagatgagatct
cagtttgatgggttgactttgaaacttcgaggctcatttaaagaattctctgacatcgaa
gagatgctaaagcaagaaaaatctgagttcgaggtagtgctcaagaatgctgttaccaag
actgagaactcggaccaggctgcctacaaactacttagcttgaacagagtactgtgggaa
ctgctccttgaagcatgcatttgggaacggcgcttgcattcattactgtcactagatcct
atgatgatccattctagagcttctgagaaggtagagccagaaaaagttgattcagatatt
ggtatcaatttacaagtcaaattggatacagctgcagaaactgatggatctccaatagaa
gacattccaattgaaggtcctgttcaagaatctaatggagctgatccagttgatgtgtct
gatttggctgaggctttcaaaacaccgaatgtggatggttcaaccccaaaacagttggac
aggcaggggtccaatctgagaaatggatccagctatgatcattgtgagaatgatcagcta
gcagaaaatgtggattgtggtgctttttctgattcaaatctatcaatgaaaggtacttat
taccgttcacaatcattcgacttggaaggttcacatgactggttttgggcaccgttctcc
gaaattcgtcaagttggtgtgagagatctacagagagtgttcttttcaaagtttgaaaca
attagtagctatactgcagagcatttacccacggcgtatcagctgatcatggaagaaggg
aaaatgctgcacattcctcttggaactgataatcatattgtgtcagactatgaaggagaa
ctgtcgagtatgattgcttgtgcactggccatattgaaagatctacctttacaaacagag
gttcttgctggcgatagcaagggagagagtggagttgctgcgagaacatttgagcattta
cacggtctgactcgacttcccactaatactaccctgcattggtcttcaaatggttcatta
gatttagactctgtccataatatggcaagcatttcttcagatgagtcgcgcttctccagt
tttgatgggttgaatttgttggattctctggttccgctcggaactgtcaacccagtagtc
cctctaggagtttcaaaatcacttggcaaggataaatatactgtaatatgtccatatgcc
aatcaatttcgtgatctccgcaatcgatgcttccaatctgaagttgattatattgcttcc
cttagccgttgcagaaactgggatgctaaaggtgggaagagcaaatccttttttgccaaa
acacttgatgacaggttgataattaaagaaatcaagaagacagaatttgagtcgtttatg
aagttttctgatgagtatttcaagcacgtaaagctttcttttgacaatgggaatcaaaca
tgccttgcgaaagttcttgggatttatcaggtgattgtgagacagacaaaaagtgggaaa
gagatgaggcatgatctgatggtcatggagaatcttacctttggtcggaacatcactcgc
cagtatgatctgaaaggtgctctacatgctcgattcaattctgctactgatggttcggga
gatgttcttttggatcagaactttgtcaatgacatgaactcatctccactgtatgttagt
aacaaagcaaagcgtatattgcagcgggctgtgtggaatgacacgactttcctcaattcg
atcaatgtcatggattattcattgcttgtgggagtagatgctgaacgccgtgagcttgta
tgtggcattattgattatcttaggcagtatacatgggacaagcaactagagacatgggtg
aagtcttcacttgtgccaaaaaatgtcttgccgactgtcatctctccaaaagagtacaag
aggagattcagaaagttcatgtctgagcatttcttgagcgtccctgatgattggtgctca
ccagaatcctctgacccttgtcaccaatgtgctgttggaaatgatgattcttctcattca
aaatcccataggaaaggcggattaaacagttag

  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 (4)   
   RefSeq(pep) (4)   
DNA sequence (10)   
   RefSeq(nuc) (4)   
   GenBank (3)   
   EMBL (3)   
Protein domain (3)   
   Pfam (3)   
All databases (38)   

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