KEGG   Populus euphratica (Euphrates poplar): 105142608
Entry
105142608         CDS       T05872                                 
Name
(RefSeq) 1-phosphatidylinositol-3-phosphate 5-kinase FAB1B-like isoform X1
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
peu  Populus euphratica (Euphrates poplar)
Pathway
peu00562  Inositol phosphate metabolism
peu01100  Metabolic pathways
peu04070  Phosphatidylinositol signaling system
peu04145  Phagosome
Brite
KEGG Orthology (KO) [BR:peu00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    105142608
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    105142608
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    105142608
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:peu04131]
    105142608
Enzymes [BR:peu01000]
 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
     105142608
Membrane trafficking [BR:peu04131]
 Endocytosis
  Macropinocytosis
   Kinases
    105142608
 Endosome - Golgi transport
  Others
   Others
    105142608
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 FYVE
Other DBs
NCBI-GeneID: 105142608
NCBI-ProteinID: XP_011048619
Position
Unknown
AA seq 1832 aa
MKPSGKTFSELICLLKSWIPWRSEPASVSRDFWMPDQSCRVCYECDSQFTVFNRRHHCRL
CGRVFCAKCTTNSVPAPSSDPRTVQEDLEKIRVCNYCSRQWQQGLATFDNGIQIPSLDLS
SSPSAASFISTRSCGTANSSSSITGGSLPYMVRPNQQAEHSSRLSPPQATEMDNSSDKQG
EVESARCKDPVADIEYRSPGGYAFSVNSTRSDDDDDEYGAYRSDSETRHSPQVNDYYCQV
EFDDISNDGGSCKAHLDGETIEPKSLSSSPLRHSFGPQNLERMPQLRKRDEREMDDECEV
PSSMYTGEDGNTEPVDFENSGVLWLPPEPEDEEDEREVGFFEDDDDDRDAAGEWGYLRAS
GSFRSGEFHNRDRSSDEHKKVMKNVVDGHFRALVSQLLQVENVPVGDENDKESWLEIITS
LSWEAATLLKPDMSKGGGMDPGGYVKVKCIASGRCCESMVVKGVVCKKNVAHRRMTSKIE
KPRLLILGGALEYQRVSKHLSSFDTLLQQEMEHLKMAVAKIDAHNPDVLLVENSVSRHAQ
EYLLAKDISLVLNIKRPLLERIARCTGAQIVPSIDHLSSPKLGYCEKFHVERFLEDLGTA
GHGGKKLVKTLMYFEGCPKPLGFTILLRGANGDELKKVKHVVQYGVFAAYHLALETSFLA
DEGASLPELPLNTPITVALPDKPSSIERSISTVPGFTIAANEKSQGLQSSNEPQRSYSAP
TASLVSTIIGSSVDNVPAADCPSSQSSESTSSRFNSTEFLSAVPYTEKAVSASLVAEIAA
ADHLTASGFGSSDGVAMNSSLNDFNEIITTQPYSSEVSSAQRDSRRTLEEPEPLKEEFPP
SPSDHLSILVSLSSRCVWKGTVCERSHLIRIKYYGSFDKPLGRFLRDHLFDQSYSCRSCE
MPSEAHVHCYTHRQGTLTISVKKLPEILLPGEQDGKIWMWHRCLRCPRISGFPPATRRVV
MSDAAWGLSFGKFLELSFSNHAAASRVASCGHSLHRDCLRFYGFGKMVACFRYASINVLS
VYLPPSRVDFSFENQEWMQKETDEVVNRAELLRSEVLNALSQISEKRCKIEQLNNGMKLP
ELRRQIAELELMLQKEMTEFEEWLRKLLSRKVKNGQPVIDILEINRLRRQLLFQSYMWDN
RLIYAASLDNSFHDDSNSSTSGYEEKLLEPDNSDKLVEENMGLRPGNGFSSCDFPSVDAK
LLKGSDQKGGFGSNTNLSDKVNQEMDVCPGPSHGKEGHANLCTTMSAHNLSDIKESGGNF
FRTLSDGQVPIMANLSDTLDGAWTGENHPGVGTLKDDKNRLSDSAMEESSTTAVGLEGVD
LEGHAKDRDGSKACYSPSPSLSAKDPDNMEDYMSWLRMPFLNFYRSLNKNFLTSSEKLGT
LGEYNPVYVSSFRSLELQGGARLLLPVGVNDTVIPVYDDEPTSLISYALVSPEYHAQLTD
EGERIKDTGESNSFSSLSESFHSLEEVSFDLYKSFGYTDESILSMSGSRSSLILDPLSYT
KAMHVRVSFGDDGPDGKARYSVTCYYAKRFETLRRICCPAELDFVRSLSRCKKWGAQGGK
SNVFFAKTLDDRFIIKQVTKTELESFIKFAPAYFRYLSDSISSRSPTCLAKILGIYQVTS
KNLKGGKETKMDVLVMENLLYRRKVTRLYDLKGSSRSRYNSDSSGSNKVLLDQNLIEAMP
TSPIFVGNKSKRLLERAVWNDTSFLASIDVMDYSLLVGVDEEKHELALGIIDFMRQYTWD
KHLETWVKTSGILGGPKNESPTVISPKQYKKRFRKAMTTYFLMVPDQWSPPSIIPSKSQS
DLGEEHAQGHTIAWYCARTKSKVDEIKDTMKM
NT seq 5499 nt   +upstreamnt  +downstreamnt
atgaaaccttccggcaagacgttttctgagctaatttgccttttgaaatcctggatccct
tggcgctctgagcctgctagcgtgtcaagggatttttggatgcccgatcagagttgtagg
gtatgctacgagtgtgattctcaatttacagtatttaatcgcagacatcattgtcgactt
tgtggccgagttttctgtgccaagtgtacaaccaactcagttcctgctccatcaagtgat
ccgaggactgttcaggaagacttggagaagattcgggtatgtaattattgttccaggcaa
tggcagcaaggtttagctacttttgataatggaatacagattcccagcctagatcttagt
agttcaccttctgcagcaagttttatcagcactagatcttgtggcacagctaacagtagt
agtagcatcactggtggttcattgccatacatggttcggcctaatcagcaagctgagcat
agttcacgtctcagccctcctcaagcaacagaaatggataacagttctgataagcaaggg
gaagtggaatcggctaggtgcaaagaccctgttgctgacatagaatatagatctccaggc
ggatatgcattttcggtgaacagtaccagaagtgatgacgacgacgacgagtatggtgca
tatcgatctgattctgaaacaaggcattctcctcaagtcaatgattactattgtcaagtt
gagtttgatgacataagtaatgacggtggatcttgcaaggctcatcttgatggagaaact
attgaaccaaaaagtttaagcagttctccattaaggcacagttttggtccacagaatttg
gaacgaatgccacagctcaggaaaagggatgaacgggagatggatgatgaatgtgaagta
ccatcctctatgtatactggagaagatggtaacactgaacctgtggattttgagaacagt
ggagtgctttggctcccccccgagccagaagatgaagaagatgagagggaagtcggtttt
tttgaagatgacgacgacgatagggatgctgcaggagagtggggatatttacgggcatct
ggaagtttcagaagtggagaatttcataacagggataggtcaagtgatgagcacaagaag
gtcatgaagaatgtggttgatgggcattttagggctttggtatctcagctattacaggtt
gagaatgttcctgtgggagatgaaaatgataaagagagctggttggagatcatcacatct
ttgtcatgggaggctgctactttattaaagccagatatgagcaaaggtggaggaatggat
cctggtggatatgtgaaagtaaaatgcattgcttctggacgctgctgtgagagtatggtg
gtcaaaggtgttgtttgtaagaaaaatgttgctcatcgtcgaatgacttcaaaaatagag
aaacctcgattattgatccttggaggggctcttgagtaccagcgagtttctaagcacctg
tcaagttttgatactctattacagcaggaaatggagcatttgaagatggcagtggcaaag
atagatgcacacaaccctgatgtccttttagtggagaattcagtatcacgacatgcacag
gaataccttcttgctaaagacatatctcttgttcttaatatcaagaggccacttttagaa
cgtatagcccgctgcacaggtgctcaaatagtcccttcaattgatcatctatcttcccca
aagttggggtactgtgaaaagttccatgtggagaggtttttggaagatcttggtactgct
gggcatggtgggaaaaaactggtgaagacattaatgtattttgaaggctgcccaaagcca
ttgggttttactattttacttagaggtgctaatggggatgagttgaagaaagtgaaacac
gtggtccaatatggtgtttttgcagcatatcacttggctttggagacatcttttcttgct
gatgaaggagcatctctgccagaactcccgctgaacactccaataaccgttgcacttcca
gataaaccatcaagcattgagagatcaatatcaactgtacctggtttcactattgctgcc
aatgaaaaatctcaagggttgcaatcaagcaatgaaccacaaagatcatatagcgcccct
actgcaagtctggtctcaaccatcatcggttcttctgttgacaatgtacctgcagcagat
tgtcccagctctcaatcctcagaatccacttcatctcgcttcaattcaactgaatttctt
tctgccgttccatatactgagaaagctgtatcagcttctctggttgctgaaattgctgcg
gctgatcatcttactgccagtggctttgggtcttcagatggtgttgcaatgaactcttcc
ctgaatgatttcaatgaaatcatcacaactcagccatacagttcagaggtatcatctgct
caacgagattctagaaggactcttgaggagccagaacctttaaaagaagagtttcctcca
tcaccttcagatcatctgagcattttggtttccttgtcttcccggtgtgtgtggaagggg
acagtctgtgagaggtcccatctcatccgcattaaatactatggaagctttgacaaacct
ttgggtcggtttttacgagaccatttatttgatcagagttacagctgccgttcttgtgag
atgccatcagaagcacatgttcattgctatactcacaggcaaggaacccttactatatct
gttaagaagctacctgaaatactgttaccaggtgaacaggatgggaaaatctggatgtgg
cacagatgtctgaggtgtccacgtatcagtggttttcctccagctactcggagagtagta
atgtcagatgctgcttggggtttatcttttgggaaatttttggagcttagtttttcaaat
catgcagctgcaagcagggtggcaagctgtggtcattctcttcacagggattgtcttcgt
ttctatggttttgggaaaatggttgcctgctttcgatatgcatcaattaatgttctctct
gtataccttcctccctcgagagttgatttcagctttgagaatcaagagtggatgcagaaa
gaaacagatgaggtggtcaatcgggcagaacttctacgttctgaagtactcaatgctctt
agtcaaatctcagagaaacgatgtaagattgagcaacttaacaatggcatgaaactacct
gaattgagacgccagatagcagaacttgaattgatgttgcaaaaggagatgacagaattt
gaggagtggctccgcaaactcttgagcaggaaagtgaaaaatgggcaacctgttattgac
attcttgagatcaacagactgcggaggcagttactcttccagtcttacatgtgggacaac
cgtctgatttatgcagccagtttagataacagcttccatgatgattcaaacagctcaact
tcaggatatgaggagaaactgctggagccggataatagtgataagctcgttgaggaaaac
atgggactcaggccaggaaatggtttcagtagctgtgactttccttctgttgatgccaag
ctgcttaaaggctctgaccagaaaggaggctttggtagcaacacaaacctatctgacaag
gttaatcaagaaatggatgtgtgtccaggccccagtcatggaaaagaaggccatgctaat
ctttgcactaccatgtctgcccataatctatctgacattaaggaatctggtggaaatttt
ttcaggaccctttctgatggacaggttcctatcatggcaaatctatcggatacccttgat
ggtgcatggactggtgagaatcacccgggagttgggacactaaaggatgataaaaatagg
ctttctgattcagctatggaagaatcttcaaccactgctgtgggattggagggggtagat
ttggagggccatgccaaagaccgagatggatccaaagcatgctattctccttcaccttca
ttgtctgccaaggaccctgataacatggaagattatatgagctggctaagaatgccattt
ttgaatttctatcgttcattgaacaagaattttttaacaagctctgagaagcttggtact
ctgggtgagtataatcctgtttatgtttcatccttcaggagtttggaactccaaggtggg
gctaggctacttctgcctgtgggtgtgaacgacacggtcattcctgtgtatgacgatgaa
cccacgagtctgatatcttatgctttagtgtcaccagaatatcatgcccaactaactgat
gagggggaaagaataaaagacactggagaatccaattctttctcaagtttatctgaatca
ttccactctctcgaagaagtaagctttgatttgtataaaagttttggatatacagatgag
agcatcttgtccatgtctggatcacgtagctccttgattttggacccactctcctacaca
aaggctatgcatgtcagagtttcttttggagatgacggcccagatggtaaggcaagatat
tctgtgacttgttactatgctaagcggtttgaaaccttgaggaggatatgctgcccagct
gaacttgattttgtaaggtctcttagtcgttgtaagaagtggggagctcaaggtggcaag
agcaatgtcttctttgcaaaaaccttagatgatcgctttatcatcaaacaagtcacaaaa
acagaattggagtcgtttataaaatttgctcctgcttacttcaggtatctctctgattca
attagctcaagaagtccaacatgcctggcaaagattttgggaatttaccaggttacatcg
aagaatctgaaaggtgggaaggaaacgaagatggatgttctagttatggagaaccttcta
tacaggaggaaagtgacccgcctttatgatcttaaaggatcttcccggtcacggtataat
tcagattctagtgggagcaacaaggttctgctggatcagaacttgattgaagcaatgcca
acctctcccatttttgtgggaaacaagtcaaagcggctgctggagagagctgtttggaat
gatacttcttttcttgcatctattgatgtaatggattactcattattggttggggttgat
gaggagaagcatgagttggctcttgggataattgatttcatgaggcagtatacatgggac
aaacatttggaaacatgggttaagacttcaggcatacttggcgggccaaagaatgaatct
ccaactgttatttctccgaagcaatataagaaaaggtttaggaaagcgatgactacctat
tttctgatggtcccagatcaatggtcccctccctccatcattcctagtaaatcccagtct
gatttgggcgaagagcatgcacaaggacatactatagcctggtactgtgcaaggactaag
agtaaagtagatgagataaaggacacgatgaaaatgtaa

  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 (5)   
   RefSeq(pep) (5)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (3)   
   Pfam (3)   
All databases (34)   

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