KEGG   Populus euphratica (Euphrates poplar): 105124743
Entry
105124743         CDS       T05872                                 
Name
(RefSeq) putative 1-phosphatidylinositol-3-phosphate 5-kinase FAB1C 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
    105124743
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    105124743
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    105124743
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:peu04131]
    105124743
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
     105124743
Membrane trafficking [BR:peu04131]
 Endocytosis
  Macropinocytosis
   Kinases
    105124743
 Endosome - Golgi transport
  Others
   Others
    105124743
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 FYVE Tnp_zf-ribbon_2
Other DBs
NCBI-GeneID: 105124743
NCBI-ProteinID: XP_011023159
Position
Unknown
AA seq 1766 aa
MGIPDTSLLDLLDKVRSWISWGASDLSASCLSANFQMPNNGTVEMCRECHSNNNQFFNGY
HCQSCGKWLCFNCMRGYQSNGDFGEAIKSCKFCNGVTVKRDGGRKNSDKVHPSDSPRGSP
EPPSPSFSAQPVQSDLLPLYLESRDCGFSPNAITRSMTSLSARPSPVSVRRSSSRSDEEA
AEDSGKLLYSPSSEYCHDISDIDSSSVSARLEFYNCKSVGSSPLDSPSRIDFSSCRVGHT
VQQRREGSPLSQSDGPFDQENMAILSRPDKRTEDPENTDDCSDDASVLRDQYHKSPKPLD
FESNGLIWFPPPPEDENDEEESNFFTDDDEDDDIGDSSAIFSSSSSLSSTFLSKEKQNKI
NKDPTKAMIQGHFRALVAQLLQGEGINASKDENNGEWLDIVTAIAWQAAAFVKPDTSRGG
SMDPVDYVKVKCIASGNPRDSALVKGVVCTKNIKHKRMTTQYKNPRLLLLGGAVEYQSVV
NQLASFNTLVQQENDHLKLIMSKIEALRPNVLLVEKSVSPYAQEYLLGKEISLVLNVKKP
LLERIARCTGAQISPSFENISTTRLGHCELFRVERVSEEHETSNQFNKKPSKTLMFFEGC
PRRLGCTVLLRGTCREKLKKVKHVIQYAVFAAYHLSLETSFLADEGASLPKMTIRPSITI
PEKTAADNSISVIPPMICHAEVALSTQDDGSLGLKPEHEGSESLTGNLDAGVIHPLSPCS
VPCRSGNEFSIACHGDLVSNAGGLDAFSASRCEGLKMFAVSPGIKNLSQPELQDIMAEEE
GQLLATHEPVKSEKIEEDEVSSEYFSVSETYQSILVSFSSRCVLKGTVCERSRLLRIKFY
GNFDKPLGRYLRDDLFDQKSCCRSCKEPAEAHVLCFTHQQGNLTINVRSLSSVKLPGARD
GKIWMWHRCLRCAHIDGVPPATRRLVMSDAAWGLSFGKFLELSFSNHATANRVAPCGHSL
QRDCLRFYGFGSMVVFFQYSPIDILNVSLPPSVLEFNGIVQQEWTRKEAVELLGKMETFY
GEIFGVLDSMEQRSKYFGSELADTNELQNRIMELKDQLVKEKNNYSSPCKQGMLQLAVME
SLQLDQTAMDILELNRLRRTLLIGSHVWNRKLYSLDCLIKTNYLVKAKEGDVSYTELKDL
KNDIFCEDSKLDRDHEENISGYSKSQEHVGNDFQSEKKEAGLSFEHRVLEHSMLPSCYHN
TEDEVHADEETASKTLFSDIPSHASNLSDRIDSAWTGTDQLPIKVQPLHASQAEADGFQP
VSVRQPNLFDNAPFRRMVAPERVHSFDSALRAQERTQKGLPPLHLLTARSFHASGDYRSM
VRDPVSNAMRTYSQILPLEAHKLNSMHSSTHSFISSAANMAGGARLLLPVRANRDLVIGV
YDNDPASVVSYALSSKEYEDWVTDRSNESGGIWSTIKHSKEDSAASSFTAWQSLDSMDLD
YMSYGSYGSGDPFSTLGTLFMDSKKSPHLTISYEDASSIAEGKVRFSVTCYFAKQFDFLR
KKCCPSDVDFVRSLSRCQKWSAQGGKSNVYFAKSLGERFIIKEVKKTELESFEKFAPEYF
EYLIDSLNSGSPTCLAKILGIYQVTVKHLRGVKEKKMDLMVMENLFFNRNIVRVYDLKGS
SRSRYNPDTSGSNKVLLDTNLVERLRTEPIFLGSKAKRSLERAIWNDTSFLASVDVMDYS
LLVGVDGERKELVLGIIDFMRQYTWDKHLETWVKASGILGGPKNASPTIVSPEQYKKRFR
KAMTSYFLTVPDQWSSWTESLHSCHS
NT seq 5301 nt   +upstreamnt  +downstreamnt
atgggaatacctgatacttctctattggatctactagacaaggttaggtcttggatttct
tggggagcaagtgatctttcagcatcttgtttgtctgctaattttcagatgcctaataac
ggaactgtcgagatgtgtcgtgagtgtcattcaaacaacaaccagttttttaatggatac
cattgccaaagttgtggcaagtggttgtgtttcaattgtatgagaggttaccaatcaaat
ggtgattttggggaggctatcaaatcttgcaagttctgtaatggggttactgtgaaacgt
gatggtggaaggaagaatagtgataaagtacaccctagtgactctcctagaggtagccct
gagccaccatcaccttcttttagtgcccagccagtccagagtgatcttcttcccctttat
cttgaatccagggattgtgggttttctcctaatgcaataaccaggagcatgacttcttta
agtgctcgcccgtctcctgtttctgttcgtcgctcatcaagcaggagtgatgaagaagca
gcagaggattctgggaaactcctttacagcccatcgagtgagtactgtcatgatatttca
gatatagattcaagtagtgttagtgctaggcttgagttttacaattgtaagtcggtggga
tcaagtcctttagacagcccttctcggattgattttagttcttgtagagttgggcatact
gtacagcagcggcgagaaggaagcccattgtctcaaagtgatggtccctttgatcaagaa
aatatggctattttaagcaggcctgacaaaaggactgaggatccagagaatactgatgat
tgctctgatgacgcgtcagttttgagggatcaatatcacaagtctccaaagccattggat
tttgaaagcaatggccttatctggtttcccccacctcctgaggatgaaaatgatgaggaa
gagagtaatttcttcacagatgatgatgaagatgatgatattggggactcttctgcaatt
ttctcatcgagtagtagcctttctagcacatttctatcaaaggagaaacagaataagatt
aacaaggaccctactaaagctatgatacaggggcattttagggctcttgtggctcagctt
ttacagggagagggtatcaacgccagcaaggatgaaaacaatggagaatggcttgacata
gtcacagcaattgcatggcaagctgcagcttttgtgaaaccagataccagcagaggaggc
agtatggatcctgttgattatgtaaaggttaaatgtatagcatcaggaaatccaagagat
agcgcccttgtaaagggagtcgtttgtacaaaaaatataaagcacaagcgcatgaccaca
caatacaaaaatcccagattgcttcttttaggaggagcggtcgaatatcagagcgttgtg
aatcagttggcttcttttaatacattagtgcaacaggaaaatgatcacctcaagctgatc
atgtcgaagatagaggctcttcgcccaaacgttctgctggttgagaaaagtgtatctccg
tatgcccaagaatatctactgggaaaggaaatttccttggtgctgaatgtaaaaaagcct
ttactggaacgtatagctcggtgtacaggtgctcagattagtccatcgtttgagaatatt
tctacaacacgactgggtcattgtgaactattcagggtagagagagtgagtgaagaacat
gagacaagcaatcagttcaacaaaaagccatctaaaacattgatgttttttgaagggtgt
ccaaggcgtttaggttgcacggtccttctgaggggcacatgtcgtgaaaagctaaagaag
gtcaagcatgttattcaatatgcagtttttgcagcatatcacttgtccctcgagacttct
ttccttgccgatgagggtgcaagtcttcctaagatgacaattagaccctcaattactatt
cctgagaaaacagcagcagataattccatttcagttatccctccaatgatttgccatgcc
gaagttgctttgtctactcaggatgatggatcactgggtcttaaaccagagcatgaagga
tcagaatcattgacggggaaccttgatgctggtgtcattcatcctttatctccatgttcc
gtcccttgtaggtctggaaatgaattctctattgcatgccatggtgatttagtgtctaat
gcggggggattggatgcattttctgcaagtcgatgtgagggtctaaagatgtttgctgtt
tcccctggtatcaaaaatctttcacagccagaactacaagatatcatggctgaagaagag
ggacaacttttggcaactcatgaaccagtaaaatctgagaagattgaggaagatgaggtt
tccagtgaatatttctcagtctctgaaacgtaccagagcatattagtatcattttcaagt
cgctgtgtgctgaaaggaactgtatgtgaacgctctcggcttctgcgcataaaattctat
ggaaattttgataagccacttggaagatatcttcgtgatgatctgtttgatcagaaatca
tgctgcaggtcatgtaaggagccagccgaagcacatgttctgtgtttcactcatcagcag
ggtaatcttacaatcaatgttagatccctttcctctgtaaaactacctggagcacgtgat
ggtaagatatggatgtggcaccgatgcctaagatgtgctcatatagatggagtcccacca
gcaactcgtagacttgtcatgtcggatgctgcctggggactttcttttgggaagtttttg
gaactgagcttttcaaaccatgcaactgccaatcgtgttgcaccctgtggtcattcattg
cagagggactgtcttagattctatgggtttgggagcatggttgtgttcttccagtattcc
cctattgatattctcaatgtctccttaccgccatcagtgcttgaattcaacggcattgtt
cagcaagagtggacaaggaaagaggcagtagagctcttggggaaaatggaaaccttctat
ggtgagatatttggtgtgcttgacagcatggaacagagaagtaaatattttggaagtgaa
ttggcagataccaatgagttacagaatcgcatcatggagctgaaagatcaactcgtaaag
gaaaaaaacaattacagttccccttgcaaacagggcatgctacaactggcagttatggag
agtttacagttggatcaaacagccatggacattctagaactcaatcgcttaagacgtact
cttctaattggttctcatgtttggaatcggaagctttattcactggactgtctcattaag
acaaactatcttgtcaaggctaaagaaggggatgtgtcttatactgagctgaaagatttg
aagaacgatatattttgcgaggatagcaagcttgaccgtgatcatgaagaaaatatctct
ggctattcaaaatcacaggaacatgttgggaatgattttcagtcagagaagaaagaagca
ggtctgtccttcgaacatcgtgttcttgaacattcgatgttgccatcatgttatcataac
acagaggatgaagtgcatgcagatgaggaaactgcgagtaagacattatttagtgacatc
ccttcccatgcttccaatctgtctgacagaattgattctgcatggacgggtactgatcaa
cttccaattaaagttcaacctctgcatgcatctcaggcagaggcagatggattccaacct
gtgtctgtcaggcagccaaatttgtttgataatgctccttttcgaaggatggtggcacca
gagagagttcattcttttgattctgcattgagagcccaagaaagaacccagaaggggttg
cctccattgcatttgttgactgccagatcattccatgcatctggagattacaggagtatg
gtgagagatcctgtttcaaatgcaatgaggacttattcccagatattgccactggaggca
cataagttgaattcaatgcacagttccacgcactcgtttatctcctctgcagctaatatg
gctggaggagctcggttattgttaccagtgagggccaacagagacttagttataggcgtt
tatgacaatgatcctgcaagtgtagtttcctatgccctcagttctaaggaatatgaggat
tgggttactgatagatcaaatgagagtggagggatctggagtacaattaagcacagtaaa
gaagattctgcagcttcctcttttacagcctggcagtctttagattccatggacctagat
tatatgagctatggaagttatgggtctggagatcctttttcaaccttgggcaccttgttt
atggattcaaaaaaatctccacacttgacaatttcatatgaagatgcttcttcaattgct
gaaggcaaagtgaggttttctgttacttgttattttgcaaagcagtttgactttcttagg
aagaaatgctgccctagtgatgttgattttgttcgttcactgagtcgctgtcagaagtgg
agtgcgcaaggaggaaaaagcaatgtatactttgctaagtcattaggtgagagattcatc
ataaaagaagtaaaaaagactgagttggagtccttcgagaaatttgccccagaatatttc
gagtatctgattgattctctcaactcagggagccccacttgcttggctaaaattcttggt
atttatcaggttactgtaaagcatttgagaggtgtcaaggaaaaaaaaatggatttgatg
gtgatggaaaacctcttttttaacagaaatattgtgagagtctacgaccttaagggctct
tctcgatcccgctacaatcctgacacatctgggtctaacaaggtgttactagatacgaat
ctagtggaaagactgcgtacagagcccatatttcttggaagtaaggcgaagagaagcctt
gagagagctatatggaatgatacgtcatttttagcatctgttgatgttatggactactct
ttgctcgttggagtggatggtgagcggaaggagctggttttggggatcattgatttcatg
agacagtatacatgggacaagcatttagagacgtgggttaaggcatctggaatacttggc
ggcccgaaaaatgcttccccaacaattgtttctccagaacaatacaagaaaagattccga
aaagccatgacttcatactttctcactgtacctgatcaatggtcttcatggactgaatca
ctgcattcttgtcattcataa

  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 (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (4)   
   Pfam (4)   
All databases (30)   

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