KEGG   Nicotiana sylvestris (wood tobacco): 104217993
Entry
104217993         CDS       T05026                                 
Name
(RefSeq) 1-phosphatidylinositol-3-phosphate 5-kinase FAB1B isoform X1
  KO
K00921  1-phosphatidylinositol-3-phosphate 5-kinase [EC:2.7.1.150]
Organism
nsy  Nicotiana sylvestris (wood tobacco)
Pathway
nsy00562  Inositol phosphate metabolism
nsy01100  Metabolic pathways
nsy04070  Phosphatidylinositol signaling system
nsy04145  Phagosome
Brite
KEGG Orthology (KO) [BR:nsy00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    104217993
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    104217993
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    104217993
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:nsy04131]
    104217993
Enzymes [BR:nsy01000]
 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
     104217993
Membrane trafficking [BR:nsy04131]
 Endocytosis
  Macropinocytosis
   Kinases
    104217993
 Endosome - Golgi transport
  Others
   Others
    104217993
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 FYVE
Other DBs
NCBI-GeneID: 104217993
NCBI-ProteinID: XP_009766672
UniProt: A0A1U7VF24
Position
Unknown
AA seq 1774 aa
MDRTFLDLVGLLKSWIPQRESSANVSRDFWMPDHSCRVCYECDSLFTLFNRRHHCRLCGR
VFCSKCTSNSVPAPPREPRSVQEECEKVRVCHFCFKQWEQGFNHAIRNLDSSTFLSATSF
ISIKSSGTGDSSSITITSVPHSSVLSPRQAAVMESSLERLSVATAKGSSDPADTGVRDLS
TNQFSFCTTRSDDEDDEYGVYQLNSQGKFYPQTNGYYGHVRYDDSDKDCGSRKVHPNGEA
VDEKSANSLSLQNNFDSQAFEEVRQIVKQDISDECETSSSLYAAQDVNLEPVDFESSGIL
WLPPEPEDEEDERDGLLFDDDDDGDTAGEWGYLHTSSSFGSGEYRGRDRSTEGQKKAVKN
VVDGHFRALVSQLMQVEKLAIGEEDDKESWLEIVTSLSWEAATHLKPDTSKGGGMDPGGY
VKVKCVASGRRSDSAVVKGVVCKKNVAHRRMTSKIEKPRILILEGALEYQRVSNLLSSFD
TLLQQEMDHLKMAVAKIDAHNPDVLLVEKSVSRYAQEYLLEKDISLVLNIKKPVLERIAR
CTGGQIVPSIDQLSSQKLGYCDMFHVEKFLEEHGTAGESGKKLVKTLMYFEGCPKPLGCT
VLLRGANGDELKKVKRVVQYSIFAAYHLALETSFLADEGASLPELPLNSPITVALPDKPS
TFDRSISTIPGFTIPASEKTQGPLSGSEPQRSKSVPATDLVKAASICAQKMCVSEFPGFC
TTKSTLSSFCKPFLYSESHRGIMDMMECSRAKASVDYDVQDTQGYKFLSTGFDPSQEVEQ
DILSQNVQNDFNAMDVNQSGSQLDGKNVPDELNSSKEEFPPSPSDNQSILVSLSSRCVWK
GTVCERSHLFRIKYYGNFDKPLGRFLRDHLFDHSYRCRSCEMPSEAHVQCYTHRQGTLTI
SVKKLMEILLPGEKEGKIWMWHRCLRCPRDNKGFPPATRRVVMSDAAWGLSFGKFLELSF
SNHAAASRVASCGHSLHRDCLRFYGFGKMVACFRYASIDVHSVYLPPSKLDFYYENQEWI
QQEVNEVIGRAELLFSDVLNAIRVLVEKRSGRQLNRRQIADLERMLQKEKEEFEQESLQR
ILMKEVKKGQSVDILEINRLRRQLLFQSYVWDHRLVYAASLDEKTHWINGDVASSEPEKP
LVCNDKFTDLDNPSDSSKYPNNSESANFEAGGNTDEEKSVSQNSHVDSVHQESVVGFDAN
CAIEKPPGLPVATKSFCGTHPAESILQGRRALSDGHFPNMESLSDTLEAAWTGETTSAVG
ILKDGMADTLTTGVAEKVNTEDHGDEESGTKMSQSPPLLSSKGSENVEDSGSWLGMPFIS
FYRTLNKSFLPSAQKLDPLVGYNPVYVSSFRESDARSGARLLLPIGVNDTVIPVYDDEPT
SIISYALASHDYHAQLSDELEKSKDATLDSNFAIQSLDSGNLQSPQSIDEMVLESYRSLG
SMDESILSLSVSRSSLDLDPLSYAKTLHARVSFADDGLVGKVKYTVTCYYAKRFEALRRI
CCPSEMEFIRSLSRCKKWGAQGGKSNVFFAKTLDERFIIKQVTKTELESFMKFAPEYFKY
LSESISSGSPTCLAKVVGIYQVSSKHLKGGKESKMDVLVMENLLFGRNLTRLYDLKGSAR
SRYNPDSSGSNKVLLDQNLIEAMPTSPIFVGNKAKRLLERAVWNDTAFLASVDVMDYSLL
VGVDEEKHELVLGIIDFMRQYTWDKHLETWVKASGILGGPKNESPTIISPKQYKKRFRKA
MTTYFLMVPDQWSPPSIIPSKSQTDLCEENMQGG
NT seq 5325 nt   +upstreamnt  +downstreamnt
atggataggacattccttgatctggtagggttgctgaaatcgtggatccctcagcgggag
tcttctgctaacgtgtcgagggatttttggatgcccgaccacagctgtagggtgtgttac
gagtgtgattctttgttcacattgtttaaccgtaggcatcactgtcgactttgtggacgt
gttttctgtagcaagtgtacatctaactccgttcctgcaccaccccgtgagccaaggtca
gtacaagaggagtgtgaaaaggtcagggtctgtcacttctgcttcaagcaatgggagcaa
ggttttaatcatgctattcgcaacctggattccagtactttcctttccgcaacaagtttt
atcagcatcaaatctagtggaactggtgacagtagtagcattaccattacttcagtgcca
cactcttctgtgcttagtccacgccaagcagcagtaatggaatcttctttggagaggcta
agtgttgctacagcaaaagggagcagtgatcctgctgatacaggggtccgggatctgtct
acaaaccaattttcattttgcacaacaaggagtgatgatgaagatgatgagtatggtgtt
taccagttaaattctcaaggaaaattttatcctcagactaatggctactatggtcatgtt
cgctatgatgacagtgataaggactgtggatcacgtaaagttcatcctaatggggaagct
gttgatgaaaaaagtgcgaacagcttgtccttgcagaacaattttgattcccaagctttt
gaagaagtgcggcagatagtaaaacaggatattagtgatgaatgtgaaacttcatcatcc
ctatatgctgcgcaagatgttaatctggaacctgtagattttgaaagcagtggaattctg
tggctcccacctgaaccagaagacgaagaagatgaacgggatggactgttgtttgatgat
gatgatgatggagacactgcaggagagtggggatatttgcatacatcaagcagttttgga
agtggtgagtatagaggtagggacagatcgactgaagggcaaaagaaagcagtcaagaat
gttgttgatggccacttcagggctttagtatcccagcttatgcaggttgaaaaacttgcc
attggtgaggaagatgacaaagagagttggttggagattgttacatccctatcatgggaa
gctgccacacatttgaagccagatacaagcaaaggtgggggaatggaccctgggggatat
gtaaaggtgaagtgtgttgcatctgggcgtcgtagtgacagtgctgtggtgaaaggggtt
gtctgcaagaaaaatgtggctcatcggcgaatgacatcaaaaatagagaagccccgcata
ttaatccttgaaggcgctcttgagtaccagcgcgtctccaacctcttatcaagtttcgat
acattgttgcagcaggaaatggatcatctgaagatggctgttgctaaaattgatgcacac
aatccagatgtccttctggtggaaaaatctgtttctcgctatgcacaagagtacctcttg
gaaaaagacatatcacttgtcctaaatatcaaaaagccagttctggagcgtatagctcgc
tgcactggtggtcaaatagttccttcaatagaccaactgtcatctcaaaagttaggatac
tgtgacatgtttcacgttgagaagtttctagaagaacatggtacagctggagagagtgga
aagaaactggtaaagacgctgatgtattttgaaggctgtccaaagccactgggatgcacc
gtattactccgtggtgcaaatggggatgaattgaagaaagtgaaacgtgtggttcaatat
tctattttcgctgcttatcatttggctttagaaacatcctttcttgctgatgaaggagcc
tctcttcctgaacttcctttgaattctccgataacagttgcactgccagataaaccatca
acattcgacagatccatctcaactattcctggttttacgattcctgccagtgaaaaaact
caagggccactatctggtagtgagccacaaaggtcaaagagtgttccggcaacagacctg
gtcaaggctgccagcatttgtgctcagaaaatgtgtgtctcagagtttccaggcttctgt
accactaaaagcacactttcttccttctgcaagccctttctttatagtgagtctcacaga
ggtattatggatatgatggagtgttctcgggcaaaggcatcagtagactacgatgtccaa
gatacccaaggatacaagttcctttctactggttttgatccttcacaggaagttgaacaa
gacatattgtcacagaatgttcaaaatgatttcaatgctatggatgtgaaccaaagtggt
tcgcaactagatgggaaaaatgttcctgatgaactgaattcttcaaaggaagagtttccg
ccgtctccgtctgacaatcaaagcattttagtttccttgtcatcccggtgtgtttggaag
ggaactgtctgtgaaaggtctcatctctttcggattaaatactatgggaactttgataag
ccgttgggtcgttttctacgagaccatttgtttgatcacagttacaggtgccgttcatgt
gagatgccttcagaagctcatgttcagtgttatactcaccgacagggtactctaactatt
tctgttaaaaagctgatggaaattcttttgcctggtgaaaaggaaggaaaaatatggatg
tggcacaggtgccttagatgtccacgggataataagggctttcctccagcaactcgaaga
gtagtgatgtctgatgctgcttggggcttgtcctttgggaagtttctagaacttagtttt
tcaaaccatgcagctgcaagtagggtggcaagctgtggtcattcattacacagagattgt
cttcgcttttacggctttgggaagatggttgcttgctttcgctatgcatccattgatgtt
cactcagtataccttcctccctcaaaactggatttctactatgagaatcaggaatggata
caacaagaagttaatgaggtcattggtcgagctgaacttttgttttctgatgttctgaat
gcgattcgggttttggtggagaaaagatctgggagacaacttaacagacgtcagattgct
gatttggaaaggatgttgcagaaggagaaagaagaatttgagcaggaatctctccagaga
attcttatgaaggaagtgaaaaaggggcagtctgttgatattttggagattaatcgattg
agaagacagcttctttttcaatcttatgtttgggaccatcgtctagtatatgcagccagt
ttggatgaaaagactcattggattaatggagatgtggcctcttcggaacctgagaaaccg
ttggtttgtaatgataagttcactgatctagataatccctctgattcaagcaaatatcct
aataactctgaatctgcaaatttcgaggctggtggaaatacggatgaagaaaaaagtgtt
agccaaaacagtcatgtggattctgttcatcaagaatcggtggttggttttgatgctaat
tgtgcaatagaaaaaccacctggtcttcctgttgcaacaaaaagtttctgcggaacacat
cctgcagaatccatattacaggggcgtagagcactatccgatgggcatttcccgaacatg
gagagtttgtcagatactcttgaggcagcctggactggtgaaacgacttccgctgttgga
atcctgaaggatggtatggcggatactttgacaactggagtggcagaaaaagtaaatact
gaagaccatggggatgaagagagtggaactaagatgtctcaatctcctcctctattgtcc
tctaaaggctctgaaaatgtggaagactctgggagctggttaggtatgccttttattagc
ttctataggacactgaacaaaagctttttaccaagtgctcagaaattggatccacttgtt
ggatataatccagtatatgtttcttcatttcgagagtcagatgcccgaagtggtgcaaga
ttgcttctgccaattggggttaatgatactgttataccagtgtatgatgatgagcccact
agtattatatcttatgcactagcatcacatgattatcatgctcaactatctgacgagctt
gagaaatctaaggatgctactttggactcaaactttgcaattcagtcactggattccggt
aatctgcagtcccctcaatcaattgatgaaatggttttagaatcctacagaagtcttgga
tctatggatgagagtatcttgtccttgtccgtcagtcgcagctctttggatttggatcca
ctctcatacgcaaagacactgcatgctagagtttcttttgcagatgatggattggtaggg
aaagtgaagtacacagtgacttgttattatgcaaagcgttttgaagccttgaggaggata
tgttgtccatcggagatggagttcataagatctcttagtcgctgtaagaagtggggagcc
caaggaggcaagagcaatgttttctttgctaaaactttagatgaacgatttattatcaag
caagtcactaagacagagctggagtcttttatgaaatttgctcctgaatatttcaaatat
ctttctgaatcaattagctcagggagtccaacttgcttggcaaaagttgtggggatctat
caggtgtcgtcaaagcatcttaaaggaggaaaggaatccaaaatggatgtgcttgttatg
gagaaccttctatttgggaggaacctgacgaggctttatgacctgaaaggctctgcgagg
tctcgttacaatcccgactccagtggaagcaacaaagtcttgctggatcagaacttgatt
gaagcaatgccaacttcacctatttttgtgggaaacaaagcaaaaagacttttggaacga
gctgtctggaatgacactgcttttcttgcctcagttgatgtgatggattactcactattg
gtcggggttgatgaagagaagcatgagcttgttcttgggattattgacttcatgagacaa
tatacgtgggataagcacctggagacatgggttaaggcctctgggatccttggtggaccc
aaaaatgagtcgcccactataatctcacctaagcagtacaaaaagaggtttcgcaaggcc
atgaccacctattttctcatggtcccagatcaatggtcaccaccgtctatcattcccagt
aaatcacagactgatttatgtgaagagaacatgcaaggtggatga

  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 (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (29)   

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