KEGG   Solanum pennellii: 107007392
Entry
107007392         CDS       T04130                                 
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
spen  Solanum pennellii
Pathway
spen00562  Inositol phosphate metabolism
spen01100  Metabolic pathways
spen04070  Phosphatidylinositol signaling system
spen04145  Phagosome
Brite
KEGG Orthology (KO) [BR:spen00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    107007392
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    107007392
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    107007392
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:spen04131]
    107007392
Enzymes [BR:spen01000]
 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
     107007392
Membrane trafficking [BR:spen04131]
 Endocytosis
  Macropinocytosis
   Kinases
    107007392
 Endosome - Golgi transport
  Others
   Others
    107007392
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 FYVE SPATA24 NADH-UOR_E
Other DBs
NCBI-GeneID: 107007392
NCBI-ProteinID: XP_015061486
Position
12:61048788..61060650
AA seq 1802 aa
MDATNRTLSDLLKLLKSWIPWRSEPDDISRDFWMPDHICRVCYECDSQFTLFNRRHHCRL
CGRVFCAKCTSNWIPAICSDPRPLREEWEKIRVCNYCYKQWDQGLVSSVSNGTRVANLHI
CTSPSTTTSFTSFKSSGTADSSNITFVSVPPSCVLSPCKSSVTESSLDRQNYASVRGSFE
FAHAGVLDPSLNQYAFCATRSDDEEDEYGVYQLDSQGHFPQVNDYYSQIQYDEIKKDYGS
HKEHPDGEAIDEKSVSSSSLHNSFDSQASEEVQQIEKQDISDECEVPPSLNVPEEVNVEP
VDFDNNGLLWIPPEPEDQEDEKEALMNDDDDDGDAAGEWGGLRSSSSHGSGEYRSRDRSN
EEQKKVVKNVVDGHFRALVSQIMQAQGVAIDEEDEKESWLEIITSLSWEAATLLKPDTSR
SGGMDPGGYVKVKCIASGRRGDSVVVKGVVCKKNVAHRRMTSKIEKPRILILGGALEYQR
VSNHLSSFDTLLQQEMDHLKMAVAKIDVHQPDVLLVEKSVSRYAQEYLLAKDISLVLNIK
RTLLERIARCTGSQIVPSIDHFSSKKLGFCDMFHVEKFFEEHGTAGQRGKKLAKTLMYFE
GCPKPLGCTVLLRGANGDELKKVKHVFQYSIFAAYHLALETSFLADEGASLPELPLNSSI
TVALPDKSSTIGRSISVVPGFTIPYTEKTQSALCDGAPQRSNSVPTTDLVKTANLCAQKM
SMTEFPTAANTETSFLGPMLTGTSVDRGIMHMIESSFSKPSVANNIQDSQGYHFLSTSSA
PSDKVEQGCLSKNVQNCRVDVNQSGSNQILLQLDGPNVYDEPDSSKEEFPPSPSDHQSIL
VSLSSRCVWKGTVCERSHLFRIKYYGNCDKPLGRFLRDNLFDQSYRCSLCDMPSEAHVQC
YTHRQGTLTISVKKLPEFLLPGEREGKIWMWHRCLRCPRVDGFPLATQRVVMSDAAWGLS
FGKFLELSFSNHAAASRVASCGHSLHRDCLRFYGFGKMVACFRYASIDVHSVCLPPAKLD
FNYEKNQDWIQQEVNEVIVRAERLFSEVLNAIRLLVEKKSGGQVNSSAEASEAPEARGQI
AVLEGMLRKEKEEFEESLQKILNKEAKKVQPVIDIFEINRLRRQFIFQSYMWDHRLVYAA
SLECEDHCVTEEKPLVGNDKSTGPDNPSRPSDCLNVIDSVSVTPILGEKYNDGVSDNQKN
HVDTVHQGSEVLFDSSCAVEKPAVLPAGTESFCGLNSAESTAEGSRALSDGQSAIMDTLS
DTLEAAWTGETNSGPGVLKDGTCRSSEPPIADSSTTRLAEKVDVEDPVEEHNGTKASGFP
PSLSSKSSESVEDAGGWLGMSFISFYWSLNKNFLPSAQKLDTLGEYSPVYISSFRESEAQ
GGARLLLPVGVNDTIIPVYDEEPTSIISYALVSPDYLAQISDEPEKSKDASLYSNLPLQS
QESGSLQSLQSMDEILSESLRSLGSIDESFLSSSSSHSSSVLDPLSCTKTMHARVSFSDD
GPLGKLKYNVTCYYAKRFEALRRKCCPSEMDYIRSLSRCKKWGAQGGKSNVFFAKTLDDR
FIIKQVTKTELESFIKFAPAYFKYLSESINSRSPTCLAKILGIYQVTSKHLKGGKESKLD
VLVMENLLFGRNLTRLYDLKGSARSRYNPDSSGSNKVLLDQNLIESMPTSPIFVGNKAKR
LLERAVWNDTAFLASVDVMDYSLLVGVDEEKHELVIGIIDFMRQYTWDKHLETWVKASGI
LGGPKNTPPTVISPKQYKKRFRKAMTTYFLMVPDHWSPLTITPNKSQNDLSGENTLSVKS
TE
NT seq 5409 nt   +upstreamnt  +downstreamnt
atggatgctactaataggacattatctgatctgttgaagttactgaaatcatggatccct
tggaggtctgaacctgatgatatatcgagggatttttggatgcccgatcatatatgtagg
gtatgttatgagtgtgattcacaatttacattgtttaaccgtaggcatcattgtcgtctt
tgtggaagagttttttgtgctaagtgtacgtctaattggatacctgcaatatgtagtgat
ccaaggccactacgagaggagtgggaaaagatcagggtatgtaattactgttacaagcaa
tgggatcaaggtttagtttctagtgttagtaatggaacacgtgttgctaacttgcatatc
tgtacttcaccttctacaacaactagttttaccagcttcaagtctagtggaaccgcggac
agcagtaatattacctttgtttcggtgccaccttcttgtgtacttagtccgtgcaaatca
tctgtaacggaatcttctctagacaggcagaattatgcatcagttagagggagctttgaa
tttgctcatgcaggagttttggacccttctctaaaccaatatgcattttgcgcaacaagg
agtgatgatgaagaagatgaatatggtgtttaccagttagattcccagggccattttccc
caggttaatgactactacagtcagattcagtatgatgagatcaaaaaggactatggatca
cataaagagcaccctgatggagaagctattgatgaaaaaagtgtgagcagctcttcctta
cacaatagctttgattcccaggcttctgaagaagtccagcagattgaaaaacaggacatc
tctgatgaatgtgaagttcctccatccctaaatgttccagaagaggttaatgtggaacct
gtggattttgacaacaatggacttctctggattccaccagagccagaagatcaagaagat
gaaaaggaagcacttatgaatgatgatgacgacgacggggatgctgcaggagagtgggga
ggtttacggtcatcaagcagtcatggaagtggtgaatatagaagtagggataggtcaaat
gaggagcagaaaaaggttgtgaaaaatgtggttgatggccacttcagggctttagtatcc
caaattatgcaggctcaaggcgttgccatcgatgaggaagatgaaaaagagagttggctg
gagattattacatccctatcatgggaagctgctacacttctgaaaccagacactagcagg
agcggagggatggacccagggggatacgtaaaggtgaaatgtatagcatctggacgtcgt
ggtgacagtgtggtggtgaaaggagttgtctgcaagaaaaatgtagctcatcgacgaatg
acatccaaaatagagaagcctcgcatattaatccttggaggggctcttgaataccagcgt
gtctcgaaccacttatcaagttttgatactttgttgcagcaggaaatggatcatctcaag
atggctgttgccaaaattgatgtacaccaaccagatgttcttctggtggaaaaatctgta
tctcgctatgcacaagagtacctcctggcaaaggacatatcacttgtcttaaatatcaag
aggacacttttggagcgtatagcccgttgcacgggtagtcagatagtaccttcaatagat
catttctcatctaaaaaattgggattctgtgacatgttccatgttgagaagttttttgaa
gagcatggtacagctggacagagaggaaagaagctggcgaagactctaatgtactttgaa
ggctgtccaaagccactggggtgcactgtattactccgtggtgcaaatggggatgagttg
aagaaagtaaagcatgtctttcaatattcaatttttgcagcttatcatttggctctggaa
acatcttttcttgctgatgagggagcatctctacctgagcttcctctgaattcttcaata
actgtagcacttccggataaatcatcaactattggcaggtcaatctcagtagtacctggt
tttaccattccttacactgagaaaactcaatcagcactatgtgatggtgcaccacagaga
tcaaatagcgttcccacaacagacctggtcaagactgcaaacctttgtgctcagaaaatg
agtatgacagagttccctactgctgcaaacactgagacttccttccttgggcccatgctg
actggtacatctgtggacagaggtatcatgcatatgatagagtcttccttctcaaagcca
tcagtagccaacaatatccaagattcccaaggataccatttcttgtctaccagttctgcg
ccttcagataaagttgaacaaggttgtttgtcaaagaatgtccaaaattgcagggttgat
gtgaaccaaagtggctcaaatcaaattcttttgcaactagatggaccaaatgtttatgat
gaaccagactcttcaaaggaagagttccctccgtccccatctgaccatcaaagcatttta
gtttcattatcatcccgatgtgtttggaagggtactgtctgtgaaaggtctcatctcttt
cggataaaatattatgggaactgtgataagccattgggtcgatttctacgagataatttg
tttgatcaaagttatagatgtagtttatgtgacatgccttcagaagcacatgttcagtgt
tatactcatcgtcaaggcactttaactatttctgttaagaagctgccagagtttcttttg
cctggtgaaagggaaggaaaaatatggatgtggcatagatgcctgagatgtccacgggtt
gatggatttcccctagctactcaaagagttgtgatgtctgatgctgcttggggtttatcc
tttgggaaattcctagaacttagtttttcaaaccatgcagctgcaagcagagtggctagt
tgcgggcattcgttgcacagagattgtcttcggttttatggtttcggaaaaatggttgca
tgcttccgctatgcgtcaattgatgttcactcagtgtgccttcctcctgcaaagctggat
ttcaactatgagaaaaatcaggactggatacaacaagaagtgaatgaggtcattgtccga
gctgaacgtttgttttctgaggttctgaatgcaatccgtcttctagtggagaaaaaatct
ggtggtcaagttaacagcagcgctgaagcatctgaagcacctgaagcaagaggtcaaatt
gctgtcttggaaggaatgctgcggaaggagaaggaagaatttgaagaatctctccagaaa
attttgaacaaggaggcgaaaaaggtgcagcctgtcattgatattttcgagattaatcgg
ttacgaaggcaatttattttccaatcttatatgtgggatcaccgtctcgtatatgcggcc
agcttagaatgtgaggatcattgtgttactgaagagaaacctcttgttggtaatgataag
tccactggtccagataatccctccaggcctagtgattgtttgaacgtcattgattctgtt
tctgtaactccaatacttggtgaaaaatataatgatggagtaagtgataaccaaaagaat
catgtggacacagttcatcaaggatctgaggttctctttgattctagttgcgcagttgag
aaaccagcagttcttcccgctggaacagaaagcttctgcgggttgaactctgcagaatcc
actgcagaggggtctagagccctttctgatgggcagtccgcgatcatggatactttgtca
gatactcttgaggcagcttggactggtgaaactaattccggtcctggagtgctgaaggat
ggtacttgcagatcttcggaaccacctatagcagattcatcaacaactagattagcagaa
aaagtagatgttgaagaccctgtggaggaacataacggaactaaggcgtctggatttcct
ccttcattatcctctaagagctctgaaagtgtggaagacgccgggggatggttaggtatg
tcttttattagcttctactggtcactgaacaaaaactttttaccaagtgctcagaagttg
gatacacttggcgagtacagccctgtctacatttcatcttttagagagtcagaggcacaa
ggtggagccagattgctcctacctgttggggttaatgataccattataccagtgtatgac
gaagagcccacaagtattatatcttatgcactagtttcaccagattatcttgcacaaata
tccgatgaaccagagaaatcaaaggatgctagtttgtactctaacctgccactgcagtct
caagaatctggaagtctgcagtcgcttcaatctatggatgaaatattatcagaatccctc
agaagtcttggatctatagatgaaagtttcttgtcttcgtccagtagtcatagctcttcg
gttttggatccgctctcttgcacgaagacaatgcatgccagagtctccttttcggatgat
ggaccacttgggaaactgaagtataatgtgacttgttattatgcgaagcgctttgaagct
ttgaggaggaaatgttgcccatctgagatggattacataagatctcttagccgctgtaag
aaatggggagcccaaggaggcaagagcaatgttttctttgctaaaaccttggatgaccga
ttcattatcaaacaagtgactaagacagagctggaatcttttataaagtttgctccagca
tattttaagtatctttcagaatccataaactcaaggagtcctacttgcctggcaaaaatt
ttggggatctatcaggtgacatctaagcatcttaaaggagggaaggaatctaaactggat
gtgctagttatggagaaccttctatttgggaggaacctaacgcggctttatgaccttaaa
ggatctgccaggtctcgttacaatcccgactctagtggaagtaataaggtcttactggat
cagaacctgatcgagtctatgccaacttcacctatttttgttggaaacaaagccaagaga
cttttggaacgagcagtctggaatgacactgcttttcttgcatcggttgatgtgatggat
tactcactattagttggtgttgacgaagaaaagcatgaactcgttattgggattattgac
ttcatgaggcagtatacatgggacaagcacctcgagacatgggttaaggcctctggcatc
cttggtggacctaagaatacacctccgactgtaatttcacctaagcaatacaaaaagagg
ttccggaaggcaatgaccacttatttcctgatggttccggatcactggtctcctcttact
attactcccaacaagtcacagaatgatttgtctggagagaacacgctaagtgtaaaatct
accgagtga

  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 (4)   
   RefSeq(nuc) (4)   
Protein domain (5)   
   Pfam (5)   
All databases (34)   

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