KEGG   Nicotiana tomentosiformis: 104103436
Entry
104103436         CDS       T05025                                 
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
nto  Nicotiana tomentosiformis
Pathway
nto00562  Inositol phosphate metabolism
nto01100  Metabolic pathways
nto04070  Phosphatidylinositol signaling system
nto04145  Phagosome
Brite
KEGG Orthology (KO) [BR:nto00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    104103436
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    104103436
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    104103436
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:nto04131]
    104103436
Enzymes [BR:nto01000]
 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
     104103436
Membrane trafficking [BR:nto04131]
 Endocytosis
  Macropinocytosis
   Kinases
    104103436
 Endosome - Golgi transport
  Others
   Others
    104103436
SSDB
Motif
Pfam: PIP5K Cpn60_TCP1 FYVE
Other DBs
NCBI-GeneID: 104103436
NCBI-ProteinID: XP_018628746
Position
Unknown
AA seq 1788 aa
MDTPENKKLNEIVDIVKSWIPRRTEQVSVSRDFWMPDQSCRVCYECDSQFTVFNRRHHCR
LCGRVFCAKCASNSVPVPNEEPKAGREDGDRIRVCNFCFKQWQQGLATVDSRMNLSSPGL
SPSPSTTSLASNQSGCTCNSGSSGSSTVYPTGPYQHVTCSSCQSASQSAQMGPAGLKQDQ
ETALGNPDFGHFVSCYRSDDEDDNYGVCGSHSEPRHFTPPDVYYGAFNYKEMNNICGPSN
NQPAEIESNSVNSSLLAEKSEWHNSEGMKELGNEADTCINGIEHEGPPPNDVNDTDNAPV
DFENSYLLWLPPEPETEEDDRESLLFDEDDGGGEEAPGEWGYMDSSCNLAGGEYHSRYRS
TEEHRNAMKNVVDGHFKALIVQLLLVEKIRPAEEDNKESWSEIITSLSWEAATLLKPDMS
QNGGMDPCGYVKIKCIACGHRRESMAVKGIVCKKNVAHRRMTSKIDKPRLLILGGALEYQ
RVANHLSSFDTLLQQEMDHLKMAVAKIDAHHPSILLVEKSVSRFAQEYLLAKDISLVLNV
KRSLLERIARCTGAQVVPSIDNLTTPKLGYCDSFHVDKFVEEHGSAGQAGKKLTKTLMFF
EGCPKPFGCTILLKGANGDDLKKIKRVIQYGVFAAYHLALETSFLADEGASLPELPLKSP
IKVALPDKPSTIQRSISMIPGFSLPIAQRPLDHHCLGMSSHSSTNMLSGITSSSNNAPLL
VEQSSFPEGSNSLASATTASNKVDLSDCLNSSHHSRLQFSDQADERNKMASNDPHEESPL
DRGEVAGNDYIPNFPSNALRDAGSLSHVVEILRTTHTSELVLPEFDNSYFEELGSSKQEF
PSSSSDQQSILVSHSTRCVWKGTVCERAHISRIKYYGLSDMPLGRFLRDQLFAQNYRCPS
CEMPPEAHVHCYTHRQGSLTISVKNLPERILPGEREGKIWMWHRCLRCPRTNGFPPPTRR
VLMSDAAWGLSFGKFLELSFSNHAAASRVASCGHLLHRECLRFYGFGTMVACFRYAPIDV
YSVFLPPPKLEFSHDNHEWIQKEGDEVHRRANALFAEVSKALHAKLEKFSVDSSLKAPNI
SEQIAEMEEILEKEKTVFEGLLCKALSGEVKVGQPAVDILEINRLRRQLVFHAYLWDRRL
IHLSSSHGKNSQTQGSLTPQLKEKCFSSSEELSERNAIPRPGKSLGSYDSVLQYGKTEIT
SNEGRHNQIPDGVHERLNIDENLTHGKDTQATGDGNVLEPGKNVTRVLSDGKFPSVESLS
DTLDAAWTGEGHLAIKEHNSAFPDSFLVDSSALTGVTANSDVERSMCGKSGAVTSHLSAK
SDNADYLTWSTAHFSNFYRYFNKNITSNPQFIGKLDEHNPVYISSFSELLHQGGARLLMA
VGVNDIVVPVYDDEPTSIISYALVSPDYHNQMSDEPQNLKENHKSSASLPFLDSLNLLSH
SSVDEVVSNSPRSFGFTDESMSSSFSSRNSNMDPPAYINALHARISFSDDGPLGKVKYTV
TCYYAKHFETLRKSCCPYELDFIRSLCRCKKWGAQGGKSNVFFAKTLDDRFIIKQVTKTE
LESFIKFAPAYFKYLSESIASGSPTCLAKILGIYQVASKHLKGGKESRMDVLVMENLLFK
RNITKLYDLKGSSRSRYNPDSSGSNKVLLDQNLIEAMPTSPIFVGTKAKRLLQRAVWNDT
SFLASIDVMDYSLLVGVDEEKHELVLGIIDFMRQYTWDKHLETWVKASGILGGPKNSSPT
VISPKQYKTRFRKAMSTYFLMVPDQWSSSTGISSGSQANLCEVSSGPT
NT seq 5367 nt   +upstreamnt  +downstreamnt
atggatacgcctgaaaataagaagctcaatgagatagttgacatagtaaaatcatggatc
ccgagaaggacagagcaggtgagtgtgtccagggatttctggatgcccgaccagagctgt
agggtatgctacgagtgcgactctcagtttactgtatttaaccgcaggcatcattgccgt
ctctgtggccgagttttctgtgccaaatgtgcatcaaactctgttcctgtcccaaatgag
gagcccaaggctggccgggaagatggagacaggataagggtttgtaacttctgttttaag
cagtggcagcaggggttagccacagttgatagtaggatgaacctttctagtccaggcctc
agcccatctccttctaccacaagtttggccagcaaccagtcgggctgtacttgtaacagt
ggtagcagtggtagttcaactgtttaccctaccgggccatatcagcatgtaacatgcagc
tcatgccaaagcgcttctcaatcagctcagatgggtcctgcaggtctcaagcaagaccaa
gaaacagctctggggaatccagattttggtcattttgtctcttgctacaggagtgatgat
gaggatgataattatggtgtttgtggatcacattcggagccaaggcactttactccacca
gatgtctattatggtgctttcaactacaaggagatgaataatatttgtggaccaagcaac
aaccaacctgctgaaattgaatcaaatagtgtaaattcttcattattggcagagaaaagt
gaatggcataactcagaagggatgaaagagcttgggaatgaagcagatacttgtatcaat
ggtatcgagcatgaaggtcctcctcctaatgatgtgaatgatacagataatgcacctgtt
gactttgagaatagttatttactctggttgccaccagagccagaaacagaggaggatgac
agagaatctcttttatttgacgaggatgatggtggtggtgaagaagccccaggggagtgg
ggttacatggattcatcgtgcaacttagctggtggagagtaccatagtaggtataggtca
accgaagagcatagaaatgccatgaaaaatgtagttgatggacattttaaagctttgatt
gtgcagcttttgctagttgaaaaaattcgtccagctgaggaggataataaagagagttgg
tcggagataatcacatctttatcctgggaagctgctacactcctaaagcctgacatgagt
caaaatggaggaatggatccttgtggatatgtgaagattaaatgcattgcctgtggacat
cgtagagaaagtatggcggttaaaggcattgtttgtaagaaaaatgtggcgcaccggcga
atgacctcaaaaatagataagcctagactcctaattcttggaggagcactggaatatcaa
cgggtggctaaccatttgtcaagttttgacactttattgcagcaggaaatggaccatcta
aagatggctgttgcaaagattgatgctcatcatccaagcattctgttagtagagaagtct
gtatctcgatttgcgcaggaatacctgcttgcgaaagacatatctctggttctcaatgtg
aagcggtcacttttagagcgtattgcccgttgtacaggtgcacaagtagtcccttcaatt
gataatcttacaacgccgaagttagggtactgtgattcgttccatgttgataagttcgta
gaagagcatggtagtgctgggcaagctggaaaaaaattgacaaagaccttgatgtttttc
gagggatgcccaaagccatttggttgtacgattttgctcaagggcgccaacggggatgat
ttgaagaagataaaacgtgttatccagtatggagtttttgctgcttatcacctggctctg
gagacatcttttcttgctgatgaaggtgcttccttgccagagctccctttgaagtcccca
attaaagttgcattgcctgataaaccatcaactattcaaagatccatttctatgattcct
ggtttctctctacccatagcccagagaccgctcgatcaccattgccttggcatgtcatct
cattcctcaaccaacatgttgtctggtatcacatcatcatccaacaatgctccactgctt
gttgaacagtcaagtttccctgaaggttctaactcattagctagtgctacaacggcctca
aataaggtagacctttctgattgtcttaattcctcacatcattcaaggcttcagttctca
gatcaagctgacgagaggaataaaatggcttcaaatgaccctcatgaagaatctccactg
gacagaggtgaagttgcaggaaatgattatataccgaattttcctagcaatgctttgaga
gatgctggtagcctttctcatgttgtggaaattttacgcactactcacacttcagaattg
gtgctaccggaatttgataatagttactttgaggaattaggctcatcgaagcaagagttt
ccttcctcatcttccgatcagcagagtattttagtgtcccattcaacacgctgtgtttgg
aaaggaactgtttgcgagcgcgctcatatttctcgaataaaatactatggactctctgat
atgcctttgggccgttttttacgggaccagctgtttgctcagaattataggtgtccctca
tgtgaaatgccgccagaggcacatgttcattgctatactcatcggcaaggcagcctcaca
atttctgtaaagaacctacctgaacgtatcttgccaggagaacgggaaggaaagatatgg
atgtggcacaggtgtctgcgatgtcctcggaccaatggtttccctcctccaaccaggagg
gtattgatgtctgatgctgcttggggattgtcatttgggaaatttttggaactcagtttt
tcaaatcatgcagcagcgagcagggtcgcaagttgtggtcatcttcttcaccgagaatgt
ctccggttctatgggtttgggacaatggtagcttgttttcgatatgctcctattgatgtt
tattctgtatttctcccacctccaaagcttgaatttagccatgataatcacgagtggatt
cagaaagaaggtgatgaggtgcacagaagggctaatgctttgtttgctgaggtgtccaaa
gctcttcatgcaaagttggaaaaattttctgttgatagtagcttgaaagcaccgaatata
agtgagcagattgcagagatggaagaaatattagagaaggagaaaactgtgtttgaggga
ttattatgcaaggcacttagtggggaagtcaaagttggtcagcctgcagttgacatcctt
gagataaatcgactgagaaggcagttggtttttcatgcttatctatgggacagacgcttg
atacatctttccagttctcatggtaaaaattcccaaactcagggcagtttgacaccacaa
ctgaaggagaagtgcttcagctctagcgaggaactttctgaaaggaatgcaattccgaga
cctggcaaaagcttaggtagctatgattcagttcttcagtatgggaagactgaaataaca
tcaaatgaaggaaggcacaatcagattcctgatggggttcatgaacgattgaatattgat
gagaacttaacccatgggaaagacactcaggctacaggagatggaaatgtactggaacct
ggaaaaaatgtcacacgtgtactttcagatggaaagttcccttctgtggaaagtttatct
gacactcttgatgctgcatggactggtgaaggccacctggctattaaggagcataacagt
gcatttccagattctttccttgtagattcttctgctttgactggagttacagcaaactca
gatgtcgaaaggtctatgtgtggcaaaagtggggctgtaacatctcatttatctgcaaag
tctgacaatgcggactacttgacctggtcaacggcacatttttcaaatttctatcgatac
ttcaacaagaatatcacatcaaatccacaatttattggtaaattggacgagcataatcct
gtttatatctcgtcgtttagcgaattgctacatcaaggtggtgccaggctgctgatggct
gttggtgttaatgacattgttgttccagtttatgatgatgagccaacaagtattatctca
tatgcacttgtgtcaccagattaccacaatcaaatgtcagatgaacctcaaaatctgaaa
gaaaatcacaaatcttcagcttctctgccgtttctggattcattaaatttactttcacat
tcgtctgtggatgaagtagtttcgaactctccaagaagtttcggatttacagatgaaagc
atgtcatcgagttttagttctcgcaactcaaacatggatccacctgcatatattaatgct
ttgcatgcccgaatatctttctcagatgatggacctctgggaaaggtcaagtacacagtc
acctgttattatgcaaagcattttgagaccttaagaaagtcttgttgcccctatgaatta
gacttcatacggtccctttgccgatgtaaaaaatggggtgcacagggtggcaagagcaat
gttttctttgccaaaaccttggacgaccgatttatcatcaagcaggtaacaaagacagag
ttggagtcatttatcaagtttgcaccagcttactttaagtatttatctgaatcaatagct
agtgggagcccaacttgcttggcaaagattttggggatctaccaggttgcatcaaagcat
ctcaaaggggggaaagaatcaagaatggatgtgcttgttatggaaaatcttctttttaag
cgcaacatcactaaactgtatgacctcaaagggtcttctcgatcacgctataatccagat
tcaagtggaagtaacaaagttttacttgatcagaacttaattgaagcaatgccaacttct
ccgatttttgtgggaacgaaggctaagcggctgctgcagagagctgtgtggaatgatact
tcatttctagcgtcaatagatgtgatggattactcattactagtcggagtggatgaggaa
aagcatgaactggtgctcggtattattgatttcatgagacagtatacatgggacaaacat
cttgagacgtgggtaaaggcttcaggcattctaggtgggccaaagaattcatccccaaca
gtgatttctccaaagcaatacaaaacgagattcaggaaagcaatgtcgacatactttctg
atggtgccagatcaatggtcttcatcaacaggcatttctagtggatcccaagccaatcta
tgcgaagtgtcaagtgggcctacatga

  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 (1)   
   RefSeq(pep) (1)   
DNA sequence (7)   
   RefSeq(nuc) (7)   
Protein domain (3)   
   Pfam (3)   
All databases (32)   

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