KEGG   Saccharomyces cerevisiae (budding yeast): YLR305C
Entry
YLR305C           CDS       T00005                                 
Symbol
STT4
Name
(RefSeq) 1-phosphatidylinositol 4-kinase STT4
  KO
K00888  phosphatidylinositol 4-kinase A [EC:2.7.1.67]
Organism
sce  Saccharomyces cerevisiae (budding yeast)
Pathway
sce00562  Inositol phosphate metabolism
sce01100  Metabolic pathways
sce04011  MAPK signaling pathway - yeast
sce04070  Phosphatidylinositol signaling system
Brite
KEGG Orthology (KO) [BR:sce00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    YLR305C (STT4)
 09130 Environmental Information Processing
  09132 Signal transduction
   04011 MAPK signaling pathway - yeast
    YLR305C (STT4)
   04070 Phosphatidylinositol signaling system
    YLR305C (STT4)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:sce04131]
    YLR305C (STT4)
Enzymes [BR:sce01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.67  1-phosphatidylinositol 4-kinase
     YLR305C (STT4)
Membrane trafficking [BR:sce04131]
 Endocytosis
  Others
   EFR3-PI4KIII alpha complex and associated proteins
    YLR305C (STT4)
 Endosome - Golgi transport
   Others
    YLR305C (STT4)
SSDB
Motif
Pfam: PI3_PI4_kinase PI3Ka PI4K_N Head-tail_con
Other DBs
NCBI-GeneID: 851014
NCBI-ProteinID: NP_013408
SGD: S000004296
UniProt: P37297
Position
XII:complement(738161..743863)
AA seq 1900 aa
MRFTRGLKASSSLRAKAIGRLTKLSTGAPNDQNSNGTTLDLITHTLPIFYSTNTSKIYTI
PLTLSEWEVLTSLCVAIPTTLDLVETMLKEIIAPYFLETPRQRISDVLSSKFKLEQMRNP
IELLTFQLTKFMIQACEQYPVLYENIGGIISTYFERVLKIFTIKQSGLLSLVGFINAFIQ
FPNSTELTKFTWKKLAKLVLRGSFLNEVDKILNSSATFTNDSIVQYYDAGNELSSAYLLE
LISRLQVSLISHLLNTSHVGANLSEFLLNQQYQFYKFDQEVADENDDTKCIDDFFFNVRS
NKQFFTDMCKISLQFCSESHILDLSTDNRARFSFDTRAHYLQTLCLIPFIEDTESELFES
FTNVVSESIDKFFLSDVVTPSLIKAIVASASLLNFFTEKLSLTLIRMFPLLVASPHITTE
TVNDVAKIFTTGLYPLNEDAIVSTIYSMNNLLAVSEDGSPVPVLRERQLTITSGKNIEKD
YFPLRNSSASLDGTGALLGNTTVGQLSSHDVNSGATMTYHASLISNCVAATTTIASYYNT
QSITALTISILTQKVNSMSKELDGVILNSLARLAPNTSLTEFSLLLKFFKSRTVIATKID
DSALLKNIIKAKCVISKELLARHFSSDLYFMYLHDLLDSIIASGEVERLEHHRPQTEISR
VADQIATYLEPLAALLPVPGDTPLDINKDEVTTNKFRNAWFNFVIHGYHLGGPIVKRNFS
FLLTIAYNSPPLASEFPANNKELSLEMNTILRRGSSNENIKQQKQQITEYFNTNIVQYRT
TSSSKIMFLAAAVLLETIRCEAGDCSKTLLYFSDPSILSGSIEKCIAVLSVSMIRKYARL
IQKGNDAIFNSKMIAQQLNNLLLCLSHREPTLQDAAFHACEIFIRSIPSSLCHHLSLYTL
LDMLTALFDSILDSEAHKFEPRYEFKLKHSKTTILVPSSSSWRATTLSRLHKSAKEWVRI
LLNRSNQDTKILLQSYISDLGEYSRLNSVEFGVSFAMDMAGLILPADKELSRLTYYGPEK
PNTISGFISLHSWRSKYLFDTAITSSPEDIKRQIGISTQNIRKNLTLGNKIITKDVTDFL
DMATALLILGNGAPASLIYDIVHIPFEVFTSASLKIATNVWLTIITEKPEVAHLLLVEVC
YCWMRSIDDNIGLYSRDHDLKGEEYQKMEYSPYDKAGINRDAKNASQAMQPHLHVIKFFA
SHFEGTLFQSDFLLKIFTKCALYGIKNLYKASLHPFARMIRHELLLFATLVLNASYKQGS
KYMGRLSQEITNGALSWFKRPVAWPFGSNELKIKADLSVTRDLFLQLNKLSSLMSRHCGK
DYKILNYFLASEIQQIQTWLTPTEKIEGADSNELTSDIVEATFAKDPTLAINLLQRCYSK
KAEDVLVGLVAKHALMCVGSPSALDLFIKGSHLSSKKDLHATLYWAPVSPLKSINLFLPE
WQGNSFILQFSIYSLESQDVNLAFFYVPQIVQCLRYDKTGYVERLILDTAKISVLFSHQI
IWNMLANCYKDDEGIQEDEIKPTLDRIRERMVSSFSQSHRDFYEREFEFFDEVTGISGKL
KPYIKKSKAEKKHKIDEEMSKIEVKPDVYLPSNPDGVVIDIDRKSGKPLQSHAKAPFMAT
FKIKKDVKDPLTGKNKEVEKWQAAIFKVGDDCRQDVLALQLISLFRTIWSSIGLDVYVFP
YRVTATAPGCGVIDVLPNSVSRDMLGREAVNGLYEYFTSKFGNESTIEFQNARNNFVKSL
AGYSVISYLLQFKDRHNGNIMYDDQGHCLHIDFGFIFDIVPGGIKFEAVPFKLTKEMVKV
MGGSPQTPAYLDFEELCIKAYLAARPHVEAIIECVNPMLGSGLPCFKGHKTIRNLRARFQ
PQKTDHEAALYMKALIRKSYESIFTKGYDEFQRLTNGIPY
NT seq 5703 nt   +upstreamnt  +downstreamnt
atgagatttaccagaggattgaaagcctcttcatctttaagagcgaaagctattggaaga
ctaactaaactttcgacgggtgcaccaaatgatcaaaacagtaatggtacaacattagat
ttgataactcatacattgcctattttttattccacaaatacgtcaaagatatatactata
ccacttacattgagtgaatgggaagtactaacttcgctttgtgttgcaatccctaccacg
ctcgatctggtagagacaatgcttaaagaaataattgcgccttattttctggaaactcca
agacaaagaatttcagatgttctgtcctcgaaattcaagttggaacagatgagaaatccg
attgaattgctaactttccagctgactaagtttatgattcaagcttgtgaacagtatccc
gttctttatgaaaatataggcggcatcatttcaacttattttgagcgtgtattaaagatt
tttactattaaacaatctggtctactatcattagtgggctttattaatgcatttatccag
tttcccaactctacagagcttactaaattcacctggaaaaagttagcgaaacttgtgctt
cgtggatcatttctaaacgaagttgataagattttgaattcctcagcaacgtttaccaat
gattcaatcgtccagtattacgatgctggaaatgagctatccagtgcctacttattggaa
ttaatatctcgcttgcaagtttcgctaatatctcatctgttaaacacttcacatgtcggc
gccaacttgagtgagttcttactaaatcaacaataccaattttacaaatttgatcaagaa
gtagccgatgaaaacgatgatacgaagtgtattgatgacttttttttcaacgtaagaagc
aataaacagttttttacagacatgtgtaaaatttccctgcaattttgttctgagtcacat
attctcgacctatctacagacaaccgtgcaagattttcttttgatactcgagcccactac
ctacaaacgctatgtttaattccgtttatagaagatacagaaagcgagctttttgaaagt
tttacaaacgttgtttctgaatctattgataaatttttcttatctgatgtcgttacacca
tctttgataaaagcaattgtagcttctgcctcattactgaattttttcacggaaaaattg
tcattaactctgattcgtatgtttcctttattggtagcgtctccacatatcacgactgaa
acagttaatgatgttgcaaaaatattcaccacagggttataccctctaaatgaagatgca
attgtgagtacaatttattccatgaacaacttattagctgtttccgaggacggatcgccc
gtcccggtgctccgtgagcgccaattaacaataacatctggaaaaaatattgagaaagac
tactttcccttgcgaaattcatctgccagtttggatggcactggtgctctgctcggaaat
acaactgtgggccaactttcctcccatgatgtcaatagtggagctactatgacataccat
gcctctttgatatctaattgtgtggctgcaacgactacaatcgcctcatactataacacc
caaagcataacagctttgactatctctattcttacgcaaaaagttaattctatgtcaaag
gaattagacggtgttattttgaattctttggcaagactggctccgaatacttcactgaca
gaattttcgcttttactaaagttcttcaaatcgagaactgttattgcaacaaaaattgat
gatagcgcactattgaaaaatattattaaagcgaaatgtgtgatatcaaaagaattgttg
gccaggcatttttcaagtgacttatatttcatgtatcttcatgatctattggactcaatc
attgccagtggggaagtagaacgattggaacatcacagacctcaaacggagatttcccgt
gttgctgatcaaatcgctacctacttagagcccctcgccgctctactacctgttccaggc
gatacgccattggacatcaataaggatgaagtcactacaaacaagtttaggaacgcctgg
tttaattttgtcatccatgggtaccacttgggcgggcctattgtcaaacgaaatttttct
ttcttattaactattgcctataattcaccaccgctggcttctgaatttcctgctaataac
aaggagctttcattggaaatgaatacaattttgcgccgcggttcatctaacgaaaatatc
aaacaacaaaaacagcagataaccgaatatttcaataccaatattgttcagtacagaaca
acttcatcgtctaaaatcatgtttttagcggctgccgttcttctagaaacgataagatgc
gaggcaggtgattgttcgaagactctactgtacttctcagacccctccattctttccggt
tcaattgagaagtgtattgcagttttgtcggtttccatgattagaaaatatgctaggttg
attcaaaagggtaacgatgccatattcaactccaaaatgattgctcaacaacttaataac
ttgctactttgcctttctcatagggaaccaactttgcaggatgccgcttttcatgcctgt
gaaatatttatcagatctattccatcatcgttatgtcatcatttgtctctctacacctta
ttagatatgttaacagccctatttgatagtatcttggactcagaggcgcataaatttgaa
ccacggtatgaatttaaattaaaacattctaagacaacaatattggttccaagctcatcg
tcctggcgcgctacgacactatcaagattgcacaagtcagctaaagaatgggtaagaatt
ctattgaatagaagcaaccaggatactaagattttgttgcaatcatacatatcagatctc
ggtgagtacagcaggctaaattctgttgaatttggtgtctcatttgccatggatatggct
ggtttgattttacctgcagataaggaattatcaaggcttacttattatggtccagagaaa
cctaacacgatttctggatttatatctttacattcttggaggtcaaaatatcttttcgat
accgctattacatcatcaccagaggatatcaaaaggcaaataggtatttccactcaaaac
ataagaaaaaatttgaccttaggaaataagattataactaaagacgtaactgattttctt
gatatggctaccgcgttgttaattcttggcaatggtgcaccagcgtcattgatatatgat
attgtgcacatcccgttcgaagtcttcacctctgcatctttaaagattgctacaaacgta
tggttaacaatcataactgagaagcccgaagttgcacatttgcttttagttgaagtatgc
tattgctggatgcgctccattgatgacaatattggtctctattctcgcgatcatgactta
aagggcgaagaataccaaaaaatggaatattccccttacgacaaagcaggtatcaacaga
gatgcaaaaaatgcatcccaagctatgcaaccacatcttcatgttattaaattttttgct
tcccatttcgagggcacactatttcaaagtgactttttattgaaaattttcacgaaatgt
gcgctttatggtatcaagaatctgtataaggcttcactacacccgttcgctagaatgatt
cgccacgaattattgttattcgcgactctcgtactaaacgcaagttataagcagggatcc
aagtatatgggccgtttgtcgcaagaaatcacaaacggtgccctaagttggtttaaaaga
ccagtagcgtggccattcggctcaaatgagctgaaaatcaaagcagatttatctgttact
agggaccttttccttcagctcaacaaattaagctcgctaatgtcacgtcattgcgggaaa
gattacaagatcctgaactatttcttggcaagcgaaatccagcagattcaaacctggctt
actccgactgagaagattgaaggagccgacagcaacgagcttacaagcgatatcgttgaa
gctacctttgctaaagatccaacattagcaataaatctcttacaacgatgttatagcaag
aaagctgaggatgttttagtgggcttagttgcaaaacatgctttaatgtgtgtggggtcc
ccaagtgctcttgacctgttcataaaaggaagccacctgagcagtaagaaagacctacac
gcaaccttatactgggcgccagtgagcccgttaaaatctatcaaccttttccttcccgaa
tggcaaggtaattcttttatcttacaattcagcatatattcgttggaatcacaagatgtg
aacttggcattcttctatgttcctcaaatcgtacaatgtttgagatacgataaaaccgga
tatgtcgaaagattgattttggatactgcgaaaattagtgtgttattttctcatcaaata
atctggaatatgcttgcaaactgctacaaggatgatgaaggtatacaagaagatgaaatc
aaaccaactctagatcgtattagggagcgtatggtttcaagtttcagccaatctcatcgc
gatttttacgaacgtgaatttgaattcttcgacgaagtaactggcatatctggtaagttg
aaaccatacataaaaaaaagtaaggctgaaaagaaacataagatcgatgaagaaatgagc
aaaattgaggtgaaacctgatgtttatttaccttctaatcctgacggtgtagttattgat
attgatcggaagagtggtaagccacttcaatctcacgcaaaggcgccttttatggcgacc
tttaaaataaagaaagacgtaaaagatcctttgacaggtaaaaacaaggaagttgaaaaa
tggcaagctgctatcttcaaagtcggtgatgactgtaggcaagatgttctagcgttacaa
ttgatctcgctatttagaaccatttggtctagtattggcttggatgtctacgtttttccc
tacagagttactgcgacggcaccgggttgtggtgtcatcgatgtgctacccaattcggta
tcccgtgatatgttaggacgtgaagctgttaatggattatatgaatatttcactagtaaa
tttggtaatgaatctactatcgaatttcaaaacgcacgaaacaactttgttaaatcctta
gcgggatatagcgtaatttcgtatttgttgcaattcaaggatagacataatggtaacatt
atgtacgatgatcaaggacattgtctacatatcgattttgggtttatttttgatattgtc
ccaggtggtatcaagtttgaagcagtaccattcaagctgacgaaagaaatggttaaagtg
atgggaggttcgccccagaccccagcgtatctggactttgaagaactttgtatcaaggca
tatctagccgcccgtccgcacgtggaggccataattgagtgtgtaaatcctatgttagga
agcggtctcccctgctttaagggtcacaagacaattaggaatctaagagcaagatttcaa
cctcaaaaaaccgatcacgaagctgcactatatatgaaggcgctaatccgtaaaagttat
gaaagtatattcactaaaggttatgatgaattccaaaggctcacaaatggcattccgtac
tga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (5)   
   KEGG PATHWAY (4)   
   KEGG MODULE (1)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (38)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (33)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (61)   

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