KEGG   Aspergillus oryzae: AO090026000840
Entry
AO090026000840    CDS       T01018                                 
Name
(RefSeq) unnamed protein product; phosphatidylinositol 4-kinase
  KO
K00888  phosphatidylinositol 4-kinase A [EC:2.7.1.67]
Organism
aor  Aspergillus oryzae
Pathway
aor00562  Inositol phosphate metabolism
aor01100  Metabolic pathways
aor04011  MAPK signaling pathway - yeast
aor04070  Phosphatidylinositol signaling system
Brite
KEGG Orthology (KO) [BR:aor00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    AO090026000840
 09130 Environmental Information Processing
  09132 Signal transduction
   04011 MAPK signaling pathway - yeast
    AO090026000840
   04070 Phosphatidylinositol signaling system
    AO090026000840
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:aor04131]
    AO090026000840
Enzymes [BR:aor01000]
 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
     AO090026000840
Membrane trafficking [BR:aor04131]
 Endocytosis
  Others
   EFR3-PI4KIII alpha complex and associated proteins
    AO090026000840
 Endosome - Golgi transport
   Others
    AO090026000840
SSDB
Motif
Pfam: PI3_PI4_kinase PI4K_N PI3Ka ABC1 DUF4135
Other DBs
NCBI-GeneID: 5994267
NCBI-ProteinID: XP_023091200
Position
3:2818397..2824851
AA seq 1968 aa
MDEFSASIRPSALGKLATLAVRSPESDEKSDIARISRQFQLSTSYPHDLNGVLRNQAPTS
RVPMVRRQRLHLGIRELDVLIALCKASPSVDKSEHASRLVAQLSRYLPEAHSQLFRPSPF
LHHIKPSPWEALTNNVTLALLSLGSESRYPLLRETVLDAVEKYLEHCAKSVQAATPFTHH
DSGTDYPVTAYEAVSILSITVSLVGFLEASTKFASFWTAIEKLRIIEKMRSILSEGFKVA
VETASSIVRNANMSDNILRDWRRRYTRRYAADGRPLGAMLLQEGFMRFVKSCTTSLVGAH
NMSEDELLDDYMSGVGIARSHDTDEIALINRTAEVIDDQIKLLEDDSDYLQLGSHLQQRL
TYSVKAFAFIGYLHCVLSGRANSEDFLPWLENTLMDPNQMSCPELATATLKSIAIVARMS
LNSASSGSRSLLRFIVEGGIPAGPTASVAAKCLAQVLGVMSQDAVITTLYSLGNVLSPGS
GTEKAYRGQSVGDVPGHSNASASFSQVKQNSEISLLVTGEEGSIHYRNVVHAIVTIAAHS
NDEKISALAQSMLLQKIGKVSASVDAYIIKETAALSLSTAQGEFHLLLKFYDRAYWDGVT
KGYSNVATAVESAMAYLSVTLQRNTPLYRTYLTHLLESIVNKGDATDFENERQKDITLAP
DDLSPLLKPLALLVSDRATPRNCADIADYDQDISTLFRDAWFNIAVHGISLTSAVARTHM
KELRILAKHSPPLVSEDRMEMLESDVELNTILRRGMGPQRLVEQKKILITELPSRESEIK
RLNYPKAVFLNAALLVESLRASSGNCTKVLSYFRDPALTTIEMASCMTTIADKVVNTYVS
LTLSGRHEDFSVPFLSKELGDFLVACCHRVERVQNVAVLCANKIIKECPSALCEKDSLFA
LLELLTVMWQSCLEEELDEFEWKPSFTSPTGIVKVDLPDNYHFRRKTLDVFLERARAWVT
AVMDIAPLDIKGLLQTYLSASEDSNGFGNISMGRSFALDMGSLISKSDQRLGSIEPYGIN
RVDVASEFMAQYTTRQKYRYPDTQLSKFLGWENSPRINAPVLFQLKSNDVVENRLSFLYE
QISLGNEVSFLEVRDWLRKAAALLCCGGDHHPSILHYLVSLPFEIFSTESINLGISLWLG
AIHENPIVEPKILVEVAEAWEKTILRKKGLFDPSFDYVDPLYAKIELLPSDKALMLQKQQ
KAHKVLSPHSHVLQFFESHFSAIQLGNLQDQQLFCRLVDKTSVGLMQTSGHPLSRELHFR
IILFGLKVLKHFSLADPASSWKLKDQLLSAALSWFRHPPRWSFGGNRLQIKAEDKVLSDV
ASALANVSNVACHTLGPYKSLQAKQDLLYTLLENERSRLKVWLYPLDQERKHYIPQSSGS
RNFMEEATSLLRLAWVEHPGLAIQLGARFPSVKLKNDIRWLLLNFPEKVIDEPSSLEIML
GATLPADISFQLKYLLYWAPVNPTEALTYFLPAYGNHPFILQYAMKALESHSIDVRFYFV
PQLVQALRYDALGYVERYIMETAKQSQLFAHQAIWNMKANSYKDEDSQIPDPLKPTLDKF
MDSLIASFTHEERDFYEKEFSFFNDITGISGKLRPYIKRSKPEKKEKIEEELRKIKVEVG
VYLPSNPDGVVVGIDRKSGKPLQSHAKAPYMATFRIQKTRTRFDPGGVISSFGQQTLTQD
QQARLDLEQETYEVWQSAIFKVGDDCRQDMLALQMIAAFRSIFSSVGLDVWVFPYRVTST
APGCGVIDVLPNSISRDMLGREAVNGLYDYFVSKYGGEDSIKFQEARTNFVKSMAAYSVI
SYLLQFKDRHNGNIMVDDAGHIIHIDFGFCFDIAPGGVRFERAPFKLTSEMVAVMSGTQH
THAHASGGNSYNPTSTQPYRWFESLVVKAFLASRPYSAKLSHIVSLMLDSGLPCFKPDTL
KNFRDRFVLEKSERDAAEYMRELIRKSYMSVSTKGYDQFQLLTNGIPY
NT seq 5907 nt   +upstreamnt  +downstreamnt
atggacgaattctccgcatcaatcagaccctccgcgctggggaagcttgcaacgctagca
gtcagatcaccggagagtgatgagaaatcagacattgcccgcatctctcgacagtttcaa
ctttcaacgtcttacccgcatgacttgaatggagttctacgaaatcaggcgccaacctcg
cgggtgcccatggtccgtcgtcaacgcttgcatctcggcatccgagaactagatgtgtta
atcgcattatgtaaagcttctccttctgtggacaaatccgagcatgcctctaggttggtt
gcacaactatctcgataccttcctgaggcccacagtcagcttttccgtccttcacctttc
ctgcatcacataaagccttccccttgggaggcactcaccaataatgtcactttggctctt
ctttcattgggctccgaatctcgatatccattgctgcgagagactgttctcgatgctgtt
gagaagtacctggaacactgcgccaaatctgttcaagctgcgacgcctttcacacatcat
gattctggaacagattatcccgttacggcttatgaagccgtcagtatattatcaattaca
gtttccctggttggctttctggaggcctccactaagtttgcttccttctggacagccatc
gagaagcttaggataatcgagaaaatgcggtcaatattgtccgagggctttaaggttgct
gttgagacagcctcctctatcgtacgtaatgcaaatatgtctgacaacattcttcgagat
tggaggaggaggtacactcggcgttatgctgccgatggacgccctttaggagccatgctg
ctgcaggaaggattcatgcgctttgtcaaatcgtgtacaacttcactcgtcggagcacat
aatatgtcagaggatgagttgctggacgattatatgagtggtgttggcatcgctaggagc
cacgatacagacgaaatagctcttattaatcgcacggcagaggtcatcgatgatcagatc
aagcttctagaggatgattctgattatctgcagcttggctcacacttgcaacaacggctg
acttattcagtgaaggcgttcgcctttatcggatacctacattgcgttttgagtggaagg
gcaaacagcgaagacttccttccttggttagagaacaccctgatggatccaaatcaaatg
tcatgccctgagctggcaacggcaactttgaaaagcatagcaatagttgcgcgaatgtca
ctaaacagcgcttcttccggaagtcgctctctcttgaggttcattgtcgaaggtggcatc
ccagctgggcccacagcttctgttgctgcgaaatgccttgcccaagttcttggtgttatg
tctcaagacgccgttattacgactttgtactcacttgggaatgttctgagtcctggctcg
ggcaccgagaaggcatatcgtggacagtcagtgggagatgttcctggccatagcaatgct
tccgccagtttctcccaagtgaagcaaaatagtgagatctcccttcttgtcactggtgag
gaaggcagtatacattatagaaacgttgttcacgccattgtgacgattgctgcccactct
aatgacgaaaaaataagcgccttagcacaatctatgctgcttcaaaagatcggtaaagtc
agtgcttctgttgatgcctatatcatcaaggaaactgctgcgttgtctctgagcacagct
caaggtgaatttcaccttcttctcaagttctatgaccgggcctactgggacggagtcact
aagggatatagcaatgttgctaccgcagtagagagcgcaatggcctacctttctgtcaca
ctgcagaggaacaccccactttacaggacatatttgacgcatttgctagagagtatcgta
aataagggagacgcgacggattttgagaatgagcgccaaaaagacatcaccttagctcct
gatgatctcagcccccttttgaaaccactggcgttgcttgtctccgatcgagccactccc
agaaactgcgcggatattgcagattatgaccaggacatatctactctgtttcgtgatgct
tggttcaacattgccgttcacgggatttcacttacgtcggccgttgctcgaactcatatg
aaggagttgcgcatattggcaaaacattcgccaccccttgtttctgaagaccgcatggaa
atgcttgaaagtgatgtggagcttaatacaattctcaggcgtggcatggggccacagcgt
ctcgtggaacagaaaaaaatcctgattacggagcttcccagccgtgaatctgagatcaag
cgcttaaattatccaaaagcagttttccttaatgcagcgttgttagtcgaaagcctccgt
gcatcttcaggaaactgcacaaaagtcctcagttacttccgggacccggccttgactacc
atcgaaatggctagctgcatgactacaattgcagacaaagtggtaaacacttatgtctcg
ctgacgctatctggtagacacgaagatttctcggtcccattcttgtcgaaagaactgggt
gatttccttgtggcttgctgtcatagagtagaaagagtacagaacgttgctgtactctgc
gctaataagatcatcaaagaatgtccatcagctctatgcgaaaaagactctctctttgcc
ctcctcgaactcttgacagtcatgtggcaatcctgccttgaagaagaactcgatgagttc
gagtggaaaccctcgttcacttcacccacgggaatagtcaaagttgacttacctgataac
tatcattttagaaggaaaactttggatgtgttccttgaacgagctcgggcatgggtcacg
gccgtgatggatatcgccccactagatatcaaaggtctccttcagacctatttatccgcg
tccgaagacagcaatggctttggcaatatttctatgggtagatcgtttgcacttgatatg
ggatcgcttatctccaaaagcgatcagcggctgggatcaattgagccatatgggatcaat
agggtcgacgttgcttctgaattcatggcccagtacactacacgccaaaagtatcgatat
ccagatacgcagttgtctaaatttctaggatgggaaaacagccccaggatcaatgcacct
gtgctgtttcagctaaagtcaaacgatgttgtcgagaataggctatcctttttatatgag
cagattagccttggcaatgaagtttcatttctggaggttagggattggttgcgaaaggca
gccgctctcttgtgctgtggcggtgatcatcatccttccattcttcattacctcgtttct
ttaccctttgagatattctcgacagagtctataaacctcggaatctctctgtggctggga
gcgatccatgagaatccaattgtggagcccaagattctagttgaggtagctgaggcttgg
gagaagacaatcttgcgtaagaagggtctgttcgacccatcctttgattacgttgatcca
ttgtacgcaaagattgagcttctgcctagtgataaggcattgatgctacaaaagcaacaa
aaagcccacaaggttctctcgccgcactcacatgttctccagttttttgagagccacttc
agtgcaattcagctaggaaatttacaagatcaacaactgttttgtcgcctcgttgacaag
acatctgtgggcctcatgcaaacgagcgggcatccactatctcgggagcttcactttcgt
atcattctgtttggccttaaggtcctaaagcatttcagcttggcggacccggcctcttct
tggaagcttaaagaccaactcttgtccgccgccctgagttggtttagacatccgcctagg
tggtccttcggaggcaatcgattacagatcaaagctgaagataaagtcctcagtgatgtc
gcgtctgctctggctaatgtctctaatgtcgcttgtcacacgctgggaccgtataagtca
ttgcaggctaaacaagatctgctctatacccttcttgaaaatgagaggtcgcgtctcaag
gtctggctatatcctttggatcaagaacgtaaacattacatacctcagtcttctggaagc
aggaatttcatggaggaggccacttctttgttacggcttgcttgggttgagcatcccggt
ttagccattcaacttggtgctcgtttcccatctgtgaagctgaagaacgatatccgttgg
ctattgctcaactttccggaaaaggttatcgatgagcccagtagccttgaaatcatgctc
ggtgctactcttcctgcagatatctcattccagttaaagtatttgctttactgggctccc
gtgaatcccactgaagctctgacatatttcttacctgcttatggaaaccacccattcata
ctgcaatatgcgatgaaagcattggaaagtcattcaattgacgttcgtttctattttgtt
ccacagttggtccaggctctacgatatgatgcgttaggttacgtagagcgctatatcatg
gaaacagctaagcaatctcaattatttgcgcaccaagcaatttggaatatgaaagccaat
tcgtacaaagacgaggattctcaaattccggatccactcaagccaaccctggacaaattt
atggactctcttattgccagtttcactcacgaggaacgcgacttctatgaaaaggaattc
tccttcttcaatgacatcacaggtatctcagggaagcttcggccgtatatcaaaagaagt
aaacccgagaagaaagaaaagattgaggaagagcttcgcaaaatcaaagtggaggttggt
gtttacctccctagcaatcccgatggcgttgttgtcggcatcgatcgcaagtcaggaaaa
ccactccaaagccacgcaaaagcaccatacatggcgactttcagaatccaaaagacgagg
actcggtttgatccaggaggcgtcataagttctttcggacaacagaccttgactcaggac
caacaggcccgtttggacttggagcaagagacctacgaggtttggcagtcggcaattttt
aaagtcggtgacgactgccgtcaggacatgttggccctgcagatgattgctgcttttcgg
agcatcttcagtagtgtcgggcttgatgtttgggtgtttccctaccgagtaacttcgaca
gctcccggatgtggtgttattgatgtcctccctaattcaatttctcgtgacatgctgggc
cgtgaagctgtgaatgggctttatgattatttcgtctccaagtacggcggagaggattcc
attaaattccaggaagcacgtaccaattttgtcaagagcatggcggcctattctgttata
tcctatcttttacagttcaaggatcgtcataacgggaacatcatggtcgatgatgccggc
cacattatacacattgactttggattctgcttcgatattgcacctggaggcgttcgcttc
gagcgcgctccgttcaaactcacttctgaaatggttgccgtgatgagcggtactcaacat
acacatgctcatgcctctgggggtaattcatacaaccctacaagcacacaaccctatcgg
tggttcgaatccttagttgtgaaggcgttccttgcatcccgcccctacagtgctaaatta
tcccacatcgtctccttgatgcttgatagcggcttaccctgtttcaagcctgatacactg
aagaatttccgggaccgatttgttttagagaagagcgagagagatgcggccgaatatatg
cgggagcttatccgcaaatcttacatgagtgtctctactaagggttatgatcaatttcag
ttgttgacgaacggcatcccttactag

  All links  
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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (26)   

Download RDF
DBGET integrated database retrieval system