KEGG   Eutrema salsugineum (saltwater cress): EUTSA_v10019887mg
Entry
EUTSA_v10019887mg CDS       T02985                                 
Name
(RefSeq) hypothetical protein
  KO
K04498  E1A/CREB-binding protein [EC:2.3.1.48]
Organism
eus  Eutrema salsugineum (saltwater cress)
Pathway
eus03083  Polycomb repressive complex
eus03250  Viral life cycle - HIV-1
Brite
KEGG Orthology (KO) [BR:eus00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03083 Polycomb repressive complex
    EUTSA_v10019887mg
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    EUTSA_v10019887mg
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:eus03000]
    EUTSA_v10019887mg
   03036 Chromosome and associated proteins [BR:eus03036]
    EUTSA_v10019887mg
   03029 Mitochondrial biogenesis [BR:eus03029]
    EUTSA_v10019887mg
Enzymes [BR:eus01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.48  histone acetyltransferase
     EUTSA_v10019887mg
Transcription factors [BR:eus03000]
 Eukaryotic type
  Other transcription factors
   Pocket domain CBP
    EUTSA_v10019887mg
Chromosome and associated proteins [BR:eus03036]
 Eukaryotic type
  Histone modification proteins
   HATs (histone acetyltransferases)
    EUTSA_v10019887mg
Mitochondrial biogenesis [BR:eus03029]
 Mitochondrial quality control factors
  Regulator of mitochondrial biogenesis
   Coactivators
    EUTSA_v10019887mg
SSDB
Motif
Pfam: HAT_KAT11 zf-TAZ ZZ PHD KIX_2
Other DBs
NCBI-GeneID: 18025190
NCBI-ProteinID: XP_006407274
UniProt: V4M1M4
Position
Unknown
AA seq 1666 aa
MAQGQNRNVLLPGHMQNSASSVSSQPNGISHDGLRVRHEMLNRIYAWLQQRQPSKTDDAS
KAKLFDVAKRLETAMLKTAKSKEDYLDFRSFEVRIESTLNQLFSQRRANPSSSVGMMVPT
PGVSHGWGQSHTATPMVDMNTFNSNNNLAGATIETGRLLPTNRMNGGSIVNGRQQLSAGF
SVSSDDTGQMMPTPGFNNSVNADVYHSHRNEENSRDGGKLLAVGSEFGNPSQLQRQRPAA
GYDRMHSNLDHQLGGGFRSNMHQNAGVGMSGNNVQLANGRRSSEGVLSSTQFSTSSQPLH
QPVDQLKVSHVHRYSMGNSDTFGTGNLYGVLTSSGSMETAVDSVSLNPMRRVDASFANNQ
SGLHAAAKNPLLKPQLLQQFENGNFQSSSSSRANLAQVSHQPLENQFNQPAHHGQYQQQE
HLMNNDAYRQSQLASNFVSQVKHEPRVEYYNEAFQLQALNKVEPSKSQNQYKQNTVKDEY
VGAQSATVCSSQPIISSSFPPQTHQTQEVSQWKDLGNVSVGVQPVSGLGQWHSSSQNLTQ
ISKDSNGEREHFGVNLGQRLPMQHEATNDSSSVRESTNCQTVAPRSTLEAPHLPEGSNTL
SKQLNGDCGLSYINQRRWLLFLLHVRKCNAAEDNCESKYCFTAKTLLKHINYCKAPACAY
QYCLQTRKLINHNKNCGNEACPVCVYVRNFKEKQKEKIALLRRAEPISASLNHGHKEPFE
SMRASSERDSEAPSVDDLQPSPKRLKVEKPSQFAYHDTHSVPANISAGVSKAHFSMGLQE
KYSVQSDVCKTVRSDVPMNADSSDSSRRIVPVSRELEKPVCKDTPMGRHGGDSSFDGKTV
CLPEQEKPKCVKEISVPKEEKAEQSAGVVAASNSGKSKIKGVSLIELFTPEQVEEHIRGL
RQWVGQSKTKAEKNKAMGLAMSENSCQLCAVERLAFEPTPIYCTPCGARVKRNAMHYTVV
AGESRHYVCIPCYNETRTNTVTIDGTPVPKSRFEKKKNDEEVEESWVQCDKCQAWQHQIC
ALFNGRRNHGQAEYTCPNCYIQEVEQGERKPVSQSVILGAKSLPASTLSNHLEQRLFKKL
KQERQERARLQGKSYEEVPGADSLVIRVVASVDKILEVKPRFLEIFREENYSSEFPYKSK
AILLFQKIEGVEVCLFGMYVQEFGTDSASPNQRRVYLSYLDSVKYFRPDVKTVSGEALRT
YVYHEILIGYLDYCKKRGFSSCYIWACPPLKGEDYILYCHPEIQKTPKTDKLREWYLAML
RKASKEKVVVECTNFYDHFFVQSGECRAKVTAARLPYFDGDYWPGAAEDLIDQMSQEEDG
KKSNRKVMPKKVISKRALKAVGQLDLSVNASKDLLLMHKLGEIILPMKEDFIMVHLQHCC
KHCCTLMVSGNRWVCHQCKNFQICDKCYEVEENRLEKEKHPVNQKEKHVLYPVAIDDVPT
EIKDNDGILESEFFDTRQAFLSLCQGNHYQYDTLRRAKHSSMMILYHLHNPTVPAFAIAC
AICQQELEPAQGWRCEVCPDYDVCSACYSKGINHPHSLITRPSATDSVVQNTHTNQIQTA
QLRELLLHVIACCTAQCQYPRCRMIKILFRHGVACKTRGCIHCKRMWALFRMHARNCRDP
QCRVPKCRDLRAHFSRKQQQADSRRRAAVMEMVRQRAADAETSTPD
NT seq 5001 nt   +upstreamnt  +downstreamnt
atggcccaggggcagaacaggaatgttcttctgccaggacacatgcagaattctgcttcc
agtgtttcttctcagcctaatggcatatctcatgatggtctcagagtacggcatgagatg
ctcaacagaatctacgcatggttacagcagaggcagccttcaaagactgatgatgcctcc
aaggcaaagttatttgatgttgcaaaacggttagaaactgcaatgttaaaaacggctaag
tcaaaggaggattacttagatttccgaagttttgaggttcgcatagaatctactctgaat
caactttttagtcaacgccgtgctaatccttcaagttcggtcggtatgatggtcccaaca
cctggagtttcgcatggatggggtcaaagtcatacggccacacctatggtggatatgaac
acctttaatagtaataataacttagcaggtgcaacaatcgaaactggaaggctattgcca
actaatcgcatgaatggaggctcaatagttaatggtcgccagcaattgtctgcgggattt
tcagttagttctgatgacactggccagatgatgcctactcctggatttaacaatagtgtt
aatgctgatgtatatcattctcatcgaaatgaagaaaattctagagatggtggcaagctt
ctggctgttgggtctgaatttggaaatccatctcagctgcagaggcaacgtcctgctgct
ggttatgaccgtatgcatagcaaccttgatcaccagttgggaggtggtttcaggtcaaac
atgcaccagaatgctggtgtagggatgagcgggaacaatgtacagcttgctaatggccgc
aggagttctgaaggggtccttagttccacgcaattttcaacttcatcccaacctttgcat
cagcctgtcgatcagttgaaggtgtcacatgtgcacagatattcaatgggaaactctgat
acttttgggactgggaatctctatggagttctgacatcatctggctcaatggaaactgct
gtggattcagtgagtctgaatcctatgcggagagttgatgcttccttcgctaataatcag
tctggcttgcacgcagcggcaaaaaatccattgctaaaacctcagctacttcaacagttc
gagaatgggaatttccaatcttcttccagttccagagcaaatttggctcaggtgagtcat
caaccattagaaaatcagttcaaccagccagctcatcatggtcaataccagcaacaagag
cacttaatgaacaatgatgcttatcgtcaatctcagttagcttcaaattttgttagtcaa
gttaagcatgaacctcgcgtggaatactacaatgaagcatttcagctgcaggctttaaac
aaagtagaaccatccaagtcgcaaaaccagtacaagcagaacactgtcaaagatgagtat
gttggtgctcagagtgcaacagtttgtagtagccagcctattatttcttcatctttccca
ccgcaaactcatcagacgcaggaggtatcacaatggaaagatttgggtaacgtctcagtt
ggcgtgcagccagtatcaggtctgggtcagtggcattcatcttctcagaacttgacacaa
atatcaaaagattcgaatggagagagagaacattttggggtaaacttaggtcaaagattg
cctatgcagcatgaagctactaacgatagttcgtctgtaagagagtctacaaattgccaa
actgtggctcctagaagcaccttggaggctccacatctcccagaaggaagcaacaccttg
agtaaacagctgaatggagattgtggtttaagttatataaatcagaggcggtggcttttg
ttcctgctacatgtacgcaaatgcaatgcagcggaagataactgtgaaagcaagtattgt
tttactgccaaaacgctattgaagcatatcaattactgcaaggcccctgcttgtgcatat
caatattgtcttcaaacccgaaaattgattaatcataacaagaactgtgggaatgaagca
tgtccagtctgtgtttatgtcagaaacttcaaggagaaacaaaaagaaaagattgccctc
ctccgacgagccgagcctatctcagccagtttaaatcatggacacaaggaaccctttgag
tctatgcgtgcttctagtgaaagagactctgaagctccatctgttgatgatttgcaacct
tctccgaagcgcttgaaagtagagaaaccctcccagtttgcttatcatgacacacacagc
gtcccagcgaacatatctgctggtgtcagtaaagctcatttttcaatgggtttgcaagag
aaatatagtgtacaaagtgatgtttgcaaaactgttagatcagatgtgcctatgaacgca
gatagttccgattcttcgaggagaattgttccagtttcccgtgagctggagaagcctgtt
tgtaaagatacccccatgggaagacatggtggagactcttcattcgatggtaaaactgtt
tgtttaccagagcaagaaaaaccaaaatgtgtgaaagaaataagcgtacccaaagaagag
aaagcggaacagtctgcgggcgttgtagctgcgtctaatagcggaaagtcaaagataaag
ggagtctcactgattgaactgttcactccagagcaagtagaggagcatatccgcggtctt
cgtcagtgggtaggccagagtaaaaccaaggcagaaaaaaataaagcaatgggactcgcc
atgtccgaaaactcttgccagttatgtgctgttgagaggcttgcatttgagccgacacct
atttattgcacaccatgtggtgcacgtgtcaagagaaacgctatgcactatactgttgtg
gctggtgagtcacggcattatgtctgcattccctgctacaatgaaacgcgtacgaacact
gttactattgatggaactcctgtgccgaagtcgaggtttgagaaaaagaaaaatgatgaa
gaggttgaagaatcgtgggtgcaatgtgataaatgtcaagcatggcagcatcaaatttgt
gctttgttcaacggccgtaggaatcatgggcaagccgagtacacttgccctaattgctat
atacaagaggtggaacaaggagaaaggaaaccagtatcacaaagtgttattctgggggca
aaaagtttaccggctagtactcttagcaaccatttagaacagcggttgttcaagaaatta
aagcaggaaagacaggagagggctagacttcaaggaaaaagctacgaggaggtcccggga
gccgactcacttgttatcagagttgttgcatccgtcgacaaaatattagaagttaagcca
cgcttccttgaaatattccgagaagaaaattactcatcagaattcccttataagtctaag
gccattctgctgtttcagaagatcgaaggtgttgaagtatgcttatttggcatgtacgtc
caagaatttggaacagattctgcgtctcccaatcagcggcgggtatacctttcctatctg
gactcggttaagtactttagacctgacgttaaaacagtatctggagaggccctccgtact
tatgtataccatgaaattctgattggttatctagattactgtaagaaacgtgggttttca
agctgctatatatgggcatgcccccctctcaagggtgaagattatattctatattgtcat
cctgaaattcagaaaacgccaaagactgacaagctaagggaatggtatttagcgatgctc
agaaaagcttccaaggaaaaagtggtcgttgaatgtacaaatttttatgatcattttttc
gtccagtctggtgaatgtagagcaaaggtaacagcagcaaggttgccatattttgatggg
gactattggccaggcgccgctgaggatttaatagatcaaatgagccaagaagaagatggc
aaaaagtcaaatagaaaagtaatgccgaaaaaggtcatatcgaaaagggctctaaaagca
gttggacagttggacctttctgttaatgcctcaaaggatctactgctaatgcataaactg
ggtgagatcatcctcccaatgaaggaagatttcatcatggttcatttgcaacattgttgc
aagcattgttgcactctcatggtatctggaaatcggtgggtgtgccaccagtgtaaaaat
tttcagatttgtgacaagtgttatgaagtggaagagaaccgtctcgaaaaggagaaacac
cccgtcaatcagaaggagaagcatgtactgtatcctgttgcaattgacgacgttcctact
gaaattaaggacaatgatggcatccttgagagcgaattctttgatactaggcaagctttc
ctaagtctttgccaaggaaaccattatcagtacgacacactaagacgggctaaacactct
tccatgatgattctctatcatcttcacaacccaaccgtgcctgcatttgcaatagcatgc
gccatctgccagcaagagcttgaacctgctcaaggttggcgttgtgaggtttgtcctgac
tatgatgtttgcagtgcttgctactcaaaaggcatcaaccatccacatagccttattacc
cgtccatctgcgactgattctgttgtacagaacacacacactaatcaaatccagactgca
cagttaagagaactgctgttgcacgtgattgcatgctgcactgcacagtgccagtatcca
aggtgtcgcatgattaagattctattcaggcatggtgttgcatgcaaaaccagaggttgc
atccattgtaagagaatgtgggccctcttccgaatgcacgcccgaaactgcagagatccc
caatgcagagtgcccaaatgcagggacttgagagctcattttagtagaaagcaacaacag
gcagattcaagacgcagagcagctgtgatggagatggtgaggcagagagccgctgatgca
gaaacatccactcctgactga

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (5)   
   Pfam (5)   
All databases (25)   

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