KEGG   Debaryomyces hansenii: DEHA2E18392g
Entry
DEHA2E18392g      CDS       T01026                                 
Name
(RefSeq) DEHA2E18392p
  KO
K11322  enhancer of polycomb-like protein
Organism
dha  Debaryomyces hansenii
Pathway
dha03082  ATP-dependent chromatin remodeling
Brite
KEGG Orthology (KO) [BR:dha00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03082 ATP-dependent chromatin remodeling
    DEHA2E18392g
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:dha03036]
    DEHA2E18392g
Chromosome and associated proteins [BR:dha03036]
 Eukaryotic type
  Histone modification proteins
   HAT complexes
    TIP60 complex
     DEHA2E18392g
    NuA4 complex
     DEHA2E18392g
SSDB
Motif
Pfam: EPL1
Other DBs
NCBI-GeneID: 2902479
NCBI-ProteinID: XP_460100
UniProt: Q6BNX0
Position
E:1498207..1501257
AA seq 1016 aa
MAIHPSKGTGGSKQSNSGARFRQRKISVKQPLTIYKQSDLPTLNASNDLEPSQIHHLNSN
ANQQQRDIHAIETGVDKNEEDEVHLQQVINAAQKVLLGSQNEDGDKKKDDSDKKTDASVY
IPTPDASRIWTDASKYYNDKSFREPETYIKFSATVEDTVGVEFNMDEIDEEFLKNKLWKN
YPKVKSPKVKSEKLDDTNKENDNARKCSEVEFEIICDKLEKIIEEKQPFLSMDPSNILSF
KELSAYIIEEFNNSNKDKPYVQLGSNLKYISTTALKEKLSKELSFEPFVTLFDKSLLDQT
STNIVRPIPKLLELFGEPVYEHWKYRKIERKGKQIHPALKFEDPSANEKDNDNDPYICFR
RREFRQARKTRRADTLGAERIRLLQKSMHRARDLVMSVCRRELIKLENWETDHAIFKLRS
DAKNLKRVVGVKGDDFLFYPHKRKKIIKVKEEDEDKESSKIKRDKRSRFDSSREGSATSM
PGSATIGTNAINKDRLANGQVHHTQEASSSSQPYVKLPPSKIPDMGLVTVSLVLKEKNET
IKRAVLEKLRKRKEQDKDFINVTDDPYQPFFNIATNTKFKNNELKHIPYSSIAATSFHEI
NTTNYISEKLKNLLEEGKKPLPGTKTFRGSNGELIPSKPFPHLSALIQDRIDNSQFNSVS
YIAQLLSNIENNNFSAYNNGYGQQQQHQHQETNRDKTKLSDPIFRLRKRVGRFNRNFVDR
RGLMKRPNDVIDDFLKFDDEGVNDDCDQMDVDSESISKNNVPNVYDSRVDEIKRLDSRWQ
FDNDLTEYDKGLQSPFSLDPSRLNCISDDTQSIRFGSMLLSKSYDLLRDSVHQRQQALVQ
QARMRTLQQQQRNNKQQAAGQSSGSSSASLGSNTNSNSSISGQADQGQTNLTNSGITRQG
GANVNGSQTSTTNNTRSSVSGGSMNPKLPTQSSQRSNTNSPLLASQPQGYSQQQKFNKIP
PTSQSQSQSPTHAAGQLQTSKMYNKHGSNITPSNLKGPKFTPANNNQIGGSLPNRK
NT seq 3051 nt   +upstreamnt  +downstreamnt
atggcaatacatccttcaaaaggtactggtggttctaagcagtcgaattcgggagccagg
tttcgacaacggaagatttctgtgaaacagccgttgacaatatataaacaaagtgattta
ccgacattaaatgcatccaatgacttagagccatcacagattcatcatttgaatctgaat
gccaaccaacaacaaagagatatacatgcaatagagactggtgtggataagaatgaagaa
gatgaagtccatttacaacaagtaattaatgcagcgcagaaagtacttttgggatctcag
aatgaggatggagataaaaagaaagatgatagtgataagaagacagatgcgctggtttat
attccaactcctgatgcatctagaatttggactgatgcatctaagtactataacgacaaa
tcatttagagaaccagaaacatatataaaattcagtgctaccgttgaagacaccgtcggt
gttgaattcaatatggatgaaatagacgaggaatttttgaaaaacaagctctggaagaat
tatcctaaagtaaaatcaccgaaagtaaaatcagaaaaactagatgacacaaataaagaa
aacgataacgctcgtaagtgctcagaagtagaattcgaaatcatatgtgataagcttgaa
aagataattgaagaaaagcaaccttttttatctatggatccttcgaacattttatctttc
aaagaattatcagcatatattatagaggaatttaataattcaaacaaagataagccgtat
gttcaattaggatcaaatttgaaatatatttcgaccacggcattgaaagaaaaattatcc
aaggaattatctttcgagccattcgttacattgtttgataagtctctattggatcaaaca
tcaacaaatatcgtaagaccgattccgaaactattggaattatttggggagccagtatat
gagcattggaaatatagaaagatcgagcgtaaaggaaagcaaatacatccagcccttaaa
tttgaagatccaagtgcaaacgaaaaagataatgataatgatccatatatttgtttccgt
cgtcgtgaattccgccaagcacgtaaaacgaggagggcagatacactaggtgccgaaaga
ataagactattacaaaaatcaatgcatagagcaagagatttggtaatgtcggtctgtcgc
agagaactaatcaaattggaaaattgggaaactgatcatgcaattttcaagttgcgtagt
gacgctaagaatttgaaaagagttgttggagttaaaggtgatgatttccttttctatcca
cacaagaggaagaagattattaaagtcaaagaagaagatgaagataaggaatcatcgaaa
attaagcgtgataaaagatccagattcgattcatctcgtgaaggatctgctacatcgatg
ccaggctcggctactattggtacaaatgcaattaacaaagatagattggctaacggccaa
gtacatcatacacaagaggcttcgtcatcctctcaaccttacgttaaattgccaccttca
aagattccagatatgggattggttaccgtttctttagtattgaaagagaaaaacgaaacc
atcaaaagggctgtattagaaaagttacggaaaagaaaggaacaagataaggatttcatt
aatgtaactgacgatccgtatcaaccttttttcaatattgcaacaaatactaaatttaag
aataatgagctaaagcacattccttattcttctattgctgcaactagcttccatgaaatt
aatacgacgaattacataagtgaaaaattgaaaaatttgctagaagaaggaaaaaaacct
ctccccggaaccaaaactttcaggggctcaaatggtgaattgattccgtctaagccattt
cctcatttactggctttgattcaagaccgtattgataatagtcaattcaattcggtaagt
tacattgcacaattattatcaaatatagaaaacaataatttcagcgcttataataacggt
tatggtcagcaacaacaacaccagcatcaagagacaaatagagataaaacgaaactctcg
gatccaattttcagattgagaaaaagagttggtagattcaatagaaactttgttgataga
agaggcttgatgaaaagaccaaatgatgtaattgacgacttcttaaaattcgatgacgaa
ggggtcaatgatgattgtgatcaaatggatgttgattctgaactgatttcaaaaaataat
gttccaaatgtttatgacagtagggtggatgaaattaagagattggattcacgctggcaa
tttgataatgacttaactgaatatgacaaaggattacaaagtccgtttagtttggatcca
tctagattgaattgtataagtgatgatactcaatcaattaggttcggttcaatgttattg
tctaaatcttatgatttgctaagagattctgttcaccaaagacaacaggctttagtgcag
caagcaagaatgaggacgttacagcaacaacaaagaaataataaacagcaagctgctggt
caaagttcaggatctagtagtgcatcattaggatccaatactaattcaaactcaagcatt
tcaggacaagcagatcagggacagactaacttaactaattctggtattactaggcagggt
ggggctaacgtaaatggcagccaaacctcaactacaaataacaccagatcgagtgtgtca
gggggttctatgaacccaaaattgccaactcagagtctgcaaagatctaatacaaattcc
ccattacttgcttcacaaccccaaggttattcgcaacaacaaaaatttaacaagattccg
ccaacatcccaatctcaatctcaatccccaacccacgcagctggccaattacagacttca
aaaatgtacaataaacatggtagtaatattactccttcaaatttaaagggccccaaattt
actccggcaaataataatcagattggtggatctttacctaatcgtaaatga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (27)   
   KEGG ORTHOLOGY (1)   
   RefGene (23)   
   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 (1)   
   Pfam (1)   
All databases (36)   

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