KEGG   Arabidopsis thaliana (thale cress): AT3G01460
Entry
AT3G01460         CDS       T00041                                 
Symbol
MBD9
Name
(RefSeq) methyl-CPG-binding domain 9
  KO
K22768  methyl-CpG-binding domain-containing protein 9 [EC:2.3.1.48]
Organism
ath  Arabidopsis thaliana (thale cress)
Brite
KEGG Orthology (KO) [BR:ath00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:ath03036]
    AT3G01460 (MBD9)
Enzymes [BR:ath01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.48  histone acetyltransferase
     AT3G01460 (MBD9)
Chromosome and associated proteins [BR:ath03036]
 Eukaryotic type
  Histone modification proteins
   HATs (histone acetyltransferases)
    AT3G01460 (MBD9)
SSDB
Motif
Pfam: MBD PHD WHIM1 WSD FYRN FYRC PHD_2 Bromodomain Prok-RING_1 C1_2 zf-met
Other DBs
NCBI-GeneID: 821132
NCBI-ProteinID: NP_186795
TAIR: AT3G01460
UniProt: Q9SGH2 A0A178VJY9
Position
3:173190..182454
AA seq 2176 aa
MEPTDSTNEQLGDTKTAAVKEESRSFLGIDLNEIPTGATLGGGCTAGQDDDGEYEPVEVV
RSIHDNPDPAPGAPAEVPEPDRDASCGACGRPESIELVVVCDACERGFHMSCVNDGVEAA
PSADWMCSDCRTGGERSKLWPLGVKSKLILDMNASPPSDAEGYGAEETSDSRKHMLASSS
CIGNSFDYAMMHSSFSSLGRGHASLEASGLMSRNTKMSMDALGSHNLGFGFPLNLNNSSL
PMRFPSLDPSELFLQNLRHFISERHGVLEDGWRVEFRQPLNGYQLCAVYCAPNGKTFSSI
QEVACYLGLAINGNYSCMDAEIRNENSLLQERLHTPKRRKTSRWPNNGFPEQKGSSVSAQ
LRRFPFNGQTMSPFAVKSGTHFQAGGSLSSGNNGCGCEEAKNGCPMQFEDFFVLSLGRID
IRQSYHNVNVIYPIGYKSCWHDKITGSLFTCEVSDGNSGPIFKVTRSPCSKSFIPAGSTV
FSCPKIDEMVEQNSDKLSNRRDSTQERDDDASVEILLSEHCPPLGDDILSCLREKSFSKT
VNSLRSEVDSSRVDFDKNLSYDQDHGVEIGDIVVEEDSLSDAWKKVSQKLVDACSIVLKQ
KGTLNFLCKHVDRETSEINWDTMNEKDNVILSLSKFCCSLAPCSVTCGEKDKSEFAAVVD
ALSRWLDQNRFGLDADFVQEMIEHMPGAESCTNYRTLKSRSSSSVPITVAEGALVVKPKG
GENVKDEVFGEISRKAKKPKLNGGHGVRNLHPPPGRPMCLRLPPGLVGDFLQVSEVFWRF
HEILGFEEAFSPENLEQELINPVFDGLFLDKPGKDDKRSEINFTDKDSTATKLFSLFDES
RQPFPAKNTSASELKEKKAGDSSDFKISDSSRGSCVGALLTRAHISLLQVLICELQSKVA
AFVDPNFDSGESRSRRGRKKDDSTLSAKRNKLHMLPVNEFTWPELARRYILSLLSMDGNL
ESAEIAARESGKVFRCLQGDGGLLCGSLTGVAGMEADSMLLAEAIKKISGSLTSENDVLS
VEDDDSDGLDATETNTCSGDIPEWAQVLEPVKKLPTNVGTRIRKCVYEALERNPPEWAKK
ILEHSISKEIYKGNASGPTKKAVLSLLADIRGGDLVQRSIKGTKKRTYISVSDVIMKKCR
AVLRGVAAADEDKVLCTLLGRKLLNSSDNDDDGLLGSPAMVSRPLDFRTIDLRLAAGAYD
GSTEAFLEDVLELWSSIRVMYADQPDCVDLVATLSEKFKSLYEAEVVPLVQKLKDYRKLE
CLSAEMKKEIKDIVVSVNKLPKAPWDEGVCKVCGVDKDDDSVLLCDTCDAEYHTYCLNPP
LIRIPDGNWYCPSCVIAKRMAQEALESYKLVRRRKGRKYQGELTRASMELTAHLADVMEE
KDYWEFSAEERILLLKLLCDELLSSSLVHQHLEQCAEAIIEMQQKLRSLSSEWKNAKMRQ
EFLTAKLAKVEPSILKEVGEPHNSSYFADQMGCDPQPQEGVGDGVTRDDETSSTAYLNKN
QGKSPLETDTQPGESHVNFGESKISSPETISSPGRHELPIADTSPLVTDNLPEKDTSETL
LKSVGRNHETHSPNSNAVELPTAHDASSQASQELQACQQDLSATSNEIQNLQQSIRSIES
QLLKQSIRRDFLGTDASGRLYWGCCFPDENPRILVDGSISLQKPVQADLIGSKVPSPFLH
TVDHGRLRLSPWTYYETETEISELVQWLHDDDLKERDLRESILWWKRLRYGDVQKEKKQA
QNLSAPVFATGLETKAAMSMEKRYGPCIKLEMETLKKRGKKTKVAEREKLCRCECLESIL
PSMIHCLICHKTFASDDEFEDHTESKCIPYSLATEEGKDISDSSKAKESLKSDYLNVKSS
AGKDVAEISNVSELDSGLIRYQEEESISPYHFEEICSKFVTKDCNRDLVKEIGLISSNGI
PTFLPSSSTHLNDSVLISAKSNKPDGGDSGDQVIFAGPETNVEGLNSESNMSFDRSVTDS
HGGPLDKPSGLGFGFSEQKNKKSSGSGLKSCCVVPQAALKRVTGKALPGFRFLKTNLLDM
DVALPEEALRPSKSHPNRRRAWRVFVKSSQSIYELVQATIVVEDMIKTEYLKNEWWYWSS
LSAAAKISTLSALSVRIFSLDAAIIYDKPITPSNPIDETKPIISLPDQKSQPVSDSQERS
SRVRRSGKKRKEPEGS
NT seq 6531 nt   +upstreamnt  +downstreamnt
atggaacccactgattctactaacgagcaactcggagacactaagaccgccgctgtcaag
gaagagagtcgctcctttctcggcatcgatctcaacgaaatccctaccggcgctactctc
ggcggtggttgcaccgctggtcaggatgacgacggcgaatatgaacctgttgaagttgtt
aggtcaattcacgataacccggacccagcccctggagcccctgccgaggttcctgaaccg
gatcgggatgcttcgtgcggcgcgtgtggaagacctgagtctatagagctcgttgtagtc
tgcgatgcctgtgagcgaggctttcatatgtcttgtgtcaacgatggagttgaggcggct
ccttccgccgattggatgtgcagcgactgtcgtactggcggcgagaggagcaaactgtgg
ccgttgggggttaagtccaagctcattctggacatgaacgcctcgccgcccagtgatgct
gagggatacggagctgaggagacgtctgattcgagaaagcatatgctcgccagcagctct
tgcattggaaactcttttgattatgcaatgatgcattcaagcttctcaagtctcggtaga
ggacatgctagtctcgaagcttcagggttaatgtctcgtaatactaaaatgagtatggat
gcattgggttcacataatctaggttttggattcccattaaacttgaacaatagtagtttg
cccatgagatttccatccttggatccaagtgagttgtttctgcaaaatctcaggcatttc
atatctgaaaggcatggagtattggaagatggctggcgtgtcgaattcagacaaccttta
aatggttatcagttatgtgcagtgtattgtgctccgaatggaaaaacatttagttcaata
caagaagttgcttgttatctgggcttggcaattaatggtaactacagctgtatggatgct
gaaatcaggaatgagaattctcttcttcaagaaagattgcatacgcccaagagaagaaag
acatcaagatggccaaacaatggtttccctgagcaaaagggtagttcagtgagtgctcaa
ctcaggcgttttccattcaatggtcagaccatgtctcctttcgccgttaaatctggtact
cattttcaggctggtggttctcttagctctggaaataatggatgcggttgtgaggaagct
aagaatggatgtccgatgcagtttgaagatttctttgttctgtcgcttggacgaattgac
ataagacagtcttaccataatgtcaacgtgatttatccaataggatataagtcctgctgg
catgacaagatcacggggtcactatttacatgtgaagtatctgatggcaattctggtccc
attttcaaggttacacggtcaccatgctcgaaatcatttattccagctggatcaactgtc
ttctcctgcccaaagattgatgaaatggtggaacagaacagtgacaaacttagtaatcgt
agagatagtactcaagagcgtgatgatgacgctagtgttgagatccttctttcggaacac
tgcccacctcttggagatgatatattgtcttgtttacgtgagaagagtttctccaagaca
gtcaattccctgcgctcagaggttgattcttctcgagtagattttgataaaaatttatcc
tatgatcaggaccatggggttgaaattggtgacattgttgtggaagaagattcattgtct
gatgcatggaaaaaagtgtctcaaaaacttgttgatgcatgttcaattgtactgaagcag
aagggtaccctgaatttcctatgtaagcatgttgacagagaaacaagtgaaatcaactgg
gataccatgaatgagaaagacaatgtaattttatcgttgtcaaaattttgctgttcgttg
gctccttgcagtgtcacgtgtggtgaaaaggataaaagcgaatttgcagcagtagttgat
gctttgtcaaggtggctcgatcaaaacagatttggacttgatgcagattttgtacaggaa
atgattgaacatatgcctggtgccgaatcatgtacgaattataggactctgaagagtaga
agttcttcttctgttcctataactgtagcggaaggagcgctagtggtcaaaccaaaaggt
ggggaaaatgtcaaggacgaagttttcggtgagatttctcggaaagccaagaagcctaaa
ctaaatggtggtcatggtgtcagaaatctacaccctcctcctgggaggccaatgtgtttg
aggctccctcctgggcttgttggtgacttccttcaggtatctgaagtgttctggcgtttc
catgaaattttgggttttgaagaggctttctcacctgaaaaccttgaacaggagcttatc
aatccagtgtttgatggtttgtttcttgataaacctgggaaagatgataagagaagtgag
attaactttactgataaggattctacagctactaaacttttttctttgttcgatgaatct
cgccaaccttttcctgcaaaaaatacctctgcttctgaactaaaggagaaaaaggcaggg
gattcttctgattttaagatttcagattcctctcgtgggtcgtgtgtgggtgcacttcta
acaagggctcacatttcgcttctgcaagtgctaatatgtgagctgcaatccaaggtagct
gcatttgttgatccaaactttgattctggcgaatcgagatccagacgaggacgaaaaaag
gatgacagtacactttctgctaaaagaaataagctgcatatgcttcctgttaatgagttc
acttggcctgaattggcccgtaggtacatcttgtctcttttatccatggatgggaacctc
gaatcagcagagattgctgcacgtgaaagtggtaaggtattccgttgcttacaaggggat
ggtggtttgctttgcggctcgcttacaggagtggctgggatggaagcagattcaatgtta
cttgcagaggctattaagaaaatatctggttcgttgacaagcgaaaatgatgttctttct
gtggaagatgatgattccgatggccttgatgctactgagacaaacacttgcagtggtgat
attccagagtgggctcaggttttggaacctgtgaaaaagcttccaacaaatgttgggact
agaatcagaaagtgtgtctatgaagctttagagagaaatccaccagagtgggcaaagaag
atattggagcattctatcagtaaagaaatatataaaggcaatgcatcaggaccaacaaag
aaagctgtcctctcattgctagcggatattcgaggtggagacttggtgcagaggtctatt
aaaggaaccaaaaagcggacatatataagtgtatctgatgtcattatgaagaaatgccgt
gctgtattgcgtggtgttgcagctgcagacgaggataaagtcctttgcactttactggga
agaaagttactgaattccagtgataatgatgatgacgggctcctgggatcacctgcaatg
gtttcgcgtcccttagacttcagaactattgatttgaggttggctgctggtgcgtatgac
ggatcaactgaagcttttcttgaagatgttcttgagctgtggagtagtatacgtgttatg
tatgcagatcagcccgattgtgtggacctggttgcaacattgtctgaaaaattcaagtcg
ttatacgaggctgaggttgtaccacttgttcagaaacttaaggactacaggaaattggaa
tgcctaagtgcagagatgaagaaggaaattaaggacatagttgtttcagtaaataagctt
cccaaggccccgtgggatgagggggtatgtaaagtatgtggcgttgacaaagatgatgac
agtgttctcttgtgtgatacatgcgatgctgagtatcacacatattgtttaaatccacct
cttattagaattcctgatggaaattggtattgtccatcttgtgtcattgccaagcgcatg
gctcaagaggctttggaatcttacaaactagttaggcggcggaaaggtagaaagtatcag
ggggaactcacccgagcttctatggaactgactgctcacctggcagatgtgatggaagaa
aaggactactgggagtttagtgctgaggagagaatcttgctgcttaagcttctatgcgat
gaactgcttagttcatctcttgtccatcaacaccttgagcagtgtgccgaagcaataatt
gaaatgcagcagaagttacgctctctttcctcagaatggaaaaacgcaaaaatgcggcaa
gaattcctgacggctaaactggcaaaggttgaaccgagtattctgaaggaagtgggcgaa
ccacataattcaagctactttgcagaccaaatgggatgtgatccacaaccacaggagggc
gttggagacggagttactcgtgatgatgagacttcctctactgcatatcttaacaagaat
caaggtaaatctccacttgaaaccgatactcaacccggagagtcgcatgttaatttcggt
gagagcaaaatttcctccccggaaacaatatcatcccctgggaggcatgagctacctata
gcagatacctctcctcttgtaacagataatctgcctgaaaaagatacctcggagaccttg
cttaagtcagttggaaggaatcatgaaacacattcaccaaattccaatgcagtagaattg
ccgacagctcatgatgcatcttctcaggcttcccaagagttgcaggcttgtcagcaggat
ttgagtgccactagtaatgaaattcagaatcttcagcaatcaattagaagcatagaatca
cagcttctaaagcaatctatacggagagattttctgggaaccgatgctagtggtcggtta
tattggggttgctgcttcccagatgaaaatcctcgtatattggttgatggaagcatatct
ttgcagaaacctgttcaagccgatttgataggttcaaaagtcccctctccgtttctccat
accgttgaccatggaagactaaggctttcaccctggacgtattatgaaactgaaaccgag
atcagtgagcttgtccaatggcttcatgatgatgatctgaaagaaagagacctgagagag
tctattttgtggtggaaaaggttacgatatggagacgttcaaaaggaaaagaaacaagct
cagaatttatctgctccggtatttgctacgggtcttgagaccaaggctgccatgtcaatg
gagaagagatatggtccatgcatcaaactggagatggaaaccttaaaaaaacgggggaag
aagacaaaggttgcagagcgagagaaattgtgtagatgcgaatgcttggaatccattttg
ccatctatgattcactgcctcatatgccataaaacattcgcaagtgatgatgagtttgag
gatcacactgagagtaagtgtattccttattcattagcaactgaagaaggcaaggacatc
tctgattcttcaaaagccaaagaaagtctgaaatccgattatcttaatgtaaagtctagt
gccggcaaagatgtagctgaaatatccaatgtttctgaacttgattctgggttgataaga
tatcaagaagaagaatctatttccccataccattttgaggagatctgttccaagtttgtg
acaaaggattgcaacagagatttggttaaagagatcggtctgatcagttcaaatggcatt
ccaacatttcttccatcgtcatctactcatcttaacgactccgtgctcatctctgccaaa
tccaataagccagatggtggtgattcaggggatcaggtcatttttgctggtcctgaaacc
aatgttgaaggcttaaattctgaatctaacatgtcattcgatagatctgtcacagacagt
cacgggggtccactggataaaccaagtggactgggttttggcttctcagagcaaaagaat
aagaaatcttcaggtagtgggttgaaaagctgctgtgtggttccacaggctgctttgaaa
cgagtaactggcaaagctttgccgggtttcaggttcctgaaaaccaacttgcttgatatg
gatgtagcactgcctgaagaagctttaagaccatcgaaatcacatccaaaccgtagaaga
gcttggcgtgtatttgttaaatcgtcgcaaagtatatacgagttggttcaggcaacaatt
gtggtagaagatatgattaagacagagtacttgaaaaatgaatggtggtactggtcttct
ctttcagcggctgctaaaatctcgactctctcagcgttatccgtccgtatcttctccctc
gacgctgctatcatttatgataaacccataactccatcaaatcctatcgatgaaacaaag
ccgatcatcagcttaccggaccaaaagtcacagccggtttcggattctcaagaaagaagc
agcagagttagaagatctggcaagaaaaggaaagaacccgagggatcctag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (38)   
   KEGG ORTHOLOGY (1)   
   RefGene (32)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (4)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (59)   

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