Ostrea edulis (European flat oyster): 125646988
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Entry
125646988 CDS
T09123
Name
(RefSeq) histone-lysine N-methyltransferase SETDB1-B-like isoform X1
KO
K11421
[histone H3]-N6,N6-dimethyl-lysine9 N-methyltransferase [EC:
2.1.1.366
]
Organism
oed
Ostrea edulis (European flat oyster)
Pathway
oed00310
Lysine degradation
oed01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
oed00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
125646988
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
oed03036
]
125646988
Enzymes [BR:
oed01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.366 [histone H3]-N6,N6-dimethyl-lysine9 N-methyltransferase
125646988
Chromosome and associated proteins [BR:
oed03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
125646988
Heterochromatin formation proteins
Other heterochromatin formation proteins
125646988
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Tudor_4
Tudor_5
Pre-SET
SET
MBD
DUF5604
BSP_II
Chromo_MORC2_6th
SGF29_Tudor
PSA_CBD
Motif
Other DBs
NCBI-GeneID:
125646988
NCBI-ProteinID:
XP_055997002
LinkDB
All DBs
Position
6:83594878..83656096
Genome browser
AA seq
1296 aa
AA seq
DB search
MDTTSNPTTNAEMPPPQTKEVIKNDKAVVEILDSDSDGDEPIYKFNFDIEDLIASTLNEF
GDPEKNEESPKITQALTDLSGQIKGIERKQKEIEKIFSNCEERLRIYQQELEEADKEEIS
DEESSVRLKEVAAEMEAREAAEANAKNEETDSDDDVQFIASSFDPEVAAKNKRLQVLKIP
PGSNQKCSSPTLANLRQALTGAINDSINQQQQGSSTQPSTKSSSVLSSAQTRVAYHELAL
DVKVGSKVLGKKHNDIWYKGTVADMTDEQDVANRDYTVKFDGKGKKTLRALNCAFKDPLS
KPVAVGTRVVALYKDEESMASFYAGIVAETPNQRNAYRYLIFFDDGYAQYSRSDDIHKVL
AQSLNVWEDIHQDSQEFIKDYLKQYPERPMVRLNKGQTVRTEWNGKWWTAKVEEVDSSLA
KMYFLADKRIEWIYRGSTRLEPLFTALSNANKATGKMRRTNMPTNKKHVVEYTRGNSEDG
NLQQSNQAGPKMMKNQGSPSPAPLSVPKAPTPSPSGPVKKRSVARKSTTGSSQSNQSNTG
SSQSNLSNLLSQEKEVEAQATKWEGPWLKLNKRHSSVNASGATTKQSREIYSASSISSNK
TGTDMASVLQERLSKVAKDEIPEEESFGERLESNTCIPVKDQIRKMFTPHLCGPQCLQED
DPEKYKGTNPLLIPLLCGWERQVCKIKPAYRRIVLYRAPCARRLRSMDEVDYFLELTDSS
LTIDLFCFDPQLHVHKEFVPVKTFCDIKDLSYGKENVPISCVNAIDRLYPDYVEYSNVRI
PTKGVKLNLDQEFLVCCDCTDNCRDKSKCACQQMTVESTSVSGGKTNPEAGYQYRRLQEP
IVTGIYECNSKCKCDNRCVNRVAQNPLTVRLQVFKTEKRGWGLRCLDDIPTGGFICIYAG
QLLTEQGANTDGQQYGDEYLAELDYMEVVEGFKEGYESSADPDEGLGENSDEEEEEEEEE
SEDEEHNDSNSDSDYDGKVRSTSSSQDNPHHTREMRTLRKNRIAIRGTRTKKQQGSTETK
EENKKEACKLVLRRDSSRSTDHEEWTVKFGIPGENSQQTNDVILINDDDDEEDHQIQPPT
NDAKLLKSASNDSLDSDSLPDLDEDMSTQKSVKKELIREKPVLDQGHAKVTQTFTARRST
TSRFKNLPDPKRKFHLDEHRDGEGGDEEPVHRGTRWYYQDGQACYIMDAKSQGNIGRYLN
EVSHYDDVEYYLNVCFPIETREIYRYLNHSCNPNVFVQNVFADTHDLRFPWVAFFTLQYV
RAGTELTWDYNYEVGSVAGKVLYCYCGSSECRGRLL
NT seq
3891 nt
NT seq
+upstream
nt +downstream
nt
atggatacaacttcaaatccaaccacaaatgcagaaatgccaccacctcagaccaaagag
gttataaaaaatgacaaagctgtagtggagattttggattctgattctgatggtgatgaa
cccatctataagttcaattttgacattgaggatctaattgcatctacgctaaacgagttt
ggagatccagagaaaaatgaagaatcgccaaaaattacccaagcactcactgatcttagt
ggacagattaagggaattgagagaaaacagaaggaaattgaaaagatctttagtaattgt
gaggaaagattaagaatttatcaacaagagctggaggaggcagataaagaggaaataagt
gatgaagaatcaagtgtgaggttgaaagaagtggcagctgagatggaagcgagggaggct
gctgaagccaatgctaagaatgaagaaactgactcagacgatgatgtccaattcatcgct
tcttcctttgatccagaagttgcggctaaaaataagagacttcaagtgttgaaaattcca
ccaggctctaaccagaaatgttcttctccaactctggctaacctgagacaggctttgaca
ggtgcaattaacgattccatcaatcagcaacagcaggggagcagcactcagccctcaaca
aagagttcgtcagtactatccagtgcacagactagggtggcatatcatgagctggcatta
gatgttaaggtgggaagcaaggtgcttggaaagaaacacaatgacatttggtacaaaggt
acagtggcggacatgacagatgagcaggacgtggctaatagggattacactgtgaagttt
gatggcaaaggaaagaagacactgagggctctaaactgcgcttttaaggacccactgagt
aagccagtggccgtgggaaccagggtggtcgcactctacaaggatgaagagtcgatggcc
tcgttctacgctggaattgtcgctgaaacccccaaccagagaaatgcttacagatacctg
atattctttgatgatggctatgctcaatattcacggtcagacgacatccataaagtattg
gctcagagtttgaatgtttgggaagatatccatcaggattctcaggaatttatcaaagat
tacctcaaacagtacccagaaagaccaatggtcagactgaacaagggtcaaacagtgaga
acagaatggaatggaaaatggtggactgcgaaggtggaggaagtggattccagtttggcc
aagatgtatttcctggcggataaaaggatagaatggatctacaggggttcaacaaggctg
gaacctctgtttactgctctgtccaatgcaaacaaagccacaggtaaaatgagacgtaca
aacatgcctaccaataaaaaacatgtggtggagtataccaggggaaattcggaggatgga
aacctacagcagagtaaccaagcaggcccaaagatgatgaagaatcagggtagtccatca
ccagctcctctttctgtgccaaaggccccaactcctagtccttcaggcccagtgaagaag
agatcagtggcccggaagagtaccacagggtccagccaatcaaatcagtccaacacaggg
tccagccaatcaaatctgtccaatcttctcagccaggagaaggaggtggaggctcaggca
acaaagtgggagggtccttggttgaaattaaataaacgacactcatctgtcaacgccagt
ggtgccactactaaacagtcgagggaaatatactctgccagcagcataagtagtaacaaa
acgggaacagacatggccagtgtgctgcaagagagattgtctaaagtggccaaggacgaa
attccagaggaagaatcatttggagagagactggaatcaaatacatgtatacctgtaaag
gaccaaatcagaaaaatgttcacacctcatttatgtggaccccaatgtctccaggaggat
gacccagagaagtacaagggaactaaccccctcttaattcctctgctgtgtggctgggaa
agacaagtatgtaaaatcaagccagcgtataggagaattgtgttgtatcgagccccttgt
gcccggcgactacgcagcatggatgaagtggactactttctggagctgaccgacagcagt
ctaaccattgatcttttctgctttgatccacagctccatgtccataaggagtttgtaccg
gtcaagacattctgtgacattaaggacttgtcttatggcaaggagaatgtccctatatcc
tgcgtgaatgccatagacagattatatccagactatgtggagtattccaatgtccggatc
ccaacaaagggagtcaaactgaacctggatcaggaattcttggtctgctgtgactgcacg
gacaattgtagggataaatctaagtgtgcctgtcaacaaatgacggtagaatccacctcc
gtgtcgggcgggaaaactaatcctgaggctggttatcagtacaggcgacttcaggagccc
atagtaacaggcatctatgaatgcaattccaagtgtaaatgtgacaatcgctgtgtgaac
agagtggcccagaatcccctcacagtcagactgcaggtgttcaaaacagagaagagaggc
tggggtttgagatgtctggatgatattccaactgggggatttatctgtatctatgctgga
caactgctgacagagcagggagcaaacacagatgggcagcagtatggagatgaatacctg
gctgagttagactacatggaggtggtggagggatttaaggaggggtatgagagtagtgca
gatccggatgaggggcttggagaaaatagcgatgaagaggaagaggaagaagaggaagaa
agtgaggatgaggagcacaatgacagtaactcagacagtgattatgatggaaaagtgaga
agcacatccagctcacaagacaacccccaccataccagagaaatgaggactttaaggaag
aatagaatagccatacggggaacaaggactaaaaaacaacagggaagcacagagacaaaa
gaagaaaacaagaaggaagcttgtaaactggttctccggcgggattcttcaaggtccaca
gatcacgaggaatggaccgtcaagtttgggatcccaggtgagaattcccagcagacaaac
gatgtcatcttgattaacgatgatgacgatgaggaggaccatcaaatccaaccccccact
aacgatgccaagttgttaaagtctgcctccaacgactccctggactcggattcactgccg
gatctggacgaggacatgtccactcagaaatccgtgaaaaaggaattgatacgggagaaa
ccagttttggatcaaggtcacgccaaagtaactcaaacatttacagctcgcaggagtacc
acctcacggtttaagaatttgccggatcccaaacgtaaatttcacttggatgagcacaga
gatggagaagggggagatgaagagccagtccatcgaggaactaggtggtattatcaagat
ggacaagcctgttacataatggatgccaaatctcagggcaatataggaagatatcttaat
gaagtcagccattatgacgatgtagagtactaccttaatgtgtgttttcctattgagact
agggaaatatatagatatcttaatcatagctgtaaccccaatgtctttgtacagaatgta
tttgctgacacacatgatctcaggtttccatgggtggccttcttcaccttgcagtacgtg
agagctggaactgagctgacctgggactataactatgaggtgggcagtgtagctggtaag
gtcctctactgttactgtggctcctcggagtgccgcggcaggctgttgtaa
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