Mercurialis annua (annual mercury): 126677428
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Entry
126677428 CDS
T10153
Name
(RefSeq) histone-lysine N-methyltransferase, H3 lysine-9 specific SUVH6-like
KO
K11420
[histone H3]-lysine9 N-trimethyltransferase EHMT [EC:
2.1.1.355
]
Organism
mean Mercurialis annua (annual mercury)
Pathway
mean00310
Lysine degradation
mean01100
Metabolic pathways
Brite
Enzymes [BR:
mean01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.355 [histone H3]-lysine9 N-trimethyltransferase
126677428
Chromosome and associated proteins [BR:
mean03036
]
Eukaryotic type
Histone modification proteins
HDAC complexes
REST complex
126677428
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
126677428
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Other DBs
NCBI-GeneID:
126677428
NCBI-ProteinID:
XP_050227989
LinkDB
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Position
LG4:complement(33138779..33143502)
Genome browser
AA seq
1009 aa
AA seq
DB search
MGFAENTLHTESVRVNSRRLPMEIDHNTDVNGSLPKYKRRKVSAVRDFPVGCGPSRNIAT
FEVPVSEPVVALSNPVDVEIIKSPGHETVDVKKDSCNGDVSAPVENVMPQIYPPQYSPSR
TVSECETVDVQKDSCNGDVSAPVENVMPQIYPPQYSPSRTVSERETVDVQKNSCNGDVSA
PVENVMPQIYPPQYPPRSTVSECETVDVQKDFCNGDVSAPVENVMPQIYPPQYPPRRTVS
AVRDFPSFCGRNAVCILESADVLASEERKNSDQEMLGVEGYMSTAAQEMGQGVQNGNADE
HEVEGKVSSLSRLNVQANSARTGFKDMRKQDEFGATPENEQGMKSPKESTQHHRGKRSIG
DSESIDCLEPVLSSIVVLGLRASGNGPLLKENEAHYSCNLASGTDKNNWKKSDLVLQEQP
KASVRIKKNNGENFGGTYKMNTKKELEKLKIKKSSFPSSKAHLEQGEGSDKFQLVRRSHV
IDVTLSPSCPSSSSGKGDGNDASVTRRKVMEILRLFQHIYRKLVKEGETQLTHIKRPDCK
AAGIIKSEGKYVNTNKIIGSVPGVEIGDEFQYRVELNMIGLHRPTQGGIDFVKEGASILA
VSIVASGGYDDDMDDSDVLIYTGQGGNVMVGKKEPEDQKLERGNLALKNSVDAKNPVRVI
RGDTKASESSGAKRTYIYDGLYLVDKFWQEMGPHGKLIFKFRLVRIPGQAELSWKVVKKS
KIFKVREGLCMDDISKGREKIPICAVNTVDDEKLPLFEYITHVVCPDWCCPDPPKGCGCT
NGCSEIAKCSCVAKNGGEIPYNHSGAIVEAKTLVYECGPFCKCPPSCYNRVTQHGIQFQL
EVFKTEARGWGVRSLNSIPSGSFICEYVGELLQEAEAEQRTGNDEYLFDIGNNSSDVWDG
LSNIKSETHSSSSEVVGEGGFTIDAAKYGNVGRFINHSCSPNLYAQNVLYDHEDKRIPHI
MMFAVFNIPPLQELTYHYNYAIDQVFDSDGNIKKKSCYCGSSECTGRMY
NT seq
3030 nt
NT seq
+upstream
nt +downstream
nt
atggggtttgcagaaaatacattgcacacagagtcagtaagggttaattccagaaggctg
ccaatggagattgaccataatactgatgtaaatggcagtcttcctaagtataagcggcgc
aaagtttcagctgttagggattttcctgttggttgcggaccttccagaaacatagctact
tttgaagtgccagtttcggaaccagtggtcgctttgagcaatccggtggatgttgaaata
ataaaatctccgggacatgaaacggttgatgtgaaaaaggattcttgcaatggggatgtt
agtgctcctgtggaaaatgtgatgccacaaatatatcctcctcaatattctcctagtagg
acagtttcagaatgtgaaacagttgatgtgcaaaaggattcttgcaatggggatgttagt
gctcccgtggaaaatgtgatgccacaaatatatcctcctcaatattctcctagtaggaca
gtttcagaacgtgaaacagttgatgtgcaaaagaattcttgcaatggggatgttagtgct
cccgtggaaaatgtgatgccacaaatatatcctcctcaatatcctcctaggagtacagtt
tcagaatgtgaaacagttgatgtgcaaaaggatttttgcaatggggatgttagtgctccc
gtggaaaatgtgatgccacaaatatatcctcctcaatatcctcctaggaggacagtttca
gctgttagagactttccttcgttttgtggaagaaatgccgtctgtattctggagagtgca
gatgtgcttgcttccgaggagcgcaagaattcagatcaagaaatgttgggtgttgaaggt
tatatgagtactgctgcgcaagaaatgggacagggtgttcagaatggaaatgctgatgag
cacgaggtcgagggaaaagtttctagtttatccaggcttaatgttcaagctaattcggca
aggacaggctttaaagatatgaggaagcaagatgagtttggtgctactcctgagaatgag
cagggtatgaaatctccaaaagaaagcacacaacatcatcgaggaaagaggagcattgga
gattcagagagtattgattgtttggagcctgtattaagcagcatagttgtgttgggtctt
agggcttcaggaaatggtcctttgctgaaggagaatgaagctcattatagttgcaacctg
gctagtggtaccgataaaaacaattggaagaaaagtgatcttgttctgcaagagcaaccc
aaagcttctgtcaggataaagaagaataatggagagaactttggaggaacatataaaatg
aatacgaagaaagagcttgaaaaattaaagattaagaagagttcatttcctagcagtaag
gctcatcttgaacagggtgagggatctgataagtttcaattggttagaagatcgcatgtt
attgatgtgacactttctccttcctgtcccagcagttcaagtggcaaaggtgatggaaat
gatgcatctgtcactagaaggaaagttatggaaatactacgtttattccagcatatctat
aggaagcttgttaaagaaggtgagacacagctgacgcatattaagaggcctgattgtaag
gcagcaggtattattaaaagcgaaggtaagtatgtcaatacaaacaaaatcatcggatca
gttccaggcgttgagattggtgatgaatttcaatacagggtggagcttaatatgattggt
cttcatcgtccaactcagggaggtatagattttgtgaaggaaggtgcaagtattcttgcc
gtgagcattgtcgcatctggtggttatgatgatgacatggatgattcagatgtcttgata
tatacaggtcaaggagggaacgtgatggtaggaaaaaaggaaccggaagaccaaaagctt
gaacgaggtaatcttgctctaaagaatagtgtggatgcaaaaaatcccgtgagggtaatc
cgtggtgatacaaaagcatctgaatcttctggtgcaaaaaggacatatatctatgatggc
ctgtatttggtggataagttttggcaggaaatggggccgcatggaaaactgatctttaag
ttcaggttggttcggattccaggacaagcagaactttcttggaaagtggtgaagaagtcc
aaaatatttaaagtgcgtgagggtctttgcatggatgatatctcaaaagggagagagaaa
attcctatttgtgctgtaaacactgtagatgatgagaagcttccattatttgaatacatt
acccatgtggtgtgtcctgattggtgctgccctgatcctcccaagggttgtggttgcact
aatggatgttctgagattgcaaaatgctcttgtgtggcaaagaacggaggagagatccca
tataaccacagtggggctattgttgaagcaaagactttggtttatgagtgtggccctttt
tgcaagtgtcctccctcttgctacaacagagtcactcagcatggtatccagtttcagctt
gaagtttttaaaactgaagcaaggggttggggtgtgagatcattaaattcaatcccttct
ggaagttttatctgtgagtatgtaggagagcttcttcaggaggcagaagctgagcaacga
actggtaatgatgaatatttatttgatattggaaataactccagtgacgtatgggatgga
ctctcaaacatcaaatctgagacacattcaagttcttctgaagttgtgggggaaggtggc
ttcacgattgatgcagcaaagtatggcaatgtggggagatttatcaaccacagctgttca
cctaatctctatgcacaaaatgttctttacgatcatgaggacaagagaatccctcacata
atgatgtttgctgtttttaatattcctcccttgcaagagctaacttaccattacaattat
gcaatagatcaggtttttgattctgatggcaatattaagaagaagagttgctactgtggt
tcttcagagtgcacagggaggatgtattga
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