Silene latifolia (white campion): 141653429
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Entry
141653429 CDS
T11116
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
slaf Silene latifolia (white campion)
Pathway
slaf00310
Lysine degradation
slaf01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
slaf00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
141653429
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
slaf03036
]
141653429
Enzymes [BR:
slaf01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.355 [histone H3]-lysine9 N-trimethyltransferase
141653429
Chromosome and associated proteins [BR:
slaf03036
]
Eukaryotic type
Histone modification proteins
HDAC complexes
REST complex
141653429
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
141653429
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
SAD_SRA
SET
Pre-SET
Motif
Other DBs
NCBI-GeneID:
141653429
NCBI-ProteinID:
XP_074317294
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All DBs
Position
4:complement(36769234..36783547)
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AA seq
935 aa
AA seq
DB search
MGSIMGEEKHMKFSGSSLLMPSQKYKRRKVLGVREFPSGCGPNAQPLCMQSKVKEIQGVD
GLNNGSCGEKREGLHEAERKRAVEPTAKDSGVVKLKASSLVTCGKVECKNVKSDKKPNTL
EEIQIAAEKHIVTGETHDLSDELMEVRLQFPTTLKDSSVVDPKKLADVTDNSWGEEGTRV
DHSLFPHYPISPTLVGKEQIYPPPRRVSAVRNFPVGSSCNIYVKSNYTHAKHLEADKGVT
REINMQAPMLNNNDEQRMQDIALSVYGEKHESNLMKDTDMNEKSVCVSSNIKLQGESIGD
FVFEKGVIVQGLMCEASSPWNQIKGPAKLSLFCVSKKSKGKNLDYDAQEPCLIKCEDNAE
SMLIVPCVKDMEADEVSRPLGFKDNQESSENVEHNDLQLLPDPHNCDSSSPFSVAGSSNE
RVARSNVRETLKLFQALVRKLLQGQETKSKDKGKASKRIDLAAAGLLKEKGKYINTQKVI
GEVPGVEVGDFFSYRIELAIIGIHGPLQSGIDTKREGKNYLAISVVASGGYDNDVDNSDV
LIYTGQGGNPVGADKHPEDQKLERGNLALKNCIDAKNPVRVVRGFKEAKPGDNGPKMLAT
YTYDGLYTVERYWQDLGHHKNVVYKFELKRIPGQRQLVWKEMKQFKKCKVREGCCVDDIS
KGKDKPPICAINTVDDETPPPFTYITSMMYPDWCRPLPRTGCNCKDGCSDSDHCSCAVKN
GGEIPYNLSGAIVLAKPLVYECGSTCSCPPSCPNRVSQHGIKLPLEIFKTKSRGWGVRCH
SSISSGSFICEYIGELLEDKQAEQRAGSDEYLFDIGQNYDDTTFKDKLSDLMPNMPSISS
DVVENGFTIDARSYGNIGRFINHSCSPNLYAQNVLYDHDDKRIPHIMLFASDNIPPLQEL
TYHYNYTIDQVFDSNGNIKKKDCYCGAADCSGRMY
NT seq
2808 nt
NT seq
+upstream
nt +downstream
nt
atgggctcgataatgggtgaagaaaagcatatgaagttcagtggttcttctttgttgatg
ccctctcagaaatataagaggcgaaaagtattgggtgttcgtgaatttccttctgggtgt
ggcccaaatgctcaaccattatgtatgcaaagcaaagtaaaggagatccaaggggttgat
gggctaaataatgggagttgtggggaaaagagagaaggtcttcatgaagcagagaggaaa
agagctgtggaaccaacggcgaaggattctggtgtagttaagttgaaggcatcgagcttg
gttacctgtggcaaggtcgagtgtaaaaatgtgaaatcagataagaagcctaatacactt
gaagagattcaaattgctgcggaaaaacacattgtgacaggcgaaacacatgatttatct
gatgagttgatggaagttagattgcagtttccaactacattgaaggattccagtgtagtt
gatcccaagaagcttgctgatgtcactgataacagttggggtgaggaggggactagagta
gaccatagcctattcccacattatccaatttctccgactcttgtcgggaaggaacaaata
tatccacctcctagaagagtgtctgcagttcgtaatttcccggttggctctagttgtaat
atttatgtgaaaagcaattacacacatgcgaagcatttagaggctgataaaggggttacc
cgggagataaacatgcaagcacctatgttaaataacaatgatgagcagcgtatgcaagat
atagcactatcagtgtatggtgaaaaacatgagagtaatctcatgaaggatacagatatg
aacgaaaagtcggtttgtgtttctagtaacattaaacttcagggagaaagcattggtgat
tttgtctttgaaaagggcgtcattgtccaaggtctaatgtgtgaagcttcttctccgtgg
aatcaaattaaggggccagctaaattgagcctgttttgtgtttcaaaaaaaagcaaggga
aagaaccttgattatgatgcacaagaaccttgtcttattaagtgtgaagacaatgcagaa
tctatgttgattgtaccttgtgtcaaggacatggaggcagatgaggtttctcgaccattg
ggcttcaaagataatcaggagtcttctgagaatgtggaacataatgacttacagcttctt
cctgatccacataattgcgattcttcatcccctttttccgttgctggttcttcaaatgaa
agagttgctcgtagcaatgttcgagagaccttaaaattatttcaggcacttgtcaggaag
ctacttcaaggacaagaaacaaagtctaaagacaagggaaaagctagtaaaaggatagat
ctagccgctgcaggtcttctgaaggaaaaagggaaatatattaacacacaaaaagtaata
ggagaggttcctggagtagaagtcggtgatttttttagctatcgcatagaacttgcaatt
atcgggattcacggtccacttcagagtggtatagacactaagagggaaggtaagaattat
cttgctataagtgtagtggcttccggaggatatgacaatgacgtcgataactctgatgtc
ttgatatatacgggtcaaggcggaaatccagtgggtgctgataagcatcccgaagatcaa
aaacttgaacgaggaaatctagccttgaagaattgcattgatgcaaagaatccagtaagg
gtagttagaggctttaaagaggcaaagccaggcgataatgggcctaaaatgcttgccaca
tacacttatgatggattgtatactgttgaaagatactggcaagatcttgggcatcataaa
aatgtggtctataagtttgagttgaaaagaattcccggtcaacgacagctcgtttggaag
gagatgaagcaattcaaaaagtgcaaagtgcgcgaaggatgttgtgtagatgacatttca
aaaggcaaagataaaccccctatttgtgctatcaataccgtagatgacgagacacctcca
ccgtttacctatattactagcatgatgtaccctgactggtgtcggcctctgcctcgtacg
ggctgtaattgcaaggacggatgttccgattctgaccattgctcgtgtgctgtcaagaat
ggaggggagattccttacaatttaagtggggcaatagtcttagcaaagcctcttgtttat
gaatgtggttctacttgcagttgtcctccatcttgtcccaatagagttagccaacatggt
atcaaactgcctcttgagatcttcaaaactaagtctagggggtggggtgttagatgccat
tcttctatttcatccggtagcttcatatgtgaatatattggagagctattggaggacaag
caagctgaacaaagagcgggtagtgatgaatatctgtttgatattggccagaactatgat
gatacaactttcaaggataaactttcggatctcatgcctaacatgccttcaatttccagt
gatgttgtagaaaatggttttactattgatgctagaagctatgggaatattgggaggttt
atcaatcatagttgttctcctaatctttatgcgcaaaacgtcctttatgatcacgatgac
aagagaattcctcacataatgttgtttgcttccgataatatacccccgctgcaagagctg
acttatcattacaattatactattgatcaagtttttgactccaatggaaatatcaagaaa
aaggattgttattgtggcgcagctgattgcagcggtcggatgtattga
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