Clupea harengus (Atlantic herring): 105890033
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Entry
105890033 CDS
T09045
Symbol
ehmt1a
Name
(RefSeq) histone-lysine N-methyltransferase EHMT1a isoform X2
KO
K11420
[histone H3]-lysine9 N-trimethyltransferase EHMT [EC:
2.1.1.355
]
Organism
char
Clupea harengus (Atlantic herring)
Pathway
char00310
Lysine degradation
char01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
char00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
105890033 (ehmt1a)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
char03036
]
105890033 (ehmt1a)
Enzymes [BR:
char01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.355 [histone H3]-lysine9 N-trimethyltransferase
105890033 (ehmt1a)
Chromosome and associated proteins [BR:
char03036
]
Eukaryotic type
Histone modification proteins
HDAC complexes
REST complex
105890033 (ehmt1a)
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
105890033 (ehmt1a)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Ank
Ank_2
Ank_4
EHMT1-2_CRR
Ank_3
Ank_5
SET
Pre-SET
Ank_KRIT1
ANK_LRRK2
Motif
Other DBs
NCBI-GeneID:
105890033
NCBI-ProteinID:
XP_012671453
Ensembl:
ENSCHAG00000015331
UniProt:
A0A6P3VGV9
LinkDB
All DBs
Position
7:7897426..7909319
Genome browser
AA seq
1089 aa
AA seq
DB search
MKAIARGRGAGITRHGDAPRRGRKPKRKLEAGTHQTTLVVGGVGGHTLLCQKPDGTVPQE
AAVFASNALQLNKQYGASPEKTPGLAPGGLLPGYASKSLSATAAPKGEGSVGSQERSHFG
DPSSGKSRFAWKSMVKSAPAPNVPQMLNKDKSLAAAAAAAVRDEETPLHIKLPLSKKPST
VPRTVSRKKKRKMGTYNFVNKKKTKVVRRAPQPLFTSQESLNMNGAPDRGVEEAEAETAA
QDRGDPARAATPLGRGTEVFADESRPKDTQQEVTRGIEMYTEFPLHSLDLKGQEDIFTSM
QSGLSDGPDAMETDAMLELPLCCCRMEAPKSQEILTLSEGKCMAVESVDGQLSLCRKNIQ
KQEMMRPSIRIPLLVLCEDHRAGMVKHQSCPRCGFYCRAGTFMECQPDGNISHRFHRDCA
SVILGQIYCPHCGEDASQAQEVTVAKPDAMFIMPTATTLQNKTDLSLKGSKIGPYAASPS
KSKTGAVAAEAEAGTTKETLEGILEALDEQTTSRYKKAQYPPAQLLTSATQGDLQSVMQM
LVEGADPNRTLDSTKRQTPLHVAAGGGHIEICHMFVQAGANLDMCDEGQRTPLMYACENN
HLETVKYLLKAGAASNQKDLRGSTCLHLAAKMGHYSIMQHLLTVASLDVNCQDDGGWTPI
TWAIEYKHKDHVHLLLSKGADVHVRDTEENICLHWAAFSGSDDIAQLLLETGSDLHAANI
YGDSPLHIAVREKQLDCVMLFLSRGADVNLRNRDGDTPLDCCLPNSKLWTILNTNKKLTD
ARKCRDNQGERILTKDISRGYEAVPISCVNGVDHEPFPSNFKYVPENCCTSQMNIDENIT
HLQHCKCKEDCSSNNCICGQLSVRCWYDKESRLLPEFSREDPPFLFECNHACSCWRSCRN
RVVQNGLRTRLQVFRTEQMGWGVKALQDIPEGSFVCEYVGEIITDKEANTRGNDSFLFNL
DNKVGDAYCIDAQFYGNVARFLNHLCEPNLFPVRVFTKHQDLRFPRVALFACRHIRVGEE
LGFDYGEHFWKVKSKYLSCQCRSPKCSYAALALSQGQVSLPRKTPGPPPSDLLSHAQTAS
PANLPAIKP
NT seq
3270 nt
NT seq
+upstream
nt +downstream
nt
atgaaagccatagccagaggacgtggtgcaggtattaccaggcatggggatgctcccaga
aggggtagaaagccaaagaggaagctggaagcaggcactcaccagaccactctagtggta
ggaggggtgggcggtcacaccctcctttgccaaaaacctgatggcacggttcctcaggaa
gcagccgtctttgctagtaatgccctccagctcaacaaacagtatggggcaagccctgaa
aagaccccaggattggctccaggggggttgttgccgggatatgcatctaaatccctctcc
gccacagctgcacctaaaggggagggtagtgtgggaagccaggagcgtagtcattttggc
gatccctcttcgggaaagagccgcttcgcctggaagtccatggtgaaatcggcccctgct
cctaatgtaccacagatgttgaataaagacaaatcattagcagcagcagcagcagcagca
gtaagagatgaagagacgccattgcacatcaagctacctctgagtaagaagccatctaca
gtgcccagaacagtctcaaggaaaaagaaaagaaaaatgggaacttacaactttgtcaac
aagaagaaaactaaggtggtgaggagagcaccccaacccttgttcacatctcaggaaagc
ttgaatatgaatggcgccccagacagaggtgtggaagaagcagaagcagaaacagctgct
caagaccgaggagacccggcccgtgcagccacccctctagggagaggaacggaagtgttt
gcagacgagtcgcgcccaaaagacactcagcaggaggtgaccagagggattgaaatgtac
acggagttccctctgcactcgctagacctgaaggggcaggaggacatcttcacctcaatg
cagtcaggtttgtcagatggcccggacgccatggagacagatgccatgctggagctcccg
ctgtgctgctgccgcatggaggcccctaagagccaggagatcctcacactgtccgagggc
aagtgcatggcagtagagagtgtggatggacagctcagtctctgcagaaaaaacatccag
aagcaggagatgatgcggccctccatccggatcccgctgctggtgttgtgtgaggaccac
cgagctggcatggtcaagcaccagagctgcccccgctgcggcttctactgccgggcgggg
accttcatggaatgccagcctgatggcaacatctctcaccggttccaccgcgactgtgcc
tcagtcatactggggcagatctactgcccacactgtggggaggacgccagccaggcgcag
gaagtcaccgtcgccaagccagacgcgatgtttattatgccaacagcgaccacgctccaa
aacaagacggatctttcgctgaaggggtctaagatcgggccgtacgcagcgtcccccagt
aaatccaaaaccggagcggtggccgcggaggcagaggcggggaccaccaaagagacgctg
gagggcatcctggaagcactggatgagcaaacaacttcaagatataagaaggcacaatat
cctccagcacagcttttaacctctgctacgcaaggagacctgcagtcagtcatgcagatg
ctggttgaaggggcagaccccaatcgaacattggacagcaccaagaggcagacacccctg
catgttgcggcagggggaggccatattgagatctgccacatgtttgttcaggctggtgcc
aatctcgacatgtgtgacgaaggtcagagaaccccactgatgtatgcgtgcgagaacaat
cacctggaaacggttaaatacctgctcaaagcaggagcagccagtaaccagaaggactta
agaggctccacatgcctgcatttggctgctaaaatggggcattacagcatcatgcagcac
ctgctgacggtggcatcactagatgtgaactgccaggacgatggcggatggaccccgatc
acatgggcgatcgaatacaagcacaaggaccacgtgcacttactgctgtccaaaggcgcc
gatgttcacgtgagggacacggaggagaacatttgcttgcactgggcggccttctcggga
tcggacgacatcgcgcagcttctgctggagacgggctccgaccttcacgccgccaacatc
tacggagactcgccgctgcacatcgctgtccgtgagaagcaactcgactgtgtgatgctc
ttcctctcccggggggcggacgtcaacctgcgaaatcgagacggggacacccctctggac
tgctgcctgcccaactctaagctctggaccattctcaacaccaacaagaagctgacggac
gccaggaaatgcagggacaaccagggggagagaatcctaaccaaggacatctctcgagga
tatgaggcggtacccatttcctgtgtgaatggggtggatcacgagccgttccccagtaac
ttcaaatatgtccctgagaactgctgcacttcccaaatgaatattgatgaaaacatcacg
cacttacagcactgcaaatgtaaagaggactgctcctccaataattgtatttgtggccaa
ctaagtgtacgttgctggtatgacaaggagagccgtttgcttccggagttttctcgggaa
gacccgcccttcctgtttgagtgcaaccatgcctgctcatgctggaggtcatgccggaat
cgcgtggtacagaacggacttcggaccagacttcaggtctttcggactgaacagatgggt
tggggagtgaaagcattgcaggacattcctgagggatcatttgtctgcgagtatgtggga
gaaataatcactgataaagaggccaacaccagaggaaatgactcctttctgtttaatttg
gacaacaaggttggtgatgcctactgcattgatgcccagttctatggcaatgtggcccga
tttctgaaccacctgtgcgagcccaatctgtttccagtccgcgtgttcaccaaacaccaa
gacctgcgtttccctcgggtggctctcttcgcctgcaggcacatccgagtgggagaggaa
ctcggctttgactacggggagcacttctggaaggtcaaaagcaagtacctgagctgtcag
tgccgctcgcccaagtgcagttacgccgcgctggccctgagccagggccaggtgagcctc
ccccggaagacacctggtcctccaccctctgatctgctctctcacgcacagactgccagc
cctgccaacctcccggccatcaaaccttaa
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