Osmia bicornis bicornis (red mason bee): 114874120
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Entry
114874120 CDS
T06109
Name
(RefSeq) histone-lysine N-methyltransferase eggless
KO
K11421
[histone H3]-N6,N6-dimethyl-lysine9 N-methyltransferase [EC:
2.1.1.366
]
Organism
obb
Osmia bicornis bicornis (red mason bee)
Pathway
obb00310
Lysine degradation
obb01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
obb00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
114874120
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
obb03036
]
114874120
Enzymes [BR:
obb01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.366 [histone H3]-N6,N6-dimethyl-lysine9 N-methyltransferase
114874120
Chromosome and associated proteins [BR:
obb03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
114874120
Heterochromatin formation proteins
Other heterochromatin formation proteins
114874120
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Tudor_4
Tudor_5
SET
Pre-SET
MBD
Tudor_3
53-BP1_Tudor
SGF29_Tudor
Motif
Other DBs
NCBI-GeneID:
114874120
NCBI-ProteinID:
XP_029038919
LinkDB
All DBs
Position
Unknown
AA seq
1120 aa
AA seq
DB search
MEIIELVSDDETQGDKVKRSSGSKICKSNCINFQCSSGMDMKSAPSFACAFYGVNAEKKK
ERKICKKCFDAALDHQKQLVSAFVDHKPLLKCEFPDHTMEVEISDSDDSDDEKKKETYTE
EKYLPEEMLLNMEEMLDNTLTNIFTKYDVDYQIKEAHTMLDDQWSKINEENEVLDKTVKD
LMGTMDILRNRLYDEFRPQIQMLQELQIEDEYVDNNLYPLVATKRVTQMRFPSAVLLQDS
QPEILPIEQEHKQVAAVNLPPMGVLVKRPIDVDSTVYIMKHPLMPWVKGKVQTVISRSPC
QYRVKLLQKKYNSVIKSVVGRQIAVAAISSVLIPVGTRVVAIFQDVSSSNFYSGVIAEPP
KAINKYRYLVFFDDGYAQYVEHRHIYLVAESSSKVWEDIPNESRDFVKKYIQTYPERPMV
KLQKGQVVKTEWNGKWWVARVVQVDASLVQMHFDADGRTEWIYRGSARLGPLYLELLKAN
ARQQGHHASVNTPSRHRLPAISNKSNLPYVEYTSDMEHEEGRIAETGKEQNETNETSTTF
TSSAPQQSRAVARKSTSKRQSVTDTNTYNPTTETKPSHSIVYYQTQNKIQTKKFVPHKCG
PQCVQGISFTPDDLRGYSPLSIPLLCGWNRQLCKYPKGKKITLYQAPCGVRLRNMEELHQ
YLRRTGSPMSVDLFDFDYWVHCLAEFVLDKCFINIKDLSYGVENVPIPCVNELDHTQPDT
IRYSTQREPTEGVNLNLDPNFLCSCDCEDDCQDKTKCQCWQLTIQGATLGGRVPNTSVGY
MYKRLPEPVTTGIYECNSGCKCAVKTCLNRVVQHPLTLKLQVFKTAPRGWGIRCLNDIPL
GSFICIYAGRLLTEQGANEGGKNYGDEYLAELDYVEVVEGIKEGYESDVLEPEMPVSTSE
KNKSAISDDEDNSKNNTNDSDEDFNISKYVNFDVDSMESSSIRKRLRKRKRDENNQDVSE
ENSEDGSGTRTSDSSTKLSANENRLNDQDAITISDEEETRSGRREPSRFEPTVEPTQIER
PKFKSVRDFFGEDEAVYIMDAKTTGNIGRYLNHSCDPNVFVQNVFVDTHDLRFPWVAFFA
LNYIRAGQELTWNYSYDVGSIPGKVIICKCGASNCRGRLL
NT seq
3363 nt
NT seq
+upstream
nt +downstream
nt
atggaaattattgagcttgtctcagatgatgaaacgcagggggataaagtaaaaagaagt
agtggttccaaaatttgtaaaagtaattgtataaactttcaatgctcctctgggatggat
atgaagtctgcaccttcgtttgcatgtgctttttatggagtgaatgcagaaaagaagaaa
gagcgcaaaatttgtaaaaaatgttttgatgccgcgttagatcatcaaaagcaattagta
tcagcttttgtggatcataaaccattattaaaatgtgaatttcctgatcatacaatggaa
gtagaaatttctgatagtgatgattcagatgatgaaaaaaagaaagagacatatactgaa
gaaaaatatttaccagaagaaatgcttctaaatatggaggaaatgttagataatacatta
acaaatatttttacaaaatacgatgttgactatcaaatcaaggaagcgcacacaatgtta
gatgatcaatggagtaaaataaatgaggaaaatgaagttctggataaaacagttaaagat
ttaatgggtactatggatatattgcgtaatagattatatgacgaatttagaccacagatt
caaatgcttcaagaacttcagatagaggatgaatatgtggataataacctttatccatta
gtagcaacaaaaagagttacacaaatgcgattcccatctgctgtattactacaagacagt
caacctgaaattctaccaattgaacaagaacacaaacaagtagcggctgtgaatttacct
ccaatgggtgtacttgtaaaacgaccaatagatgtagatagcactgtgtacattatgaag
catccactcatgccttgggtcaaaggaaaagtacaaactgtaatttcaaggagtccttgc
caatatcgcgtaaaattgttgcaaaaaaagtataattctgttattaaatccgtagttggt
aggcaaattgcagttgctgcaatcagttcggtactaattccagttggtacacgagtagtt
gcaatatttcaagatgtttcatctagcaatttttatagcggagttatagctgagccaccg
aaagctataaataaatatagatacttggtattttttgatgatggatacgctcagtatgtt
gaacatagacacatttatttagttgccgaatcttcttcgaaagtttgggaagatatacct
aatgaatctcgagattttgtgaaaaagtatattcaaacgtatcccgaaaggccgatggta
aaattacagaaagggcaagtagtaaaaacagaatggaatggtaaatggtgggttgcaagg
gtagttcaagttgatgcgagtttagtacaaatgcattttgatgctgatggtagaacagaa
tggatttatagaggttctgctagattaggccctttataccttgaacttctaaaagccaat
gccaggcagcaaggacatcatgcatctgttaatacaccaagtcgacatcgacttcctgct
atctctaataaaagtaatttaccttatgtggaatatacatctgatatggaacatgaagag
ggaagaattgctgagacaggaaaagaacaaaatgaaacaaacgaaacttcaaccacgttc
acctcgagtgcaccacagcaatcgcgtgctgttgctagaaaaagtactagtaagaggcaa
tctgttacagatacaaatacgtataatccaactacagaaacgaaaccttcgcacagcata
gtttattatcagacgcagaacaaaattcaaacaaaaaaattcgttccgcacaaatgtggt
cctcagtgtgttcaaggtatatcctttacacctgacgacttgagaggatattcacctctc
tcgataccattactctgtgggtggaatcggcaactttgtaaatatccgaaaggcaaaaag
attacgttatatcaagcaccgtgtggtgttagattacgaaatatggaagaactgcatcag
tatcttcgtagaacaggtagtccaatgtcggttgatttgtttgatttcgattattgggta
cattgtttggcggagtttgtattggataaatgttttattaacataaaggatcttagttat
ggtgtagaaaatgtaccaataccatgtgtcaatgaattagatcacactcaaccagacact
attagatacagtacacaaagagagccaacagaaggagttaatcttaatttagatccaaat
tttctatgtagctgtgattgtgaagatgattgtcaagacaaaacaaaatgtcagtgttgg
caattaacgatacaaggtgcaacgcttggaggaagagtaccaaatacgtctgttggttac
atgtataaacggttaccggaaccagtgactactggaatttatgaatgtaattcaggatgt
aaatgtgctgtaaaaacttgtttaaacagagtagtgcaacatccattgaccctaaaatta
caagtatttaaaacggctccacgaggttggggtatacgttgcttgaatgatattcctctt
ggatcttttatttgtatatatgccggtagattgcttacagaacagggagccaatgaaggt
ggtaaaaattatggagatgaatatcttgcagaattggattacgttgaagtagtagaagga
attaaggaaggttatgagagcgatgtccttgaaccggaaatgccggtatctacttcagaa
aaaaataaatccgcgataagtgacgatgaagataattcgaaaaacaatactaatgattcg
gacgaagatttcaatattagtaaatacgtgaattttgatgtagattctatggaatcttct
tctattagaaaaaggcttcgaaaacgaaaacgtgacgaaaacaatcaagatgtgtcagaa
gaaaatagcgaggatggaagtggtacaagaacttctgacagtagtacaaagttgtctgcc
aatgaaaatcgtttaaatgatcaagatgcaatcactattagtgacgaagaagaaaccaga
agtggtagacgagaaccaagtagatttgaaccaacagtggaaccaacccaaatagaaaga
cctaaatttaaatctgtaagagatttctttggagaagatgaggctgtttatataatggat
gctaaaacaactggaaatattggccgttatttaaatcattcgtgcgatccaaatgttttt
gtacaaaatgtgtttgttgacacgcatgatctgaggtttccgtgggtagcatttttcgca
ttaaattatatacgagcgggtcaggaattaacatggaattatagttacgatgttggaagt
ataccgggtaaagttatcatatgtaagtgtggtgcatctaattgtagaggtcgactttta
taa
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