Octopus bimaculoides (California two-spot octopus): 106873585
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Entry
106873585 CDS
T04127
Name
(RefSeq) histone-lysine N-methyltransferase eggless isoform X1
KO
K11421
[histone H3]-N6,N6-dimethyl-lysine9 N-methyltransferase [EC:
2.1.1.366
]
Organism
obi
Octopus bimaculoides (California two-spot octopus)
Pathway
obi00310
Lysine degradation
obi01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
obi00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
106873585
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
obi03036
]
106873585
Enzymes [BR:
obi01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.366 [histone H3]-N6,N6-dimethyl-lysine9 N-methyltransferase
106873585
Chromosome and associated proteins [BR:
obi03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
106873585
Heterochromatin formation proteins
Other heterochromatin formation proteins
106873585
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Tudor_4
Tudor_5
SET
Pre-SET
MBD
DUF5604
SGF29_Tudor
PcrA_UvrD_tudor
MAML2_TAD
Motif
Other DBs
NCBI-GeneID:
106873585
NCBI-ProteinID:
XP_014776504
EnsemblRapid:
LOC106873585
LinkDB
All DBs
Position
7:complement(4869934..4913248)
Genome browser
AA seq
1408 aa
AA seq
DB search
MTSLATFSDSDEVGKDQVDEEEMEVEKDADADANDNSKPDQDTQETSKEEKPSKLSEKSG
SDSVISNIKKDDDRDVTSSETEIAEKKVTIKVEAKSEDTGSDGDNDICSSADTTKKADTN
GNKQMQEAVKDFEGKKRRENTLKSLDDRDISDQKKPRILDTKKVEHSNTSDNEEEEEEDM
AAAESPKADDKEMMKMEDVEKGSKKKLKTESDDNENSMEVDEPSVVGTIKEEDESGCRGL
DKKITVKQEVRNVKEEVTASKEEVGAMKEGKNGIKEELDVSSFKKQLKEEDVKDIKLVNG
IKKPETIYKLSFDAEKFISNQISKMDLDQANLTKLNGMNCQLKATERKQREISKIFSDCT
NLLAKFRATLEATEAIESEEKVGGNVETVEISDDDEVEFIETTFEPDLVANRPHQQSATN
PSMNNASNMDSLRAALTEALNKQMPSQVNQSLHKPFSDEDRKLFDISVGSKVLAKKLNDI
WYKGIVQEVSQKERSKKFKIKFDGKGTKVLGAKHVAFYENWNIPIKVGSRVVAMYRDEEA
NPSTSFYAGIVAEVPTNRNRHRFLIFFDDGYAQYCLPKEIHRVYEQSKNVWEDIHPDSQE
FIKEYLAQYPERPMVQLQKNQVVKTEWMGEWWTAKVVEVDASLVKMYFSADKRTEWIYRG
STRLEPLFSALARAETNKLTGFKNKRQRLVAASRGNKPVVEYTRAQTVEIDDEDTHITNK
VSRTQHGPDQKKRSVAKKSTTSHNSQNGTGANSWEAPWLKMQRNPKSSSASAEKKREQYQ
TSSISSHKQGRDMASVLQERLAAQTDGDLDEDALGERIDIDNIISPRNMLRKKLIPHECS
PECVKDCDDKDFHIKFRGRNMLLVPTLCGWERQVTKVRPSAKRIVIYRGPCARRMRNLDE
VDKYLLATNCNLSIDLFTFDPNLHTHTEFVPIKTFCDIKDISYGKENVPVSCVNGIDRQY
PAYVEYSTKRYPAKGVHLNLDEEFLISCDCTDGCRDRTKCACIQMTIEATTASPGGHADE
SVGYKYRRLNEPILTGIYECSSRCKCDYRCFNKVAQNGLQLRLQVFKTEKRGWGLRCLDD
IPTGGFICIYAGQLLTEQGANEDGQQYGDEYLAELDYIEVVEKHKEGYESEVVDLDDAES
TSYSSLSSNSSRSSNTADQDHSDKKTTENGSEEKLGKLVLKREANKDKEWSVKIQGSSQR
TADWVDSLNNEPIVIDDDEDEEEDNTQTTKSDSSAATPIPATKRGNIFTILEEKKEPTPN
ADELPDLEEKLPGLGLRKCTRSTTRSRFKNLPNPKDGKNPSKERIEEREQRPSTRYYFND
GQLCYVMDAKSMGNLGRFLNHSCSPNVFVQNVFVDTHDLRFPWVAFFAGQYIRAGTELTW
DYNYEVGSVPGKILYCYCSSAECRGRLL
NT seq
4227 nt
NT seq
+upstream
nt +downstream
nt
atgacatcacttgcgacattttccgactctgatgaagtaggcaaagatcaagttgatgaa
gaagagatggaagttgagaaagatgcagatgctgatgcaaatgacaacagcaaaccagat
caagatacacaggaaacatcaaaggaagaaaaaccttctaaattatcagagaaaagtggc
agtgatagtgtaattagtaacattaaaaaggatgatgacagagatgtaacgagttcagag
actgaaattgctgaaaagaaggtgactattaaagtggaagcaaaaagtgaagacacaggc
tccgatggggataatgatatttgttcttctgctgacacaacgaagaaggctgatacaaat
ggaaataagcaaatgcaagaagctgtgaaggattttgagggtaagaagcgcagagagaac
actctgaagtcgctggatgacagagacatttctgaccaaaagaaaccacgtattcttgat
accaaaaaagttgaacattcaaatacgagtgacaatgaagaagaggaggaggaggatatg
gcagctgctgaaagccctaaagctgatgataaagagatgatgaagatggaggatgtggag
aaaggaagtaagaaaaagttaaagaccgagagtgatgataatgaaaattctatggaagtt
gatgaaccaagtgttgtaggaacaataaaagaagaggatgagagtggctgccggggttta
gataagaaaattactgtgaaacaagaagtaagaaatgtaaaagaggaggttacagcatcg
aaagaagaggttggtgctatgaaagaagggaagaacggtatcaaagaagaattagatgtg
agtagttttaagaaacaattaaaagaggaagatgtgaaagatataaaacttgtgaatggt
atcaagaaaccagaaactatctacaagctgagttttgatgccgaaaagtttatttcaaat
caaatttccaaaatggatcttgaccaggcaaatttgacaaaacttaatggaatgaactgt
caactgaaagccacagaaagaaaacagagagaaattagcaaaatcttttctgattgtact
aacctcttagccaaattccgtgctacactggaagcaactgaagccatagaatctgaagag
aaagttggcggcaatgtggaaacagtagaaatcagtgacgacgatgaagtggaattcatc
gaaaccacttttgaacctgaccttgttgccaaccgaccgcatcagcagtcagcaacaaat
ccttccatgaacaatgcttccaacatggactcactgagagcagcactaacagaagcactg
aacaaacagatgccttctcaggtcaatcagtctttacacaagccattctctgacgaggac
cgtaaactgttcgatatcagtgttggcagtaaggtacttgctaaaaagttgaatgatatc
tggtataaaggtattgttcaggaagtaagccaaaaagaacgatcgaaaaaatttaaaata
aaatttgatgggaaaggcactaaagttcttggtgctaaacatgttgctttttatgagaac
tggaacattcctatcaaagttggtagcagagtagttgcaatgtatcgagatgaagaagct
aacccttcaacatctttctatgccggtatcgtggcagaagtgccaaccaaccgaaatcgc
cacaggttcctgatattttttgatgatggctacgcccagtattgcctccccaaagagata
caccgtgtctatgaacagagcaaaaatgtttgggaagatatccatcctgactctcaagaa
tttatcaaggaatatttggcccagtatccagaacgaccaatggtgcagcttcagaaaaac
caagttgtcaaaacggagtggatgggagaatggtggacagctaaagtggtcgaagttgat
gccagtttagtgaaaatgtatttttctgctgataaaagaacagaatggatttacagagga
tcaacaagattggaaccgctcttttcagctttggcccgggctgagacgaacaagttgacc
ggttttaagaacaagcgacaacgccttgtagctgcttccagaggcaataaaccagttgta
gaatatactcgtgcccaaacagtagagattgatgatgaagacacacacattacaaataaa
gtctccagaacccaacatggacctgaccagaagaagaggtcagttgctaagaaaagcaca
acatctcacaatagtcaaaatggaactggtgcaaactcttgggaagcaccttggctgaag
atgcaacgaaatccaaaatcaagcagtgcatcagccgaaaagaaaagagaacaataccag
accagcagtattagtagccacaaacaaggaagggacatggcaagtgtcctccaagagaga
ttggctgcacagacagatggagatcttgatgaagatgcccttggggagagaattgacatt
gataacattatttctcctcggaacatgttgagaaagaaactcattccacatgaatgttct
cctgaatgtgtaaaagattgcgatgacaaagattttcacatcaaattccgtggccgtaac
atgttgcttgttcctactttgtgtggttgggagaggcaagtgaccaaagtacgacccagt
gccaaaagaatagtgatctacaggggtccctgtgcacgacggatgcgtaatttggatgaa
gtcgacaaatatttattagcaactaattgtaatttgtctattgatttattcacttttgat
cccaacctccacacccatactgaatttgtacctatcaagactttctgtgatatcaaagat
atttcatatggtaaagaaaatgttccagtgtcttgtgtgaatggtatcgatcggcagtat
cctgcctatgtagaatattccactaagcggtatcctgccaaaggagtacatctcaattta
gacgaggaatttttgattagctgtgattgtaccgatggctgtcgggacagaactaaatgt
gcatgtattcagatgacaattgaagccactacagccagtcctggtggccatgcagatgag
tctgtcggctataagtatcgacgtttgaatgaaccaattttaacaggcatttatgagtgc
agcagccgatgtaaatgtgactacaggtgtttcaacaaagttgcacagaatggcctgcag
ttgcgactgcaagtattcaaaacagaaaaacgaggctggggtctgcgctgcttagacgat
attccaactggtggctttatttgtatttatgctggtcagttgttgacagaacaaggagcc
aatgaggatggccagcagtatggagacgaatatcttgcagagcttgactacattgaagtg
gttgaaaaacacaaagaaggttatgaaagtgaagttgttgatctcgatgatgcagagagt
acctcctactcttcactctcatccaatagcagcagatcttcaaacactgcagatcaggac
cattctgataagaagacaactgaaaatggcagtgaagaaaagctgggaaaactagtgtta
aagagagaagccaacaaagacaaagaatggtctgtgaaaatacaaggttcgtctcagcgt
actgctgattgggtggacagtttgaataacgaaccgattgttattgatgatgatgaagat
gaagaagaggataatacacaaacgaccaagtctgactcatcagctgcaaccccaattcca
gccacaaagagaggcaacatcttcactattttagaagagaagaaagaaccaacgccaaac
gctgatgaattgccagatttggaagaaaagcttcctggtcttggtcttcgcaaatgtacc
agatctacaacaaggtccagattcaagaaccttccaaaccccaaagatggaaagaacccg
agcaaagagaggattgaagaaagggagcaacgtcccagcactcgttactacttcaatgat
ggtcagctgtgctatgtgatggatgccaaatcaatgggaaatctcggccgtttcctcaat
cacagttgttctccaaatgttttcgttcaaaacgtgtttgttgacacacatgaccttcgg
ttcccctgggtggcattctttgctggacagtacattcgcgcaggaacggaactgacatgg
gattataactacgaagttggcagtgttccgggcaaaatcctttattgctattgcagttca
gctgaatgtcgaggtcggctcttgtag
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