Eupeodes corollae: 129949527
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Entry
129949527 CDS
T09463
Name
(RefSeq) histone-lysine N-methyltransferase eggless
KO
K11421
[histone H3]-N6,N6-dimethyl-lysine9 N-methyltransferase [EC:
2.1.1.366
]
Organism
ecoe
Eupeodes corollae
Pathway
ecoe00310
Lysine degradation
ecoe01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
ecoe00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
129949527
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
ecoe03036
]
129949527
Enzymes [BR:
ecoe01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.366 [histone H3]-N6,N6-dimethyl-lysine9 N-methyltransferase
129949527
Chromosome and associated proteins [BR:
ecoe03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
129949527
Heterochromatin formation proteins
Other heterochromatin formation proteins
129949527
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Tudor_4
Tudor_5
SET
Pre-SET
MBD
Tudor_3
Motif
Other DBs
NCBI-GeneID:
129949527
NCBI-ProteinID:
XP_055917021
LinkDB
All DBs
Position
3:19186083..19210731
Genome browser
AA seq
1985 aa
AA seq
DB search
MSDKVTVVLKEKTIDSQSQSSPKHEESKADSDDKKDLTTDTNCGVSTSSDTAEASSGSLV
QDKQNIKEATRAADSIDDELALQSELSNEETFKDAIDSEAVTKSDGGVKSSKSETLFSDI
ESSDDSIGYDEPKKIKEAAIVEAEKTPSRPESPKIENVLEEKKVIESEFDPVESDEEFFE
DALPGKPDTFSQDTISKENAEEEKLRSPLDDDDKVKPKELNLDPEEPETDEPLCSIESNL
EQIGSPEFNLEQIDSPPEDEDLVLESSVDPEDQIEDRKEIATSDDLAKDNCTQDDGNDSL
MEETVGVCSPISEIDTFKTDTKSAKLEEEEDLTCQKLEEDLKTVEIESSESSNKVQVVSL
EITPPETSTSIAENKPTEVIESEIEIPNEEFGTSEIQEVQKLENDSTPGEKMETDLEITK
DDSDEKMEENLSIFKADDTLASELEEPQDQKEEESMQVDETILEISGCPVMETNEDVEMV
EELDSQLTEKDESKKLATDEENIAETDERLKEEPVEDSTESSKIVEKLDDPTEATSEDLI
ETEKEFKCQSIVIQETKSIDRLETSPKASVDDEIQETAENKDEIEDKIDDTLEFQEEGQG
EHETTPEKSLEDEKKDDTETRKEGATSPLETTEKSNELIEEPNEPSEKVIEISKKQRESQ
EEPIDETKEQNVETEEKIRETVAEKSDVHGEELNTKIEDVVKSSEAKEEKVEKSTESKIK
PTEKEITQKETNVPPTQLEAVKEKDSNEKVDSSKESQDIEESKESEEVEPIKTSEAPETP
EVAAKVVVKEVVVLEIGTSIEIMKPKEAIDSGASQNVEKSTVAKAVPEIIEIDDDDDIEE
TKKAEDNSKTIQKESPSINEKATKESEDKKTDEVSIEEPPLTPMEINQDIPTEQPVHKIV
VEDQSSKTNQGSGDDATMKDVLDDEDEPLLMIDTSHKEDNDTESNVDNETATSAPSTDSS
SDGSLEVFYDKECVNYECKRATKNFYRATVFSLNYFKVSKKRTKTQFVCEDCYERSLSSY
EELCSTLKMKQPLLHGTTFKCQEFVEIIDSSDEEESDSATDKVKVSDENTLPKDSIEMLE
AELEGAIRKVMHNVDIQKQLSWTKQILQQRLTNLQEDSDFVTEQLRSLQRKADQMHNSLY
QCPKIKLRQLTPLDLNSGRMYNPESDNSGSQIPLPGDIIRNPICVNESYYAVKTKAIASW
VPCKVIEEVEGYPAGYNHSKTYKIKFTKLAKYPMFKTVYAKHMAYFDPPNVRLPIGSRVI
AYFDATSLSRGKEKMLIPSAFYPGIIAEPLKQSNKYRYLVFYDDGYFQYVSHKDVRLVCQ
ASENVWEDVHHQSREFIHNYLTQYAVNRPMVQTQKGQSMLVDYNGKWIYARVIDVDCSLV
QMLFEGQSRSEWIYRGSTRLGPVYKESNNLSQKNTLNATRRRTEPFIRYINGDDSSTSQQ
VQEAEQPPAKAGSSEIRSVAKKSVSRVDNSNNNNSTSSSAAQPVPTVRHLNNSTIFVDDD
NKPKGKVVYYTARKNLPPRNYVPHICNPSCPFNITHNLSFYSPLAKPLLSGWERQVFRQK
SKKFIIYRGPCGKRMRNIEELHRYLRVTDNELNVDNFDFSPDTNCLAEYVLEKCLVNKKD
ISCGKEKMPIPCVNYYDETMPPACEYSAERIPTEGVPLNLDEEFLCGCDCTDDCSDKTKC
ACWQLTYAGAKYGMPTVPIDMVGYQYKRLYEHVPTGIYECNSRCKCKANCVNRVVQQPLQ
SKLQVFKTSNRGWGLRCINDVPRGSFICVYAGQMLTEQVANEGGLDAGDEYFAELDYIEV
AEQIKEGYESDVQEPEEDEDLYNPERDDDDIDFRAPGEAFKDREFNTRLRTRRGNKNSTD
GEFDSQERQVISFEPNKNMDTSTEPNEKPTIRKLFGKDESCYVMDAKVRGNLGRYFNHSC
SPNLFVQNVFVDTHDLRFPWVAFFASTHIRAGTELTWNYNYEVGVVPGKVLYCQCGAPNC
RQRLL
NT seq
5958 nt
NT seq
+upstream
nt +downstream
nt
atgtctgataaggtaactgtagttttaaaagaaaaaacaatcgattctcaaagtcaaagc
tctcccaaacacgaggaatcaaaggcagacagtgatgacaaaaaagacttaacaacagac
accaattgtggtgtctcaaccagcagcgatacggcggaggcatcctctggctctctggtg
caagataaacaaaacatcaaagaggcaaccagagctgcggattccatagatgatgaatta
gcattgcaatcagaattgagtaatgaagaaacattcaaagatgcaattgacagtgaggcg
gtaaccaaaagtgatggtggcgttaaatcaagcaaatccgaaacactattctcggacata
gagagttcagatgatagcattggctatgatgaaccaaagaagattaaagaagcagcgatt
gtagaagcagaaaagacaccaagcaggcctgaaagcccaaaaatagaaaatgtgttggaa
gagaaaaaagttattgagtctgaatttgatcctgtggaatctgatgaagaattttttgaa
gatgcattgccaggaaaaccagatacattttctcaagacactatatcaaaagaaaacgca
gaagaagaaaaattacggtctccattggatgatgatgataaagttaagcccaaagaattg
aacttagatccagaagagcccgagacggatgaaccactgtgttctattgaatccaacctg
gaacaaattggtagtcccgaattcaacctggaacaaattgatagtcccccagaagatgag
gacttagtactagaaagttcagttgatcctgaagatcaaattgaagacagaaaagaaatc
gcaactagtgatgacttagctaaagataattgtacacaagacgatggaaatgattctttg
atggaggagactgtgggtgtgtgttctccaatcagtgaaattgatacattcaaaacggat
acgaagagtgcaaaactagaagaagaagaagacttaacatgccaaaaattagaagaagat
ctgaaaacggttgaaattgagtcttccgaaagttcaaacaaagttcaagtagtatcactt
gaaattacccctccggagacctcaacatcaattgccgaaaataaaccaacggaagtaata
gaatctgagattgaaattccaaacgaagaatttgggacatctgagattcaagaagtccag
aagttggaaaatgattcaacaccaggtgaaaaaatggaaactgatttggaaatcacaaag
gacgatagtgatgagaaaatggaagaaaatttgtcaatttttaaagctgacgacacactt
gcttccgaacttgaagaaccccaggatcaaaaagaagaagaatctatgcaggttgatgaa
acaattttagaaataagtggatgtccagtgatggaaactaatgaagacgttgaaatggta
gaagaacttgatagtcaactgacggaaaaagatgaatctaaaaaacttgcaactgatgaa
gagaacattgcggaaactgacgaacgattgaaggaagaaccagttgaggattcgacggaa
tcgtctaaaattgttgaaaaattggatgatccgacagaagctacaagtgaagatttgata
gaaactgaaaaagaattcaagtgtcaatcgattgtaattcaagaaaccaaatcaatcgac
agacttgaaacttctccaaaagcatctgtcgatgacgagattcaagaaactgctgaaaat
aaagatgaaatagaagacaagatagatgatacattagaatttcaggaagaaggtcaaggg
gaacatgaaacaacacctgaaaaaagtctggaagatgaaaagaaagacgatacagaaaca
aggaaagaaggtgctacttcaccacttgaaacaactgaaaaatcaaatgaactaatcgaa
gaacctaatgaaccttctgagaaagttattgaaatatcaaagaaacaaagagaatctcag
gaggaaccaattgatgaaacaaaagaacaaaatgttgaaacagaagaaaaaatacgtgaa
acagtggctgagaaaagtgacgtccatggagaagaattaaatacaaaaattgaagatgtg
gttaagtcttcagaagcaaaagaagagaaagttgaaaaatcaacagaatctaaaattaaa
ccaactgaaaaagaaataactcaaaaagaaactaacgtgccaccaactcaattagaagct
gttaaagaaaaagactcaaatgaaaaggtggattcctcaaaagaatcccaagacatagaa
gagtctaaagagtctgaagaagtagaacctattaaaacatcagaagctccggaaacacct
gaagttgcagccaaagttgttgtcaaagaagttgttgtcctagaaattggaacatcaatt
gaaatcatgaaacctaaagaagcgattgattcaggagcaagtcaaaatgtagaaaagtca
acagtagcaaaagcagtccctgaaataattgaaattgatgatgatgatgacatcgaagag
actaaaaaggctgaagataactcaaaaaccattcaaaaggaatcaccatcaataaatgaa
aaagcaacaaaagaatcagaagataagaaaactgatgaagtgtcgatcgaggagccacct
ctaactccaatggaaataaaccaagacattccaacagaacaaccagtccataaaattgtg
gtagaagaccaaagttccaaaacaaaccaaggatctggtgatgatgcaacaatgaaggat
gttctcgatgatgaagatgaacccctgttaatgatcgatacatcccacaaagaagacaac
gacacggagagtaatgtggacaatgaaacggccacatcagccccaagtaccgactcgagt
agtgatggttcgttggaggtgttctatgataaggaatgcgttaactatgaatgcaaacgg
gcgacgaagaacttctatcgagccacagtcttttcgttgaattattttaaggtgtcaaag
aagcgcacaaagacacaattcgtgtgtgaggactgttatgagaggtccttgagttcgtat
gaggaactatgttcaacgctcaagatgaaacaacctcttttgcatggaaccacatttaag
tgtcaagagtttgtggaaatcatcgacagcagcgacgaggaggagagtgattcagctaca
gacaaggttaaagtttcagatgaaaatactctacccaaggacagcattgagatgcttgag
gccgaacttgaaggagccattcgcaaagttatgcataatgttgacattcaaaagcaactc
tcatggacaaagcaaattctgcaacagcgtctgacgaatcttcaagaggattcggacttt
gtaaccgaacaattacgttcgcttcagagaaaagccgaccaaatgcataattcactttat
cagtgtccaaaaataaaacttcgacagctgacgccgttagatttgaacagtggtcgaatg
tataatccagaatcggataattcaggaagtcaaattcctctgccaggagatattattcgg
aatcccatttgtgtgaatgagtcatattatgctgttaagacgaaagccattgctagttgg
gttccatgtaaagttatcgaggaggttgagggctatcctgctggctataatcattcgaag
acttataaaatcaagtttaccaaacttgctaagtatccaatgtttaagacggtctatgct
aaacatatggcatattttgatcctccaaatgttaggcttcccattggatcccgtgtaatt
gcctattttgatgcaacatccctatcacgaggcaaggagaaaatgctcattccaagtgca
ttctatcccggaatcattgcagaaccacttaaacaaagcaataaatatagatatttggtt
ttctacgatgatggttacttccaatatgtaagtcacaaagacgttcgtttggtttgtcaa
gcttcggagaatgtctgggaagatgtacatcatcaatcgcgtgaatttattcataactat
ctcactcaatatgccgtcaatagaccaatggtgcagactcagaagggccaaagtatgttg
gtcgattataatggcaaatggatttatgctcgagtcattgatgtcgattgtagtttggtg
caaatgttgttcgaaggacaaagtcgatcggaatggatatatcgtgggtcgacacgtctc
ggtccggtttataaggagtcaaataatttatcacagaaaaatacactcaatgctacaaga
aggcgcacagaacctttcatacgatacatcaacggagacgattcttcaacatcacaacaa
gtccaagaagctgaacagcctccggccaaagccggaagcagtgaaattcgttcggttgcc
aagaagagcgttagtcgagttgataactctaacaataataattccacatccagttctgct
gcacaaccagtgccaacagttcgtcatttaaataattccacaatctttgtcgatgatgat
aataaacctaaaggaaaggtggtttactatactgcaagaaagaatctacccccacgaaat
tacgttcctcacatttgcaatccatcgtgtccgttcaatattacacataatctatcgttc
tacagtccactggctaaaccattgctatccggttgggagcgtcaggtgtttagacagaaa
tcaaagaaatttataatatatcgaggaccgtgtggcaaacgaatgcgtaatattgaggaa
ttgcatagatacttgcgagttactgacaatgaattgaatgtcgataattttgatttcagt
ccagatacaaattgtttggcagaatatgttcttgagaaatgtctcgttaataagaaagat
atatcgtgtggaaaggaaaaaatgccgattccatgcgtgaactattacgacgaaacaatg
ccaccagcttgtgaatattctgctgagcgaatacccactgaaggtgttccattaaatttg
gatgaagagttcttatgtggatgcgactgcacagatgattgttccgataaaacaaaatgt
gcctgttggcaattgacctacgctggagcgaagtacggaatgcctacagtgcccatagac
atggttggctatcaatacaaacgattgtacgagcatgtacctacaggaatttacgagtgt
aattcaagatgcaaatgcaaagcaaattgtgtgaatcgtgtcgtccagcagcctcttcaa
tcgaaattacaagtcttcaagacatcaaatcgtggttggggtctgcggtgcataaacgac
gtacctcgtggttcatttatctgtgtctatgctggtcaaatgcttacagaacaggttgcc
aacgagggtggtctagatgctggagatgagtactttgctgagttggattatattgaagtg
gctgagcaaattaaggagggttatgaatctgatgttcaggaacctgaagaagatgaggat
ctttataatcctgaaagagatgacgacgatattgatttccgagcacctggcgaagcgttc
aaagacagagaattcaatactcgtttaaggacacgtagaggaaataagaacagcacagat
ggggaattcgattctcaagagagacaggttataagtttcgagcccaacaagaatatggac
acatcaactgaacccaatgagaagccaacaatacgaaaattgtttggaaaagatgaaagt
tgttatgtcatggatgctaaggtcagaggcaatctaggaagatatttcaatcattcctgc
tcgccgaatttatttgtgcaaaatgttttcgttgatactcatgacttaagattcccttgg
gtcgcgttctttgcttcgactcatattagagctggcacagagttaacatggaattataac
tatgaagttggtgtagtaccaggaaaagtattatattgtcaatgtggagcgcccaattgt
cgacagcgattactttaa
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integrated database retrieval system
