Drosophila willistoni: 6649260
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Entry
6649260 CDS
T01067
Name
(RefSeq) probable histone-lysine N-methyltransferase CG1716
KO
K11423
[histone H3]-lysine36 N-trimethyltransferase [EC:
2.1.1.359
]
Organism
dwi
Drosophila willistoni
Pathway
dwi00310
Lysine degradation
dwi01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
dwi00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
6649260
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
dwi03036
]
6649260
Enzymes [BR:
dwi01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.359 [histone H3]-lysine36 N-trimethyltransferase
6649260
Chromosome and associated proteins [BR:
dwi03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
6649260
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
SET
SRI
AWS
WW
Motif
Other DBs
NCBI-GeneID:
6649260
NCBI-ProteinID:
XP_023035256
LinkDB
All DBs
Position
XL
Genome browser
AA seq
2217 aa
AA seq
DB search
MDETSLPSTSAAAAPVAGSLTAVTARGRGRPLKNPPNTAAAPPPVEATIEESDSLQSVEE
AASPTNLGECRRSSRKKIIKFDVRDLLNKNRKQHKIQIEARIDSNAPLAGGPSPSPDNPA
VAAAGLDNHRVLVDMPTKDIFAKPKTTSTLIVSQVSSEPTTGDVTNAPSPVLRKRGRPRK
VQPPATTIATQIAPAIDTNVIPSAIFNYSDSDTNSTSGTISTASGSSGSSGDNDTASDIP
KKSKSKLRVSLKRLNMPKRQESMDSGGISVVDVLSSSSSEDTMPTPPLETLPPPDFNPSS
SPAQPVLMPVLPEGNVQESEEDSDSQIIFVEIETETKTEMSNDSNDHHDGQNQENAAEEG
GTEQSDRKFKILFPKKHKQQQQKQQQKQQQDEVDEPESQELIVEVLCEPPSLWSADDEAD
EDDDVTPRRSKRSIPRSGGHQSNGKTLEETFAEIAAQCSKAVASINNQGDKEKQPSRQET
ELETVVEEVETEEDLDGPHTLMEVIDEVESLPESMPPPPAICEEIVIEPFTAEPQPQPST
EEDAATIPNDQIDQTLPTVSTETDKPTDLPSVDPIPEVVADPTETKLPITNIESNILRIF
STDNTPGESSSISSSCCLEIKPKSSNEAPVEVETIIDKRELLTVEITKEKAAENESSSPK
NSSVEESAKTLAIVEETKIEVEKPATPVPIAIEKPPPPTPPPKLAIVEVEKPPLPPPPPS
AVSPVAEEKKIESTSKSSKSSSATGMGFIECDAMFKAMDKANAQMRNEEKHKKKLKVAKL
GKKQEKEEMQEQQSSSATASPKSATIRERRNTISSAITALGEVEGFSSLSKRRFSLHPKA
SPSPDLSVGKKKQKKKTGKTAGSQSSTTNRSRQISVDSSGSSASPSGTIIVSKTKRKSKK
STEALQAALTETESSESTSSGSRMRNWKGAQTPSTTSSASPELEAPDPLKDIAKFIEDGV
NLLKRDYKLDDEEQQQQQQQQQQQPEADEDEFAERVANMETPAATPSPSPQPTSHNSEPE
QSGVRRSHRIKQKPQGMRSNQGRTGSSALSSAVVPSINMEDQLSELAHIEAINEQFLRNE
GLNTFHALKENYYRCARQVSQENAEMQCDCFLTGDEEAQGHLCCGARCINRMLMIECGPL
CTNGDRCTNKRFQQHQCWPCRVFRTEKKGCGITAELQIPPGEFIMEYVGEVIDAEEFERR
QHLYSKDRNRHYYFMALRGEAIIDATSKGNISRYINHSCDPNAETQKWTVNGELRIGFFS
VKTILPGEEITFDYQYQRYGRDAQRCYCEAINCRGWIGGEPDSDEGEQLDEQSEASDAED
DDEQQETQEEPKTATALKAAAIKGKNKVKTGKLALTKGHKTKTKDQPKAKDKEYKAGRWL
RPSTGGGSGASIGLTAASGTAAGAGAAANKSSRKPKVNKFHAMLEDPDVLEELTLLSRSG
LKNQLDTLRFSRCMVRAKLITTRLQLLGVLTRGEMPCRRLFLDYHGLRLLHAWISESGND
DQMRLALVDALEVLPIPNRTMLNDSRVYQSVQMWATNLEQDQQQQPEQDQGQTHNQEEKT
ALRERIMALLKKWNALPEIFRIPKRERIEQMKEHEREADRHSTALEDRSSNTDRFRQDRF
RRDTLSARKPSSRMSGNNTICTITSSSNGNGGNGGGGNGGNGNSSGSTSDTAQLTRGGGS
GGGCGGNGSGNGNGNGSNDPRRRCTDQPQEAYHHQSKRFMSNISKEARRLLFERRVAMDE
AEKRVSSEDWREHETRCEYFGFDLNTAPKMLPFYQNTETGEWFNSEDMPVPAPPRALELL
ADQNVVDMPAPERADVEYKLPPSVDPLPPAWHWRLTPDNGDIYYYNLRDRISQWEPPSAE
QRLQPLVPDELPPSSAAPAIPLQDLVDPEILASELINIDVDYVGGLSVKSLSQYVEAKIR
ERRELRRSRLESVCVISPRRDEDRLYNQIESRKYKENKEKIRRRKELYRRRRLELLQQQP
DGEANADTTTTTTATDSTISTGGTSTATSVGESLPIQGYLYSSDEDAPVEDVELPLIDGI
VAGQTQVDELDALNVEPSTSKSALAALIKSEFMEQTVEPLPSSKRKLPMPPTLVEQKKHR
LERSSKKSSKGFVSSSSSGREATEKFRFAISGHVADFLRPYRKDNCQFGRITCDEDYRFL
IKRLSHHITTKEMRYCDLTGNPLACTESVKHKSYDFVNQYMRKKGCVYKKPADEPCF
NT seq
6654 nt
NT seq
+upstream
nt +downstream
nt
atggatgaaacatcgttgccatccacttcggcggcggcagcaccagtagctggctcgctg
acagctgttaccgcacgtggacgaggaaggccattgaaaaatccgccaaacaccgctgcc
gctccacctccagttgaggcaaccattgaagaatcagattcccttcagtccgttgaagaa
gcagcatcgcccacaaatttaggtgaatgtcgacgcagttcacgaaaaaagattatcaaa
ttcgatgtgcgagatttgctaaacaagaatcggaaacagcataaaattcagattgaggca
cgcatcgattcgaatgcaccacttgccggcggcccatctccatcgccagataacccggct
gttgctgccgcaggattggataatcatcgtgtattagtggatatgccaacaaaggatata
tttgctaagccaaagaccacatccactttaattgtgtcccaggttagtagtgagcccaca
actggagatgtaaccaatgcaccttcaccagtgcttcgcaagcgtggacgcccacgcaaa
gttcaaccacctgccacaaccatagctactcagattgcacctgcaattgatacgaatgta
attccatcggctatattcaattactctgactctgataccaactccaccagcggcaccata
tccacagcatccggcagtagtggtagtagtggcgacaatgacacggcttctgatattccc
aagaaaagcaaatcaaaacttcgtgtatcattgaagcgattaaatatgcccaaacgtcag
gaatcaatggactctggtggcattagtgtggttgatgttctatccagttcatcgtcagag
gataccatgccgactccgccattggaaacactgccaccgccagatttcaatccatcgtca
tcccccgctcagccagtattgatgcctgttttgccagaaggaaatgttcaagaatctgag
gaagattccgattcccaaattatatttgttgaaattgaaacagaaactaagacggaaatg
tcgaatgattcaaatgatcatcatgacggacaaaaccaggagaatgcagccgaagaagga
ggaactgaacagtcggatcgtaaatttaaaatcttgtttcccaagaagcacaagcagcaa
caacagaagcagcagcagaaacagcaacaagacgaggtcgatgagcctgagagtcaagaa
ttaattgtagaagttctatgtgaaccacctagcttatggtcagctgacgatgaagctgat
gaagacgatgacgttactccaaggcgtagcaaacgttccataccacgttctggtggccat
caatccaatggcaaaactttagaagagacgtttgccgaaattgcggctcaatgtagtaaa
gcggtagctagtattaataatcaaggggacaaagagaaacaaccaagtcgccaagagaca
gagctagagactgtagtagaagaggtagagacagaggaagaccttgatggtccacacaca
ttaatggaagttattgatgaagttgaaagtctgcccgaatccatgccgccaccccctgca
atatgtgaggaaatagtcatagagccgtttactgcagaacctcaacctcagccatcgaca
gaagaggatgcggctacaattccaaatgaccaaatagatcaaacactgcctacagtatca
acagagactgataaaccgactgatttgccgtcagtagatccaattccagaggtggttgct
gatccaactgaaacaaagttaccaataacaaatatcgaatcgaatatactccgaatcttc
agcacagataacacaccgggggaatcctcatccatttcatcttcctgctgcttagaaatt
aaaccaaaatcatcaaatgaagctcctgtagaagtagagacaatcatcgacaaaagggaa
ctgctgacagtcgaaataactaaagagaaagctgcggaaaacgaatcgtcctccccaaag
aattcatctgttgaagaatcagcgaaaactcttgccatagttgaagagactaaaattgag
gtggagaaacctgcgactcctgttccaattgcaattgagaaaccgcctcctcctactcct
ccccctaaattagcaatagtggaggtcgagaaaccacctcttccacctcctccaccatct
gctgtctcaccagttgccgaggaaaagaaaatcgagtctaccagtaagtcgagtaaatcc
tcatcagctaccggaatgggttttattgaatgtgatgccatgttcaaggccatggataaa
gccaatgctcaaatgcgtaatgaagagaagcacaaaaagaaacttaaagtagccaaattg
ggcaagaagcaggaaaaagaggagatgcaggaacaacagagttcatctgccacggcttcg
ccgaaaagtgcaacaattcgtgagcgtcggaatacaatatcatcggccataacagccctc
ggtgaggtcgaaggcttctcttcattgtccaagcgacgtttctcattgcatcccaaagca
tcgcccagtcccgatctctcagttggtaagaagaagcaaaaaaagaagactggcaaaacg
gcaggatcacaatcgagtaccaccaatcgaagtcgacaaatttccgtagactccagtggt
tccagtgcatcgccatctggcaccattatcgtttcaaaaaccaaacgcaaatcaaagaaa
tccaccgaagctcttcaagcggctctaacagagaccgaatcatctgaatctacatcatct
ggcagtcgtatgcgcaattggaaaggtgcccaaacaccatcgacaacatcatcagcatct
ccagaactagaggcacccgatccgctcaaggatattgctaaattcattgaggatggggtg
aatctacttaaacgtgactacaaactggatgacgaagagcagcagcagcaacaacaacaa
caacaacaacagccagaagcggatgaagatgaatttgctgaacgtgtggccaatatggag
acaccagcagcaacaccgtcaccatcacctcagccaacaagtcacaattcggagccagaa
caaagtggtgtacgcagatcgcatcgcattaaacaaaagccacagggcatgagatccaat
cagggacgcactggatcctcagcattatcatcggcagtggtgccatcgattaatatggag
gatcagctaagtgaattggcccacattgaggccatcaatgagcaatttctacgtaacgaa
ggtctcaacacttttcacgcattgaaggagaactactacagatgcgccagacaggtaagc
caggagaatgccgaaatgcaatgcgattgtttcctcaccggcgacgaagaggcccaggga
catctttgttgtggtgcccgttgcatcaatcgcatgctgatgattgaatgcggtccattg
tgcaccaatggtgatcgttgcacaaacaaacgcttccaacagcaccaatgctggccatgt
cgtgtctttcgcaccgagaaaaagggatgcggcatcacagccgaattgcaaatcccaccg
ggtgaattcattatggaatatgtgggcgaagtaatcgatgccgaggaattcgaaagacgt
cagcatctctattccaaggatcgtaatcgtcattactattttatggcgttgcgtggcgag
gccattattgatgctacgtccaagggtaacatttcacggtatatcaatcacagttgtgat
cccaatgccgaaacccagaaatggactgtcaacggtgagctgcgcattggtttctttagt
gtgaaaaccattctgccgggtgaggagatcacctttgattatcaataccaacgctatggt
cgcgatgcccaaagatgctattgtgaggccatcaattgtcgtggctggattggtggtgag
ccagattccgacgagggtgaacaattggatgagcaatccgaagcaagtgacgccgaagac
gacgacgagcaacaggagacgcaagaggagcccaagacggctacagctttgaaggctgct
gcgattaaaggcaaaaacaaggtgaaaacgggcaaattggccctaaccaaaggccacaag
accaaaactaaagatcaaccaaaggcaaaagacaaagaatacaaagctggacgttggcta
cggcccagtactggtggtggtagcggtgctagtattggacttacggctgcttctggtact
gcagctggagctggagctgctgcaaacaaatcatctcgcaaaccaaaggttaataaattc
catgccatgctcgaggatccggatgtgttggaagagctaacgctgcttagccgcagtggt
ctcaagaatcaattggatactctgcgtttctctcgctgcatggtgcgagccaaactaata
accacccgcctgcaattactgggcgtgctcacacgcggcgaaatgccatgtcgtcgtctc
ttccttgactatcatggcctgaggctattgcatgcctggattagcgagagcggcaacgat
gatcagatgcgtttagctctggtcgatgctcttgaagttctgcccataccaaatcgtaca
atgctcaatgacagtcgcgtctaccagagtgttcagatgtgggcaactaatctcgaacag
gatcagcagcagcaaccggaacaggatcagggacagactcacaatcaggaggagaagaca
gcacttcgtgagaggattatggctctgttgaagaaatggaatgcattgcccgaaatcttt
cgcataccgaaacgtgaacgcattgaacaaatgaaagagcatgaacgagaggccgatcga
catagtacagctctggaggatcgttccagtaatacggatcgttttcgtcaagatcgcttt
aggcgagacacgctgagtgcacgaaagccatcaagtagaatgagcggcaataataccata
tgcaccataaccagcagcagcaatggcaacggaggaaatggaggcggtggaaatggtgga
aatggtaactctagtggttccacctctgacacggcacaactaactcgtggtggtggcagc
ggtggtggttgtggaggtaatggcagtggcaacggcaatggcaatggtagcaatgatccc
cggagacgctgtaccgatcagccgcaagaggcctatcatcatcagtcgaagcgatttatg
tccaacatctcgaaagaggcacgccgtttgcttttcgagagacgcgtcgccatggatgag
gccgagaagcgtgtatctagcgaggattggcgtgaacatgagacacgctgtgaatacttt
ggtttcgatctcaatactgcacccaaaatgttgcccttctatcagaacaccgaaaccggt
gagtggttcaacagcgaggatatgccagtaccggcaccaccgcgtgccttggaactgcta
gcggatcaaaatgttgttgatatgccagccccagagagagccgatgtcgaatataagcta
ccaccgagtgtggatcctttgccaccagcttggcattggcgcctgacgcccgacaacggc
gatatctattattataatttacgtgatcgcatttcccaatgggagccaccaagcgccgaa
cagcgactgcaacccctggtgcccgatgagttgccaccatcatcagcggctccggcaata
ccactacaagatctcgttgatcccgaaattcttgccagcgaactcatcaatatcgatgtg
gactatgtgggtggcttgagtgttaaatccttatcacagtatgttgaggcaaaaatccgc
gaacgtcgtgaattgcgacgcagccgcttagagtccgtgtgtgtcatcagtccccggcgt
gatgaggatcgtttatacaatcaaatcgaatcgcgtaaatacaaagagaacaaagagaag
atacgacgacgcaaggaactttatcgcaggagacgcctggaattgttgcaacaacagcca
gatggtgaagcaaatgctgataccacgactaccaccaccgccactgattccaccatatcc
accggtggcaccagcactgccaccagtgttggggaatcgctacccattcagggttatctg
tactcttccgatgaggatgcccccgtcgaggatgtggaattgcctctaatcgatggtatt
gttgccggacagacgcaagtcgatgaattggatgcccttaatgttgagccaagtacaagt
aaatcagctttggctgctctcatcaaatccgaattcatggagcaaacagttgaaccactg
ccaagtagcaaacgaaagttacccatgccacccactctggtggagcaaaagaaacatcgt
ctagagcggagcagcaagaagagtagcaaaggttttgtaagcagttcaagcagtggacgt
gaggcaactgaaaagtttcgttttgccatcagtggtcatgtggcagatttcttgcgtccc
tatcgcaaagataattgccaattcggacgcattacatgcgacgaagattatagattcctg
atcaagcggctgagccatcatataaccaccaaagagatgcgttattgtgacttgactggc
aatcctttggcctgcaccgagtcggtaaagcacaaatcctacgattttgtcaatcagtat
atgcgaaaaaaaggttgcgtctacaagaagccagcagatgagccatgcttctaa
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integrated database retrieval system
