KEGG T01068: Dyak

Drosophila yakuba: Dyak_GE16600

Entry

Dyak_GE16600 CDS T01068

Definition

GE16600 gene product from transcript GE16600-RA

Orthology

K11420

euchromatic histone-lysine N-methyltransferase [EC:2.1.1.43]

Organism

dya Drosophila yakuba

Pathway

dya00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:dya00310]

SSDB

Motif

Pfam:

Ank_2 Ank Ank_4 SET Ank_3 Ank_5 Pre-SET

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

Position

AA seq 1644 aa
MTDFVELMNSMSSTFNSDCATSTEEGGTLLNLNLAEDKTLKWRNLANNQFASKEKKQKDK
EEERKEARNREEIEDIKALLADVVDAAAVKLEEEEAQNAEKVEQNTKREKEEEESRKEVE
YGQDVAKLDSEKEEKLKNDKATSITVKLESNERAEKNATESATTSTERWQSESFKIEQQN
KEAAGQEEVMLAATQKSAAIGELRTTTTAEAAVASPLLSSASVKITADATNPNPNASING
EQQAATSAGAATLADKNEQASPGGTRRSRRTPRPTDTPTSATDEHVQVDKKLEKSDQHTD
CNSHLERFTLDENTAIVRLQLKSEPEKPSPTTSSPEENLTPAPKRGRGRARKIRIDAEVD
TIEVTLPCEDSLGEKKPGRKRKLPDEPLDQQQISDFVVVKTEQEELGEASLGDVKRMRRS
VRLGNRLLADGSTWEEVKTEPLPPQPSTELSLTEVTSEILPLAVLDEKTPPKKRGRKAKI
PPGVKLESETPSVLPIANGTKKSNSTGGSELQLPKRSKRRIKPTPKILENDELRCEFETK
HIERMTHWESAAAVNGDFETPTTGGNGSNSSTSRQKSDKSDGSNFDGGPGHPAGTSAIKK
RLFSKSQRDIENYGAAMLAKSKLRPCPDVEQFLSDIKASRINANRSPEERKLNKKQQRKL
AKQKEKHLKHLGLQKNHRNEPSDNDSSNTDNEFLPTTRVQVGKPSVTLRVRNSVTKELPT
TPTAAQKSRNPVVQAAKLTRRIGARGAGEVTVATRAGVSISTLDAEQLHSLNTSIQADVT
PIRDLDMRPSTSRVAKFICLCQKTSPYYARNAPDSSYCCAIDHIDEQKIGCCNELSSEVH
NLLRPSQRVSYMVLCDEHKKRLNSHNCCAGCGIFCTQGKFVLCKQQHFFHPDCAQRFILN
TSYDKELVDMGDLGVKFSSPVLVLKCPHCGLDTPERTSTVTMKCQTLPVFLRTQKYKIKP
ARLTTSQNLAQFGTVGKVNTPGAKARNKGAPSTAVTLSASSCSASKTNGNQRGRAGSSNS
NSGHALNSINFAQLIPESVMNVVLRGHVVSASGRVTTEFTSRDMYYAVQNDDLERVAEIL
AADFNVLTPIREYLNGTCLHLVAHSGTIQMAYLLLCKGASSPDFVNIVDYELRTALMCAV
MNEKCDMLNLFLQCGADVAIRGPDGKTSLHIAAQLGNLEATQLIIDSYRTSQNITSFLSF
INAQDEGGWTAMVWAAELGHTDIVSFLLNQEADPNISDNDNNTVLHWSTLHNDGLDTITV
LLQAGADCNVQNVEGDTPLHIACRHSVTRMCIALIANGADLMIKNKAEQLPFDCIPNEES
ECGRTVGFNMQMRSFRPLGLRTFVVCADASNGREARPIQAVRNELAMSENEDEADSLMWP
DFRYVTQCIIQQNSVQIDRRVSQMRICSCLDSCSSDRCQCNGASSQNWYTAESRLTADFN
YEDPAVIFECNDVCGCNQLSCKNRVVQNGTRTPLQIVECDEQAKGWGVRALANVPKGTFV
ASYTGEILTAMEADRRTDDSYYFDLDNGHCIDANYYGNVTRFFNHSCEPNVLPVRVFYEH
QDYRFPKIAFFACRDIDAGEEICFDYGEKFWRVEHRSCVGCRCLTSTCKYASQSSSTNAS
PTDATTATEPETGTSTNAEKIEQA

NT seq 4935 nt +upstreamnt +downstreamnt
atgacggactttgttgagctgatgaacagcatgtctagtacgttcaatagcgactgtgct
acttcaacagaggagggtggtacgttgctaaatctgaacttggcggaggataaaaccctc
aagtggcgtaatttggccaataaccagttcgccagtaaagagaagaagcaaaaggacaag
gaggaggagcgcaaagaggcaaggaatcgagaggaaatagaagatattaaagcacttttg
gcagatgttgtcgatgcggctgctgtcaagctggaagaagaagaagcgcagaatgcagaa
aaagtcgaacaaaatacaaaaagagaaaaagaggaggaagaaagtaggaaggaagtggag
tacggccaagatgtcgcgaaactggactccgaaaaggaagaaaagctgaagaatgacaaa
gcgacatccataacagtaaagctggaaagcaatgagcgtgcagagaaaaacgcaacggaa
agtgcaacgacgtcgacagagagatggcagagcgaaagctttaaaattgagcagcaaaat
aaagaagcagcagggcaagaagaagtcatgctagcagcaacacaaaaatcggcggcaatt
ggagaattacggacaacaacaacagctgaggcagcagtagcatctccacttcttagttct
gctagcgtcaaaatcactgctgacgcaaccaacccaaacccaaatgccagtataaacgga
gagcagcaagcagcgacgtcggcaggggcagcgacattagctgataaaaatgaacaagct
tcgccgggtggaacgcgacgctctcgaagaacaccccgacccactgacacgcccacttca
gctaccgatgaacatgttcaggtggataaaaaactggaaaagtcggatcagcatacggat
tgcaatagccatctggagagattcacactggacgaaaatacggctattgttagattgcag
ctgaagagtgaaccggagaaaccgtcaccgactacatcatcacctgaagaaaacttaact
cctgctcccaaacgaggaaggggtcgagccagaaaaataagaatcgatgccgaagtggac
accattgaagttactttaccctgcgaggattcattaggcgagaagaaaccgggacgcaaa
aggaaactcccagatgaaccgctagatcagcagcaaataagtgactttgtagtggtgaaa
acagagcaggaggaattgggtgaggcttccttgggagatgtcaagagaatgcgtcgtagt
gtccgattgggcaatcgattactcgccgatggaagcacctgggaggaggtaaagacggag
ccactcccccctcagccttctacagagctttccttgacggaggtcacttctgaaatcttg
cctctagccgtgctagatgagaagaccccacccaaaaagagagggcggaaggcaaaaatt
ccgcccggtgtaaagttagaatcagaaacaccctccgtgctacccattgctaatggcacc
aagaaatcgaattccactggtggatccgaacttcagctgcccaagcgttcaaaaagaaga
attaaaccaacgccaaagatattagaaaatgacgagctgcgctgcgagttcgaaacaaag
cacattgagcgtatgacccactgggaaagtgctgcagcagtaaatggggattttgaaacg
ccaacaacaggcggtaatggctcgaattcctcgacctcaaggcaaaagagcgacaagtct
gacgggagcaacttcgacggtggtccaggacatccagcgggcacaagtgccataaaaaaa
cgactcttctcaaagtcccagcgggacattgagaactatggtgctgcaatgttagctaaa
agcaaattacgtccatgtccggatgtcgaacagtttctaagcgacatcaaggcatcccga
attaatgcaaatcgatcaccagaagaaagaaaattaaacaaaaaacagcaacgaaaactg
gccaaacagaaggagaagcacctgaagcatttgggactgcaaaaaaaccacagaaatgag
ccctcggataacgacagttccaatacggacaatgaatttttacctactacaagagtgcag
gtgggaaaaccaagtgttactttgagagtgaggaatagtgttaccaaagagctgcccaca
acacccactgccgctcagaaatcccggaatccagtcgtgcaggcagcgaaactcacgaga
agaataggggcgagaggagccggagaagttactgtggcaacccgagcaggtgtgtccatt
tctacactagatgcggagcagcttcactcgttgaacacatcgattcaagctgatgttacg
cccataagagacttagatatgaggcccagcacctctagagtggcgaagtttatttgtcta
tgccagaagacttccccgtactatgccaggaatgccccggattcatcatactgctgtgcc
atcgatcacatcgacgagcagaaaattggctgctgcaacgaactgtcctcggaggttcac
aatctactcagacccagccaacgcgttagctatatggtcctttgcgacgaacacaaaaag
cgtctaaactcacacaattgctgcgcgggatgtggcatattttgtacacagggaaaattt
gtgttatgcaagcagcagcacttctttcatcccgattgtgcccagcgatttattttaaac
acttcatacgacaaagaactcgtcgatatgggagatctgggagtcaaattcagcagtccc
gtgttggtgcttaagtgcccccactgtggattggatacaccagagcggacctccacggtg
accatgaagtgtcagaccctccctgtctttctgcgcacccaaaaatacaagatcaaaccc
gccaggttgacaacctcccagaacctagctcaatttggaaccgttgggaaagtcaatact
ccaggagccaaggccagaaacaagggggcaccttccaccgccgtaaccttaagcgcatca
tcatgctccgcctcaaaaacaaatggaaaccagagaggcagggcgggcagctccaattct
aactccggccatgctcttaattcgataaacttcgctcaactcatacccgagtccgtaatg
aatgtagttctgcggggtcatgtggtttctgccagtggtcgcgtgaccacagaatttacg
tcgcgggatatgtactatgcagtccaaaacgatgacttggagcgcgtagcggagattctg
gctgctgacttcaacgtgctgactcccatacgggaatacttaaatggcacctgcctgcat
ttggtggcccactcgggcacaattcagatggcatatctgctgctctgcaaaggagcaagt
tcaccggattttgttaacattgtggattatgaactgcggacagctttaatgtgtgcggtt
atgaacgagaagtgcgacatgctaaatctttttctgcaatgtggcgcggatgtggccatt
aggggtcccgatggcaagacgagtctgcatattgctgcccagttaggcaatttagaagcc
actcagttgattatagacagctaccggacttctcaaaatattaccagctttttaagtttt
attaatgcgcaagatgagggcggttggacggccatggtctgggccgcagagctgggacac
acggatatagttagctttctgctaaaccaggaggctgatcctaacatctccgacaatgac
aacaatacggtgctgcactggtccacgctgcacaatgatggtctggacacgattacggtt
ctgttgcaggcaggggcggactgcaatgtacagaatgtggagggcgacacgcctctgcac
attgcttgccgtcattctgttacccgcatgtgcatcgcattaatagctaatggagctgat
ctaatgattaagaacaaggcggaacagctgccctttgattgcatcccgaacgaggagtct
gaatgcggtcgcactgtaggttttaatatgcagatgcgcagttttcggcctctaggcctc
cgtacttttgtggtttgtgcagatgcctcgaatggcagggaagcgcgaccaatccaggca
gttcgaaacgaactggcgatgtctgaaaatgaggatgaggcagattcgcttatgtggccg
gattttcgctatgtaacgcaatgcatcatacagcagaactcggtccagattgaccgacgc
gtttcacaaatgcgcatctgctcctgccttgatagttgcagtagcgatcggtgtcagtgc
aatggagcctcctcgcagaattggtacactgccgaaagtcgactaaccgccgactttaac
tacgaggatcctgcggtaatctttgaatgcaacgacgtctgcggttgcaatcagctgtcc
tgcaaaaaccgtgtagtacagaatggcacaaggacgccgctacagattgtcgagtgcgac
gagcaggcgaagggctggggagtacgggcgctggccaatgtccctaagggcacttttgtg
gccagttatacaggtgagattttgaccgcaatggaggcagatcgacgcaccgatgacagc
tactactttgacctggacaacggtcactgcatcgatgccaactattatggcaatgtaact
cggttttttaaccactcgtgtgaaccgaatgttttgcccgttcgtgttttctacgaacat
caggactacagattccccaagattgccttttttgcctgccgcgacatcgatgccggagag
gagatatgctttgactacggagaaaaattctggcgcgtggaacatcgctcctgtgtggga
tgtcgatgcctgacatcaacctgcaagtacgcctcccaatcctcaagcacaaatgcctcg
cccacggatgcaacaactgcaacggaacctgaaacgggaacgtctacaaatgcggagaaa
attgagcaggcgtag

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (27)   

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