KEGG T01068: Dyak

Drosophila yakuba: Dyak_GE25383

Entry

Dyak_GE25383 CDS T01068

Definition

GE25383 gene product from transcript GE25383-RA

Orthology

K11422

histone-lysine N-methyltransferase SETD1 [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:

N-SET SET RRM_1 RRM_6 RRM_5

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

Position

AA seq 1628 aa
MQDIRNITLVNNSGNNHDSSLANSKMPRNFKLLADPQLVKCGTRLYRYDGLMPGDPAYPT
ITPRDPRNPLIRIRARAVEPLMLLIPRFVIDSDYVGQPPAVEVTIVNLNDNIDKQFLANM
LDKCGTSDEIHIYHHPITNKHMGIARIVFDSTKGARQFVEKYNQKSVMGKILDVFCDPFG
ATLKKAIESLTNPVAAKPLIGTKETLKWTLQHSALEDTELIHGYLEKNGEHVNDIYTTFK
SNPTADRSRDRNWNRDKERDRHFKDRSRHSPERSYDRDRGMRENVGASVRSKRSFYRRRS
KDISPEDSRDILITTRERGRDSDSRPRDYCRSRERESFRDRKRSRDKSRDQPREKREHRF
NSSKDREYRGRDRDRSAEIDRRDRESLKYCNRYSLHEYIETDSRRSSNTITSYYSSSSLP
STNHGFSSCSYPSIENIQKWSDHRGWTAPQPDFQPVQPPPPPPEEIENWDEEEHHKNCFT
STAHYGCANIQPPVPSNVNYMTKLKSVTQLNSDPGNVDLDTRIALIFKGKTFGNAPPFLQ
MDSSDSETDKCKPDVFSDVYSDSNNSEHKKKSSDKNEASDISSDEEIIGKKDKSKTSLSE
KEVDDDNMSLSSLSSHEDPIQTKEGAEKPIMSPYIYSHSNQNPFYYHATGYGHYLSGIPS
ESTSRFFSNGAYMQSDYLKAVASFNFDSFSKPYNYHESALSDPNDGIRKKVKKVIGYIVE
ELKQILKRDVNKRMIEITAFKNFETWWDEHTIKARSKPLSEISDSIVNTPLNLIKDTSYK
EKNADIGLLNNSQREVADFQSFSSIGLRAAMPKLPSFRRIRKHPSPIPNKGNFLERDLSD
QEEMVQCSDSEKEDSNMGISNTARSNIKGPDPLQESDHKSRISDLILKRKGSASSFFSSS
SSSASCEAEYEASDCVEKARTSEEDSPEGYGQRNRNLRKKSFRNKNRVGTRDKILKSMDS
GSDENKKENVTRHTKKNNIYSDTDEDNDRTLFTALQEKNISTILSDLEEISKDSCFGLDE
NVIEPTFLTKIPNTPKMNEFRRSLTPVPPPGYNEEEIKKNDCKQKSVFDYNRIYSDSEEE
KEYQEKRRRNTEYMAQIEREFLEEQEKSIENSLDRNLQSPNTTVQSGKTPRNKNDETREI
FNSQIKPCFESASKVDNTAVNVENIEKNLNEFVAVESDVLSNGCNKVYPNSKGETKGTQS
PVYSDGGSSQASQASQVALEHCYSLPPHAQSVSLCNFPSGQLNETKNILKQEPENIAIVN
QMTRTGPGRPRKDPSRTQKKKKDSVLRVPNVKNKMAPNRDAWAELARRTANFVPYDMYKT
RDQNEEMVILYTFLTKGIDAEDINFIKMSYLDHLHKEPYAMFLNNTHWVDHCTTDRAFWP
PPPKKRRKDDELMRHKTGSARTEGFYKLDVREKAKHKYHHAKANTEDSLNEDRSDEPTAL
TNNHHNKIISKMQGISREARSNQRRLLTAFGSMGESELLKFNQLKFRKKQLKFAKSAIHD
WGLFAMEPIAADEMVIEYVGQMIRPVVADLRETKYEAIGIGSSYLFRIDMETIIDATKCG
NLARFINHSCNPNCYAKVITIESEKKIVIYSKQPIGINEEITYDYKFPLEEEKIPCLCGA
QGCRGTLN

NT seq 4887 nt +upstreamnt +downstreamnt
atgcaggacattcgtaatattacccttgtcaacaattccggcaacaaccatgattcgtct
ctggccaactccaaaatgccgcgcaactttaaactgctagctgatccacagttggttaaa
tgtggtaccagactctatcgttacgatggtttaatgccaggagacccggcttatccaaca
ataactcccagggacccacggaatccacttattcgcatacgcgccagggctgttgaacca
cttatgcttcttattccgaggtttgtcatcgattccgactacgtgggccagccccctgca
gtggaagttacaatagtgaacctaaatgataacatcgacaagcagtttcttgctaacatg
ctggacaaatgtggaacatctgatgaaatacatatttaccatcatcccatcacaaacaaa
cacatgggcattgctcgtatagtgtttgatagtacaaagggagcgagacaattcgttgaa
aaatacaatcaaaagtctgtaatgggaaagatcttggatgtgttttgcgacccttttggt
gccacattaaaaaaagctattgagagccttacaaatccagtcgctgcaaaaccattgata
ggtaccaaagaaacgttaaaatggacattacagcattcggctttagaggacaccgaactc
atccacggatatcttgaaaaaaacggcgaacatgtaaatgatatctacaccacttttaaa
agcaatcctactgcagaccgcagtagagatcgaaactggaatcgtgacaaggaaagagat
cgacattttaaggaccgcagtcgacactcgccagagcgaagttatgatcgtgatcgtgga
atgcgtgaaaacgttggcgcttcagtaagaagtaaacgtagtttttatcgacgccgttct
aaagatatatccccagaagattctcgggatatattgatcacgacaagagaacgaggtaga
gattcagattcacggcctcgcgactattgtcgttctagggagcgagaatcgtttcgagac
cgtaaaagatctcgcgacaaaagccgagaccagcccagggaaaagagagaacatcgtttt
aactcatctaaagatcgagagtatcgcggaagagatcgcgaccgatctgctgaaatcgat
cgaagggatcgcgaaagtcttaagtattgtaaccgctattcattgcatgaatatattgaa
actgatagtagacgctcatcgaatacaataactagttactattccagttccagtttgcct
agcacaaaccatggtttcagtagctgttcttacccttcaattgaaaatattcagaaatgg
tcagatcatagaggttggaccgcgcctcagcccgactttcagccagtacaaccacccccg
ccgccaccagaagagattgaaaactgggatgaagaggaacaccataaaaattgttttacg
tcaactgcgcattatggctgcgcaaatattcaaccgccagtgccgtcaaacgttaattac
atgactaaattaaagtcagttacacaattgaattccgatccagggaacgtagatttagat
actcgaattgcgttaatatttaaaggaaaaacgtttggaaatgcaccaccttttcttcaa
atggatagtagcgattcagaaacagataaatgcaaacctgatgttttttcagatgtttat
tccgattcaaacaactcagagcacaaaaaaaagtcaagtgacaaaaatgaagcaagtgat
atatcaagtgatgaagaaataataggtaaaaaggacaagtcgaaaaccagtttaagtgaa
aaagaagtagatgatgacaatatgtctttatcgagcttatcttcccatgaggatcctatt
cagactaaagaaggtgcagagaaacctattatgtcaccttacatatattcccattcaaat
caaaatcctttttattaccatgcaacaggctatgggcactatctatccggtatcccgtcg
gaatctacaagtcgttttttttcaaatggcgcttacatgcagtctgattatttaaaagcc
gttgcttcatttaattttgattcgttttcaaagccatacaactaccatgaaagtgctcta
tcagatccgaatgatgggatacgcaaaaaagtaaaaaaagtaattggttatattgtcgag
gagctgaaacagattttaaaaagggacgttaataagcgtatgattgagataactgcattt
aaaaattttgagacctggtgggacgagcatacaataaaagctcgttcaaagccgctatcc
gaaatatcagactccattgtcaatacacccttaaatttgattaaagatacttcctataag
gaaaagaatgctgacattggtcttcttaataattcccaaagggaagtcgcagattttcaa
tccttctcaagtataggcttacgggcggcaatgcccaagctgccatcatttcgacgtata
agaaaacatcctagtcctatacctaacaaaggaaattttttggaaagagatttaagtgac
caagaggaaatggtgcaatgttcagattctgaaaaagaggattctaatatgggaatctcc
aatactgcacgttcaaacataaagggtccagacccacttcaagagtcagatcataaatcg
cgaatatctgatttaattttaaaaagaaagggaagtgcttcaagtttcttttcatcttcg
tcttcttccgcttcttgtgaagctgaatatgaagccagcgattgtgtcgaaaaagcaagg
actagtgaagaagatagtcctgaaggatatggtcaaagaaataggaatctacggaaaaaa
agttttagaaacaaaaacagagtcggtacaagggataaaattttgaaaagtatggattcg
ggctcagatgaaaacaagaaagagaacgtaacaaggcacacaaaaaaaaataatatatat
tccgatacagatgaagataatgatagaacgttgtttactgctttacaagaaaaaaatatt
tcaactattctatctgatctcgaagaaataagtaaagatagttgcttcggattagacgaa
aacgtgatcgagcccacatttttaacaaagataccaaacacgccgaaaatgaacgaattt
aggcgctctcttacccctgttccaccaccggggtacaatgaagaagaaattaaaaaaaat
gactgtaaacaaaagtcagtatttgattataatagaatttacagcgactccgaggaggag
aaagaatatcaggaaaagagaagaagaaatactgagtacatggctcaaatagaacgagaa
tttttagaggaacaagaaaagagtattgaaaattctttggatagaaacctacaatcccct
aataccacggtacaaagcggaaaaaccccaagaaataaaaatgacgaaactcgagaaata
tttaattcccaaattaaaccatgctttgaaagtgcaagtaaagttgacaatactgcagtc
aatgtagaaaatattgagaaaaatctaaatgaatttgtcgctgtagagagtgatgttctt
tcaaacggttgtaacaaagtgtatccaaattcaaaaggtgaaaccaaaggaactcaatcg
ccagtgtactctgacggcggttccagtcaagcgtcacaggccagccaggttgcgctagag
cattgttattcgttgccgccgcacgcacaatcagtttctttgtgcaattttccatctggc
cagttgaatgagactaaaaacattttaaaacaagaaccagagaacattgcaattgttaac
caaatgacgaggacaggtccaggcagacctcgcaaggatccaagtcgcactcaaaagaaa
aagaaagattcggtcctcagggtgccaaatgtaaagaacaaaatggcaccaaacagagat
gcgtgggccgaattggcacgaagaactgcaaattttgttccgtatgatatgtataaaact
cgtgatcagaatgaagaaatggttattttgtacactttcttaacaaaaggcattgatgca
gaagatataaactttataaaaatgagttatttggaccatttgcataaggagccgtatgct
atgtttttaaataatactcactgggtggatcactgcacaactgaccgagctttttggcca
ccgcctccaaaaaaacgaagaaaagatgatgaactgatgcgccataagactggatctgca
cgaactgaaggattttacaaattagatgttcgagaaaaagctaagcacaagtaccatcac
gctaaagccaatacagaagattcccttaatgaagatcggagcgatgaacctacagcactt
acaaacaaccatcacaataaaataatttccaaaatgcaaggaatttcccgcgaagctcgc
tcaaaccagcgaaggctcttaacagcctttggttctatgggtgagtctgagctcttaaaa
tttaatcagctaaagtttcggaagaaacagcttaaatttgccaaatctgcgatacatgat
tggggattatttgcaatggagcccatagctgcagatgaaatggttattgaatatgttggt
cagatgattcgacctgtagtagctgatctaagagaaacaaagtacgaagcgattggaatt
ggtagttcctatttgtttcgaatcgacatggaaactataatcgatgcaactaaatgtgga
aacttggctcgttttataaatcacagttgcaatccgaactgctacgctaaggttataact
attgaatctgaaaaaaaaatagttatatattcaaaacaacccattggtatcaacgaggaa
ataacgtacgactataaatttccattggaagaagaaaaaataccgtgcctgtgcggcgcc
caaggatgtcgaggcacacttaactaa

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 (5)   
   Pfam (5)   
All databases (25)   

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