KEGG T01066: Dvir

Drosophila virilis: Dvir_GJ13235

Entry

Dvir_GJ13235 CDS T01066

Definition

GJ13235 gene product from transcript GJ13235-RA

Orthology

K11423

histone-lysine N-methyltransferase SETD2 [EC:2.1.1.43]

Organism

dvi Drosophila virilis

Pathway

dvi00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:dvi00310]

SSDB

Motif

Pfam:

SRI SET WW AT_hook

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

AA seq 2005 aa
MDKLTSDEAAKQPALRKRLGRPPKVNAQESEAAEEMESLAEERTSSTSPTNCRRSTRKKI
IKFDVLDVLNKSRKTHKIQIEARIDSNAPTPTSQLAASASTVTAPIIEVNRLITPRPPPL
LPAVPPLPTLDMFTKPKPMPSLIVAQVSSDRTSSALPLPQQQQQQPMRKRGRPRKAQFPD
NPTGVGCSKLDASLHNSVPNLPGSLEQAEAASDSDESLKGFPPPLAVEDASNAAQIPQDD
TVLDTTIDVVETEIITVPCDEDSDSQIIFVDIETTKAESDIAEEAEFENPTNTAEDKRIF
KLIFPKQEQLQQEQADVKPVAQQLCVVEQLCEPPAEPSVDEKLHELRKKTESELLAEVLS
EPAELWFTEDEDKDEEQQQQEEQPQIEMQQEEQPQQLNNKPKLETELASESHSPESIGDL
NLRKCSNTEPKLSSEATIKLHPPCTIEDLQPKEKQQQCGSPQQVKDEIQLAVELKKELSL
PNTSAAQPKSDETKTLTASESMTDSITDAAVKPEDKTEIMEPTPQPAYKAVAHFELESLR
RAAKATGIELKLPVTMEKLLNANPISEPLKAELKKQPDLGMTETPLAVSWQLAKPKDVPA
QIDLPVTQRQPLVDKPAEIKAAPQLTSGPSEPEKATAPQLLPSPSEAATAAALPIPKTVK
TAAEEPKLDLATTKSTASEKKKTSDSPKPERPSSSNSSSTITTFVECDALFKVLDKAHAQ
IRHEEKAKKKFKQASKKQSSEQTQERNTPLARAKKQAPKESTRRNTISEERHEEDKLPLT
NKRRNSVHPFKATLSPERASEAESKPSNSGSNKKSAQRKPSRKAATAKQLPISQDSLDSS
SSSSTKASELPGRSLPTPTSELEASNPLHDIAKFIEDGVKLLERDYKLEDEQQQQQEQQQ
QTQPQLQEEITEDEFAQRVANLETPANTPAPSPVGSTEDLSSGVRRSHRIKQKPQGAKAS
LGRGSSSQTPTISMEQQLAELAQIETINEQFLRNEGLHTFQTLRDNYYRCARQVSKENAE
MQCDCFVTGDEEGLGQLRCGDGCINRMLMIECGPLCTYGERCTNKRFQQHQGWPCRVFRT
EKKGCGITAELQIPPGEFIMEYVGEVIDSEEFERRQHLYSEDRNRHYYFMALRGEAIIDA
TTKGNISRYINHSCDPNAETQKWTVNGELRIGFFSVKTILPGEEITFDYQYQRYGRDAQR
CYCESANCRGWIGNEPESDEGEQLDTESESEPESLVEELRLEQQELKTKTPRSGKSRKQL
KLPTARKQRKEQPKAKDREYKAGRWLRPSGGASGEKSATRKPDQLEDPDVLEQLTLLGRS
GLKNQLDTLRLSRCMVRAKLLQSRLQLLGVLTRGELPCRRLFLDYHGLRLLHAWISESGS
DKQLRLALLEALESLPIPNRTMLNDSRVYQSVQLWSSQLAQPAAEMPTEPPPESNTEEDE
SVRQRIAALLQKWNGLPEIFRIPKRERIEQMKEHEREADRQQQVHHAATALEDSNSASSV
LNSDRYRQDRFRRDTSSRYEKSKPPTRMSGNNTICTITTQPKEWQGATESASGSKSESRR
RSEFDPRRTISKELRRSLFERKVAQDEAEKRVGSEDWREHELRCEYFGADLNTDPKLLPF
YQNTETNEWFNSEDAPVPVPLRCGDAADPPSPDHEDDVEYKLPAGVDPLPPSWHWSLTPE
GDIYYYNLRDRIPQWEPPNAEQRLQQLVEESPEKELATDETANSADLINIDIDYVGSLSA
KSLAQYIEVKIRERRELRRSRLVSVRVISPRREEDRLYNQLESRKYKENKEKIRRRKEIY
RRTRNEANSIPPPAGESSDSLPIHGYLYSSDEEAVTDGASSVPPAESTPDGEKELSETVS
RRRQSRPTSPQSTSSTETETLPSAKRKLPLTDSQKKHRDSKRKTMITGRDASDKFHFEIS
GHVAEFLRPYRQDTCQLGRITSDEDYKFLIKRLSHHITTKEMRYCDMTGNPLACTESVKH
KSYEFIKQYMRKKGPVYKKPVDKPD

NT seq 6018 nt +upstreamnt +downstreamnt
atggacaagctaacatcagacgaagctgcaaagcagccggcgctacgcaaacgtctcggc
cgaccgcccaaggtcaatgcacaagagtctgaggcagctgaggaaatggaatcactagct
gaggagcgcacttcgtcgacatcgccaacaaattgccggcgcagtacgcgcaagaaaatc
attaaatttgatgtgctcgatgtgctgaacaaaagccgcaagacgcacaaaatacaaatt
gaggcacgcatcgattctaatgcaccgacaccaacatcccaactggcagctagtgcgtcc
acagtgacagcgccaataatcgaagttaatcgtttgattacgccgcgtccgccaccgctg
ctgcctgcggtgcccccattgccgacgctggacatgtttaccaagccgaagccaatgcca
agcttgattgttgctcaggtgagcagcgatagaacaagttctgccctgccgctgccgcag
cagcaacagcaacagcccatgcgcaaacgtggacggccacgcaaagcacagtttccagac
aatccaactggagtcggttgctcgaaactggatgccagcttgcacaattcagtgccaaac
ttgcctggcagcttggagcaagcagaagccgcctctgactctgatgagtccttgaagggt
tttccgcccccgttggctgtggaggatgcatcgaatgctgcacaaataccacaggatgac
acagtgttagatacaacaattgatgtagttgagactgagatcataactgtgccgtgtgat
gaagattcggattcacaaattatatttgtggatattgagacgacaaaagctgaatcggat
atagcggaagaagcagaatttgagaacccaaccaacacagccgaggacaagcgcattttc
aagcttatctttcccaaacaagagcaactgcagcaggaacaagcagatgtgaagcctgtg
gcccagcagctatgcgttgttgagcagctttgtgaaccgccagccgagcccagtgtggat
gaaaaactgcatgagctgaggaagaaaacggaatcggaacttttggccgaagtgctcagc
gagccagcagagctctggtttaccgaagacgaggacaaggatgaagaacagcaacagcag
gaggaacagccacaaatagagatgcagcaggaggagcagccacagcagctaaataacaag
ccgaagctcgaaactgaactagcaagcgagtcgcacagtccagaatctattggagatctg
aatctgcggaagtgcagcaacacagagccgaagctaagcagtgaagcaaccatcaagctg
caccctccatgcactattgaagatttgcagccaaaggagaagcagcagcaatgcggcagt
ccacagcaggttaaggatgagattcagctggcagtagagctaaagaaggaattgtcatta
ccaaatacatcagctgcacagcccaaaagcgatgagacaaaaactttaactgcatcagag
tcaatgacggactcaatcactgatgctgctgtgaagccagaagacaagaccgagatcatg
gagcccactccgcagccggcgtacaaagccgtcgcacatttcgaattagaatctctgagg
cgcgcggccaaagctacgggcatagaattgaagctgcccgtgactatggagaaactacta
aatgccaacccaatatcagagcctttaaaggctgaacttaagaagcagccagatttaggc
atgactgaaacgccgctagctgtgtcctggcaactggccaagcccaaggatgtgccggcg
cagattgacttgcctgtaacgcagcgacagccgttggtagacaaacccgctgagattaaa
gctgcaccacagcttacgtcaggtccttcagagcctgagaaagcaactgctccacagctt
ttgccgagtccttcagaagcagccacagccgcagcgctaccaatacccaagacagtcaaa
actgctgctgaggagccaaagctggatttggccacaacaaaatcaactgctagtgagaag
aaaaaaacaagtgacagtcccaagccggagaggccatcttcctccaactcgtcctcgaca
ataacaacttttgtagagtgcgacgcgctgttcaaggtcttggacaaggctcatgcccag
atccggcacgaagagaaggccaaaaagaagtttaagcaggcaagcaagaagcaatcgtcg
gaacagacgcaggaacgcaacactccgctggcccgtgccaaaaagcaggcgccaaaggag
agcacacgtcgcaataccatctccgaagaacgccacgaggaagacaagctgccgttgacc
aataagcgtcgcaactccgtgcatccttttaaggcaacactgagtccagagcgcgcgtcc
gaggcagagtctaagcctagcaatagcggaagcaacaagaagtcagcccaaaggaagccg
tcgcgcaaagcagcaacagcaaaacagttgcccatcagccaggactcgctggactccagc
tcgagctcgtcaacaaaagccagcgaactgcctggccgcagcttgccaacgcccacttct
gagctagaggcatccaatccgctgcacgacatagccaagttcatagaggatggcgtcaag
ctgctcgagcgcgactacaagctggaggatgaacaacagcagcagcaagaacagcagcag
cagacacaaccacagttacaggaggagataactgaagatgagtttgcccagcgtgtggcc
aatctggagacgccagccaacacgccggctccctcacccgtgggcagcactgaggatctg
tcctcgggcgtgcgccgttcgcatcgcatcaaacagaaaccccaaggcgccaaggctagt
ttggggcgtggcagcagcagtcaaacgccgaccattagcatggaacaacagctagccgag
ctggcacagattgagactatcaacgagcagttcctacgcaacgaaggactccatacattc
caaacgctgcgcgacaactattatcgttgtgcgcggcaggtgagcaaggagaacgcagaa
atgcagtgcgattgctttgtcaccggcgacgaggagggactgggccagctgcgctgcggc
gatggctgcatcaaccgcatgctcatgatcgaatgtggcccactgtgcacctacggcgag
cgatgcacaaacaaacgcttccagcagcatcagggctggccctgtcgcgtctttcgcacc
gagaagaagggctgcggtattactgccgagctgcaaataccgcccggcgagttcatcatg
gagtacgtgggcgaggtcatagacagcgaggaatttgagcgccgccagcatctgtactcg
gaggatcgcaatcggcactattattttatggcgctgcgcggcgaggcgatcattgacgcg
accaccaagggcaacatctcgcggtacatcaatcacagctgtgatccgaacgcagagacg
caaaagtggacggtgaacggtgagctgcgcattggcttcttcagcgtgaagactatcctg
cccggcgaggagatcacctttgattaccaatatcagcgctacggacgcgatgctcagcgc
tgctactgcgagtcggccaattgtcgtggctggattggcaacgagcccgagtcggatgag
ggcgagcagctcgatacggagagcgaaagtgagccggaatcgttggttgaggagctgcgg
ctggagcagcaggagctgaagaccaaaacgcccaggagcggcaagtcgagaaagcagctc
aaactgccgacggcgcgcaagcagcgcaaagagcagccaaaggccaaggatcgcgaatac
aaagcgggacgttggctgcgtccctcgggcggcgccagcggcgagaaatcagcaacacgt
aagcccgaccagttggaggacccagatgtgcttgaacagctaacgctgctcggccgcagc
gggctcaagaaccagctggacacgttgcgtctatcgcgttgcatggtgcgtgccaagctg
ctgcagtctcgcctccagctgctgggcgtgctcacccgtggcgaactgccatgtcgtcgg
ctcttcctcgactaccatggcctgcgtctgcttcatgcctggatcagcgagagcggcagc
gacaagcagctgcgtctggcactgcttgaggcgttggagtcgctgcccatacctaataga
accatgctaaatgacagccgcgtctatcagagcgtgcagctatggagcagccagttggca
cagccagcagctgagatgccaacggagccgccaccagaatctaatacggaggaggatgag
tcagtgcgtcagcgcattgcggcgctgctacaaaagtggaatggcctgcccgaaatcttt
cgcatacccaaacgcgaacgcatcgaacaaatgaaggagcacgaacgcgaggcggatcgc
cagcaacaggtgcatcacgcggccaccgcactggaggacagcaacagcgcctcctccgtg
ctaaacagcgatcgctaccgacaggatcgtttcagacgcgacaccagcagtcgctacgaa
aagtccaagccgccaactcggatgagtggcaacaataccatctgcacaatcaccacacag
cccaaggaatggcagggcgccacagagagcgccagtggcagcaagtctgagagtcgtaga
cgttccgagttcgatccacgtcgaaccatatccaaggagctgcggcgttcgttattcgag
agaaaggtagcccaagacgaggcggagaagcgtgttggcagtgaggattggcgcgagcac
gagctacgttgcgaatatttcggcgcagatctcaacacagatcccaagctgttgccattt
taccagaacacagagaccaacgaatggttcaacagcgaggatgcgcctgtaccagtgcca
ttgcgctgcggcgatgccgctgacccgccctcaccggatcatgaggacgatgtggagtat
aagctgcccgctggcgtcgatccgttgccgccctcatggcactggagcctaacacccgag
ggtgacatatattattacaatctgcgcgatcggattccacagtgggagccaccgaacgcg
gaacagcgtttgcaacagctggtagaggaatcaccagagaaggagctggcaacggatgag
actgccaattcggccgatctgatcaacatcgatattgactatgtgggcagcctcagcgcc
aaatccctagcgcagtacattgaagtcaagatacgtgagcgacgcgaactgcgacgcagt
cgcctggtctctgtgcgcgtgataagtccgcgccgcgaggaggatcgcctctacaatcag
ctggagtctcgcaagtacaaggagaacaaggagaagatacgccgccgcaaagagatctac
cgacgcacacgcaacgaggcaaatagtattccaccgccagctggagagtccagtgattcg
ctgcccattcatggctatctgtactcctcggatgaggaggcggtcaccgatggagcgagc
agtgtaccgccagctgaatctactcccgatggcgaaaaggagctatcggagacagtgagt
cgtcggcgccaatctcgaccaacctcgccacaatccactagttcgacagaaacggaaacg
ttgccaagcgcaaagcgcaagctgcccctaacggacagccaaaagaagcatcgggacagc
aagcgcaagaccatgataaccggacgcgatgccagtgacaagtttcactttgagattagc
ggtcacgtggccgagtttttacgtccctatcgccaggatacctgccagctgggccgcatt
acaagcgatgaggactataagttccttatcaagaggttgagccaccacataaccaccaag
gagatgcgctactgcgacatgaccggcaatccgttggcctgcacggaatcggttaaacat
aagtcctacgagtttatcaaacaatatatgcgcaaaaaggggcccgtctacaaaaagcca
gtcgacaagcccgactaa

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 (4)   
   Pfam (4)   
All databases (24)   

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