KEGG   Drosophila navojoa: 108653053
Entry
108653053         CDS       T05898                                 
Name
(RefSeq) histone-lysine N-methyltransferase SETD1
  KO
K11422  [histone H3]-lysine4 N-trimethyltransferase SETD1 [EC:2.1.1.354]
Organism
dnv  Drosophila navojoa
Pathway
dnv00310  Lysine degradation
dnv01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:dnv00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    108653053
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:dnv03036]
    108653053
Enzymes [BR:dnv01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     108653053
Chromosome and associated proteins [BR:dnv03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     108653053
   HMT complexes
    COMPASS/SET1 complex
     108653053
    COMPASS/SET1 complex (yeast)
     108653053
SSDB
Motif
Pfam: SET N-SET RRM_1
Other DBs
NCBI-GeneID: 108653053
NCBI-ProteinID: XP_030240779
Position
Unknown
AA seq 1708 aa
MDTSNNYTLINGGESSGEQTHITMQGYRDGNVFNPACQTRMHRNFKLLADPQLLKCGSKL
YRYDGVVPGDPTYPTITPRDPRNPLIRIRAKPVEPLMLVVPRFVIDSDYVGQPPAIEVTV
VNLNDNIDKQFLSSLLDKCGPTDEITIYHHPTTNKHLGIARIVFESTKGARQFVEKYNQK
SVMGKILNVFCDPFGAVLKKTIDNITNPVAPRPLAPITPHSTTTHISVNEHFHEYIEKED
PHLVSGSGYNAYYKSSAYGEVERDRHRDRDRLIKERPRHSVESGYDRERGSRHKYSSSRH
GRHYYSRGSREKSPDINRDRLYSSRDRDRDTRSYDYSRSKGRDKFRERNRSRDHSRDRMR
DRRDHRLSSSKERDYRERDRDRSMDTDGDRKERISSKHDIRYECTEDENGTSSVFQNQQY
YSGIPAPNHIPSDYGYNHYSYTMSESVQSWSSSHRRWPAPQPDSQIIPPPPPPQEEEENW
DDPQPPPLKSYSKDISPSTESVGIKQQASPKRSQSSKSNNNLETAAESETNSENVDLDTR
IALIFKGKTFGNAPPFLQMDSSDSETEKPKVDDISEAADCDSNSNQNKHGTDKTLSALQQ
QGASDISSDDDILIKKDIQVPVEKSEANDNNDDNMSLSSLSSHEETVKEPAHAPTQLASK
MMFAGYTDSHASSHNNYYYHQSAYGYGHYPSAIAPSSGLTGKYFSNPAYMQAPYLPGVVS
ADSFNLDPYMQAYGYQHTQPDQNDEVKQNVKKVMNIIVDELKQILKRDVNKRMIEMTAFK
NFEAWWDEQTAKARTKQLSAAVETGTTNNISAEKQTSQEKPPDINQLINTQREIPDFQSF
TSIGIRAAMPKLPSFRRVPKHPSPIPDKLERDLSDQEEMVQRSDSDKDDSNMGSSDAQNL
SLKRRTLQRDIGKLRPTSNNIRLKRKGSASSFFSSSTSSSSNSDGENEADDMGNRAENDR
SSDDESFDEDIPPSNLSERDKFTKKRRRDLKASDEKILHVYSDSEEENQSINRISSTKRS
RLKKMDIYSDTDEDDDEKTESKLFTSSKPNLMSSIPSDLEDISKDSCFDMEETEMAATFE
RESKTDDKMDSESRRSPTPVPPPDYNEETVSKSDDLGTGKSHFGYDRIYSDSEEEREYQE
KRRRNTEYMAQIEREFLEEQQKKSSQADNKLNVDLNLDIDKMSSFEMPDTPDISKLPPTP
GAKLLVEEAKLYNKNVIEADVEGKHYSSTVKTEISLKSTKSTNNQSNDIEDASTLQTDTN
LKTEVFKTDQSGPPQNEHTRIYNGKESPVSSDSGSSQASQASQVALEHCYSLPPQAQGAF
AAGASADQFDSKNKKEADNMQLARPGPGRPRKDSVRAQKKKKDFSGRQVNKKTKIESMKN
TLSELARQTANFVPCEMFNPRDQNEEMVILYTFLTKGIDLEDIKYIKASYIEHLQKEPYA
MFLNNTHWVNHCTTDRAFWPPPPKKRRKDDELMRHKTGCARTEGFYKLDVREKAKHKYHH
AKANIHDTQNDDRCDEPTALTNHHHNKLISKMQGISREARSNQRRLLTAFGSMGESELLK
FNQLKFRKKQLKFAKSAIHDWGLFAMEPIAADEMVIEYVGQMIRPVVADLRETKYEAIGI
GSSYLFRIDMETIIDATKCGNLARFINHSCNPNCYAKVITIESEKKIVIYSKQPIGVNEE
ITYDYKFPLEEEKIPCLCGAQGCRGTLN
NT seq 5127 nt   +upstreamnt  +downstreamnt
atggataccagcaataactataccttaattaatggcggagaatcatcgggcgaacagacg
cacatcacgatgcagggctatcgtgatggtaatgtctttaatcctgcgtgccaaacgaga
atgcataggaacttcaaattattagcggatccgcagttgttgaaatgtggtagcaagtta
tatcggtacgacggcgttgttcctggagacccaacgtacccaacaataacacctcgcgat
ccacgaaatccacttattcgaattcgagccaagcctgtcgaacctttaatgctggttgta
ccccgatttgtgatcgattccgattatgttggtcagccacctgcaattgaggtcacggtt
gttaatctaaatgacaatatcgacaagcagttcctctctagcctactggacaagtgcggg
cccacggatgaaataactatataccatcacccaacgacaaacaagcatttgggcatcgcg
cgtattgtctttgaaagcaccaaaggagcacgacagtttgtcgaaaagtacaaccagaaa
tcggtgatgggaaagatattaaacgtattctgcgatccttttggtgccgttctaaagaaa
accattgataatattacaaatcctgttgcacctcgaccattggcaccgatcacacctcat
tcgacaacaacgcatatttcggtaaatgaacattttcatgaatacatagaaaaggaagat
ccacatttagtttctggaagtggttataacgcttattacaagagttccgcgtatggcgaa
gtggaaagagatcggcacagagatcgagatcgtcttataaaagaacggccacgacattcc
gttgaaagtggctatgatcgggaacgtgggtcacgtcataagtatagtagttcacgtcat
ggtcgccattactactctcggggatcacgggagaagagtccggacataaacagagatcgt
ttatatagttctagagacagagatcgagacacaaggtcatatgattattctcgctcgaaa
ggacgagataaatttcgcgagcgcaatagatcaagagatcattctcgcgatcggatgagg
gacagaagagatcaccgcttaagttcgtcaaaagaacgggattaccgagaacgtgatcgt
gacagatcaatggatactgatggcgatcggaaggagcgcattagttctaagcacgatata
cgctatgaatgcactgaagacgaaaatggtacttcgtcggtgtttcaaaaccaacaatat
tattctggcattccggcacctaaccatataccgtctgattacggatataaccattacagc
tacactatgagtgaaagtgtccaatcatggagcagctcccaccgaaggtggcccgcaccg
caaccagactcacagattataccgcccccacctccgccccaagaagaggaagaaaactgg
gacgatccacaacctccaccattgaagtcatattcaaaagatatctcaccttcaacggag
tcagttggtataaagcaacaagcatcaccaaaacgatcacagtcaagcaaatcgaataat
aatctggagacagctgccgagtcagaaaccaactcggagaatgttgatttagacacacgt
attgcactcatatttaaaggaaagacctttggaaatgcgccaccttttctgcaaatggat
agcagtgattctgaaacagaaaaacctaaggttgatgatatcagcgaggcagcggattgc
gattcaaatagcaaccagaacaagcatggaactgataaaactctttcggctttacagcag
caaggcgctagtgatatatcaagtgatgacgacattctgatcaagaaagatattcaggtc
ccagttgaaaagtccgaagcaaatgataacaatgacgataatatgtcattgtcaagttta
tcgtcacatgaagaaacggtaaaagaacctgcacatgcgccaacccaactggcatcaaaa
atgatgtttgccggatatacggattcccatgcttcaagtcataataattattattatcat
caatcagcatatggatatggccactatccatctgccatagcaccgagctcggggttgacc
ggaaagtacttttcgaaccctgcatatatgcaagcgccatacctcccgggagttgtttcg
gcggactccttcaatttggatccgtacatgcaagcatatggttatcagcatacccagcca
gatcaaaatgatgaggtgaagcaaaacgttaagaaggtcatgaatataattgttgatgaa
ctgaaacaaatccttaaacgagatgttaacaaacgcatgattgagatgacagctttcaag
aattttgaggcttggtgggatgagcaaacggcaaaagcgcgtacaaaacaattgtcagct
gctgtcgagaccggtacaactaataatatctcagcggaaaaacaaacatcgcaggagaaa
ccgcccgacattaatcaattaatcaatacgcaaagagaaattccagactttcagtccttc
accagtattggtatacgagctgcaatgccgaaattaccatcattccggcgtgtgcccaaa
caccctagtcccattcccgacaaattggaacgggatcttagtgaccaagaggaaatggta
cagcgttcggattcagataaagatgattcaaatatgggcagttccgatgcccaaaatctt
agcttaaaacggcgcactttgcaaagggatattggaaaattacgtcctacatcaaacaat
atacgactgaaaagaaagggaagtgcctcgagtttcttttcgtcgtctacgtcgtcgtct
tccaatagcgatggcgaaaatgaggctgacgatatgggcaatagagcagaaaatgacagg
agtagcgacgatgaaagctttgatgaagacatcccacccagcaatttaagtgaaagggac
aagtttaccaagaagcgtagacgtgacttgaaagcttccgatgaaaaaatattacatgta
tattcggattctgaagaagagaatcaatcaataaatcgaatttcgtcaaccaagcgaagt
cgcttgaaaaaaatggacatatactctgatactgatgaagatgatgatgagaaaacagag
agtaaactattcacgagctccaaacctaatctcatgtcatccattccgtctgacctcgaa
gacataagcaaggatagttgttttgacatggaggaaacggaaatggctgcaacattcgaa
agagaatcgaagacagatgataaaatggatagtgaatcccgccgatctcctacacctgtt
ccgccaccggattacaacgaagaaactgtatcaaagtctgatgatttaggtacagggaaa
tctcatttcgggtacgatcgtatttatagtgactcggaagaagaacgagagtatcaggaa
aagagacgccgaaacacagaatacatggcccaaatcgagcgcgaatttctagaggaacaa
cagaaaaagtcaagtcaggcagacaataaattaaatgtcgatctcaatttggatattgat
aaaatgtcgagctttgagatgcctgacacacctgatatttcaaagctgcctccaacacct
ggtgcgaaattactagtggaagaagcaaaactatacaacaaaaatgttatagaagctgac
gtcgaaggaaaacactattcgagcacagtaaagactgaaattagtttgaaaagtactaag
agtactaataatcagtcgaatgatattgaagatgcaagtactttgcaaacagacaccaat
ttaaaaacggaagtttttaaaacagatcaatctggccctccgcagaatgagcatacacga
atttataacggaaaggagtcgcccgtctcttccgacagtggatccagtcaagcgtcccaa
gctagtcaagtggcattagagcattgttattccttgcctccgcaagcacaaggtgcattt
gcagccggtgcttcagcggaccaatttgattctaaaaataaaaaagaggctgacaatatg
cagcttgcaaggcctggacctggaagacctcgcaaggattctgttcgagctcaaaagaaa
aagaaagatttttcagggcggcaggttaataaaaagacgaaaatagagtcaatgaagaat
acactttccgaattggctcgccaaaccgctaactttgttccgtgtgaaatgttcaatccc
cgtgatcaaaatgaagaaatggtaatcctatacactttcttgacaaaaggcatcgatttg
gaggacattaagtacatcaaggcaagctatattgagcatttacaaaaggagccatatgct
atgtttttgaataatactcattgggttaatcactgcaccacggacagagcgttctggccg
cctcctcctaaaaaacgacgtaaggacgacgaactcatgagacacaaaaccggttgcgca
cgaactgagggcttttataagttggatgtacgcgagaaggctaaacacaaatatcatcat
gctaaagcaaacatacatgacactcaaaatgacgatcgatgcgacgagccgacggcattg
acaaaccatcatcataacaaattaatatctaaaatgcaaggcatttctcgtgaggctcga
tcgaatcagcgacgtcttctgacggccttcggatcgatgggcgagtccgagcttttgaaa
ttcaatcagctcaaattccgtaaaaagcagctgaagtttgcaaaatcggcaattcacgac
tggggattatttgccatggaacctatcgcagcagatgaaatggttatcgaatatgttggc
caaatgattcgaccggtagttgcagatttaagagagactaagtatgaagcgattggcatt
ggaagctcatatttattccgaatcgatatggagactattattgatgcgactaaatgtggc
aatttggcaagatttataaatcatagctgtaatccaaattgttatgccaaagtcattacc
atagagtccgaaaaaaaaattgttatatattcaaaacaacctattggtgttaacgaagaa
attacttatgactacaaatttcctttagaggaggagaaaatcccatgtctatgtggagct
caagggtgcaggggtacgcttaactaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (3)   
   Pfam (3)   
All databases (28)   

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