KEGG   Drosophila melanogaster (fruit fly): Dmel_CG9007
Entry
Dmel_CG9007       CDS       T00030                                 
Symbol
upSET
Name
(RefSeq) upSET, isoform B
Organism
dme  Drosophila melanogaster (fruit fly)
SSDB
Motif
Pfam: PHD_5 SET PHD Auxin_repressed PHD_2
Other DBs
NCBI-GeneID: 39551
NCBI-ProteinID: NP_001261819
FlyBase: FBgn0036398
UniProt: Q9VUB5
Position
3L
AA seq 3146 aa
MPMSSHDSVFVEPAVSSSGGGSTSSINRIGVASGPQPPPPHIVIDGSSLSTQAQLRIMQR
RMSISTRQILSASQSQSINQSQKYAVRTAAGTGALAAGAASSGSSGQELINPQIYKIVTT
DGSTSNVIIDASAAAPPHNSKLLLSNLTVLSKQAPVQGAAGQQQQQLNYLGAKSLPYVSA
SPAKTQQQPQKFGSISAFKAQHQQQQQHPHATLQKVTLGSRVATRLQSYVPASPSQIMVQ
PAQPKYVNATATTIGGNAALLKKANQKITVKSVSNMSQQQQQQQQQQQQQLLQAQQLKTF
ITQQQQQQTYKAGAKAKFVKQTTALSIAALPQQQQQTTYAKQSMVTTSTPAKVTKLNSKY
VQQQISLPQGTQLQHKASPNVTGGGYLLQQSQAAVGGTIKFVNSHGTVIQQHPQQQQATK
RTHYNSSGSSDNEQHAVANSSLITDDVMIVNGTQMTDELSARILQSMAQKSFSQQQRFHQ
VPATGSGNMPPPTQIIYSNSTSNGAAASSPGGNASGNMLLAHYQAAGTKPVSSASFITVT
GTPPVTVATTPSVSISSHGFASGSAAISSYMSSATAARRQSVSAPSSRAVSLERKQHHQQ
LQHDVIGGGRKAPTVIEYYNKHGVNSIVGSSNNLAQSNSMSNLAGPRSNSGSGFATTTPT
PATPLHLTPVNVPVHVEAAPPSSPALVKGSSQPPAQPQQQQQQAHPLGPNQLNANDEELY
IEEVRPVPVLTQDLRLQQLHAIMQDHTYASQQQQQQPQQAAGDTTNPGAAQQVQQPQQWS
LGGIGVTVSGSQGTPTAVGGYCSYFGQQIARSQADDDAHSAISSSSRMGLASTDIDPGEE
TETAPEAEAEDDSVTRCICELTHDDGYMICCDKCSAWQHVDCMGIDRQNIPEEYMCELCQ
PRAVDKARARALQRQKRKEHMLLVATQAANGAAAVAAGTTLSGGLGSGLPMSEELQHRLA
SGLNGGFATGTGMSKKSKKTKENSGSTSTLKKTKKSAVGMGGEKNASGSGTPTGSSGKTS
KKSSKRKSKSGGDGSSGGGSSPALTAAEKHAANLRQWIENYEYAVTNHYSPELRARLHAI
QKQPSLLQSIQNTENKALRQIQQQLSTAGSAEQLEQRAQLIPYAGAKVLISSVDLSPHAP
IHELRGKYMLTTQFRTQNPTVNMNTPPPSNYLNSFKAHKTPGQFVFFYQLPGVEAPMQTL
RPDGSVPQVAQQPPSYLKGPEVCVDTRTYGNDARFVRRSCRPNAELQHYFEKGTLHLYIV
ALTHIRAQTEITIRHEPHDLTAVEQKKSHAAVIQPTSTRCACDMGSDCLFALPLAVQQQL
QAPPTQPRSSHRNKAAAAAAAAAAANSAAAIQLTMGLGVGATVAAGASVLPNSRNRSTSS
SGESSQMGLNSPQLGQLNLGFKTSVTATSLTAPVPGVHCNNSGGSSSSSNNSCSVSMSSV
LHDSGICTSSSSPSVSIPSPTPTQMQSPTLQQHPQQIPQQQLSLLQRSPTQQHQQQILAA
LPTPMLTPMLSPQLPKPAQQQAHVVLPQSQQTSLLQQQQSQQSQEPLAVIAAAAAAQQPM
ATYFVRQPQQQQQQQSPKPQALVAQQQHVVGAQQQQHFLQQQQKQQQQQMADEARMAVSA
LQTLHAAPTSHIVSPIKVAAVQQQSQPQQQQQNTHQQPHNQQAVQQQSNQLQQQQSQQPN
YPQSPQRQQKPQPVQHQPQIVISTGAQAIPATMPTKLSSPTKSAAPVISNNNITVSAQSS
VVGGKKTPAKHPQQQQQQQQQPVTPVSAATAPAATPSSSESKEDDVSASSTTTPTTRTPA
KDKPKQSREDRKLEAILRAIEKMEKQEARGKKDTRQSSGGKRQASNSPASPNKRNSSNSI
SEDVETPTSTNSAAAAAQRRNKKKRKVSRSLNNNTNGLGSGGGSNNKRRKSIVVESDGES
HALTNSESEDQGQHPQSHHSGSEDQAAGLLLALAHNNSSPNEPFKSPLSQSHSLPATPAS
VSSACLLIEAAMGPLQQQPAPASASPSLAEFKYPPGGAKTKKSLMSSWFQQAEQQHASGL
DSLVQAAMSEINGEREQLQRQPQGESLPAPALLKVEQFIHQAESTTAVPAREQLHLPLQN
NSSVKKRWLRQAISEETTPVDELQQSQNQSVTATPSPQPVPTVSPLANGFSTPLKKRRLV
VVSNGTNVESDETHIDVIGEPKDEAEENVAMTELKVEIENHHQEQDDDVDILRSPSPGTH
QIVAEDNLVKIEPEDTSAAADDVKIDVEREESQACDKFEEMVKVKREEEEQREKEIKQLQ
ERQEHEQPKVEPAPVEPKLENTVAKAEPKVEPSQEIVSKKEPTKVEPKPGESLLRSTATV
TATPTAATIAATTLLDVSKVAFKTRPPLKLEDEPQKKKPKLESILPAPVATVPPVSVPPI
PAASNATTSAVTNTAAASLTTTTAPSSTKNLTEHDIQERLLSFHAANISYLQSRNKKATA
ALTSASPSQKSNSSSGGSGTESKKSSKDKDEKRDKEKQLKKSKKEKKKSKDKEKQKAAVN
VNSTSQIVDTKKKTTQPSKPDSKSSIAPVLVPPSLPVATANGKTKHTAYNNVDQQQQQQM
RRRTMSMCITPVTPTPVVTPSPLHGTPPSTKKRQTNFEQELTKPNSQILSSSILLNSSKG
LGLPLAAPTVVSVPTAVQQQQHRKENNHQEATPASGGPMSLAAAIASGKLNAISRRRESM
CGSRQQQALIAAALKKEKKEKKKSKKKDREKQKHDKQKGKEKEREKDKEKDNKQKTNHIQ
KPAHPTTVPANSMPISAPAPVPVLVPTPVTTPKAAPIPVLITQPTPSPIHVTQPLVNNCS
TKVASLPFYNTIYGKLQDPSTPTSSPIPVTNTMPSLAEYLESTKSKTTALSAVKPIGIAA
VTPLSSAITPAKVAPSSLEMPPPATTPLKLYTRTASHDPRLNPMLTVPDPTPMPKRKLSI
SEYRMRHRPSVDTAPTTPTTPTTPTTPTTPPGSNKDRSFAKPQTINKCSLQSPERFQAAI
RERRNSISAHHPQQNAHHNLNNNKGGISNKSGSSSGNHLQQALGVAGGRLQSKNAIVDPA
ATTLSTVNSILSTAQKLHMFDDKPKGGHFNAAPTLLEQQQEKMSERSRCLQRTISCDSRV
IERLGTGAAAGALEKVTTASTRRDAV
NT seq 9441 nt   +upstreamnt  +downstreamnt
atgcccatgtccagtcacgactcggttttcgtggagcctgctgtcagtagcagtggcggc
ggcagcaccagcagcataaatcgcatcggagtagccagtgggccacagccgccaccccct
catatcgtcatcgatggcagcagcttgtccacacaggcacaactgcgcatcatgcaacgt
cgcatgtcgataagtacgcgccagatccttagcgccagccagtctcagtcgatcaatcag
tcgcaaaagtacgcggtgcgtacagcagccggaaccggagctttagctgcgggggcagcc
tcttcggggagctccggtcaggagctaattaatccccagatctacaagattgtgaccacg
gacggtagcaccagcaacgtcatcattgacgcatcagctgcggcaccaccgcacaactcc
aaactgttgcttagtaatctcactgtgctctccaaacaggcaccagtccaaggagcagcc
ggtcagcagcagcagcagctcaactatctgggagccaagagtctgccgtatgtgagtgcg
tcgccggctaagacgcagcagcagccccagaagtttggcagcatcagcgcatttaaggcg
caacatcagcagcagcaacaacatcctcatgctaccctacagaaagtgactttgggctcc
agagtggcaacccgtctccagtcgtacgtcccggcatcaccgtcgcagataatggtgcag
ccggcgcaaccaaagtatgtgaatgccacggcgacaacgataggtgggaatgctgctctg
ctcaaaaaggccaatcaaaagatcacggtcaagagtgttagcaatatgtcacaacagcaa
caacagcagcaacaacaacagcagcagcaactactacaggctcagcagctaaaaaccttt
atcacgcagcagcaacagcagcaaacctacaaggcgggggccaaggcaaagtttgtgaaa
cagacgactgccttgtccattgctgcattgccccaacagcagcagcaaactacctacgcc
aaacagtcaatggtcaccacgtcgacacccgcgaaggtaactaaactgaatagcaagtat
gtgcaacagcagatcagcctaccgcagggaacgcaactgcagcacaaagcgtcgccgaat
gtcaccggaggaggatatcttctgcagcagtctcaggccgccgtcggaggaactattaag
tttgtcaactcacatggcacagttatccagcagcacccccaacagcagcaggcaacaaag
cgtacccactacaacagtagcgggagtagcgacaatgagcagcacgctgtagcgaactcc
tcactgataaccgatgatgttatgatcgtcaatggaactcagatgaccgacgaactgtct
gcccgcatcctgcagagcatggcccagaagtcgtttagccagcagcaaagattccatcag
gttcccgccactggcagcggcaacatgccaccacccacccaaatcatctatagcaacagc
accagcaacggggccgctgcaagtagtccgggtggaaatgcatccggcaatatgctgctt
gcccactatcaggcagccggcacaaagccggtctcctccgcttcgttcatcacggtcact
ggtacgccgccggttacagtggccacaacgccgtcggtgagcatctcatcgcacggcttt
gccagtggcagtgcggccatatcctcctacatgtcatcggcaaccgcagctcgtcgccag
tctgtgagtgcgcccagtagcagggcggtgtctctggagcggaagcagcatcaccagcaa
ctgcagcacgatgtgattggtggcgggcgaaaggcgccaacggtcatcgagtattacaat
aagcacggcgtgaatagcatagttggcagcagcaataacctggcccaaagcaacagtatg
agcaatctcgcaggcccgcgaagtaacagtggaagcggattcgccacgaccactccaacg
ccagctaccccacttcacctgacaccagtgaacgttccagtccacgtggaggcagcacca
ccgtcttcgccagctctggtcaagggttcgtcccaaccgccggcgcagccacaacaacaa
caacaacaagcgcatcccttgggccccaatcaactgaatgccaacgatgaggagctgtac
atagaagaggtgcgcccggttccagtgctgacgcaggatttacgtctgcagcaactgcat
gccatcatgcaggatcacacgtacgcctcacagcaacagcagcaacagcctcagcaagcg
gctggtgatacgacgaatcctggagcagcacagcaggtccagcagccgcagcaatggtcc
ctaggcggtattggtgtcacggtgtctggtagccagggtacacctacagcggtaggagga
tattgcagctattttggtcagcaaattgctcgctctcaagctgacgatgatgcccactct
gctataagcagtagttcccggatgggattagccagcacagatattgatcctggagaggag
actgaaacagcaccagaagccgaggccgaggatgactccgtaacgcgctgcatatgcgaa
ctaacccacgacgatgggtatatgatatgctgcgataagtgctcggcatggcaacatgtg
gactgcatgggcatcgaccgtcaaaacatcccggaggagtacatgtgtgaactttgccag
ccacgtgcagtggataaggcgagagcacgagcactgcagcgtcaaaagcgcaaggaacac
atgctgctggtggccactcaagcggccaatggtgctgcagccgtggcagcaggaacaacg
ctcagcggtggactcggcagtggtttgcccatgtcagaggaactacagcacagactggca
tctggacttaatggaggatttgccacgggcaccggcatgtcaaagaagtcgaagaaaacc
aaagagaattcgggaagtacctctaccttaaagaaaactaaaaagagcgctgttggtatg
ggcggagagaagaacgccagcggaagcggtactcctactggcagtagcggtaagaccagc
aagaagagcagcaaacgcaagagcaagtctggcggagacggatcaagcggtgggggaagc
agtcccgctttaacagccgccgagaagcatgccgccaatctgcgccagtggatcgagaac
tacgagtatgcggtgacaaaccactattcgccagaacttcgcgcccgcctgcacgccatc
cagaagcagcctagcctattgcagagcatacaaaacacggagaataaggcgttgcggcaa
attcaacagcaactctccacggctggcagtgcagagcagcttgagcagagggcacagctt
attccgtatgcaggcgccaaggtgctaataagcagcgttgacttgtcgccccatgccccc
atccacgagttacgcggcaagtatatgctgaccacccagttccgtacccagaatcccacc
gtcaacatgaacacaccgccgccgagcaactaccttaacagcttcaaggcgcacaagact
ccgggacagtttgtattcttttaccagctgcccggagtggaggcacccatgcagactctt
cggccggacggaagtgtgccacaagttgcgcagcagccaccatcctacctaaagggtccg
gaggtgtgtgtggatacgcggacctatggcaacgatgcacgattcgtgcgtcgatcttgc
cgaccaaatgccgagttgcagcactacttcgagaagggaacgctgcatttgtatatagtg
gcattaacacacatacgtgcccagacggagatcacgatccgccacgagccacacgacttg
acggcggtggagcagaagaagtcacacgctgccgtcatccagccaacaagtacccgttgt
gcctgcgacatgggaagtgattgtctcttcgccctaccactggccgtccagcaacagctt
caagctccacctacgcagcccaggagcagtcaccggaacaaggcggcagcagcagcggct
gcggcagctgctgctaacagtgcggcagccatacagttaaccatgggattgggcgtcgga
gcaacggtggcggcaggagcgtctgtgttgccaaattctcgaaatcgttccacatcctcc
agcggcgagagcagtcaaatgggactaaacagtccgcagcttggacaattgaatttgggc
tttaaaacgtctgtgacagcaacatcgctgacagcgccagttccaggagtgcactgcaac
aacagcggcggaagcagtagcagcagcaacaactcttgctcggtgtccatgtccagtgtg
ctacacgattccggtatttgcacttcgtcctcttcgccgtcggtgtccattccctcaccg
acacccacccagatgcagtcgccgaccttacaacagcatccgcaacagataccgcagcaa
caattgtcgcttttgcagcgcagtccaacgcaacagcatcagcaacagatcctagctgcg
ctgcccacgccgatgctcacgcctatgctttcaccccaattgccaaaaccagcacaacaa
caagctcacgtggtattgccgcagtcgcagcaaacttccttgctgcagcagcagcaatca
cagcaaagtcaggagcctttggctgttatagcagcagcagcagctgcgcagcagcccatg
gccacctattttgttcgacaaccgcagcaacagcaacaacagcaatcgccaaagccgcaa
gcgcttgtggcacaacagcaacatgtggtcggtgcgcaacagcagcaacactttctgcag
caacagcagaagcagcagcagcagcaaatggcggatgaggctagaatggcagtgagtgcg
ttgcaaacactgcatgccgcccccacttcgcatatagtgtcgccaatcaaagtggcagca
gtgcagcagcaatcgcaaccgcaacagcaacagcaaaatacgcatcaacaaccacataac
cagcaagcagtacaacagcaatccaatcaactgcaacaacaacaatcgcagcagcccaac
tacccgcagtcgccacagcgtcagcaaaagcctcaacccgtacagcatcagccgcagata
gtaatttcaacgggagcacaggcgattccagcgacaatgcccaccaaattaagttcaccc
acaaaaagtgcggcgccagtgataagcaacaataacattacggtcagtgctcaatcctcg
gtggtgggcggaaagaaaacacctgccaagcatccccagcagcaacaacaacaacagcag
cagccagtgacacctgtttcggctgctacggctccagcagcaactccttcgtcatcggaa
tccaaagaggatgatgtgtcggcaagttccacaactactcccacaacacgaacgcctgcc
aaggataagccgaagcagtcgcgcgaagatcgcaagctggaggccattctgcgagctatt
gaaaaaatggagaaacaagaagctcgcggaaagaaggacacacgccagagcagcggtggc
aagaggcaggcgagcaactcgcccgcttcgcccaacaaacgtaatagctcaaactccatt
agcgaggatgtggagacgccgacgagtactaactccgcagcggcagctgcccaacgtcga
aataagaaaaagcgaaaggttagtcgcagcttgaataacaacacgaatggcttgggctcg
ggtggtggcagcaataacaaacgacggaagagtatcgtagtggagtcggatggagagtct
catgcattaaccaactccgagtcggaggatcaaggtcagcatcctcagtcacatcacagc
ggatccgaggatcaggcggcgggtcttcttctggccttggcccacaacaactcctcaccg
aatgagccattcaagtcgccattatcccaatcacattccctgccagcaactccagcctct
gtgagtagtgcttgtctgctaattgaggccgctatgggaccactgcagcagcaaccggca
ccggcttcagcgtcgccttccttagccgaattcaagtacccacccggtggggccaagacc
aaaaagtcgcttatgtccagttggttccagcaggcagaacagcagcacgcatccggtttg
gacagcctcgtgcaggctgctatgagcgaaatcaacggcgagcgtgagcagcttcaacgc
caaccgcaaggcgaatccttgccagcgccggctttgctgaaggtagagcagtttatacat
caggcagagtccacaactgctgttcctgctcgggaacaattgcacctaccactacaaaac
aattcgtcagtgaagaagcgctggttgcgacaagctatcagcgaagagaccacaccagtc
gatgaacttcagcagtcacaaaatcagtcggtaactgccactccctctccacagccggta
ccaactgtttctccgctggcgaacggatttagtactccgcttaagaagaggcgcctggtg
gtcgtaagcaatggaacgaacgtggagtctgatgagacgcatatcgacgtgattggggag
ccaaaggatgaagcagaagagaatgtcgcaatgactgaattgaaggtggaaatagaaaac
catcatcaagagcaagatgacgacgtagacatcctccgttcacccagtccgggtactcat
caaatagtggcagaggataatctggttaagatcgagccggaggacacaagtgctgcggcc
gatgatgtgaagatcgatgtggaacgagaggagagccaggcatgcgataagtttgaggaa
atggtgaaggtgaagcgcgaagaggaagagcagcgtgagaaggaaatcaaacagctgcaa
gaacggcaggaacatgaacagccgaaagttgagcccgccccggtggaaccaaagcttgaa
aataccgtagcgaaagcggagcccaaagtggagccaagtcaagagatagtgtctaaaaag
gagccaacaaaggtggaacccaagcccggcgagtctctgctgcgctcgacagcgactgta
actgcaacacctactgcggcaacaatcgctgcgacaactctgctcgatgtgagcaaagtg
gcattcaagactcgaccacctctcaaactggaggatgaaccgcaaaagaaaaagccaaag
ctggagtcgatactaccagcgccagtagcaacagtgcctccagtttcagttcctccgata
ccagctgcatcaaatgcaactacatcggcggtaactaacactgctgcggcgtcacttaca
acaacaactgctccttcaagtaccaaaaatctcaccgagcacgatatacaggaacgtttg
ctgtcgttccatgcagctaacatttcctatttgcagtctagaaacaaaaaggcaaccgca
gctttgacctccgcctcccccagccagaagagcaatagcagcagtggcggtagtggcact
gagtcgaaaaaatcatccaaggataaggatgaaaagcgcgacaaggagaagcagctcaaa
aaatcgaaaaaggagaagaaaaaatcgaaggataaggagaagcaaaaggcagcagttaat
gttaattcaacttcgcaaattgttgacaccaagaaaaagacaactcagccatcgaagcca
gacagcaaatcttcgatagcgcccgtcctagttccacctagtttgccagttgctactgca
aatggcaagaccaagcacacagcgtacaacaacgtggatcagcaacagcagcagcaaatg
aggcgccgcaccatgtctatgtgtattacaccagtcactccgactccggtggtcacgcca
tccccgttgcatggaacgccaccctcaactaagaagcgtcagaccaactttgagcaggaa
ctcaccaagcccaacagtcagatcctgagcagtagcatcctattgaacagcagtaaggga
cttggcctgcctctcgccgcccccacagtggttagtgtgcccacggccgttcaacagcag
cagcatcgtaaagagaataaccaccaggaggcgactccagccagtggcggtcctatgagt
ctggcggctgctattgctagcggaaaactgaatgctattagccgaaggcgagagtccatg
tgtggtagccggcagcagcaggctctaattgcggctgccttgaagaaggaaaagaaggag
aaaaagaagagcaagaaaaaggatcgggaaaagcaaaagcacgataagcaaaagggcaag
gagaaggagcgagaaaaggacaaagagaaggataacaagcaaaagactaatcacatacag
aaacctgctcatccgacaacagtgccagctaactcgatgccaatttcggcacccgctcca
gttcctgtattggttccaacgcccgtaacgacgcccaaggctgctcctatcccagttttg
ataacccagcccacgccgtcaccgatccatgtaacccaaccattggttaacaattgctcg
accaaggtagcatcgcttcccttctacaacacaatctacggcaagttgcaggacccttcg
acgccaactagcagccccattcccgtcactaacaccatgcccagtctggccgaatatctg
gagtctaccaaatccaagacaacagcactatcggcagtcaaacccattggaattgcagca
gtaacgcctctcagtagcgccataactcctgccaaagttgcgccttcctcccttgagatg
ccacctccggccaccacaccattgaaactgtatacgcggaccgccagccatgatccgcgg
ctgaatcccatgctcacggttccagaccccactcccatgccgaaacgtaagctctccatc
agcgaataccggatgcgccatcgtccatcggtagacacggcgccaacgacgccgacaaca
cccacaactcctaccactccaactacaccgccgggcagcaataaggatcgctcctttgcc
aagccacagaccattaacaagtgctcacttcagtcgccggaacgctttcaggcggcgatt
cgggagcggcgcaactcgatcagtgcgcaccatccgcagcaaaacgctcaccacaatttg
aacaacaataaaggaggcattagcaacaagagcggaagcagcagcggtaatcatttgcag
caagcgttgggcgtcgctggtggaagattgcaatccaagaatgcgatagtagatccagcg
gccaccaccttaagtacggtgaatagcatacttagtacggctcaaaagctgcacatgttt
gatgataagccaaaaggtggccacttcaatgctgcacccacactactcgagcagcagcag
gagaagatgagcgaacgatcgcgctgcttgcagcggacaatatcctgtgactcgcgggtc
atcgagcgattgggcacaggcgccgctgcaggtgccttggagaaagttaccacggcatca
accaggcgcgatgccgtctga

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Genome (1)   
   KEGG GENOME (1)   
Gene (115)   
   RefGene (111)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (5)   
   Pfam (5)   
All databases (126)   

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