KEGG   Drosophila melanogaster (fruit fly): Dmel_CG3848
Entry
Dmel_CG3848       CDS       T00030                                 
Symbol
trr
Name
(RefSeq) trithorax-related, isoform D
  KO
K09188  [histone H3]-lysine4 N-trimethyltransferase MLL3 [EC:2.1.1.354]
Organism
dme  Drosophila melanogaster (fruit fly)
Pathway
dme00310  Lysine degradation
dme01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:dme00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    Dmel_CG3848 (trr)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:dme03036]
    Dmel_CG3848 (trr)
Enzymes [BR:dme01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     Dmel_CG3848 (trr)
Chromosome and associated proteins [BR:dme03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     Dmel_CG3848 (trr)
   HMT complexes
    MLL3/MLL4 complex
     Dmel_CG3848 (trr)
SSDB
Motif
Pfam: FYRC SET FYRN zf-HC5HC2H_2 zf-HC5HC2H DUF2647
Other DBs
NCBI-GeneID: 31149
NCBI-ProteinID: NP_726773
FlyBase: FBgn0023518
UniProt: Q8IRW8
Position
X:complement(1881313..1889950)
AA seq 2431 aa
MNIPKVTTSLGAAEKAKPERVASVAAAAFNAVSLQKRSGDDTATPAEDPTRKKAKTELLL
GTGTAAPSLPAKASSTAPQQLLYQRSGQQAKAQVKAASEPQDVETADGVWDARDQQIIVC
NFGSGTEMGAIKAEDADKQSEYRISTPRNSQSNPLLHRNTAFTSFTKKEGASSSASSSSS
TASVISIEPSGSGQDHAENSGKSEDLDYVLMPASGADSSTSVGNSTGTGTPAGTPIGATT
STIILNANNGTAGVSGAGTTTILTQKSGHTNYNIFNTTATGSQTPTTTLLNRVNLHPKMK
TQLMVNAKKLSEVTQTTAKVSIGNKTISVPLLKPLMSASGAATAGGATIVESKQLLQPGG
QVTTVMSAAQQSGGQQVHPHVHSHAHHNFTKLIKRGPKNSGTIVSFSGLQIKPANTKIVA
TKVVSKKMLQLQQHQQQIQQQQQLQQLQVTSGGGLAPPTGSIVTITTTNPSQTYAMVQDS
ATVGPAAHSEDDAPAPRKITAYSENLQKILNKSKSQESTGGPEEFTNINSVVIKPLDKNT
LNCPPSFNIFKQQQHSQAAQSQSISAVGSGAGTPVTFTMASGNASDLATTSTVSVSAGTI
CINSPMMGTRPIISIQNKNISLVLSKTTMAQQKPKMITTTTLSSQAALQMHHALIQDSSA
DKAGSSANSGSATSGASMQLKLTTANTPTKLSVSLAPDVVKLEEVGSESKAKLLVKQEAV
VKDSTGTPTSEERAEEIGTPEKRLNANATMTAINQVQNQSANQIQMATSTSTASNPSTPN
PTVNATPMNNQRSAAEDNALLKQLLQNNSSSHSLNQISITSAHVGSASASAPLSARKVIN
VRAPSMGKVRSLEDQLARPVIPPVPTATQAAGSSSSSGSVATSTTTTTVASGGSSQQVAT
ASATALPVSAVAITTPGVGGEAKLEQKSDQPAAIMQNQSQNQAPPPPPPPQQQQQQQLHQ
PQQLQPSPHQVKQTVQIVSKETSFISGPVAAKTLVTEATSKPAELLPPPPYEMATAPISN
VTISISTKQAAPKELQMKPKAVAMSLPMEQGDESLPEQAEPPLHSEQGATAAGVAPHSGG
PLVSAQWTNNHLEGGVATTKIPFKPGEPQKRKLPMHPQLDEKQIQQQAEIPISTSLPTTP
TGQGTPDKVQLISAIATYVKKSGVPNEAQPIQNQSQGQVQMQAQMQATMQGHLSGQMSGQ
ISGHAAGQIPAQMHLQVQHQLHMAVHPQQQQQQLHQNQPQNATIPLPVTGQGAVPIPVPT
MESKAGDQRKRRKREVQKPRRTNLNAGQAGGALKDLTGPLPAGAMVQLAGMPPGTQYIQG
AASGTGHVITSTGQGVTLGGVGASTGASSSPMLKKRVRKFSKVEEDHDAFTEKLLTHIRQ
MQPLQVLEPHLNRNFHFLIGSNETSGGGSPASMSSAASAGSSSAGGGKLKGGSRGWPLSR
HLEGLEDCDGTVLGRYGRVNLPGIPSLYDSERFGGSRGLVGGSARTRSPSPAESPGAEKM
LPMSSIQNDFYDQEFSTHMERNPRERLVRHIGAVKDCNLETVDLVESEGVAAWATLPRLT
RYPGLILLNGNSRCHGRMSPVALPEDPLTMRFPVSPLLRSCGEELRKTQQMELGMGPLGN
NNNNNYQQKNQNVILALPASASENIAGVLRDLANLLHLAPALTCKIIEDKIGNKLEDQFM
NQDDEKHVDFKRPLSQVSHGHLRKILNGRRKLCRSCGNVVHATGLRVPRHSVPALEEQLP
RLAQLMDMLPRKSVPPPFVYFCDRACFARFKWNGKDGQAEAASLLLQPAGGSAVKSSNGD
SPGSFCASSTAPAEMVVKQEPEDEDEKTPSVPGNPTNIPAQRKCIVKCFSADCFTTDSAP
SGLELDGTAGAGTGAGPVNNTVWETETSGLQLEDTRQCVFCNQRGDGQADGPSRLLNFDV
DKWVHLNCALWSNGVYETVSGALMNFQTALQAGLSQACSACHQPGATIKCFKSRCNSLYH
LPCAIREECVFYKNKSVHCSVHGHAHAGITMGAGAGATTGAGLGGSVADNELSSLVVHRR
VFVDRDENRQVATVMHYSELSNLLRVGNMTFLNVGQLLPHQLEAFHTPHYIYPIGYKVSR
YYWCVRRPNRRCRYICSIAEAGCKPEFRIQVQDAGDKEPEREFRGSSPSAVWQQILQPIT
RLRKVHKWLQLFPQHISGEDLFGLTEPAIVRILESLPGIETLTDYRFKYGRNPLLEFPLA
INPSGAARTEPKQRQLLVWRKPHTQRTAGSCSTQRMANSAAIAGEVACPYSKQFVHSKSS
QYKKMKQEWRNNVYLARSKIQGLGLYAARDIEKHTMIIEYIGEVIRTEVSEIREKQYESK
NRGIYMFRLDEDRVVDATLSGGLARYINHSCNPNCVTEIVEVDRDVRIIIFAKRKIYRGE
ELSYDYKFDIEDESHKIPCACGAPNCRKWMN
NT seq 7296 nt   +upstreamnt  +downstreamnt
atgaatataccgaaggtgacaacatcgcttggtgccgccgaaaaggcgaaacccgaaaga
gtagcatccgtggccgccgctgccttcaatgcggtcagcctgcagaagcgcagcggcgac
gacaccgccactccggcggaggatcccacgcgcaagaaggccaagacggagctgcttctc
ggaactggaacggcagcgcccagtttgcccgccaaagcgtcgagcaccgcgccgcagcag
ctcctctaccagcggagtggacagcaggctaaggcgcaggtaaaagctgcgtcggagccg
caggatgtcgagacggcggacggcgtctgggacgcccgcgatcagcagatcatagtgtgc
aacttcggctccggcactgagatgggtgccatcaaggcggaggacgctgacaagcagagt
gagtacagaatcagcactccaaggaacagtcaatctaaccctttgctacaccgaaacaca
gcctttaccagctttaccaaaaaggagggtgcctcatcgtcggcctcgtcatcatcgtca
accgcgtccgtcatttccatcgagcccagtggctcggggcaggatcatgctgaaaactcc
ggcaaatctgaggacctcgactacgtactgatgccagccagcggcgcggatagctctaca
tctgtgggtaactccaccggaacgggaacaccagcaggaacgcctattggagctactacc
tccaccattattttaaacgctaacaacggaacggcaggagtcagtggagccggcaccact
acaatcctcacacagaaatccggtcacacgaactacaacatcttcaataccacggccact
ggtagccaaacgcccactacaacattgttaaaccgggtgaatcttcaccccaagatgaaa
acccagctgatggttaacgccaagaagctgtcggaagtaacgcagaccacggcgaaagtg
tcgattggcaacaagactatatcggtgccgctgctcaagccgctgatgagcgctagtgga
gcggccacagccggaggagccacgattgtagagagcaagcaactgctgcagccgggcggt
caggtgactaccgtaatgagtgctgcgcagcaaagcggtggtcagcaggtccacccgcac
gtccattctcatgcacatcacaactttaccaaacttatcaaacgcgggccaaaaaatagc
ggcaccattgtctcgttttcggggctacagatcaagccggcgaacaccaaaattgtggcc
accaaggtggtgagcaaaaagatgctgcaacttcagcagcaccaacaacagatccaacag
cagcagcagcttcagcagctgcaggtgaccagtggtggaggcctggctccgcccacaggc
agcatagtgactatcaccaccaccaaccccagccaaacgtacgcaatggttcaggattcc
gcaactgtgggacctgcggcccattcggaagacgatgcgccagcgcctcgaaagattaca
gcctactcggagaaccttcaaaaaattctcaacaagagcaagtcccaggaatcgactgga
ggcccggaggagttcaccaacatcaacagcgtggtgattaagccgctcgacaagaataca
ctcaattgtccacccagctttaacatctttaagcagcagcagcactcacaggctgctcaa
agccaatcaatctccgcggtaggcagtggagcaggcacacccgtgacgtttaccatggct
tcggggaatgcctcagatctggccaccacctccaccgtttccgtttcggcggggaccatc
tgcataaacagtccgatgatgggcacgcggccaataatctccattcagaacaagaacata
tccctggtgctgtccaagacgaccatggcccagcaaaaaccgaagatgataactacaacc
acgttgtccagtcaggcggcgctgcagatgcatcatgctttgattcaggattctagtgca
gacaaggcgggatcttctgcaaactccggatcagctacctcgggagcttcaatgcagctg
aaactaacgaccgccaatacgcccaccaaactcagcgttagtctggctccggacgtagtc
aagctggaagaagttggcagcgaatctaaagcaaagctactggtcaaacaggaggcggtt
gtgaaggatagcactggtactccgaccagtgaggagcgggctgaggagatcggcacgccg
gagaagcgtttgaacgccaatgccacaatgacggctattaaccaggttcaaaatcagtcc
gccaatcaaattcaaatggccacatctacctcaactgcctcgaatcccagcacacccaat
cctacagtgaacgccacacctatgaacaaccaacgctcggcagcggaggataatgcactt
ctaaagcaactgctccaaaacaacagcagcagtcatagcctcaaccagataagcatcact
tcggctcacgttggttccgcctcagcttcggcacctctttccgcccgcaaggttatcaac
gtacgggcgcccagcatggggaaggtcagaagtttggaggatcaactggcacgtccggtg
attcctccggtgcccactgccacgcaggcggcaggtagtagtagtagcagtggatctgtg
gccacgtccaccaccaccacaacagtagctagcggaggaagcagccaacaggtagccacc
gcctcagcgacggctctacctgttagtgcggtcgcaattaccacaccaggagtgggaggg
gaggcaaagctggagcagaaatccgatcagccagcagcaattatgcagaatcagagccaa
aaccaggcgcctccaccaccaccgccaccacagcagcagcagcagcagcaactacaccag
ccgcagcagctgcaaccgtcaccccaccaagtcaagcagactgtgcagattgtgtcgaag
gagacgtcgttcatctcaggacccgttgctgctaaaacactagtgacggaagccacttcg
aagccggctgaactactacctcctccgccttacgaaatggccactgctcctatatcgaac
gtcaccatatccatatccaccaaacaagcggctccgaaggaactgcagatgaagcccaag
gcggtagctatgtcactacccatggagcagggcgacgaatcgctgccagagcaagcggag
ccgccgcttcattcggaacagggagctactgcagcgggagttgcacctcactccggaggt
ccccttgtgtctgcgcaatggaccaataaccatttagaaggaggtgtagccaccacaaag
ataccgttcaagcctggagagcctcaaaaacgcaagctccccatgcacccacaactggac
gaaaagcagatccagcaacaggcagagattcccataagcacctccctaccaacaactccg
actggacaaggtactcccgacaaagtacagctgatctcagcgattgccacttatgtaaag
aaatccggtgtcccgaacgaggcacaacccatccagaaccagagccagggccaggtgcag
atgcaggcgcaaatgcaggcgactatgcaaggacacctgtctgggcagatgtccggacaa
atctccggacatgccgctggacagatacccgctcaaatgcatttgcaagtacagcatcag
ctccatatggcagttcatccacagcagcagcagcagcaactgcaccagaaccaaccacag
aatgcgacgattccccttccagttactggacagggtgcagtgcccatccccgtgcccacc
atggagagcaaggcaggcgaccaaaggaagcgccgcaaacgtgaggtccagaagccgagg
cgcacaaatctgaacgccggacaagcgggtggagctcttaaggatctaacaggtccacta
ccggcaggtgcaatggtccaactggcaggaatgccgccggggacccagtacatacaaggc
gcggcatcagggactggtcatgtgatcaccagtaccggacaaggagttactttgggagga
gtgggcgccagtactggagccagttcctcgcccatgctcaagaagcgggttcgcaagttc
tccaaggtagaagaggatcacgatgcatttaccgagaagttgctgacgcacatccgccaa
atgcagccgcttcaagttctggagccgcatctcaatcgcaactttcactttcttatcggg
agcaacgagacttctggaggtggttcgcccgcctcaatgagttctgcggcttctgccgga
tcatcatcggctggaggaggaaagctgaagggcggatctcgaggctggccactgagcagg
catttggaaggtctggaggactgtgatggcaccgttctcggccgctatggtcgagtgaat
ctgccagggataccctcgttgtacgatagcgaacgctttggcggaagtagaggtctagtt
ggtggatctgcacgaacccgttcaccctcgccagcagagtctccgggagcagaaaagatg
ctaccaatgtctagcatccaaaatgatttttatgaccaggagttctccacgcatatggag
cgcaatcctagggaacgcctggtgcggcacattggagccgtcaaggattgcaatttggag
accgtagacctggtggagagcgagggcgtagctgcgtgggcgactcttccacgacttacc
cgctatccgggtctaatactgctcaatggaaacagccgttgccatggacggatgtcgccg
gtcgcactgccggaggatccgctgaccatgcgctttcccgtgtctccactgcttcgatcc
tgcggcgaagagctgcgcaagacacagcagatggagctgggaatgggaccgctgggcaat
aataataataacaattaccagcagaagaaccagaatgtgatactcgcactgcccgcctcg
gcatcggagaacatagccggcgtgctgcgggatctggccaatctactgcacttggcgccc
gcccttacctgcaagatcatcgaggacaagattggcaacaagttggaggaccagtttatg
aatcaggacgatgaaaagcacgtcgacttcaagcgaccactgagtcaagtgagtcacggt
catctgaggaagatcctcaacgggcgtcgtaagctctgccgcagctgcggaaatgtggtt
cacgccactgggctgcgagttcctcggcacagtgttcctgccctagaagagcaactcccc
cggttggctcaactgatggacatgctgccaagaaaatcggttccccctccttttgtgtac
ttctgcgatcgcgcctgctttgcgagattcaagtggaatggaaaggatggccaggcggag
gcggctagtctgctgcttcagccagccggcggttctgctgtaaaatcatccaacggagac
tcgcctggcagcttctgcgccagctcaactgccccagcggaaatggtggtcaaacaagaa
ccggaggacgaggatgagaaaacgccgagcgtaccgggcaaccccacaaatatccccgca
cagcgcaaatgcattgtgaagtgttttagtgctgattgcttcaccacggactcggcgcca
tccggactggagctcgacggaactgctggtgccggaactggggctggaccggtcaataat
actgtgtgggaaacagagaccagtgggctgcagttggaggacacgcggcagtgtgtcttc
tgcaatcagcgtggtgacggccaggcagatggaccctcgcgactgcttaacttcgatgtg
gataaatgggttcaccttaactgcgccctgtggtccaacggcgtgtacgagacggtgtct
ggggcgctgatgaacttccagacagctctgcaagcgggactgagccaggcgtgtagcgct
tgtcaccaaccaggcgccaccatcaagtgtttcaagtcgcgctgcaacagcctgtaccac
ctgccatgcgccattcgcgaggagtgcgtcttttacaagaacaagtccgtgcactgcagc
gttcatggtcatgctcatgccggcatcacgatgggtgcaggagcaggcgccacgactggc
gccggattaggaggctctgtggcagataatgaactgagctccctggttgtccaccggaga
gtttttgtcgatcgggatgaaaaccgtcaggtggccaccgtcatgcactattcagagcta
agcaacctgctccgtgtgggcaacatgacgttcctgaacgtgggtcagttactgccgcat
cagctggaggccttccacacaccccactacatctaccccattggctacaaggtgagtcgc
tactactggtgcgtgcgacgacccaatcgtaggtgtcgatacatttgcagtatcgcagag
gccggatgcaagcccgagtttcgcatccaggtgcaggacgccggcgacaaggagccggag
cgcgagtttcggggcagttcgccctcggcggtctggcagcagattctgcagccaatcacg
cgactgcgtaaggtgcacaagtggttgcagctctttccccagcacatcagtggtgaggac
ctatttggcctaacggaaccggccattgtgcgaatcctggaaagcctcccgggcattgag
acgctcactgactaccgcttcaagtacggtcgcaacccgcttcttgagttcccgctagcc
atcaatccgtctggagcggcgcgtacggaacccaagcaacgacagctgctcgtctggagg
aagccgcatacgcaacgcacggccggcagctgcagcacgcagcggatggccaactcggct
gcgattgccggagaagtggcctgcccgtacagcaagcagttcgtgcattcgaagagctcc
cagtacaaaaagatgaagcaggagtggcgcaacaacgtctacttggcgagatctaagatc
cagggtcttggcttgtatgcagctcgggacattgaaaagcacaccatgataatcgagtac
attggcgaggttatccgcaccgaggtctccgagatacgcgagaagcagtacgagtccaag
aaccgtggcatctacatgttccggctggatgaagaccgcgtggtggacgccactctaagc
ggcgggttggcgcgctacatcaaccattcgtgcaatcccaactgtgttaccgagatagtg
gaggtcgatcgcgacgtgcggatcataatattcgccaagcggaagatctatcgcggcgag
gagctctcgtacgactacaagttcgacattgaggacgagtcgcacaagataccgtgcgcc
tgtggagcgcccaactgtcgcaagtggatgaactag

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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 (98)   
   KEGG ORTHOLOGY (1)   
   RefGene (93)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (6)   
   Pfam (6)   
All databases (126)   

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