KEGG   Drosophila mojavensis: Dmoj_GI12297
Entry
Dmoj_GI12297      CDS       T01062                                 
Name
(GenBank) uncharacterized protein, isoform A
  KO
K11423  [histone H3]-lysine36 N-trimethyltransferase [EC:2.1.1.359]
Organism
dmo  Drosophila mojavensis
Pathway
dmo00310  Lysine degradation
dmo01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:dmo00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    Dmoj_GI12297
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:dmo03036]
    Dmoj_GI12297
Enzymes [BR:dmo01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.359  [histone H3]-lysine36 N-trimethyltransferase
     Dmoj_GI12297
Chromosome and associated proteins [BR:dmo03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     Dmoj_GI12297
SSDB
Motif
Pfam: SET SRI AWS WW AT_hook
Other DBs
NCBI-ProteinID: EDW18063
FlyBase: FBgn0135054
UniProt: B4L0B7
AA seq 1972 aa
MDKSTGDEIVKPPAPRKRLGRPPKANAQESELTEEMEPPAEERTSSSSPTNCRRSTRKKI
VKFDVLDVLNKSRKTHKIQIEARIDSNAPTTTTASTTQLATSSATVAKPAIEVNRLFTPR
PPLPVISPLLPLDMFTKPKPTPSLIVAQVSSDKTPTVNQQQQPQQSQQQQQQQVIRKRGR
PRKSQITDNATAVDCSKVSIDSTKVLPSAKEQALTLKRESPDSDESLKSFSIIVDDETNV
EAVPEENDALDDTIEVIETDIISVASDEDSDSQIIFVDIETAKMEAEEEAANDVIQITAE
ETRNFKLIFPKENENKETEMPQQISIVEEIPGEDNIDDKESELLAEVLSEPAELWFTEDE
RDEGDQESQDEKPEKKSNIEVAKELPNQGLIKNETPVQSVEKETKLTSEAAIKSSNLETK
VKIEVQPVKKEQELPAAMDDLQKKVIIKNEASLPNSSSMINNVDKAKVKKELPKEVNMKE
IYSSSSSATIDNEDKITIKKELQKEIKMTKEVSSVIQENNDEPHEAVKQSEQLKQSATPT
FAKEPVEKMKDAHFELESLRRAAKATGIELKLPMTMEKLLNANSVTEPVQEVEAKKEAIK
KQPSLDTNETSAATLEKTDLAAKQLQQHSDAVKCEETELDSKLKSTKSAPEEHNSESVDT
KPIDSEKGKANEGAKLEKSSASYAAFVECDALFKVLDKANEQMRHEEKARKKSKLATKKQ
STEQLQERATPQSRGKKQTSKESSRRNTISEERHEDVKLPLSNKRRNSVHPFKPTLSPER
ATESEPKQSASSSNKKKSAQKKPTRKSTKPKQLPSSQDSMDSSSSSSTKAGDLPSRSLPT
PTSELEASNPLHDIAKFIEDGVKLLERDYKVEEEQQQQPDQQPQEEATEDELAQRVANLE
TPVNTPAPSPVGSTDDLSAGVRRSHRIKQKPQGAKSSLGRGSSSQTPTISMEQQLSELAN
IEAINEQFLRQEGLNTFQILRDNYYRCARQVSKENAEMQCDCFVTGDEEGQGMRCGDGCI
NRMLMIECGPLCSYGDRCTNKRFQQHQGWPCRVFRTEKKGCGITAELQIQPGEFIMEYVG
EVIDSEEFERRQHLYSEDRNRHYYFMALRGEAIIDATTKGNISRYINHSCDPNAETQKWT
VNGELRIGFFSVKTIMPGEEITFDYQYQRYGRDAQRCYCESANCRGWIGNEPESDEGEQL
DSETESEPESLVEELRPEQEAKTKTPKSKSKKQLKLPTARKQRKEQPKAKDREYKAGRWL
RPSGGVGGEKSAARKLDQLEDTDVLEQLTLLSRSGLKNQLDTLRLSRCMVRAKLLQSRLQ
LLGVLTRGELPCRRLFLDYHGLRLLHAWISESGSDKQLRLALLESLESLPIPNRTMLNDS
RIYQSVELWGNQLAQPAEAAAESQSDEEESVRQRIAALLQKWNGLPEIFRIPKRERIEQM
KEHEREADRQQHVATALGDSNNASSVLSTDRYRQDRFRRDTSSRYEKSKPPSRMSGNNTI
CTITTQPKEWQGSAEGSSGSKSESRRRSEFDPRRTISKELRRSLFERKVAQDEAEKRVGS
EDWREHELRCEYFGADLNTDPKLLPFYQNTETNEWFNSEDAPVPAPLRCGDIAEPPSPEQ
EEDVEYKLPAGVEPLPPSWHWSMTPEGDIYYYNLRDRIPQWEPPNAEQRLQQLVEDSPEK
ELVPDEAASSSDLVNIDIDYVGSLSAKSLAQYIEVKIRERREMRRNRLVSVRVISPRREE
DRLYNQQESRKYKENKEKIRRRKEIYRRTRNETNTVQPAPGEPSDSLPIHGYLYSSDEDG
ATEGACSLPLLDAAVDGDKELPESLSRRRSLRASSPSSTSSTDAAESLPSAKRKLLMTES
QKKHRDSKRKSLTTGREASDKFHFEISGHVAEFLRPYRQENCQLGRITSDEDYKFLIKRL
SHHITTKEMRYCDMTGNPLACTESVKHKSYDFIKQYMRKKGPVYKKPVDKPD
NT seq 5919 nt   +upstreamnt  +downstreamnt
atggataaatcaacaggagacgaaattgttaagccgccggctccccgcaaacgtctcggc
cgtccgcccaaggccaacgcacaagagtctgaattgactgaagagatggaaccgccagcc
gaggagcgcacttcgtcgtcatcgccaacaaattgtcggcgaagcacgcgcaagaaaatc
gtaaagttcgatgtgctggatgtactcaacaagagtcgcaaaactcacaaaatacaaatc
gaggcacgaattgattccaatgcaccaacaacaacaacagcatccacaacacaattagca
acgagctctgctactgtggcaaaaccagcaatcgaggtcaatcgcttatttacaccacga
ccgcctctgcctgtgatttcgcctttgcttccgctggacatgtttaccaagccaaagcca
acgcccagcttgattgttgcccaggtgagcagtgataagacgcccactgtcaatcagcaa
cagcagccacagcaatcacagcagcaacagcaacagcaggtgatacgtaaacgtggacgt
ccgcgcaaatcacagatcacagataatgcaactgcagttgattgctccaaagtgagcata
gattctaccaaagtcttgccgagcgccaaggaacaagctcttactttaaaaagggaatcg
cctgactcggatgagtctctgaagagtttctcaatcattgttgatgatgaaacgaatgtt
gaagcagtgcctgaggaaaacgatgctttggatgacacaattgaagtgatagagactgat
attatatccgtggcatccgatgaggattcagattcgcaaattatatttgtggacatagaa
acggcgaagatggaagctgaagaagaagcagcaaatgacgtgatccaaattacagctgaa
gagactcgtaactttaagttaatttttcctaaggaaaatgaaaacaaggaaacagaaatg
ccacagcagattagtattgtggaggaaataccaggtgaagataatattgatgacaaggaa
tcagaactcttggctgaagtgttaagtgagccggcagagctttggtttactgaggatgaa
agggatgaaggagaccaagaatctcaagacgagaagccagaaaagaaatcaaatattgaa
gtagcaaaagaactgccaaatcaaggtttaattaaaaatgagactccggtacaaagcgtt
gaaaaggagactaagctaacctctgaagcagctataaaatcctctaatttagaaactaaa
gttaaaattgaagtacagccggtaaagaaggagcaggaattgccagcagctatggatgac
ctgcaaaagaaagtcatcataaagaatgaggcttcgttaccaaactcttcatccatgata
aacaacgtagataaggcaaaggtgaagaaagagctgccaaaggaagtaaacatgaaggag
atctactcatcgagctcatcagccaccatagataacgaagataagattacgattaaaaaa
gagttgcaaaaggaaatcaaaatgaccaaggaggtctcttcagtcatacaagagaacaac
gatgaaccacatgaagctgtaaaacaatcggaacagttaaagcagagtgcaactccgact
tttgcaaaagaacctgtcgagaagatgaaagatgcccacttcgaattggaatctctgagg
cgtgctgcaaaagcgacaggcattgagttaaagcttccgatgacaatggaaaaactttta
aatgccaactctgtaacagaaccagtacaggaggtcgaagcgaagaaggaagctattaag
aagcaaccaagcttggacacgaatgaaacatcagcagcgacgcttgaaaagactgatttg
gctgcaaagcaactgcagcagcactcagatgcagttaaatgcgaagagacagagttagat
tcaaagcttaaatcaaccaaatccgctccagaagagcacaactcagaatcggtggacaca
aaaccaatagatagtgagaaagggaaagcaaatgaaggcgccaagttagagaagtcgtca
gcctcctacgctgcgttcgtagagtgtgatgcactctttaaggtcttggataaagcaaac
gaacagatgcgtcacgaagagaaggccagaaagaagtcgaagctggccaccaaaaagcaa
tcaaccgaacagctgcaggaacgtgccacgcctcagtctcgtgggaaaaagcaaacatca
aaggaaagcagccgccgtaataccatttccgaggagcgtcacgaggacgtgaaattgccg
ttgagcaataaacgccgtaactccgtgcaccctttcaagcctacgttgagtccagagcga
gctacggagtcagaacccaagcaaagcgccagcagcagcaacaaaaagaagtcagctcag
aaaaagccaacgcgcaagtcaacaaaaccaaagcagctgccaagcagccaggattcgatg
gattctagttcgagctcctcgacaaaagctggcgatttgccgagtcgcagcttgccgacg
cccacttctgagctagaggcatccaatccgctacacgacatagccaagttcatagaggat
ggcgtcaaattgctcgagcgcgactacaaagtagaggaggaacagcagcagcagccagac
cagcagccacaagaggaggccactgaagatgagttagcgcagcgtgtggctaatttggaa
acgcctgttaacacgccagctccttcaccggttggcagcacagatgatctgtcagcgggt
gtgcgccgctcgcatcgcatcaagcagaagccgcaaggagccaaatcgagtttaggtcgt
ggtagcagcagccaaacgcccaccattagcatggagcagcagctaagtgagcttgccaac
atagaagccatcaatgagcagttcctgcgccaggagggcctaaacacgttccaaatactt
cgtgacaattactatcgctgtgcacgccaggtgagcaaggagaacgcggaaatgcaatgc
gattgctttgtcaccggcgacgaggagggacaagggatgcgctgcggcgatggctgcatt
aatcgcatgctcatgatcgagtgtggtccactgtgtagttacggtgaccgctgcaccaat
aagcgattccagcagcatcagggctggccctgtcgcgtctttcgcacggagaagaagggc
tgcggtatcacagccgagctgcaaattcagcctggggagttcatcatggagtatgtgggc
gaggtgatcgacagcgaggagttcgagcgtcgccagcatctctactcggaggatcgcaac
cgccactactacttcatggcgctgcgtggcgaggcgatcatcgatgcgaccacgaagggc
aacatctcgcgctacatcaatcacagctgcgacccgaatgcggagacacaaaagtggaca
gtgaatggagagctgcgcattggcttctttagtgtgaagaccatcatgcctggcgaggaa
atcacattcgattatcagtatcagcgctatgggcgcgatgcgcagcgttgctattgcgag
tcggccaactgtcgtggctggattgggaacgagccggagtctgatgagggcgagcagctc
gattcggagaccgaaagtgagcccgagtcactggtagaggagctacgcccagagcaggag
gcgaagaccaaaacacccaaaagtaaatctaagaagcaacttaagctgccaacggcacgt
aagcagcgcaaagagcagcccaaggccaaggatcgtgaatacaaagcgggccgctggctg
cgcccttccggcggcgttggaggcgagaagtcggcagcccgtaagctcgatcagctcgag
gacacagacgtactcgagcagttgacgctgctaagtcgcagcggactcaagaatcagctg
gacacattgcgcctatcgcgttgcatggtgcgtgccaagttactgcagagtcgccttcag
ctgctgggcgtgctaacgcgtggcgagctgccatgccgtcgtctcttccttgactatcac
gggctgcgcctgctgcacgcatggatcagcgagagcggcagcgataagcagctgcgtctg
gcgctgctcgagtcacttgaatctctgcccatacccaacaggacgatgctgaatgatagt
cgcatctaccagagcgtagagctatggggcaaccagttggcgcagccagcggaggcagca
gcagaatcacaatctgatgaggaggaatcggtgcgtcaacgcattgcagcgctgctacaa
aaatggaatggactgcccgaaatcttccgtatacccaaacgtgaacgcatcgagcagatg
aaggagcacgagcgcgaggcagatcgccagcaacacgtggccactgctctaggggacagt
aacaatgcctcttccgtgctcagcaccgatcgctatagacaagatcgatttaggcgcgac
accagcagccgctatgagaaatcaaagccgccctctagaatgagcggcaacaataccatc
tgcacgatcaccacacaacccaaggaatggcaaggctctgcggagggcagcagcggcagc
aagtctgagagtcgcagacgttcagagtttgatccgcgtcgaactatatccaaagagctg
cggcgatcgctcttcgagagaaaggtggctcaagatgaggcagagaagcgtgtgggcagc
gaggattggcgtgagcatgagctacgctgcgaatacttcggtgcagatttgaacacagat
ccaaagctgctgccattttaccagaacacggagaccaatgagtggttcaacagcgaggat
gctcctgtgcctgcgccattgcgttgcggcgacattgcggagccgccatctccggaacag
gaggaggatgtggagtataagctgcccgctggcgtagagccattgccgccctcatggcac
tggagcatgacacccgaaggagatatctactattataatctgcgtgatcgtattccgcag
tgggagccaccgaacgctgaacagcgtttgcaacagctggtggaggattctccagaaaaa
gaattggtaccggatgaggcagccagctcatcggatttggttaacattgacatcgactac
gtgggcagcctgagcgccaagtctctggcccagtacattgaggtaaagatacgggaacga
cgcgagatgcgacgcaatcgcttggtctctgtgcgcgtgataagtccacgtcgcgaggag
gatcgtctctacaatcagcaggagtcacgcaaatacaaggagaataaagaaaagatacgc
cgacgcaaggaaatttatcgacgcacacgcaacgagacaaatactgttcaaccagcacct
ggagagcccagtgattcgttacccattcatgggtatttatactcctccgatgaggatggt
gccactgagggcgcctgcagcctgccgctgctagacgcggcagttgatggtgataaggag
ttgccggagtcacttagtcgtcgtcgctcactgcgtgcatcgtcgccatcgtccaccagt
tccactgacgctgcagagtcgttgccaagcgctaagcgcaagctacttatgacagagagc
caaaagaagcatcgggacagtaagcgcaagagtttgacaaccggacgcgaagccagcgat
aagtttcactttgagattagcggccatgtggccgagtttttgcgtccctatcgccaggag
aattgccagctgggccgtattacaagcgacgaagactacaagttcctaattaagcgactg
agccaccacatcaccaccaaggagatgcgctactgtgacatgaccggcaatccgttggcc
tgcacagaatcggttaagcacaagtcctacgactttatcaaacaatatatgcgcaaaaaa
gggcccgtctacaagaagccggttgataagcccgattaa

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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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (26)   

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