KEGG   Drosophila willistoni: 6649151
Entry
6649151           CDS       T01067                                 
Name
(RefSeq) uncharacterized protein LOC6649151
  KO
K11420  [histone H3]-lysine9 N-trimethyltransferase EHMT [EC:2.1.1.355]
Organism
dwi  Drosophila willistoni
Pathway
dwi00310  Lysine degradation
dwi01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:dwi00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    6649151
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:dwi03036]
    6649151
Enzymes [BR:dwi01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.355  [histone H3]-lysine9 N-trimethyltransferase
     6649151
Chromosome and associated proteins [BR:dwi03036]
 Eukaryotic type
  Histone modification proteins
   HDAC complexes
    REST complex
     6649151
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     6649151
SSDB
Motif
Pfam: Ank_2 Ank SET Ank_4 EHMT1-2_CRR Ank_3 Ank_5 Pre-SET
Other DBs
NCBI-GeneID: 6649151
NCBI-ProteinID: XP_023034783
Position
XL
AA seq 1904 aa
MTDFVELLNSMSTTFNSDCATTTAEGGTLLNLDLAEDKTLKWRNLANNQFACKDKEKKQQ
PPTTTQTTSKGSDAIIDKNEDPASLEAAEQSTPAVTEQSDVTSEKVSSELLEEEIEDNVK
ELLADVIDAAAVKVEEEEKAAAVAATAKIATESEEGAKAAATTTASIAELADPPKTSFNE
AKQPATEVPADGNDNAPTATTNTPNEVTAAAVDADVDVDVDANATASASVEIKIEETSRN
AASVDSNDDRIKTETETQTKQVTNNQDNEDEEEEESKSSAAAELELTTATKATVKVKSAS
PTTTTNSQLQSTAAAAAVAEIPTEAALVLAPLVVNSANDSVDVDVDVDVEADATTTILTG
NSAAAAEPTPAATAAVNADKNEQISPGSNTRRLRRTPRPTDTPTTTPTPLEEPQVDGGDI
RTEVRPAKEEEEIESPIESNELNEVKKEPEKCLASVDGIGIGDDVDAAATVSSTSSTTPT
EPPVVATVVAPPPPPKRGRGRAKKIKLDVELPTNELIDGENAYGDETMATAISPTVVVER
KQPGRKRKLPEEQQEAALIASELATLVVKTENQELEVSEIAPSGSGVDPKRTRRSVRLGN
RHPADPIVNATWSEEVKTEPSVGGTSGADLVTTLSELPMPVLDEKTPPKKRGRKAKIPPT
VKPNESQLASTTTNHHSGQPLTNGNKRSTPTTTNANATATTTTTSSSSSNVAGLGGSGEL
QLPKRSKRRIKPTPKILENDELRCEFETKHIERMTHWETAGADSDSHFETPQQSFSGGGG
GGAGSNSSTSRQKSEKSDGSGFDVGGQHPAGTSAIKKRLFSKSQRDIENSGAALVAKSKV
KPCPNVDKFLSDIKAAKLNANRSPEERKLNKKQLRKLAKQKEKHLKHLGLRRNNSEDASD
DDSSNTDNEEFVPATPVQVGKPSLTLRLRNAAPKEQQVPTTSAAAAATASQKAQHPSANS
VKLNRRVGVRTGVQSAAAAAAAAAMQSPLEPDQLHSLNSSILAAAELNDTDAIPTTSNSS
IKVKSSKFICLCQKSSQYYARNAPDSSYCCAIDNIDEQKIGCCNELSAEVHNLLRPSQRV
GYMILCDDHKKRLQSHNCCAGCGIFCTQGKFVLCKQQHFFHPDCAQRFILNSPFEGQQLL
QSNNSNKFHSPMLVLKCPHCGLDTPERTSTVTMKCQTLPVFLPTQKSKIKPAKLTTSAHL
AQFAAGRSNSTVTASKSSTTGRGRPASSANASNTNATSTSAGAAAGAGATGKSNGIRGGK
ATATTAAVNATSNSHNSGAAGGHTITFEQLIPDSVLNVVLRGHVVSASGRVTTEFTSRDM
YYAVQNDDLERVAEILAADYNVLAPMREYPGTCLHLVAHSGTLQMAYLLLCKGASSQDFV
NVVDSELRTALMCAVMNEKCDMLNLFLQCGADVAIKGPDGKTSLHIAAKMGNVEATQLIV
DSYRASRNISNFLSFIDAQDEGGWTAMVWAAELGHTDIVSLLLNHGADPNICDNDNNTVL
HWSALHNDGLETITVLLQAGADCNVQNVEGDTPLHIACRHSVTRMCIALIANGADLMIKN
KAEQLPFDCIPNEESECGRTVGFNMQMRSFRPLGLRTRVVCADASNGREARPIQAVRNEL
TMSEHEDEADTLMWPDFKYITNCIILQNSVQIDRRVSQMRICSCLDSCSSDLCQCNGASS
QNWYTAESRLISDFNYDDPAVIFECNDVCGCNQLSCRNRVVQNGTRIPLQIVECEDPAKG
WGVRALANVPKGTFVASYTGEILTAPEADRRTDDSYYFDLDNGHCIDANYYGNVTRFFNH
SCEPNVLAVRVFYEHQDYRFPKIAFFACRDIDSGEEICYDYGEKFWRNEQRANNGCKCLT
SVCKYAGRLAATSTNPSPMDREGFDGGDLLVSSAPPDEDFDVKA
NT seq 5715 nt   +upstreamnt  +downstreamnt
atgacggactttgtggagctgctcaatagcatgtcgacaacgtttaatagtgactgtgcc
accacaacagccgagggcgggacactccttaatttggatttggccgaagataagacgcta
aaatggcgcaatttggccaataatcaatttgcctgcaaggataaggagaagaagcagcag
ccgccgacgacgactcagacaactagcaaagggtcagatgcaataattgacaaaaatgaa
gatccagcatcattagaagctgcagagcagtcaacgccagcagtgacggagcagtcagac
gtaacatcagagaaggtatcctctgaactgcttgaggaagagattgaggataatgtcaag
gaattgttagcggatgtaattgatgcagctgcagttaaagtggaagaagaagaaaaagct
gcagctgtcgctgctactgccaaaatagcaacagaaagcgaagaaggagcaaaagcggca
gcgacgacgacggcatccatcgcagagttagcagacccccccaaaacttcgtttaacgaa
gcaaaacaaccagcaaccgaagtgccagccgatggtaatgacaacgctccgacggccaca
acaaatacaccaaatgaggtgacagcagccgctgttgacgctgacgttgacgttgacgtc
gatgccaatgctactgcctctgcctccgtggaaatcaaaattgaggaaacatcgagaaac
gctgcctcagtcgacagcaatgacgacaggatcaagactgagacggagacacaaacaaaa
caagtgacaaacaaccaagataatgaggatgaagaagaagaagaatcgaaaagcagcgca
gcagcagaactagaactgaccacagcaaccaaagcaacagtaaaagttaaatctgcatcc
ccaacaacaacaacaaattctcagctgcaatcaacagcagcagcagctgccgtagcagag
ataccaacagaagcagctttagttttggctccacttgttgtcaattctgccaacgatagc
gtcgacgtcgatgtcgatgtcgatgttgaggctgacgcaacaactacgattttgacaggc
aattctgcagcagcagctgaaccaacgccagcagcaacagcagccgtgaatgctgataaa
aatgaacaaatttcacctggcagcaatacgcgtcgtttgcgacgcactccaaggcccaca
gatacaccaacaaccacacccacacccttggaagagccacaagttgatggtggtgatatt
agaacggaagtgaggccagccaaggaggaggaggaaatcgaatcacccatcgagagcaac
gagctgaatgaagttaaaaaagagcccgaaaaatgtttagcaagtgtcgatggaatcggc
attggagatgatgttgatgcagcagccactgtctcttctacttcctctaccaccccaacg
gagccaccagttgtggcaactgttgttgcaccaccaccaccaccaaaacgtggtcgtgga
cgagccaaaaagatcaaactcgatgtagaactgccaacaaatgagctgattgatggtgaa
aatgcatacggagatgagacaatggccaccgccatatcgcctacagttgtcgttgagcgt
aaacaacccggacgtaagcgtaaactgcccgaggagcaacaggaagcggcattgattgcc
agcgaattggccacattagtggttaagacggaaaaccaagagcttgaggtcagcgaaata
gcacccagtggtagtggtgtcgatccgaagcgaacgagacgcagtgttcgtttgggcaat
agacatccggctgatcctatagtcaatgccacctggagtgaagaggtgaaaacggaacca
tctgttggtgggacgtctggcgctgatttggtcaccacgttaagtgagctaccaatgccc
gtgctggacgagaagacgccgcccaagaaacgcggtcgtaaagccaaaataccaccaaca
gtcaaaccaaacgaatcccagttagcttcaaccaccaccaatcatcactctggtcagcca
ctcacaaatggtaataagcgaagcacaccaaccaccactaacgccaacgccaccgccacc
accacaacgacatcatcatcatcctcaaacgttgctggcctcggcggaagcggtgaattg
caattgccaaaacgttcgaagcgtcgcatcaagcccacaccaaaaattctagaaaacgat
gaactacgctgtgagtttgaaacaaaacatattgaacgcatgacccactgggagacagcc
ggagccgatagtgattcacatttcgagacaccacagcaatcgtttagtggtggtggcggt
ggtggagctggttcaaactcatccacttcgcggcaaaagagcgagaaatcagatggcagt
ggatttgatgttggcggtcagcatccagctgggacaagtgccattaagaagcgtctcttt
tccaaatctcaacgggatattgagaattctggtgcagctttggtggccaaaagtaaagtc
aaaccctgccccaatgttgacaaatttcttagcgatattaaggcggccaaattgaatgcc
aatcgatcgccagaggaacgtaaacttaacaaaaagcaattacgtaaactggccaagcaa
aaggagaagcatctaaagcatttgggcttaagacgcaataatagcgaagatgccagcgat
gatgatagctccaatacggataacgaggaatttgttcccgccactccggtgcaggtgggc
aaacccagtttaactctacgactgcgcaatgctgcgcccaaggagcagcaagtgcccacc
acctcagcagcggctgccgcaactgcctctcaaaaagcccaacatccttcagcaaattca
gttaaactaaatcgtcgtgttggcgttcgtactggagtccaatcagcagcagcagcagca
gcagcagcggccatgcaatctccattagaaccagatcaacttcattcgctaaatagttca
attttggctgctgccgaactaaacgatacggatgccattcccaccacctccaactcctcc
ataaaggtgaagtcatcaaagtttatttgcttgtgccagaagagctcccaatactatgcc
cgcaatgcccctgattcttcttattgctgtgccatcgacaacattgatgagcagaaaatt
ggctgctgcaatgaactgtccgccgaggtccataatctcttgcgtcccagtcaacgtgtc
ggctatatgatactctgcgatgatcacaaaaagcgtctacaatcgcacaattgctgtgct
ggatgtggaatcttttgtacacagggcaaatttgtactctgcaagcagcaacactttttc
catccggactgtgcccaaagattcattttgaacagtccctttgagggtcaacagctgctc
cagagcaataatagtaacaaattccatagtccaatgttggtactaaagtgtccccattgc
ggtttggatacccctgaacgtacttcaactgtcaccatgaaatgccaaacattgcccgtt
ttcctgcccacccaaaagtccaaaataaaacctgccaaattgaccacctcagcgcatttg
gcacagtttgcagctggtagaagtaatagtacagtgactgccagcaaatcatctaccact
ggacgtggtagaccagcatcgtcagccaacgccagcaacacaaacgccacttctacatcg
gctggagcagcagcaggagctggagccacaggcaagagcaatggtataagaggaggaaaa
gcaacagcaacaacagcagcagtcaatgcgaccagcaactctcataatagtggggctgct
ggtggtcatacaatcacgtttgaacaactgatacccgattcagtgttgaatgtggtgctg
cgtggtcatgtggtatcggccagtggtcgtgttaccaccgaatttacctcacgcgacatg
tactatgccgtacagaacgatgatcttgagcgtgtggctgagatattggctgccgattat
aatgtgctagcgccaatgcgtgaatatcctggtacctgtctacatttagttgcccattcg
ggaaccctacaaatggcctatctgctgctatgcaagggggccagttcacaggattttgtc
aatgtggtggacagtgaattgcgtacggctcttatgtgtgccgtgatgaatgaaaaatgc
gatatgcttaatctattcctgcaatgtggagccgatgtggccatcaaaggtccagatggt
aaaactagtctgcatattgctgccaaaatgggcaatgttgaggccactcaattgattgtg
gatagctatcgggcttcgcgtaatataagtaactttttaagtttcatagatgcccaagat
gagggcggctggacggctatggtttgggcagccgaactcggtcataccgatattgttagt
ttactactcaaccatggagccgatcccaatatatgtgacaatgataacaataccgtgcta
cattggtccgctttgcacaatgatggactggagaccataacagtgctcctacaagctggt
gccgattgcaatgtccagaatgtggagggtgatactccacttcacattgcctgtcgacat
tcggtaacccgcatgtgcattgcccttattgccaatggagccgatctaatgattaagaat
aaagccgagcaattacccttcgattgtatacccaatgaggaatcggaatgcggacgaact
gtcggttttaatatgcaaatgcgtagttttcgtcctcttggactgcggacacgtgtcgtc
tgtgcagatgcatcgaatggtcgggaagcccgacccattcaggcagtacgcaatgagctt
accatgtccgagcatgaggatgaggcagatactctaatgtggccggattttaagtatatt
accaattgcattatattgcaaaattctgtgcaaatcgatagacgtgtgtcccagatgcgc
atctgctcgtgtctcgatagctgtagcagtgatctttgccaatgcaatggagcctcctcg
cagaattggtatacggccgaaagtcgtttgatttccgactttaattacgatgatccagct
gtcatattcgagtgcaatgatgtttgtggttgcaatcagttatcctgcagaaatcgtgtt
gtccagaacggcacacgcattccgttgcaaattgttgaatgcgaagatcccgccaagggc
tggggtgtacgtgctctggccaatgtacccaaaggcacatttgtggccagttatacgggt
gagatactaactgccccggaggcagatagacgcactgatgatagctattactttgatctg
gataatgggcattgcatcgatgccaattattatggcaatgtgacacgattctttaatcat
tcgtgtgaaccgaatgtcctggccgtacgtgtgttttacgaacatcaggattatcgtttt
cctaaaattgcattttttgcctgtcgcgacatcgattcgggcgaggaaatctgttatgac
tatggcgaaaagttttggcgcaatgaacagcgcgccaacaacggttgcaagtgcctcacg
tccgtgtgtaaatatgccggaagactggcagcaacaagcacaaatccatcgccaatggat
agggagggatttgatgggggggatttgttagtatcatcagctcctccagacgaagatttc
gatgtgaaggcgtag

  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 (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (29)   

Download RDF
DBGET integrated database retrieval system