KEGG   Microplitis demolitor: 103573421
Entry
103573421         CDS       T05600                                 
Name
(RefSeq) histone-lysine N-methyltransferase EHMT2 isoform X1
  KO
K11420  [histone H3]-lysine9 N-trimethyltransferase EHMT [EC:2.1.1.355]
Organism
mdl  Microplitis demolitor
Pathway
mdl00310  Lysine degradation
mdl01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:mdl00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    103573421
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:mdl03036]
    103573421
Enzymes [BR:mdl01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.355  [histone H3]-lysine9 N-trimethyltransferase
     103573421
Chromosome and associated proteins [BR:mdl03036]
 Eukaryotic type
  Histone modification proteins
   HDAC complexes
    REST complex
     103573421
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     103573421
SSDB
Motif
Pfam: Ank_2 Ank Ank_4 EHMT1-2_CRR SET Ank_3 Ank_5 Pre-SET
Other DBs
NCBI-GeneID: 103573421
NCBI-ProteinID: XP_008550724
Position
Unknown
AA seq 1316 aa
MSEDKNIGVEGCPEEEAEDDDMATISAVEDKVSIEKILEGMTNEFNRSIHNNSVGKSAED
QQQDDNNFKIPTEYLEEEDTDTNNGNDNDNDKECKLMEVVNDIDDDAEEQQVDEEEEEEE
HEEEEEEEEVEEEVGQVQSLEDAEVIELPKAESKKDNIPRIVLTFRTIDETTNDGRKTKI
SSCASNLSLVPDELGNCDQIGGVSVKIEHSDDHSDAAEKSDNEENNEGNDQEKLDSDNKD
LDNQQVEITATEVDENLVDADVEAGADTNADVDTTADAEMPSEPTAVDAVADDVDAGVSN
EPTAEVDNEKKEEEPSVVNNQVPLTRKRRRRTRLRAFSDSTEETPSLKRSARRLCKESGK
STVLESAMAIKEKSNSTEENKKRKYTKPGRPRRTNNNKEIKESKVTNSYSDYNNYSDNSV
HDSSKVSSPGDSNANDTLLADETQNSLVDYEGMPKLSPMIKDSPAKSDPVDDSSASDVDK
PFLKPAAGRKKDRGRPRNNYAARKIVKHDSFEDGPSAAEAGKNNDYPEEYHVPTKRTRRS
MVPSPSPAEGQASKPESSAVFSETYEESTICLCQMRSQLYVTITGSGTPLFCTAIDSIDN
RLIGCCNEVDSNDVAMRRPSTRVPFIILCRAHKERLLRHNCCPSCGLFCTQGKFVQCNNG
HQFHRDCEIYVNKKPVCPHCANETSNYDVLVTMSGSRKPVYIPTRRKFSKLPSAKMTLPG
KGDNTKLAERPPSPLVKPEDIKIPQVTINTNERPERFTIMSLYTSVKNGDLDKLVNVLAC
GYNANHTFREYSHRTGLHIAADRGNLGCVHALVQAGAQLDVMDKNQLTPLMLAAIGGKTE
VVRYLVRVGADVTLKGEDGMTALHMAAKSGHLESCRIILSECKVPRTLVDSVDDGGWTSL
IWACEFCHVDVARFLIEKKCDPLIRDAEQNIALHWSAYSGSSDITEMLLNEGCDVNAVNV
HGDTPLHIAARQDQYAVSVLLLARGAKVSEVNVAGETALNCCTTDGDTMAALRLNAKVIE
LSESMWEKTTRILTNDISRGKESNPIQCVNGFDSEDKPTDFLYVVENCFTSNINVDRTIT
SLQSCHCEDNCSSEKCLCGNISLRCWYDEEGKLIPEFNYADPPMLFECNQACACNRITCN
NRVVQHGLTQRFQLFRTIGKGWGLRTLRHISKGSYVCEYVGEIISDSEADHREDDSYLFD
LDNRDGETYCIDARRYGNLARFINHSCAPNLLPVRVFVEHQDLHFPRIAFFANRDIEADE
ELGFDYGEKFWIIKYKSFTCTCGALNCRYSEKTIQVTLDNYRKKIQQEEILAGQLN
NT seq 3951 nt   +upstreamnt  +downstreamnt
atgtctgaagataaaaatattggtgtcgagggttgtccggaagaagaggctgaggatgat
gatatggcgacgatatctgctgttgaggataaagttagtattgaaaaaattttagaaggt
atgactaatgaatttaatcgcagtattcataataattctgttggtaaaagtgctgaggat
cagcagcaagacgataacaattttaaaattcccactgagtatttggaggaagaggatact
gatactaataatggtaatgataatgataatgataaagaatgtaagttgatggaagttgtt
aacgatattgatgatgatgctgaagaacagcaggttgatgaagaggaagaagaagaagaa
catgaagaagaggaggaggaagaagaggtagaggaagaagtgggacaagttcagagtctt
gaagacgcggaagttatcgagttacccaaagctgaaagcaaaaaagataacattccaaga
attgttttgacttttcgtacgattgatgagacaacaaatgatggtagaaaaactaaaata
tcaagttgcgcttctaatttgagcctagtaccagatgaacttggaaattgtgatcagatt
ggaggtgtttcggttaaaatagaacactctgatgatcattcagatgcggctgaaaagtcg
gacaatgaggagaataatgagggaaatgatcaagaaaaactagactctgataataaagat
ttggataatcagcaggttgaaattacagctactgaagttgatgaaaatttggttgatgct
gatgttgaagctggtgctgatacaaatgctgatgttgatactactgctgatgctgagatg
ccaagtgaacctactgcggttgatgctgtcgctgatgatgtagacgctggagtttctaat
gaaccaacagctgaagttgataatgaaaagaaagaagaggagcccagtgttgttaataac
caagtacctttgaccagaaaacgaagaagaaggacgagactaagagctttcagtgattcg
actgaagaaactcctagtttgaaacgttctgctcgtagactttgtaaagaatctggtaag
agtacggtactagaaagtgcaatggcgataaaagaaaagtcaaactctactgaagaaaat
aaaaaaagaaaatatacaaaacctggacggcctagacgaacaaacaataataaagaaata
aaagaatctaaagttactaattcttacagtgactataataattattctgacaattcagtt
catgacagttctaaagtatctagtccaggtgatagtaatgctaatgatacattattagct
gatgagacacaaaattcgcttgttgattatgagggtatgccaaaattgtcacctatgatt
aaagattctccagcaaagtcggatcctgtcgacgatagctcagcttcggatgttgataag
ccctttcttaaacccgctgctgggagaaaaaaagaccgaggaagacctagaaataattac
gctgctagaaaaattgttaaacatgactcttttgaagatggaccatctgctgcagaagct
ggaaaaaataatgactaccctgaagaatatcatgtgccaacaaaaagaacccgtaggagt
atggtaccaagtccaagtccagctgaaggacaagcatcaaaaccagaatcttcagcagta
tttagtgagacttatgaggaatcaacgatatgtttatgtcaaatgcgatcgcagttatat
gtcacaataacaggatcaggaacaccattattttgtacagcaatagactcaatagacaac
agattaattggatgttgcaatgaagtagacagcaatgacgtagcgatgagacgtccgagt
acacgtgtaccgttcattattttatgtcgcgctcataaagaacgtttattacgtcacaac
tgttgtccctcgtgtggtttattttgtactcaaggtaaatttgtacagtgcaataatgga
caccaatttcatcgtgattgtgagatttacgttaataagaaacccgtatgccctcattgt
gccaatgaaacgtctaattatgacgttttggtaacaatgtctggatcacgtaaacctgtt
tacattccaacgcgtagaaaattttcaaaattaccttctgctaagatgacattacctgga
aaaggtgacaatactaaactcgcagaaagaccaccaagtcctttggttaagcctgaagat
attaaaatacctcaagttactataaatacaaatgaacgtccagaacgatttacaataatg
agtctttatacttctgttaaaaatggtgatctagataaattagttaatgttttagcttgt
ggttataatgcgaatcacacatttcgtgaatattcacatcgtacagggcttcatatagct
gctgatcgtggtaatttgggttgtgttcatgctctagtacaagctggtgctcaattagat
gttatggataaaaatcaattgacgcctttaatgctagcggcaattggaggaaagactgaa
gttgtacgttacttagtacgtgttggtgctgatgttacactgaaaggcgaagatggtatg
actgcattacatatggctgctaaatccggacaccttgaatcctgtagaattattttgtct
gaatgtaaagtacctaggactttagtggattctgttgatgatggtggttggactagtcta
atttgggcttgtgaattttgtcatgttgatgtggcccgatttttaattgaaaaaaaatgt
gatcctttgataagagacgctgagcaaaacattgcattacattggagtgcttacagtggg
agctcagatattacagagatgttactgaatgaaggatgtgatgtaaatgctgtaaatgtt
catggtgacacgccactgcatattgcagctagacaggatcagtatgctgtcagcgtgttg
ttgttagcacgtggtgccaaagtatcggaagtaaatgttgccggtgaaacagctttaaat
tgttgtacgactgacggcgatacgatggcggctttgagattgaatgccaaagttattgaa
ttgtcggagagtatgtgggaaaaaacaacgaggattctcacaaatgatatctcacgtggt
aaagaatcaaatcctatacagtgtgtaaatggatttgactcagaagataagccaacagat
tttttgtatgtcgttgaaaattgttttaccagtaatattaatgttgataggacaataact
tcgttacagtcgtgtcactgtgaagataattgtagctcggaaaagtgtctttgtggtaat
attagtttaagatgttggtatgatgaagagggtaaattaataccggaatttaattacgct
gatccaccgatgttgtttgagtgtaatcaagcgtgtgcttgcaatagaataacgtgcaat
aatcgtgtagttcaacatggactgactcaacgatttcaattgttcagaacaataggcaaa
ggatggggtttgagaactttacggcatatatctaagggtagttatgtttgtgaatatgta
ggcgaaataatatccgattcagaagctgatcatcgtgaggatgattcttatctatttgat
ttagacaatcgagatggagaaacttattgtattgatgcccgacgttatggtaatttagca
cgttttataaatcattcttgtgctccaaatttacttcctgtacgtgtttttgtcgagcat
caagatctacattttcctaggatagccttttttgcaaatcgtgatattgaagctgacgaa
gaacttggattcgattacggagaaaagttttggataataaaatataaatcattcacttgt
acatgtggtgcattaaattgccgatattccgaaaaaacaatccaagtaacattagataat
tacagaaaaaaaatccaacaggaagagatactagctggacaattaaactaa

  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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (8)   
   Pfam (8)   
All databases (36)   

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