KEGG   Nasonia vitripennis (jewel wasp): 100121084
Entry
100121084         CDS       T01081                                 
Name
(RefSeq) histone-lysine N-methyltransferase EHMT2 isoform X1
  KO
K11420  [histone H3]-lysine9 N-trimethyltransferase EHMT [EC:2.1.1.355]
Organism
nvi  Nasonia vitripennis (jewel wasp)
Pathway
nvi00310  Lysine degradation
nvi01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:nvi00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    100121084
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:nvi03036]
    100121084
Enzymes [BR:nvi01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.355  [histone H3]-lysine9 N-trimethyltransferase
     100121084
Chromosome and associated proteins [BR:nvi03036]
 Eukaryotic type
  Histone modification proteins
   HDAC complexes
    REST complex
     100121084
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     100121084
SSDB
Motif
Pfam: Ank_2 Ank EHMT1-2_CRR SET Ank_3 Ank_4 Ank_5 Pre-SET
Other DBs
NCBI-GeneID: 100121084
NCBI-ProteinID: XP_001604667
NASONIABASE: NV11612
UniProt: A0A7M7TCI7
Position
2:complement(14227665..14237207)
AA seq 1395 aa
MSESDCMDTSSAVGSQKEDTEDEDMSSKSKLSIQQILEGMTNEFNNTPRKIQRSVVQVRK
PEKPQPKVVEDSAKVIKVNKSLNNVQEEVKIVKENVPQKKVEKSPAKSEEPQKQEATNKS
RIVLTFRTIDENTGQGKKTKISSCPSNLSLVPDELINCNQIGGVSVKIENFDEICDSVNK
SDKEDSQKQSPGKNVKSPTASKEKKNEQNNLEKNVLEKEKPSPETEKSNSETVVENRKNG
GDSVADKPPMESETITPVTRKARQKRLRELSVEPELKRSARRLSKESSKTTVLESAMARK
EKFNYTEESTKRKYSKPGRPRKVLPEKKDTIPLLNPIEPQKVVAEKDSIPKKDTALKKDT
LSKKESVAQKNNLSKKDNVPKKVEVSEVDVPPEKDIASKVDTSSPMKDDVSKSDISPRKD
NLPKKNHIPKLTPLDSIKPISEKKAPIPKLNPLVPQKLISDKHLPKLPKLSPLNSPRFMI
GKNKNNPKLDSSQKSNKYEGMPKLTPIIKNPEIVQQTFSQPSARTIKIVQDETLLENENE
AFRKPVSMKLKRIKNRIQAISNARKLAKGITGESLPSTEEDMGSSDDAMLEENSTSTKRM
RRHLIPSPSTAEGQASTPESTAILSKIRTGKPTKHEMQCLCEMRSQLFVTITSTESPLYC
TAMDSIDNQIVGCCNEVDHDDVAMRRPSARIPYIILCRKHKERLIRHNCCPTCGLFCSQG
KFVHCSNGHQYHRDCEMYYEKKPLCPHCGSYGLSFDVIITMAGKRKPVQPPLRKEFPKEP
SAKISLPGSGDNTKLAEQQPVQKKSDEPLINPELVHIPEPTNNANVEKPERYTFISLYNA
AKNGELQKLVNVLANGFNANHTFKEQGHRTGLHVAADKGFLACVHVLVQAGAQVDVLDRN
QLSPLMLAAANGKADVVRYLMKVGADVTLKGEDGMTALHMAAKSGHLDVCQVILSECKVP
RTLVDSVDDGGWTSLIWACEFRHADVARYLLNNKCDPLIRDSEQNIALHWSAFSGSSDIT
ELLLNLGCDVNAVNVHGDTPLHIASRQDQYAVSVLLLSRGAKVGEVNAMGETAIDCCGGT
GDTLNALQLNFKVNQRAEHMLEKTIKILTNDISRGKESNPVQCVNGFDSEDKPTDFVYVT
ESCFTSKVNVDRTITSLQSCRCEDNCSSDKCLCGNISLRCWYDDEGKLVPEFNYADPPML
FECNPACDCNKITCNNRVVQHGLTQRFQLFRTEGKGWGIRTLRHISKGSYVCEYVGEIIS
DSEADQREDDSYLFDLDNRDGETYCIDARRYGNLARFINHSCAPNLLPVRVFIEHQDLHF
PRIAFFANRDIDADEELGFDYGEKFWIIKCKSFTCTCGAEICKYSDKTIQTTLDNYRKKV
QAEEIRVAQQAAAKV
NT seq 4188 nt   +upstreamnt  +downstreamnt
atgtctgaatctgactgcatggataccagctcagctgtgggatctcaaaaagaagatact
gaagatgaagacatgtccagcaaaagcaagctgagcattcagcagatccttgaaggcatg
acaaatgaattcaacaacactccaaggaaaattcagaggtctgtagtacaagtgcgcaag
ccagaaaagccccaacccaaagttgttgaggacagtgcaaaggtcataaaagtgaataaa
agtttaaacaacgttcaagaggaggtaaaaattgtcaaagaaaatgtaccgcagaagaag
gttgagaagtcacctgctaaaagtgaagaaccgcaaaaacaagaagctaccaataaatca
agaattgttttgacattcaggactatcgatgaaaatactggtcagggcaaaaaaactaag
atctcaagctgcccatccaatttgtccttggtaccagatgaactgattaattgtaatcaa
attggtggagtgtctgtcaaaatagaaaattttgacgaaatttgtgatagtgtaaataaa
tcagataaagaagacagccagaagcagagtcctgggaaaaatgtcaaatctccaaccgca
agtaaagaaaagaagaacgagcaaaataatttggagaagaacgttttagagaaggaaaag
ccatcgccagaaactgagaaatcgaattctgaaacagttgttgaaaaccgaaaaaatgga
ggggattcagtcgctgataaacctccaatggaatcggaaacaatcacacccgttaccagg
aaagccagacaaaagcgactgagagaattaagtgttgaaccagagttaaaacgttctgct
agacgtttatcgaaagaatcatcaaaaactacagtactagaaagtgcaatggcaaggaaa
gaaaaattcaattacacagaagaaagcaccaagagaaaatacagtaagcctggaaggccc
agaaaagttcttcctgaaaagaaggatactatacctttacttaatcccatagagccacaa
aaggtagttgcagaaaaagatagcatacctaaaaaagatactgcattaaaaaaagatact
ttatccaaaaaagagagtgtggctcagaaaaataatttatccaaaaaggataacgtacca
aaaaaagttgaagtctccgaagtagatgttccaccagaaaaagatatagcttccaaagta
gatacttcctctccaatgaaagatgacgtttccaaatcagatatttctccaagaaaagat
aaccttccaaagaaaaaccatatacctaaattgactcctttggattctatcaaaccaatt
tcagagaagaaagctcccatacctaagctaaatcccttagttcctcaaaaattgatttca
gacaaacacttaccaaaattaccgaaattaagccctttgaattctccgaggtttatgatt
ggaaaaaataaaaataatcccaagctagattcttcacaaaaatcgaataagtacgagggt
atgccaaaattgacgcctatcataaaaaaccccgaaattgttcaacaaacgtttagtcaa
ccatcagccagaacaattaaaattgtgcaggatgaaacgcttttagaaaacgaaaacgaa
gcatttcgaaaaccagtctcaatgaagcttaaacgcattaaaaatagaattcaagcaatc
agtaatgctagaaaactagccaaaggtattactggagagagtttgccttccactgaagaa
gatatgggctcttccgatgacgcgatgcttgaagaaaattcaacgtcaacaaagcgtatg
cgccgacatttgattcccagtcctagcacggctgagggacaggcatccacgcctgaatct
acagccattctaagcaagattcgcactggaaaaccaactaagcatgagatgcagtgctta
tgcgagatgcggtcgcagttattcgtgacaatcacaagcaccgaatcgccgttgtactgt
acagccatggactccatcgataatcaaatcgtaggctgctgtaacgaagtcgatcacgac
gatgtggccatgcgtaggcccagcgcccggataccctacatcattctctgtcgcaagcac
aaggagagattgataagacacaactgttgcccgacatgtggactgttttgctcccagggc
aaattcgtgcactgttcgaacggacatcagtatcaccgcgactgcgagatgtattacgaa
aagaaacccctgtgtccgcactgcggtagttatggtctatctttcgacgttatcattacc
atggcgggaaaacgcaaacccgttcagcctccactgcgtaaagagtttccaaaggaacct
tctgctaaaataagtttgcccggatcaggcgataatacgaagcttgccgagcagcaacct
gtacagaagaaatcggatgaacctcttatcaaccctgaactcgttcacattcccgaaccg
actaataatgcgaacgttgagaaacccgagcggtatacattcataagtttatacaatgct
gctaaaaacggagaattgcagaaattagttaatgttttagcaaatggtttcaatgccaat
cacacgtttaaggagcagggccatcggaccggcctccacgtagccgccgataaaggcttc
ttagcttgcgtacacgttctggttcaagccggtgcccaagtagatgttttagatagaaat
caattgtctcccttgatgttggctgccgctaacggcaaagctgacgttgttcggtatttg
atgaaagtaggcgctgacgtaacgttgaagggtgaagatggtatgactgcactgcacatg
gctgcaaagtctggccacctggacgtatgtcaagttatcttaagcgagtgtaaagtacct
aggactttagtagattcagtagatgacggtggttggaccagtttaatttgggcttgcgaa
ttccgtcacgcggacgtggcacgatatttattgaataataagtgtgatccattgattaga
gattcagaacaaaatattgcgcttcattggagcgccttcagcggtagttctgatataacg
gagctacttcttaacttaggctgtgatgtgaatgcggttaatgttcatggcgacactcca
ctacacatagcatcacgacaagatcaatatgccgtgagcgttttactgctgtcaagaggt
gccaaagtcggagaagtgaacgctatgggtgaaacagccatagattgttgcggtgggact
ggagatactttgaatgcactccagttgaatttcaaagttaatcagcgagccgaacatatg
ttggaaaagaccatcaaaatattaacaaacgatatttctcgaggaaaagagtcaaatcct
gtccaatgtgtgaatggcttcgactcagaagataagcccaccgattttgtttatgtaacg
gaaagctgttttacaagtaaagtaaatgttgatcgtaccatcacgtctttgcaatcctgt
cgttgcgaagacaattgtagctccgacaaatgtctatgcggtaatattagtttacgctgc
tggtatgatgatgaaggaaaacttgtacctgaatttaattatgctgatccacccatgctg
ttcgagtgtaatccagcttgtgattgtaacaagataacgtgtaataatcgtgttgtacag
catggtttgactcaacgatttcagttgtttagaacagaaggaaaaggttggggcataaga
acccttcgtcacatctcgaaaggaagttacgtttgcgaatatgtaggtgaaataatttct
gattctgaagcagaccaacgagaagacgactcatatctatttgatttagataatagggat
ggagaaacgtattgcatcgatgcaagacgctatggaaatttagcccgctttatcaatcat
tcttgcgctccaaatttgttaccagtgcgagttttcattgaacaccaggatctacacttt
ccacgaatagcgttttttgctaatagagatatagatgcagatgaagagttaggctttgac
tatggcgagaaattttggataataaagtgcaaatcttttacgtgcacctgtggtgcagaa
atctgcaaatattctgataaaacaatacagacgacactcgataattatcgcaaaaaagtg
caagcagaagaaattcgagttgcacaacaggcagccgcgaaggtgtaa

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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 (81)   
   KEGG ORTHOLOGY (1)   
   RefGene (76)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   NASONIABASE (1)   
   OC (1)   
Protein sequence (9)   
   UniProt (1)   
   RefSeq(pep) (8)   
DNA sequence (8)   
   RefSeq(nuc) (8)   
Protein domain (8)   
   Pfam (8)   
All databases (122)   

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