KEGG   Anolis carolinensis (green anole): 100565730
Entry
100565730         CDS       T01608                                 
Symbol
ehmt1
Name
(RefSeq) euchromatic histone lysine methyltransferase 1
  KO
K11420  [histone H3]-lysine9 N-trimethyltransferase EHMT [EC:2.1.1.355]
Organism
acs  Anolis carolinensis (green anole)
Pathway
acs00310  Lysine degradation
acs01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:acs00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    100565730 (ehmt1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:acs03036]
    100565730 (ehmt1)
Enzymes [BR:acs01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.355  [histone H3]-lysine9 N-trimethyltransferase
     100565730 (ehmt1)
Chromosome and associated proteins [BR:acs03036]
 Eukaryotic type
  Histone modification proteins
   HDAC complexes
    REST complex
     100565730 (ehmt1)
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     100565730 (ehmt1)
SSDB
Motif
Pfam: Ank_4 Ank Ank_2 EHMT1-2_CRR Ank_3 Ank_5 SET Pre-SET
Other DBs
NCBI-GeneID: 100565730
NCBI-ProteinID: XP_016853190
Ensembl: ENSACAG00000012200
Position
Un
AA seq 1336 aa
MERALMTKEDTRRDTCVKGELLKDITISKEEGFNAMAADESAIEKQVGEPKMAPDGETNG
SCECSDTKGHPGAAKNTQDGAKVSQGDSAAKLSRIAENGLLERDGLAGKQNHIKANDFTQ
TSVTGSNGYILSKQMAQEAPARTNSGAFASLPGHAAKTLPAGKGRTLSAFAQAALPTKHG
DGAKDGEGKKNTGAHGSMKVHRARKTLPKSPSDQNASQDSKEAKTPKEDGNTDMLEFGNP
ASLPPILGLHSSLPQNQSYVATSKSQTAASVSRKKKRRMGTYSLVPKKKTKVLKQRTMTE
MFKSIMQAASGVKGDKGDASLHVNGERLDMESEEEDSDELEEDDERGTDNPAAFPAEDNR
TAKEGDADASNTIKMVDGESEEDQDFGESAEEEEDGDESDLASAGVCSWLPRAKTRAWSA
QGRPRADGAAGEEQGRSPDRHGPGPSSAGGKSSESSLKKKMMKRKGKPESPWLKPTRKRR
RRSRKKKGGTLGPEAYKPPLGSGDGAQPESNMEYMEVSLDSLDLRVKGILSPQSEGLSNG
PEAAEADSLQEVPLCSCRMETPKSREITTLANNQCMATESIDKELSRCTNRVLKYELMRP
SNKVQLLVLCEDHRGRMVKHQCCPGCGFFCAAGTFMECQPESSISHRFHQDCASQVKGTS
YCPHCGEEASKAKEVTVAKADTTSTLPQSYEQKKPSVSEGRADTTTGSGIVTQTSEEARL
ENSSSEGFDLAGTSSFPKPAPPGLPQGPVKETLESALIALDSEKPKKLRFHSKQLYFSAR
QGELQKVLLMLVDGIDPNFKMEHQNKRTPLHAAAESGHVDVCHMLIQAGANIDTCSQDQR
TPLMEAAENNHLETVKYLIKAGALVDPKDAEGSTCLHLAAKKGHYDVVQYLLTNEEMDVN
CQDDGGWTPMIWATEYKHVELVKLLLAKGSDINIRDNEENICLHWAAFSGCVDIAEILLA
AKCDLHAVNIHGDSPLHIAARENRYECVVLFLSRGSDVTLKNKEGETPLQCSSLNSQVWV
ALQMNKTLKESSPDKPVQLEKTLSKDIARGYERIPIPCINAVDSEPCPTNYKYVSQNCVT
SPMNIDRNITHLQYCVCIDDCSSSKCMCGQLSMRCWYDRQDGRLLPEFNTAEPPLIFECN
HACSCWRTCRNRVVQNGLRARLQLFRTRNMGWGVRTMQDIPLGTFVCEYVGELISDSEAN
VREEDCYLFDLGNKDRDVYCIDARFYGNISRFINHFCEPNLIAVRVFMSHQDLRFPRIAF
FSSRHIQAGEEIGFDYGERFWNIKGKYFSCLCGSPKCRHSSAALAQRLASPSLSPEASEN
RLPDTSSTVAAASTPF
NT seq 4011 nt   +upstreamnt  +downstreamnt
atggagagagctcttatgactaaggaagataccagaagagatacctgtgtgaagggtgaa
ctcttgaaagatatcaccatcagcaaagaggaaggatttaatgctatggcagcagatgaa
agtgctatagagaagcaagttggggaacccaagatggcccccgatggcgagaccaacggc
tcttgcgagtgcagtgacaccaagggccaccccggtgcagctaagaacactcaggacggc
gcaaaagtgagccaaggggactccgcggccaagctgagccggatagcggaaaatggcctt
ttggagagagacggccttgccgggaagcagaaccacatcaaagccaacgactttacgcag
acgtcggtcacggggagcaatgggtacattttatcaaaacagatggctcaggaggcgccc
gccaggactaacagcggggcgtttgcttccctccctggccatgcggccaaaaccctccct
gcgggcaaggggagaacgttgagcgcctttgcccaggccgctctgccgacaaaacacggg
gacggcgccaaggacggcgaggggaagaaaaacacaggcgcacatggcagcatgaaggtt
catagagcgcggaagacgctgcccaaatctccctcggaccagaatgcaagtcaagactcc
aaagaagccaaaacaccgaaggaagatggcaacacagatatgttggaatttggaaacccc
gcttcgttgccccccatccttggccttcattcatctctacctcagaaccagagctatgtg
gccacctccaaatcgcagacagccgcttcggtatctcgcaagaaaaaacgaagaatgggg
acttacagcttggttcccaagaagaagaccaaagttttgaagcagcggacgatgaccgag
atgttcaaaagcataatgcaagccgcttctggtgtcaagggtgacaagggtgacgccagc
ctgcatgtgaatggagaaaggctagacatggagtctgaagaggaggattcggatgaactg
gaagaagacgacgaacgtgggaccgacaacccagccgcttttcctgcggaagacaaccgg
acggctaaagaaggggatgcggacgctagcaataccataaagatggtggacggcgaatct
gaggaggatcaagacttcggagagtctgccgaagaggaggaagacggtgatgagtccgat
ttggcctcggcaggggtctgctcttggttgccaagggccaagaccagagcgtggtctgca
cagggaaggccacgggcggacggagccgcaggcgaggaacagggacgtagtccggaccgc
catggtcccgggcccagttctgcaggaggcaagagttcggaatccagtctcaagaaaaag
atgatgaagcggaaagggaagccggagagcccttggttgaaacccacccggaaaaggcgg
cggagaagtcgaaagaaaaaaggtggcaccttaggtcccgaagcctataagccgcctctg
gggagcggagacggggcccagccggagagcaacatggagtacatggaggtctccctggat
tccttggatctccgagtgaaggggattctatctccgcaatcagaaggtctttccaacggt
cccgaagcggccgaagcagacagccttcaggaagtgcctctctgcagctgccggatggag
acgcccaaaagccgagagatcaccacgttagccaacaaccagtgcatggcgaccgagagc
atagacaaggagctgagccggtgcacgaaccgtgtgctgaaatacgagctgatgcgcccc
tcgaacaaagtccagctcctggtcctgtgcgaggaccatcgagggagaatggtgaagcat
cagtgctgccccggttgcggcttcttttgtgcagcgggcacgttcatggagtgccagccg
gagagcagcatctcacaccggttccaccaggactgtgcctcccaggtcaaaggcacgagc
tactgcccgcactgcggagaggaggcctccaaggccaaggaagtgacggtcgcaaaagcc
gataccacgtccacgctcccgcagagctacgagcagaagaaacccagcgtttcagaggga
agggcggacacaacgacaggaagtgggatcgtaacgcaaacatccgaagaggccaggctg
gagaattcctcttcagagggctttgacttggccgggacgtcttcctttcccaaaccggcc
ccgccaggtctgccccaaggaccggtcaaagaaaccttggaaagcgccttgatcgctctg
gattcggaaaagcccaagaaattgcggttccactccaagcagctgtatttctcggccaga
caaggggagttgcagaaagttctcctcatgctggtggacgggatcgatcccaatttcaag
atggagcaccagaacaagagaactcctctccacgctgctgcggagtctggacatgtggac
gtttgccatatgctcattcaggctggtgctaacattgacacatgctctcaggaccagagg
actccgctgatggaggcggcagagaacaaccatctggagactgtgaaatacctcatcaag
gccggagcgctagtcgatcccaaggatgcggaagggtccacttgtttgcacttggcagct
aagaagggccattacgacgtggtgcagtatctcctgaccaacgaagaaatggacgtcaac
tgccaggacgacggaggctggacgccaatgatctgggccacggagtacaaacatgtcgag
ttggtgaagctgctcctggccaaagggtccgacatcaacatccgagacaatgaagagaac
atttgtttacactgggcggcgttctcggggtgcgtcgacatcgcggagatcttgctggcc
gccaaatgtgacttgcacgcggtgaacatccacggggattcgcccctgcacatcgcggca
cgggagaaccgctacgagtgtgtcgtcctctttctgtctcgtggttcagatgtcaccctg
aagaataaggaaggggagacgccgctccagtgctcgagcctcaattctcaagtctgggtg
gccctgcagatgaacaagaccctcaaagagtcctctcccgacaaacccgtccagttggag
aagacactgagcaaagacatcgcccgaggttacgagcggatccccatcccgtgcatcaac
gccgtcgacagcgagccctgtcctaccaactacaaatacgtctcccagaactgtgtgact
tccccgatgaacatcgacaggaacatcacccatttgcagtactgcgtgtgcatagatgac
tgctcctccagtaaatgcatgtgtggacaactaagtatgcgctgctggtacgaccggcag
gacggccgtctcttgccagaattcaacactgcggagccccccttgatctttgagtgtaac
catgcctgttcttgttggaggacttgccggaaccgcgtggtccaaaacgggctccgggct
cggttacagcttttccggacgaggaacatgggctggggcgtgcggacgatgcaagacatt
ccattggggacctttgtgtgcgagtacgttggagagctgatttccgattccgaggcaaac
gtacgtgaagaagactgctatctttttgaccttggcaacaaggacagagacgtctactgc
atagatgcccgcttctatggcaacatcagccgcttcatcaaccatttctgcgagccaaac
ctcatcgccgtgcgcgtcttcatgtcccaccaggacctgcgcttccctagaattgccttc
ttcagcagcagacacatccaggcgggagaagagattgggttcgactacggcgaaaggttc
tggaacatcaagggcaagtacttcagttgcctgtgcggctccccaaagtgcaggcactcc
agcgccgccttggctcagcggctggcgagcccttcgctctccccggaggcctccgaaaac
agactccctgacaccagctcaacggtagcagcggccagcacccccttttga

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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 (40)   
   KEGG ORTHOLOGY (1)   
   RefGene (35)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (10)   
   RefSeq(pep) (10)   
DNA sequence (17)   
   RefSeq(nuc) (11)   
   GenBank (3)   
   EMBL (3)   
Protein domain (8)   
   Pfam (8)   
All databases (91)   

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