KEGG   Hevea brasiliensis (rubber tree): 110656017
Entry
110656017         CDS       T05150                                 
Name
(RefSeq) DNA (cytosine-5)-methyltransferase 1-like
  KO
K00558  DNA (cytosine-5)-methyltransferase 1 [EC:2.1.1.37]
Organism
hbr  Hevea brasiliensis (rubber tree)
Pathway
hbr00270  Cysteine and methionine metabolism
hbr01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:hbr00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00270 Cysteine and methionine metabolism
    110656017
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:hbr03000]
    110656017
   03032 DNA replication proteins [BR:hbr03032]
    110656017
   03036 Chromosome and associated proteins [BR:hbr03036]
    110656017
  09183 Protein families: signaling and cellular processes
   02048 Prokaryotic defense system [BR:hbr02048]
    110656017
Enzymes [BR:hbr01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.37  DNA (cytosine-5-)-methyltransferase
     110656017
Transcription factors [BR:hbr03000]
 Eukaryotic type
  Zinc finger
   CXXC CpG-binding proteins
    110656017
DNA replication proteins [BR:hbr03032]
 Eukaryotic type
  DNA Replication Termination Factors
   DNA methylation enzymes
    110656017
Chromosome and associated proteins [BR:hbr03036]
 Eukaryotic type
  Heterochromatin formation proteins
   Other heterochromatin formation proteins
    110656017
Prokaryotic defense system [BR:hbr02048]
 Restriction and modification system (R-M system)
  Type II R-M system
   DNA methyltransferases
    110656017
SSDB
Motif
Pfam: DNMT1-RFD DNA_methylase BAH
Other DBs
NCBI-GeneID: 110656017
NCBI-ProteinID: XP_021668222
Position
Unknown
AA seq 1564 aa
MGSSALLDSPLSNASDSESGMKKTKGKTKSSVSKESKELKNNAKRRKQTSSHRIEEPAVS
RKRPKRAAACTDFKEKLVPLSEKSSVLESKNEQFADEEIIAIHLTHEQEEGRPNRRLTDF
VVHDANGMPRPLEMIEVDDMFISGLILPLEGSPEQEKEKCIRCEGFGRIEGWSISGYEDG
SPVVWLTTDIADYDCLRPASSYKKFYDRFFEKAYTCIEVYKKLSKSSGGNPDITLDELLA
GVVRSMTGRKCFSGAASIKDFVISHGEFIYNQLIGLDDTSKKNDQKFADLPVLLALKDKS
RKHGNYVLAKAASSCGNLTICPKVGGTESTMLLSNSSSSGAEEDEDAKLARLLQEEEYWQ
STKKQKKSKGSASSSNTIYIKINEDEIANDYPLPAFYSHSDEETDEYVAIDSDEHIMVDP
DDLPKRMLHNWSLYNSDSRLISLELLPMKPCEDIDVTIFGSGRMTEDDGSGFHLENDPDQ
SSSGGSGAQDDVGLPIFLSAIKEWMIEFGSSVVFISIRTDMAWYRLGKPSNKYSPWYKPV
LKTAKLARSIITLLKEQSRVSRLSFADVIRKISEFKKDDHGYISHDPAAVERYVVVHGQI
ILQLFAEFPDEKIKKCAFVVGLTNKMEERHHTKWVVKKKHIMQKSLPNLNPRAAMGPIGL
MVSKRKVMQATTTRLINRIWGEYYSNYSPEDTKEGTNCEAKEEDCIEEQEENEDDAEEEN
LLISENTQKPCLVSSRTKSYSSRDKVQWDGNPVGITHYGGAIYKSAIVRGEVIAVGGAVL
VEVDESNELPLIYFVEYMFETSDGSKMFHGRMMQQGHQTVLGNAANEREVFLRNECMNYD
LQDVKQAIVVELRKTPWGHRHRKDNANTDRIDRARAEDRKRKGLPLEYYCRSLYWPERGA
FFSLTHDTMGLGSGVCHSCKIKEAEMEKDIFKVNSAMTRFVLLGIEYSVNDFVYASPYHF
TIERETETFKGGRNVGLKAYVVCQLLEIIVQKEPQRAEARFTQVKVRRFFRPEDVSSEKA
YCSDIREIYYSEDMHLLPAEAIEGKCEVRKKNDIPTCSAVAIFDHIFFCEHLYDPSTGSL
KQLPANIKMRYSIGTAESDAASRKRKGKCKEGEDEVERERKASQERRLATLDIFAGCGGL
SEGLQHAGISSTKWAIEYEEPAGEAFKLNNPTSLVFINNCNVILRAAMEKCGDAYECIST
TEAIELAASLDKKVINDLPVPGQVDFINGGPPCQGFSGMNRFSQSTWSKVQCEMILAFLS
FVDYFRPKYFLLENVRNFVSFNKGQTFRLTLASLLEMGYQVRFGILEAGAYGVSQSRKRV
FIWAASPDEILPEWPEPMHVFAAPELKVMLSENLHYAAVRSTASGAPFRAITVRDTIGDL
PAVGNGASKTILEYKNDPISWFQKKIRGETAVLTDHISKEMNELNLIRCQKIPKQPGSDW
RDLPDEKIKLSTGQVVDLIPWCLPNTAKRHNQWKGLFGRLDWEGNFPTSITDPQPMGKVG
MCFHPEQDRILTVRECARSQGFPDSYKFAGNIQHKHRQIGNAVPPPLAYALGTKLKEAMN
KKAK
NT seq 4695 nt   +upstreamnt  +downstreamnt
atgggatcttcagcgctattggattcaccactctccaatgcttccgactcggaatcagga
atgaagaagaccaaaggaaaaacaaaatcctcggtttctaaggaaagcaaggaactaaaa
aacaacgcgaaaagaagaaagcaaacttcttctcacaggattgaagagcctgctgtctcc
cgaaaaaggccaaagcgagctgctgcatgcacagatttcaaggagaaattggtacctttg
tctgaaaagtcttccgttcttgaatcaaagaatgaacaatttgcagatgaagagattata
gctattcacctcacacatgaacaagaagaaggtcgtccaaataggagactaactgatttt
gttgtgcatgatgcaaatggcatgccacgcccccttgagatgattgaagttgatgatatg
tttatatctggtcttatattgcctcttgaggggagtcctgagcaggaaaaggaaaaatgt
attagatgtgaaggctttggaaggatagaagggtggagcatatctggttatgaagatggc
tctccagttgtatggcttacaacagatattgctgattatgattgcctaagacctgcaagt
agctacaagaagttctatgatcgtttctttgagaaggcttacacttgtatagaggtgtac
aagaaactatcaaaatcttctggagggaatcctgatatcactcttgatgagttgcttgca
ggggttgttcgatcaatgactggacgcaagtgtttttcaggtgcagcatccattaaggat
tttgtcatttctcatggtgaattcatttataatcaactaataggattagatgacacatca
aagaagaatgaccagaaatttgcagacttgcctgttcttcttgccttgaaagacaagagt
cgcaagcatggaaattatgtactggcaaaagcagcaagctcttgtgggaatttgacaata
tgtccaaaagttggaggcacagagtcaactatgttactatctaattcatcctccagtgga
gctgaggaggatgaagatgcaaaactagcgagactattgcaagaagaagagtattggcaa
tctacaaagaagcaaaagaaaagtaagggttcagcttcatcatcaaatacaatctacata
aaaatcaatgaagatgagattgctaacgactaccctttgcctgcattttactcacattct
gatgaagaaactgatgaatatgtagctattgacagtgatgagcatatcatggttgaccct
gatgatcttccaaaaagaatgctccataattggtctctttacaattctgattcaagattg
atttcgttggagcttcttcccatgaaaccatgtgaagatatagatgtcaccatctttggg
tcaggaaggatgactgaagatgatggaagtgggttccatcttgaaaatgatcctgatcag
tcttcctcagggggttcaggggcacaggatgatgtgggtttgccaatttttttgagtgca
ataaaggagtggatgatagaatttggttcttcagtggttttcatatctatccgaacagac
atggcctggtatagacttggaaagccgtcaaataaatattctccatggtataagccagtt
ctgaaaacagccaaacttgcaagaagcatcattacattgttgaaagaacaaagtcgagtg
tcacggctttcttttgcagatgtaatcaggaaaatatctgagttcaaaaaggatgatcat
ggttacatttctcatgatccagcagctgttgagagatatgtggttgtgcatgggcaaata
atactgcagctttttgctgaatttcctgatgaaaagataaagaaatgcgcatttgtggtt
ggtcttacaaataagatggaggagagacatcataccaaatgggtggtgaaaaaaaaacac
attatgcagaagagtctacccaatttaaatccccgagcagcaatgggccctataggcctt
atggtgtccaagaggaaggttatgcaggcaacgacaacaaggcttattaacagaatttgg
ggggaatattactctaattactcaccagaggatacgaaagagggaactaattgtgaagca
aaagaggaggattgcattgaggagcaagaggaaaatgaagatgatgctgaagaggagaat
ctattaatttcagagaatacacaaaagccttgcttggtgtcatcacgaaccaaatcatac
tcttcaagggataaagtacaatgggatgggaatcctgtaggcataacgcattatggtgga
gctatttataagagcgctattgttcgtggcgaggtgattgctgtgggaggtgctgtctta
gtggaggttgatgaatcaaatgaacttcctctgatctattttgtagagtacatgtttgaa
acatcagatggaagcaaaatgtttcatgggagaatgatgcagcagggacatcagacagtt
ctgggcaatgcagccaatgagagagaggttttcttgagaaatgaatgcatgaattatgac
ttgcaggatgtcaaacaggcaattgtggtggaacttcgcaaaacgccttggggacatcgt
cacaggaaagataatgccaatactgatagaattgatagagcaagagcagaagacaggaaa
aggaaaggattgcctctggaatattactgtagaagtttgtattggccagagagaggtgct
tttttcagtctcacccatgatacaatgggtcttggatctggtgtctgccactcttgcaaa
ataaaggaagctgaaatggaaaaggacattttcaaagttaattctgctatgactcgattt
gtactattagggattgagtattctgttaatgattttgtctatgcaagtccatatcacttc
accatcgaaagggagactgaaacttttaagggtggaaggaatgttgggttgaaggcttat
gttgtgtgtcagttgctggagatcattgtccaaaaggaaccacaacgagctgaagcaaga
ttcacccaggtcaaggtccgcagatttttcagaccagaagacgtctcatctgagaaggca
tattgttctgatattcgtgagatttattacagtgaggatatgcatcttttacctgctgag
gctatcgaagggaaatgtgaagtcagaaagaaaaatgatattcctacctgtagtgctgtc
gcaatctttgatcatattttcttttgtgagcatctttatgatccttccacagggtccctc
aagcagttaccagctaatatcaaaatgaggtactcaattgggactgcagaaagtgatgct
gcatctaggaagaggaagggcaagtgcaaagagggagaggatgaagttgaaagagaaaga
aaagcatctcaagagagaaggttggccacattggatatttttgctggttgtggtggcttg
tcagagggattgcagcatgcaggcatctcatcaaccaagtgggccattgaatatgaagaa
cctgctggagaagcattcaagctcaataatccaacgtctctagtgtttattaataattgc
aatgtgatccttagggctgcaatggagaagtgtggtgatgcatatgaatgtatctcaacc
accgaggccatagagttggctgcatcacttgataagaaagtaatcaatgatttgcctgta
ccaggacaggttgatttcatcaatggagggcctccatgtcaaggtttctcgggaatgaat
aggtttagtcaaagcacttggagtaaagttcaatgtgagatgattttagcatttttatcc
tttgttgactacttccgacccaagtatttcctcctggagaatgtgaggaactttgtgtca
tttaataaaggacaaacttttcgtttgactttggcttcactccttgagatgggttatcag
gtgaggtttggcatattggaagctggagcatatggagtttctcagtcacgaaaacgagta
ttcatatgggctgcctcccctgatgagattcttcctgagtggccagaaccgatgcatgtc
tttgctgctccagagttaaaagtcatgttgtcagaaaatttacattatgctgctgttcga
agtaccgctagtggagcccctttccgtgcaataactgtcagagataccattggtgatctc
ccagctgttggaaatggtgcctctaagacgattttggagtataaaaatgatcctatctca
tggtttcaaaagaaaattcgtggagaaacagctgttttgacagaccatatatcaaaagaa
atgaatgagctgaatcttattaggtgtcagaaaattccaaaacagccaggttctgattgg
cgtgaccttccagatgaaaagattaagttgtctactgggcaagtggttgacttgattcca
tggtgcctgccaaacacagctaagcggcataatcagtggaaggggctttttgggaggttg
gattgggaagggaacttcccaacttcaataacagatcctcaaccgatgggtaaggtgggg
atgtgctttcatcctgagcaggacaggattcttacagttcgtgaatgtgctcgatctcaa
ggatttcccgatagctacaagtttgctggtaacatccaacataaacatcggcaaattgga
aatgctgttcccccaccattggcatatgcattggggactaagctcaaggaggcaatgaac
aagaaggccaaatag

  All links  
Ontology (6)   
   KEGG BRITE (6)   
Pathway (3)   
   KEGG PATHWAY (2)   
   KEGG MODULE (1)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (25)   

Download RDF
DBGET integrated database retrieval system