KEGG   Vigna angularis (adzuki bean): 108345602
Entry
108345602         CDS       T04660                                 
Name
(RefSeq) DNA (cytosine-5)-methyltransferase 1-like
  KO
K00558  DNA (cytosine-5)-methyltransferase 1 [EC:2.1.1.37]
Organism
var  Vigna angularis (adzuki bean)
Pathway
var00270  Cysteine and methionine metabolism
var01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:var00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00270 Cysteine and methionine metabolism
    108345602
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:var03000]
    108345602
   03032 DNA replication proteins [BR:var03032]
    108345602
   03036 Chromosome and associated proteins [BR:var03036]
    108345602
  09183 Protein families: signaling and cellular processes
   02048 Prokaryotic defense system [BR:var02048]
    108345602
Enzymes [BR:var01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.37  DNA (cytosine-5-)-methyltransferase
     108345602
Transcription factors [BR:var03000]
 Eukaryotic type
  Zinc finger
   CXXC CpG-binding proteins
    108345602
DNA replication proteins [BR:var03032]
 Eukaryotic type
  DNA Replication Termination Factors
   DNA methylation enzymes
    108345602
Chromosome and associated proteins [BR:var03036]
 Eukaryotic type
  Heterochromatin formation proteins
   Other heterochromatin formation proteins
    108345602
Prokaryotic defense system [BR:var02048]
 Restriction and modification system (R-M system)
  Type II R-M system
   DNA methyltransferases
    108345602
SSDB
Motif
Pfam: DNMT1-RFD DNA_methylase BAH
Other DBs
NCBI-GeneID: 108345602
NCBI-ProteinID: XP_017439709
Position
10:complement(5951615..5966487)
AA seq 1560 aa
MAPSGQGKAKQNKKATTPRVVKNTKSKEDFALSNGEGEVMSTNKQNKRSLAESPEQAPAS
RKMPKRAAACKDLKEKSFSISDKSCLIETEKDQIVDEEIVAVRLTAGQDDGRPNRRITEF
ILHDENGKGQHLEMLEVTDLYITGVILPLEPSTGKKKEKGIKCEGFGRIESWDISGYEDG
SPVIWISTDVADYDCQKPAASYKKFYDQFFEKARACVEVYKKLAKSSGGDPSISLDELLA
GMARSMSGSKSFSGTASLKDFVISQGEFIYKQLIGLDMTSKSNDMMFADIAALIALRDEA
KKQANHALMQVVPSNGTLRIGSGAEEEENKNQMDFVDSPNDEDEDVKLARLLQEEEYFKS
MKQKKNNRSGSASNKFYIKINEDEIANDYPLPAFYRTSLQETDEFIVFDNDYDVYDTEDL
PRSMLHNWSLYNSDARLVSLELLPMKSCSDIDVAIFGSGVMTADDGSGFHLESDAGQSSS
SSPEAQAADGMPIYLSAIKEWMIEFGSSMIFISIRTDLAWYRLGKPAKQYAPWYETVLKT
ARLAIAIITLLKDQTRVSRLSFGDIIKKVSEFNQKNVSYISSDPLAVERYVVVHGQIILQ
LFAEFPDVKIRKSPFVTGLSNKMEERHHTKWLVKKKKVLPRSEPNLNPRAAVGPIVSKRK
AMEATTTKLINRIWGDYYSNHLPEDSKEGPVSELKEEDELEEQEENEEDDNEEEPILLEG
TSKKNSHSKQTNKFSGDAEIMWEGKPEGKTTSGYPVYKQAIINGEVISVGKFVLVEVDET
DEFPDIYCVEYMFESKNGRKMFHGRMMQHGCHTVIGNAANEREVFLTNDCRDLGLQDVKR
TVAVNIQKRPWGHQHRKDNIITDRVDRARAEERKKKGLPTEYYCKSLYWPERGAFFSLPF
DTLGQGSGICSSCKIHDYEKAKNIFSVNSFKSGFLFKGTEYSLDDFVYVSPFEFEEKIEQ
GTHKSGRNVGLKAYVVCQVLEIVVKMEIKHPEIKSTQVKVRRFFRPEDVSNEKAYCSDIQ
EVYYSDETHIISVDSIEGKCEVRKKSDIPEQSAPGMFQNVFFCELLYDPATGSLKKLPAH
IKVKYSTGQTSDAAARKRKGKCKEGDDDSESSKEGKTLNEKRLATLDIFAGCGGLSEGLE
QSGVSSTKWAIEYEEPAGDAFKANHPDALVFINNCNVILRAVMEKCGDIDDCISTTEAAE
LAAKLDESESSSLPMPGQVDFINGGPPCQGFSGMNRFNQSSWSKVQCEMILAFLSFADYF
RPRYFLLENVRNFVSFNKGQTFRLTLASLLEMGYQVRFGILEAGAFGVSQSRKRAFIWAA
CPDDVLPEWPEPMHVFSAPELKIPLSENVHYAAVRSTANGAPLRAITVKDTIGDLPAVGN
GASKGNMEYQNDPVSWFQKRIRGEMIVLTDHISKEMNELNLIRCQKIPKRPGADWRDLPE
EKVTLSNGQVVDLIPWCLPNTAKRHNQWKGLFGRLDWQGNFPTSITDPQPMGKVGMCFHP
DQDRILTVRECARSQGFPDNYKFSGNIIHKHRQIGNAVPPPLAFALGRKLKEAVNSKNST
NT seq 4683 nt   +upstreamnt  +downstreamnt
atggcaccttcaggacaaggcaaggcaaagcaaaataagaaagcaaccacacctagagtt
gtgaagaacaccaagagtaaagaggattttgctctttccaacggagaaggggaagtaatg
tctacaaacaaacaaaataaacgaagtttggcagagagcccggagcaagctccagcttca
cgcaaaatgccaaaacgagccgcagcgtgtaaagatttgaaagagaaatccttttcaata
tcggataagtcctgtctcattgaaacagagaaggatcagattgtagatgaagaaattgta
gctgtccggttgactgctggacaagatgatggtcgcccaaatagacgaattacagagttt
atccttcatgatgaaaatggtaaaggacagcatcttgaaatgctcgaggtgactgattta
tatattactggagttatattgccgcttgaaccaagcacaggcaagaagaaagaaaaaggc
attaagtgtgaaggatttggtagaattgaatcttgggatatatctggatatgaagatggt
tctccagtgatatggatttccactgatgttgctgattatgactgtcagaaacctgctgct
agttacaagaagttttatgatcaattctttgaaaaggctcgcgcatgtgtcgaggtatat
aaaaaacttgcaaagtcctcggggggtgaccctagtataagtctcgatgagctacttgct
ggcatggcacggtcaatgagtggtagcaaatccttttctggaaccgcatctctaaaggat
tttgttatatctcagggtgagttcatttataagcaactcatcggtttggacatgacatcc
aaatcaaatgacatgatgtttgcagatatcgctgctcttattgctcttagggacgaggcg
aagaagcaagcaaaccatgcacttatgcaagtagtgccctcaaatgggactttaaggatt
ggttcaggagctgaagaggaagaaaacaagaatcagatggattttgtagattctccaaat
gacgaggatgaagatgtaaagttagcacgactcttgcaggaagaagagtatttcaaatcg
atgaaacagaagaaaaacaatagatcaggctctgcttcaaacaaattctatataaaaatt
aatgaagatgagattgccaatgattatcctctccctgcattttacagaacctcccttcaa
gaaacagacgagtttatagttttcgataatgactatgacgtctatgatactgaagatctt
cctcgaagcatgcttcataattggtctttatacaactcagatgcaaggttggtttccttg
gaacttcttcctatgaaatcttgttcagacatcgatgttgccatctttggctccggtgta
atgactgctgatgatggaagtgggttccatcttgaaagtgacgctggccaatcttcctcc
agcagtccagaagcacaggctgcggatggaatgccaatttatctgagtgccataaaggaa
tggatgatagaatttggatcatcgatgattttcatatccatccgaacagatttggcctgg
tacagacttggcaaaccagcaaagcagtatgctccttggtatgagacagtgttgaaaact
gcaaggcttgctatagccattattaccttactgaaggaccagacccgagtatcacgactt
tcctttggagatatcataaaaaaagtatctgagtttaatcagaaaaatgtttcttacatt
tcttctgatccattggctgttgagagatatgttgttgtccacggacagattattctgcaa
ctttttgcagaatttcctgatgttaagatcagaaagtctccatttgtgaccggtctttca
aacaaaatggaagaacggcaccatacgaaatggttggtgaagaaaaagaaagttttgcca
cgtagtgagcctaatttgaatcctagagcagcagtgggtcctattgtttccaagaggaaa
gccatggaagcaacaaccacaaaactaatcaataggatatggggagactactactcgaac
cacttgccagaagattcaaaggaggggcctgtcagcgagttaaaggaagaggatgaattg
gaggaacaggaagaaaatgaagaggacgacaatgaagaggagccaatacttttggaggga
acctcaaagaagaattcacattcgaagcaaaccaataaattttcgggtgatgccgaaata
atgtgggaaggaaaacctgaagggaagactacttctggatatcctgtttataagcaggca
atcattaatggggaagttatttctgtaggaaagttcgtgttagtggaagttgatgaaaca
gatgaatttccagacatatattgtgttgagtatatgtttgagtcaaagaatgggagaaaa
atgtttcatggtaggatgatgcagcatggttgtcatactgttattggcaatgctgctaat
gagagagaggtgtttttgactaatgattgtagggatctgggactgcaggatgttaagcgg
acagttgctgtaaatattcaaaaaaggccttgggggcatcagcatcgaaaggataatata
attacagatagagttgacagggctagagcagaagaaaggaagaagaaaggactacctact
gaatattattgtaaaagcctgtactggcctgaaagaggtgctttctttagccttccattt
gatactttgggtcaagggtctggtatttgctcctcttgcaaaatacatgactatgaaaag
gcaaagaatattttcagtgtaaattccttcaagtctggtttcctatttaaaggaaccgag
tattcccttgatgattttgtttatgtaagtccctttgaatttgaggaaaagatcgagcaa
ggaactcataagagtggaaggaacgtgggtttgaaagcttatgttgtgtgtcaagtgctt
gagattgttgttaaaatggaaataaaacatcctgaaataaaatctacacaagtcaaagtc
aggaggttctttcgaccagaagatgtatcaaatgagaaggcatactgctctgatatacaa
gaggtgtattacagtgatgaaacacatataatctcagtagattccatagaagggaaatgt
gaagtcagaaagaagagtgatattcctgaacaaagtgcccctggaatgttccaaaatgta
tttttctgtgagctcttgtatgatcctgccactgggtcactgaaaaagttgccagctcac
ataaaagtaaaatattcaactggacaaacctcagatgctgcagctagaaagagaaaagga
aaatgtaaagagggagatgacgattcagagtcttctaaggagggaaaaacattaaatgaa
aaacgtttagcaaccttggacatttttgcaggttgtggtggtttatcagaggggttggag
cagtcgggtgtttcatcaactaaatgggctatcgagtatgaagagcctgctggtgatgca
tttaaagctaatcatcctgatgcattggtgttcattaacaattgcaatgttattcttagg
gctgtaatggagaagtgcggggacatagatgattgtatctcaactactgaggctgcagag
ttggctgcaaagcttgatgagagtgagagcagtagtttaccaatgcctggacaagttgat
ttcattaatgggggtcctccatgccagggtttttctgggatgaataggtttaaccagagc
agttggagtaaagtccagtgtgagatgatattagctttcttatcctttgctgattatttc
cgaccaagatatttcttgttggagaatgtgaggaactttgtgtctttcaataaaggacag
acattccgtttaaccttggcttcacttcttgagatgggttatcaggtgaggtttggtatc
cttgaggctggagcatttggggtttctcaatcaagaaaaagggcattcatatgggcagcc
tgtcctgatgatgttcttccagagtggccagaaccaatgcatgtattttcggcacccgag
ttgaagatcccattgtctgaaaatgttcattatgctgctgtccgtagtactgcaaacggt
gctccattacgtgcaataactgttaaagataccattggtgatctcccagcagtgggcaat
ggagcctcaaaaggaaacatggagtatcaaaatgaccctgtatcatggtttcaaaagagg
attcgtggtgagatgattgtcttgactgatcatatttctaaggagatgaacgaattgaac
ttgattcgatgccagaaaattcccaagaggccaggtgctgattggcgtgatcttccggag
gaaaaggtaacattgtctaatggacaagttgttgatttgataccatggtgcttgcccaac
acggctaagcggcacaatcaatggaagggactatttggtaggctggattggcaagggaat
ttcccaacttccattacagaccctcaaccaatggggaaggttggaatgtgcttccaccct
gaccaagataggattcttactgttcgtgagtgtgctcgatctcaaggatttccagataac
tataaattttctggcaatatcattcacaagcacagacagattggtaatgctgtgcctcct
cctctggcatttgcattagggaggaagctgaaggaagcagtgaacagtaagaactccaca
tag

  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 (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (3)   
   Pfam (3)   
All databases (29)   

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