KEGG   Ziziphus jujuba (Chinese jujube): 107415803
Entry
107415803         CDS       T04794                                 
Name
(RefSeq) DNA (cytosine-5)-methyltransferase 1-like
  KO
K00558  DNA (cytosine-5)-methyltransferase 1 [EC:2.1.1.37]
Organism
zju  Ziziphus jujuba (Chinese jujube)
Pathway
zju00270  Cysteine and methionine metabolism
zju01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:zju00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00270 Cysteine and methionine metabolism
    107415803
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:zju03000]
    107415803
   03032 DNA replication proteins [BR:zju03032]
    107415803
   03036 Chromosome and associated proteins [BR:zju03036]
    107415803
  09183 Protein families: signaling and cellular processes
   02048 Prokaryotic defense system [BR:zju02048]
    107415803
Enzymes [BR:zju01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.37  DNA (cytosine-5-)-methyltransferase
     107415803
Transcription factors [BR:zju03000]
 Eukaryotic type
  Zinc finger
   CXXC CpG-binding proteins
    107415803
DNA replication proteins [BR:zju03032]
 Eukaryotic type
  DNA Replication Termination Factors
   DNA methylation enzymes
    107415803
Chromosome and associated proteins [BR:zju03036]
 Eukaryotic type
  Heterochromatin formation proteins
   Other heterochromatin formation proteins
    107415803
Prokaryotic defense system [BR:zju02048]
 Restriction and modification system (R-M system)
  Type II R-M system
   DNA methyltransferases
    107415803
SSDB
Motif
Pfam: DNMT1-RFD DNA_methylase BAH
Other DBs
NCBI-GeneID: 107415803
NCBI-ProteinID: XP_015879685
UniProt: A0A6P3ZL43
Position
4:join(674117..674183,674926..676408,676927..678433,678556..678720,678916..679117,679209..679320,679390..679537,679626..679823,680063..680341,680431..680592,680687..680905,681377..681514)
AA seq 1559 aa
MGSAALLEPTVPNPTDQSSSGSDMKKSKNSTKKSVTTGHKGKKRSSPEKNEDSSTSRKMP
RRTAACTDFKEKSVHISEKSSVIGTKKDRFAEEEVLALALTSGNEVDRANRRLTDFILHD
ENGTLQPLEMLEVTDLFISGLVLPLDETSKNDKERGVRCEAFGRIELWDISGYDDGTPVV
WLSTDAADYDCRKPANSYKKFYDLFFEKARVCIEVYKQLSKSSGGNPDSSLDELLAGVVR
SMNGIKSFSGGASIKDFVISQGDFIYNQLIGLDETSKKNDRKFAELPVLDALRDCCRKHQ
TFMKPEVMSSVEGIKIDPGFGDVDNKIITSGSSICADQEDEDMKLARILQEEEYWQSMKQ
KKNEGSTSNSNKYYVKINEDEIANDYPLPAYYKNTIEETDELIIFDSDIDLCKPDELPRS
MLHNWSLYNSDSRLISLELLPMKPCADIDVTIFGSGVMTADDGSGFCLDSDSSQFSSSGS
GAQGFDGIPIYLTAIKEWMIEFGASMIFISIRTDVAWYRLGKPSKQYAPWYETVMKTARL
GISIITLLKEQTRIARLSFAEVMKRLSEFKKDNCAYISSDSAVVERYVVVHGQIILQLFA
EFPDENIRRSAFVTGLTTKMEERHHTKWLVKKKVVHKCERNLNPRAGMAPVVSKRKAMQA
TTTRLINRIWGEYYSNYSPEDLDKEAVCEIKEEEVEEQEDNVEDDDDENEELLVLEMAEK
PSSVSRGNKSRSAKFEIRWDGQPVGRTSSGEALYQQVTVHGDTIVVGCAVLVDSDESNEL
PAIYFVEYMFEASDGRKMFHGRMMQQGSQTVLGNAANEREVFLTNECINLGLEDVKQKVV
VEIRLMPWGHQHRKDNANADKIDRARAEERKKKGLPTEYFCKSLYWPEKGAFFGLSPDTM
GLGSGLCHSCEIKEVQKEKAVFKLNSSKTGFVYNGTEYSVYDYVYISPDQFAEKRTENGT
FKAGRNVGLRAYVVCQLLDIIVKKETKHAETKHTQVKVRRFYRPEDISVDKAYSSDIREV
YYSEVTHDLAVESIEGRCEVRKKNDLPVCGALGIFQHIFFCEHLYDPSKGSLRQLPAHIK
LRYSTGNLDNDTASRKKKGKSVAGENDLEVQKQREASQEKCLATLDIFAGCGGLSEGLQK
SGASLTKWAIEYEQPAGDAFKCNHPESLVFINNCNVILRAVMEKCGDVDDCISTSEAAES
AASLGEKEISDLPMPGQVDFINGGPPCQGFSGMNRFSQSTWSKVQCEMILAFLSFADYFR
PKYFLLENVRNFVSFNKGQTFRLTLASLLEMGYQVRFGILEAGAYGISQSRKRAFIWAAS
PEEVLPEWPEPMHVFGAPELRISLSEKSQYTAVRSTARGAPFRAITVRDTIGDLPAVGNG
ASKTILEYQGEPVSWFQKTIRGDMAFLTDHMSKEMNELNLIRCQKIPKQPGADWQCLPDE
KVTLSTGQLVDLIPWCLPNTAKRHNQWKGLFGRLDWEGNFPTSITDPQPMGKVGMCFHPD
QDRILTVRECARSQGFPDSYKFAGNIQHKHRQIGNAVPPPLAYALGRKLKEAMDSKRFR
NT seq 4680 nt   +upstreamnt  +downstreamnt
atgggatctgctgctctattggaacccacggttcctaatccgactgaccaatcatcatca
ggttcagatatgaagaagagcaaaaacagtactaaaaagtcggtgacaacaggccacaag
ggaaagaagcgaagctcaccagagaaaaatgaagattcatctacttctagaaagatgcca
aggcgaacagctgcatgtactgatttcaaggagaagtctgttcatatatctgaaaaatct
tctgttattggaacaaagaaggataggtttgcagaagaagaagttttagctctagccctg
acttctggaaatgaggttgaccgagcaaacagaagactaacggattttatcttgcatgat
gagaatggtactttgcagccccttgagatgttggaagttaccgacctgtttatctctggt
cttgtactgcctctcgatgaaacttcaaagaacgacaaggaaagaggtgttagatgtgaa
gcttttggacgaatagaattatgggacatctctggttatgatgatggaactccagttgtc
tggctttcaactgatgctgctgattatgattgccggaaacctgcaaacagctacaaaaaa
ttttatgatcttttctttgaaaaggcccgtgtctgcattgaggtctataaacaactgtca
aaatcttctggagggaatcctgattcaagtcttgatgagttgctagctggtgttgttcgt
tccatgaatggcatcaagtctttttctggtggggcatctataaaagactttgtaatttcc
cagggtgattttatatataatcagttgataggcttggatgaaacatcaaagaagaatgat
cggaaatttgcagagttgcctgtgcttgatgccctaagagattgttgtagaaagcatcaa
actttcatgaagccagaggttatgtcttctgttgagggtataaaaattgatccaggattt
ggagatgtagataacaaaatcattacatctggttcatccatatgtgcagatcaggaagat
gaggacatgaagttggcaaggatattgcaagaagaagagtactggcagtcaatgaaacaa
aaaaagaatgagggttccacttcaaactcaaacaaatactatgtcaaaattaatgaagat
gaaattgccaacgactatcccctgcctgcttattacaagaacacaattgaagaaactgat
gaattaatcatttttgacagtgacattgacttgtgtaaacctgatgagcttcctcgaagt
atgcttcataattggtctctctacaactcagactcaagattgatctcactggagcttctt
cctatgaaaccttgtgcagatattgatgttactatctttgggtcaggtgtaatgactgct
gatgatggaagtggattctgtcttgatagtgattctagtcagttttcatctagtggttca
ggagcacaaggttttgatgggattcctatatatttgactgcgataaaggaatggatgatt
gaattcggggcatcaatgatttttatttctatacgaacagatgttgcctggtacagactt
ggtaagccatcaaaacagtatgcaccgtggtatgaaacagttatgaaaacagcaagactt
ggcataagtattattactttattgaaggagcaaacccgtatagcacgcctctcttttgcc
gaagtcatgaagagattatcagaattcaaaaaggataactgtgcttacatttcttctgat
tcagctgttgttgagagatatgtggttgtccatgggcagataatattacagctctttgca
gaatttccagatgagaatattagaagatctgcatttgtgacaggtcttacaactaaaatg
gaggagagacatcacactaaatggttggtgaagaagaaggttgtacataagtgtgaacgc
aatttgaatccaagagcaggtatggcacctgtagtgtccaagaggaaggctatgcaagct
acgacaacaaggttgataaacagaatctggggggagtactattcaaattacagtccagaa
gatttagacaaggaagctgtatgtgaaatcaaagaggaagaagttgaggagcaagaggat
aatgtggaggacgatgatgatgaaaatgaagagttgctagttttggagatggcagagaaa
cctagttcagtttcaagaggaaataaatcacgctctgctaaatttgaaataagatgggat
gggcagcctgttggcagaacaagttcaggggaagctctttatcaacaggtaactgttcat
ggagatacaattgttgtggggtgtgctgtgctggtggattctgatgaatcaaatgaacta
cctgccatctattttgtggaatacatgtttgaagcatcagatggacgcaaaatgtttcat
gggagaatgatgcagcaagggtcacagactgttcttggaaatgctgcaaatgagagagag
gtattcctgacaaatgagtgcattaacttgggattggaggatgttaaacagaaggtcgtt
gtggagatccggttaatgccatggggacatcagcataggaaggataatgctaatgctgac
aaaattgatagagcaagggcagaagagagaaagaagaaagggctgcccactgaatatttc
tgtaaaagcttgtattggcctgagaagggtgctttctttggtctttctcccgatactatg
ggcttgggttctggtttgtgccattcttgtgaaataaaggaagtccagaaagagaaggct
gttttcaaactgaattcatcaaagactggctttgtatataatggaactgagtattctgtt
tatgattatgtctatataagtcctgatcaatttgctgagaaaaggacggaaaatggaact
tttaaagctgggagaaatgtgggtttgagagcttatgttgtgtgccaactgctggatatt
attgtcaaaaaggaaaccaaacatgcagaaacaaaacatacacaggttaaggtcagaaga
ttttacagaccagaagacatttcagttgacaaggcatactcttctgatattcgagaggtc
tattacagtgaagtaacacatgatttggctgttgagagtatagaagggagatgtgaagtt
agaaaaaagaatgatcttccagtgtgcggtgctcttggcatttttcagcatatctttttc
tgtgaacatctgtatgatccttctaaaggatccctcaggcagttgccagcgcacataaaa
cttagatattcaactggaaacttggataatgatactgcatctagaaagaaaaagggcaag
tctgtagcgggagaaaatgatttagaagttcaaaaacaaagagaagcctcacaggagaaa
tgtctagccacattagatatttttgctggttgtggtggtttatcggagggactgcagaag
tcaggtgcttcgttaacaaagtgggcaatagaatatgaacagcctgctggagatgcattt
aaatgcaatcatccagagtcgctggtctttatcaataactgcaatgttattttaagggct
gtaatggagaagtgtggggatgtggatgattgtatctcaacttctgaagccgctgaatca
gcagcatcactcggtgagaaggaaattagtgatttgccaatgccaggacaagtggatttc
attaatggaggacctccatgtcagggattttctggaatgaataggttcagccaaagtact
tggagcaaagttcagtgtgaaatgatcttggccttcttatcctttgcagactacttccgt
cccaagtatttcctcttagagaatgtgaggaactttgtatcttttaataaaggacagact
tttcgtttaactctggcttcacttcttgagatgggttatcaggtgagatttggtattctg
gaagctggagcttatggcatttctcagtcacgaaagcgagcatttatttgggcagcctct
ccagaagaggttcttccagaatggccagaacccatgcacgtttttggtgccccagaattg
agaatctcattatcagaaaaatcgcaatatactgctgttaggagtactgcaaggggagcc
cctttccgggcaataactgtgagagatacgattggtgatctccctgctgtagggaatgga
gcctccaagaccattttagagtatcaaggtgaacctgtctcgtggtttcaaaagacaata
agaggagacatggcatttttgactgaccacatgtccaaagaaatgaatgagctgaatctc
attcgatgtcagaagattcctaagcagccaggtgctgattggcaatgccttccagatgaa
aaggtaacactgtccactggacagttggttgatttgataccatggtgtctgccaaatact
gccaaacgccacaaccaatggaagggcctgtttggaaggttggattgggagggtaacttt
cctacttccataactgatcctcaaccaatgggtaaggtggggatgtgctttcaccctgat
caagacaggattcttactgttcgagaatgtgctcgatctcaaggtttcccggatagctat
aagtttgctggcaatattcaacacaagcacaggcaaattggaaatgctgttcctcctcct
ttggcgtatgcactaggtagaaaacttaaggaagcgatggacagtaaaaggttcagatag

  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 (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (50)   

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