| Database | ID | Description |
|---|---|---|
| SUPERFAMILY | SSF53335 | S-adenosyl-L-methionine-dependent methyltransferases |
| Gene3D | G3DSA:3.40.50.150 | Vaccinia Virus protein VP39 |
| MobiDBLite | mobidb-lite | consensus disorder prediction |
| Pfam | PF01555 | DNA methylase |
| ProSitePatterns | PS00093 | N-4 cytosine-specific DNA methylases signature. |
| PRINTS | PR00508 | S21 class N4 adenine-specific DNA methyltransferase signature |
| MapolyID | Mapoly0038s0044 | - |
| GO | GO:0006306 | obsolete DNA methylation |
| GO | GO:0003677 | DNA binding |
| GO | GO:0008170 | N-methyltransferase activity |
| GO | GO:0015667 | site-specific DNA-methyltransferase (cytosine-N4-specific) activity |
| GO | GO:0090124 | obsolete N-4 methylation of cytosine |
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpDN4MT1b | N-4 cytosine-specific DNA methylase | Published |
Sequences: |
Gene UTR + CDS + intron |
| >Mp6g18340.1 AGTGTATGTC CGTGCACAGT TCGAAGAAGA CGACGGGAAA TGTGTTGAAT AGTCAACAAT GAGGAAAATG ATCGATCCTT CTGTACTGAA CTGATCGTTT AGCCTTGAAG GTCTTGCAAG ACGATCGGCC CGCTGCTTCT GGTCTAGAGT CTTCGAGGTA TCGAAACTAT CCAACTTTTA GAGGTAATTT CGAACTCATG GGGCTTTCGG AGCTTTGCTC AGAGGAACGC GCAAGGAAGA AGGCAAAGAA GGAGCACCCT TCCAAGAAGA GCGACCTCGA CGAAGCTCTC AGTGTGAGGA CAGCGTGCCT GGATGTAAAT GTTATTACAA ATTATGAAAA TAGAGCGATT CGCGGCGATT GCTTAAAACT CATGAGACGA CTTCCTTCGG AGATTTTGGA TTGCACCATC ACGTCTCCGC CGTATAACAA AGGAGGAGAT GTAATTGTGT ACAATTCGAT TTCGGATAAC ATGCCTTGGG ATGTCTACAT GGCCGAACAA TTAGCTATAT TGAATGAACT CTACAGAATT ACTAAGCCCG GTGGACATCT GTGGTATGTC CATCAAGTCC AGCCCCGTCC AGCTCGACTC TTTCATCCGA TGGAATGGAT AATCAAATCG CCATGGACGG TAAGTGTGCA TGAGATCGAT GTTTCCGATC ATTTAAAGTA CTGATGTAAT CAGGTCAATG TAAACAACTG GATGGAAGAA TTGTTTCAGT TTGGGTAATG TTTATGTGAC AGGTGCGACA GGAAATTATG TGGAAAAAAT GGGGCTGCCA AGACCGATCG CTGTATCGAT TTAAGTGCTT TGAAGAACGC ATATACTGGC TGAGAAAGGA GCCCGGCCCT CCTTTTGAGT TAAAACGAGA AGTAGCAAAG TGGGGAAACC TCTGGGTTCG TCCGGATCAA TCGGTCCATC TGCAAAGACG CTACAGACAT CCTAGCACAT TTCCCTTGTA CTTGCCCTTG GCAATTCTTT ATGCGATGAA TTTACCGCCT GGGTCTCTGG TGTTCGACCC CTATGGAGGA ACAGGTACCA CAGCCAAGGC AGCCCAGGTG TCAAATCACT GGTACCTGAC TATGGACGTT GACAAGGATT ACATCACAAT GACGAAAGAC CGATTGAGAG ATACGGTGTA TGAAGACGAG TGGTGGATTA CGGTGATGAT GAAACAGATT AACGACGGTA CTTTGAACCT TTCTCAAGAC ATTCGGAAAT CGGTGCAGAA GAGAGTACTG TCGTCGACGT ACTTAGCCGA TGATGCACAG AGTGGGGATC ACAGATAACC ACAGTACGGT GCATGATATT TGATCTCAAA TTTCCTTTTC GAACTTCTGA GTCAGACGAG ATACTGAAAC GGATTGCGCA GTTGTGCATA CGCTTGATAG GAAAAAGATG ATAACCGACA TATTTTTTGA TAATGGGGCA TTCGATAGAA GATTGTCTCA ATAACAAATG GCTGTAACAT CCTGCATCCT TCTTTATTCA AAGAACGAGG TAGTAGATTC ACATTTTACT GTCGAAGTCA ATTAGCTTCG ACAGCAAAAT GTGGATCCGA CATTTTGACA TGTCAGACAA AGTCGGACTT ATCGGACTTA TGAGGATTCA GTCTAGAACA CTCGAACTAC TGAAAGAAGC ATGGATTTCG ACATAGTGTA AAAGGTTCGA AATGTTTTCG GGACAACTAT CTTATATATA ACAAATATTC ATTCACTCTC |
mRNA UTR + CDS |
| >Mp6g18340.1 AGTGTATGTC CGTGCACAGT TCGAAGAAGA CGACGGGAAA TGTGTTGAAT AGTCAACAAT GAGGAAAATG ATCGATCCTT CTGTACTGAA CTGATCGTTT AGCCTTGAAG GTCTTGCAAG ACGATCGGCC CGCTGCTTCT GGTCTAGAGT CTTCGAGGTA TCGAAACTAT CCAACTTTTA GAGGTAATTT CGAACTCATG GGGCTTTCGG AGCTTTGCTC AGAGGAACGC GCAAGGAAGA AGGCAAAGAA GGAGCACCCT TCCAAGAAGA GCGACCTCGA CGAAGCTCTC AGTGTGAGGA CAGCGTGCCT GGATGTAAAT GTTATTACAA ATTATGAAAA TAGAGCGATT CGCGGCGATT GCTTAAAACT CATGAGACGA CTTCCTTCGG AGATTTTGGA TTGCACCATC ACGTCTCCGC CGTATAACAA AGGAGGAGAT GTAATTGTGT ACAATTCGAT TTCGGATAAC ATGCCTTGGG ATGTCTACAT GGCCGAACAA TTAGCTATAT TGAATGAACT CTACAGAATT ACTAAGCCCG GTGGACATCT GTGGTATGTC CATCAAGTCC AGCCCCGTCC AGCTCGACTC TTTCATCCGA TGGAATGGAT AATCAAATCG CCATGGACGG TGCGACAGGA AATTATGTGG AAAAAATGGG GCTGCCAAGA CCGATCGCTG TATCGATTTA AGTGCTTTGA AGAACGCATA TACTGGCTGA GAAAGGAGCC CGGCCCTCCT TTTGAGTTAA AACGAGAAGT AGCAAAGTGG GGAAACCTCT GGGTTCGTCC GGATCAATCG GTCCATCTGC AAAGACGCTA CAGACATCCT AGCACATTTC CCTTGTACTT GCCCTTGGCA ATTCTTTATG CGATGAATTT ACCGCCTGGG TCTCTGGTGT TCGACCCCTA TGGAGGAACA GGTACCACAG CCAAGGCAGC CCAGGTGTCA AATCACTGGT ACCTGACTAT GGACGTTGAC AAGGATTACA TCACAATGAC GAAAGACCGA TTGAGAGATA CGGTGTATGA AGACGAGTGG TGGATTACGG TGATGATGAA ACAGATTAAC GACGGTACTT TGAACCTTTC TCAAGACATT CGGAAATCGG TGCAGAAGAG AGTACTGTCG TCGACGTACT TAGCCGATGA TGCACAGAGT GGGGATCACA GATAACCACA GTACGGTGCA TGATATTTGA TCTCAAATTT CCTTTTCGAA CTTCTGAGTC AGACGAGATA CTGAAACGGA TTGCGCAGTT GTGCATACGC TTGATAGGAA AAAGATGATA ACCGACATAT TTTTTGATAA TGGGGCATTC GATAGAAGAT TGTCTCAATA ACAAATGGCT GTAACATCCT GCATCCTTCT TTATTCAAAG AACGAGGTAG TAGATTCACA TTTTACTGTC GAAGTCAATT AGCTTCGACA GCAAAATGTG GATCCGACAT TTTGACATGT CAGACAAAGT CGGACTTATC GGACTTATGA GGATTCAGTC TAGAACACTC GAACTACTGA AAGAAGCATG GATTTCGACA TAGTGTAAAA GGTTCGAAAT GTTTTCGGGA CAACTATCTT ATATATAACA AATATTCATT CACTCTC |
CDS |
| >Mp6g18340.1 ATGGGGCTTT CGGAGCTTTG CTCAGAGGAA CGCGCAAGGA AGAAGGCAAA GAAGGAGCAC CCTTCCAAGA AGAGCGACCT CGACGAAGCT CTCAGTGTGA GGACAGCGTG CCTGGATGTA AATGTTATTA CAAATTATGA AAATAGAGCG ATTCGCGGCG ATTGCTTAAA ACTCATGAGA CGACTTCCTT CGGAGATTTT GGATTGCACC ATCACGTCTC CGCCGTATAA CAAAGGAGGA GATGTAATTG TGTACAATTC GATTTCGGAT AACATGCCTT GGGATGTCTA CATGGCCGAA CAATTAGCTA TATTGAATGA ACTCTACAGA ATTACTAAGC CCGGTGGACA TCTGTGGTAT GTCCATCAAG TCCAGCCCCG TCCAGCTCGA CTCTTTCATC CGATGGAATG GATAATCAAA TCGCCATGGA CGGTGCGACA GGAAATTATG TGGAAAAAAT GGGGCTGCCA AGACCGATCG CTGTATCGAT TTAAGTGCTT TGAAGAACGC ATATACTGGC TGAGAAAGGA GCCCGGCCCT CCTTTTGAGT TAAAACGAGA AGTAGCAAAG TGGGGAAACC TCTGGGTTCG TCCGGATCAA TCGGTCCATC TGCAAAGACG CTACAGACAT CCTAGCACAT TTCCCTTGTA CTTGCCCTTG GCAATTCTTT ATGCGATGAA TTTACCGCCT GGGTCTCTGG TGTTCGACCC CTATGGAGGA ACAGGTACCA CAGCCAAGGC AGCCCAGGTG TCAAATCACT GGTACCTGAC TATGGACGTT GACAAGGATT ACATCACAAT GACGAAAGAC CGATTGAGAG ATACGGTGTA TGAAGACGAG TGGTGGATTA CGGTGATGAT GAAACAGATT AACGACGGTA CTTTGAACCT TTCTCAAGAC ATTCGGAAAT CGGTGCAGAA GAGAGTACTG TCGTCGACGT ACTTAGCCGA TGATGCACAG AGTGGGGATC ACAGATAA |
Protein |
| >Mp6g18340.1 MGLSELCSEE RARKKAKKEH PSKKSDLDEA LSVRTACLDV NVITNYENRA IRGDCLKLMR RLPSEILDCT ITSPPYNKGG DVIVYNSISD NMPWDVYMAE QLAILNELYR ITKPGGHLWY VHQVQPRPAR LFHPMEWIIK SPWTVRQEIM WKKWGCQDRS LYRFKCFEER IYWLRKEPGP PFELKREVAK WGNLWVRPDQ SVHLQRRYRH PSTFPLYLPL AILYAMNLPP GSLVFDPYGG TGTTAKAAQV SNHWYLTMDV DKDYITMTKD RLRDTVYEDE WWITVMMKQI NDGTLNLSQD IRKSVQKRVL SSTYLADDAQ SGDHR |