DNA methylation plays a vital role during development in gene expression and chromatin organization. DNA methyl transferases catalyze the transfer of a methyl group to bases within the DNA helix. Plants differ from animals in having methylation at the sites of CHG and CHH. In plant, there are at least four classes of cytosine methyltransferase: MET1, CMT3, DRM and DNMT2. They show distinct expression patterns and levels in tissues and developmental stages and differential activity on cytosines in different sequence contexts. Mutations that cause severe loss of DNA methylation often leads to abnormal development. In the present review, we summarized recent findings of the three major DNA methyltransferases mutants playing vital role in devel...
Cytosine DNA methylation protects eukaryotic genomes by silencing transposons and harmful DNAs, but ...
DNA cytosine methylation found in several eukaryotic genomes has been implicated in ensuring proper...
The immobile lifestyle of plants requires responses to adapt the environmental stress. Flexible epig...
DNA methylation plays a vital role during development in gene expression and chromatin organization....
AbstractThe methylation patterns of cytosine and adenine residues in the Arabidopsis thaliana gene f...
AbstractThe methylation patterns of cytosine and adenine residues in the Arabidopsis thaliana gene f...
AbstractProper DNA methylation patterning requires the complementary processes of de novo methylatio...
DNA methylation in plants appears to be a phenomenon more complex than in animals both for site spe...
The function of DNA methylation in higher plants was investigated by expression of a complementary D...
DNA methylation is a conserved epigenetic modification, usually of the 5th carbon of cytosine in euk...
DNA methylation carried out by different methyltransferase classes is a relevant epigenetic modifica...
DNA methylation carried out by different methyltransferase classes is a relevant epigenetic modifica...
Cytosine DNA methylation is an ancient form of transcriptional control that is conserved across all ...
Cytosine DNA methylation protects eukaryotic genomes by silencing transposons and harmful DNAs, but ...
Plants with low levels of DNA methylation show a range of developmental abnormalities including home...
Cytosine DNA methylation protects eukaryotic genomes by silencing transposons and harmful DNAs, but ...
DNA cytosine methylation found in several eukaryotic genomes has been implicated in ensuring proper...
The immobile lifestyle of plants requires responses to adapt the environmental stress. Flexible epig...
DNA methylation plays a vital role during development in gene expression and chromatin organization....
AbstractThe methylation patterns of cytosine and adenine residues in the Arabidopsis thaliana gene f...
AbstractThe methylation patterns of cytosine and adenine residues in the Arabidopsis thaliana gene f...
AbstractProper DNA methylation patterning requires the complementary processes of de novo methylatio...
DNA methylation in plants appears to be a phenomenon more complex than in animals both for site spe...
The function of DNA methylation in higher plants was investigated by expression of a complementary D...
DNA methylation is a conserved epigenetic modification, usually of the 5th carbon of cytosine in euk...
DNA methylation carried out by different methyltransferase classes is a relevant epigenetic modifica...
DNA methylation carried out by different methyltransferase classes is a relevant epigenetic modifica...
Cytosine DNA methylation is an ancient form of transcriptional control that is conserved across all ...
Cytosine DNA methylation protects eukaryotic genomes by silencing transposons and harmful DNAs, but ...
Plants with low levels of DNA methylation show a range of developmental abnormalities including home...
Cytosine DNA methylation protects eukaryotic genomes by silencing transposons and harmful DNAs, but ...
DNA cytosine methylation found in several eukaryotic genomes has been implicated in ensuring proper...
The immobile lifestyle of plants requires responses to adapt the environmental stress. Flexible epig...