… of DNA methylation (cytosine/adenine) in plants, its functions in regulating gene expression
under abiotic/biotic stresses, developmental … In plants, cytosine methylation can occur in all …

… modification across plant development than previously believed. Cytosine methylation of …
inhibits transcription, but methylation in coding regions (gene-body methylation) does not …

… of DNA methylation in different plant species, organs, tissues, and cells. The dynamics of
DNA methylation are also summarized during plant growth … Cytosine methylation is an ancient …

… of DNA cytosine methylation dynamics in horticultural plants, including their roles in regulating
plant growth and fruit development … of DNA cytosine methylation in horticultural plants. …

… adenine DNA methylation could have been acquired by plant cells to control replication of
mtDNA. We suggest that, similarly to cytosine methylation, the adenine DNA methylation can …

… in vertebrates and from 6 to 30% in plants [1]. This high degree of cytosine methylation in
plants is attributed to the fact that, in plants, methylation is present in both CpG and CpNpG …

… (7) has enabled us to investigate the role of DNA methylation in plant development … The
level of cytosine methylation in DNA from antisense plants was compared with control C24 plants …

… Methylation of cytosine residues in DNA provides a mechanism of genecontrol. There are
two classes of methyltransferase in Arabidopsis; one has acarboxy-terminal methyltransferase …

… roles of DNA methylation dynamics in regulating transposon silencing, in gene expression,
in chromosome interactions, in plant development and in plant … CG cytosine methylation is …

… range of potential effects of zebularine as a methylation inhibitor was established by scoring
for its phenotypic effects on plant development. Arabidopsis thaliana (accession Zürich) was …