… Whole-genome bisulfite sequencing has rapidly enabled … DNA methylation variants within
and between plant species. How these DNA methylation variants form, how they are inherited, …

… Because DNA methylation patterns are faithfully inherited, changes … DNA methylation in
plants. Specifically, we discuss the impact of DNA methylation on transposable elements, genes, …

… Here we provide a brief overview of the interplay between DNA methylation and histone …
during plant gametogenesis for genes expressed biallelically and for imprinted genes exhibiting …

… significance of plant genomic DNA methylation under different … of methylated alleles that
are dependent on stress in plant … influence of DNA methylation on genetics and evolution. The …

… of DNA methylation and its systems-wide contribution to a range of processes in plant genomes…
Methylation and silencing of FOLT1 is stable and inherited even after the inducing FOLT2 …

… Flowering plants typically reproduce by sexual outcrossing, and are vulnerable to … the
smallest flowering plant genomes contain approximately 100 million base pairs, genomes 10 to …

… In plants, naturally occurring methylation of genes can affect the level of gene expression.
Variation among … DNA methylation and epigenetic inheritance in plants and filamentous fungi. …

… of plant genomes depends on chromatin marks such as the methylation of DNA and the
post… studies are allowing the mapping of modifications such as DNA methylation on a genome-…

… Cytosine DNA methylation is an important epigenetic modification that increase the information
content of many eukaryotic genomes including those of higher plants. DNA methylation …

… body methylation in their genomes due to loss of a DNA methyltransferase (Bewick et al.,
2016). These variations in DNA methylation among plant genomes … evolution of plant genomes. …