… , their existence/orthologs in plants, and functional … DNA methylation (cytosine/adenine) in
plants, its functions in regulating gene expression under abiotic/biotic stresses, developmental …

… To investigate the significance of DNA methylation for plant development, we phenotyped
the ddcc, met1-9, and mddcc mutants throughout their life cycle. While seedling size in ddcc …

… plant development and evolution. This review illustrates different molecular aspects of DNA
methylation and some plant … model species, crops, and ornamental plants such as orchids. In …

… in DNA methylation pattern is much more frequent in the plant genome during the tissue
culture process. DNA methylation … and regulation of plant development. Variants originated in …

… Rhizosphere microbiome assembly is mainly driven by plant development To explore the
effects of PGPB and plant development on microbiome assembly, we investigated changes in …

… induce plant resistance and adaption to abiotic stresses. In this review, we outline the most
recent findings on plant DNA methylation … In response to cold stress, plants develop several …

… machinery directly to target loci through programmable DNA-binding proteins have … of
DNA methylation in plants and discusses the tools that have recently been developed for …

… role of epigenetically developed phenotypic characteristics in plants as an evolutionary …
and development. We emphasize the molecular process underlying changes in DNA methylation…

… The DNA methylation added by RdDM is generally … Since DNA methylation patterns in plants
are heritable, these … the regulation of several key developmental transitions. Although the …

… In contrast, many plant cells remain totipotent, and plants develop organs de novo during
their life, with constant feedback from, and adjustment to the environment. As many TEs are …