Exerting remarkable cell totipotence, plants are able to regenerate tissues/organs and even
individuals from differentiated cells activated by wound stress and/or hormonal cues. Based …

DNA methylation is an epigenetic modification that forms an important regulation
mechanism of gene expression in organisms across kingdoms. Aberrant patterns of DNA …

DNA methylation, the process that methyl transfers from one of SAM to cytosine by the
catalysis of DNA methyl enzyme and generating 5-methyl cytosine, is an important …

DNA methylation plays a critical role in diverse biological processes of plants. Arabidopsis
DNA METHYLTRANSFERASE 1 (MET 1) represses shoot regeneration by inhibiting …

Plants, known for their immobility, employ various mechanisms against stress and damage.
A prominent feature is the formation of callus tissue—a cellular growth phenomenon that …

During development of multicellular organisms, cells become differentiated by modulating
different programs of gene expression. Cells have their own epigenetic signature which …

DNA methylation and demethylation precisely and effectively modulate gene expression
during plant growth and development and in response to stress. However, expression …

Plant tissue culture techniques have been extensively employed in commercial
micropropagation to provide year-round production. Tissue culture regenerants are not …

Plant regeneration, a process that undergoes de-differentiation from already specialized
tissue followed by re-differentiation, involves the remarkable process of cell fate transition …

Epigenetic changes including DNA and histone methylation may reorganise the nuclear
architecture during in vitro culture. The states of methylation resulting from in vitro cultures …