Plants have developed multiple mechanisms as an adaptive response to abiotic stresses,
such as salinity, drought, heat, cold, and oxidative stress. Understanding these regulatory …

It is incredible that plants can actively promote cellular dedifferentiation and regeneration.
The change in cell fate is accompanied by modifications to the epigenetic landscape. Plants …

Controlled transcription of genes is critical for cell differentiation and development. Gene
expression regulation therefore involves a multilayered control from nucleosome …

Plants possess remarkable capability to regenerate upon tissue damage or optimal
environmental stimuli. This ability not only serves as a crucial strategy for immobile plants to …

Histones are crucial proteins that are involved in packaging the DNA as condensed
chromatin inside the eukaryotic cell nucleus. Rather than being static packaging units, these …

Next-generation sequencing has revolutionized epigenetics research, enabling a
comprehensive analysis of DNA methylation and histone modification profiles to explore …

Chromatin modifications are deemed to associate with gene expression patterns, yet their
causal function on transcription and cell fate remains unestablished. Here, we demonstrate …