Plants grow in dynamic environments where they receive diverse environmental signals.
Swift and precise control of gene expression is essential for plants to align their …

Methylation of histones on different lysine residues is dynamically added by distinct writer
enzymes, interpreted by reader proteins, and removed by eraser enzymes. This epigenetic …

Histone Modifications Form Epigenetic Regulatory Networks to Regulate Abiotic Stress
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Highlights•Genome wide distribution and function of H3K4, K27, K36me in plant and
animal.•Summary of histone lysine methylation writer, eraser and reader in plant and …

Highlights•Nutrient stress responses in plants involves chromatin remodelling.•Involvement
of histone variants, histone modifications and DNA methylation.•Potential role in priming or …

In all eukaryotes chromatin physically restricts the accessibility of the genome to regulatory
proteins such as transcription factors. Plant model systems have been instrumental in …

Chromatin regulation is essential to regulate genes and genome activities. In plants, the
alteration of histone modification and DNA methylation are coordinated with changes in the …

In eukaryotic cell nuclei, chromatin states dictated by different combinations of post-
translational modifications of histones, such as acetylation, methylation and …

As sessile organisms, plants encounter various environmental stimuli including abiotic
stresses during their lifecycle. To survive under adverse conditions, plants have evolved …

As sessile organisms, plants face versatile environmental challenges and require proper
responses at multiple levels for survival. Epigenetic modification of DNA and histones is a …