Sensing environmental changes and initiating a gene expression response are important for
plants as sessile autotrophs. The ability of epigenetic status to alter rapidly and reversibly …

Plant genomes lack homologues of the inositol 1, 4, 5-trisphosphate receptor and protein
kinase C, which are important components of the canonical phospholipase C signalling …

Pre-exposure to stress may alter plants' subsequent responses by producing faster and/or
stronger reactions implying that plants exercise a form of'stress memory'. The mechanisms of …

Emerging evidence suggests that the molecular mechanisms driving the responses of plants
to environmental stresses are associated with specific chromatin modifications. Here, we …

Histone modifications affect gene expression level. Several studies have shown that they
may play key roles in regulating gene expression in plants under abiotic stress, but genome …

Under dehydration in plants, antagonistic activities of histone 3 lysine 4 (H3K4)
methyltransferase and histone demethylase maintain a dynamic and homeostatic state of …

Multiple environmental stresses adversely affect plant growth and development. Plants
under multiple stress condition trigger cascade of signals and show response unique to …

Collective evidence from agricultural practices and from scientific research has
demonstrated that plants can alter their phenotypic responses to repeated biotic and abiotic …

Summary Histone H3 lysine‐4 trimethylation (H3K4me3) activating drought‐responsive
genes in plants for drought adaptation has long been established, but the underlying …

Proline plays a crucial role in the drought stress response in plants. However, there are still
gaps in our knowledge about the molecular mechanisms that regulate proline metabolism …