There is great interest in exploring epigenetic modifications as drivers of adaptive
organismal responses to environmental change. Extending this hypothesis to populations …

Environmentally induced DNA methylation variants may mediate gene expression
responses to environmental changes. If such induced variants are transgenerationally …

Epigenetic inheritance can result in plastic responses to changing environments being
faithfully transmitted to offspring. However, it remains unclear how epigenetic mechanisms …

Plant responses to abiotic environmental challenges are known to have lasting effects on
the plant beyond the initial stress exposure. Some of these lasting effects are …

This paper explores the significant role of epigenetics in women's reproductive health,
focusing on the impact of environmental factors. It highlights the crucial link between …

Short-term storage of sperm is a useful tool to synchronize the availability of male and
female gametes for fertilization in a hatchery. Induced aging by short-term storage has been …

Salt stress threatens plant growth, development and crop yields, and has become a critical
global environmental issue. Increasing evidence has suggested that the epigenetic …

Despite the recent discoveries on how DNA methylation could help plants to adapt to
changing environments, the relationship between epigenetics and climate change or …

High temperatures alter the thermal sensitivities of numerous physiological and biochemical
processes that impact tree growth and productivity. Foliar and root applications of methanol …

Methylation at 5'cytosine of DNA molecule is an important epigenetic mark. It is known to
play critical role in adaptation of organisms under different biotic and abiotic stressors via …