The major epigenetic regulatory mechanisms and their complex interactions were discussed in recent reviews ... Epigenetic regulation of immediate early genes Immediate early protein BZLF1 ...

Epigenetic regulation mediates adaptation to the environment ... a concept that will become evident in the reviews presented in this issue.

Tumor plasticity presents a profound challenge in the field of oncology, signifying the extraordinary ability of cancer cells to alter their phenotype in ...

The inherent cell-type specificity of epigenetic regulation motivates development of techniques to isolate and study specific cell types of relevance to obesity and digestive diseases. For this reason ...

Therefore, this review summarizes the most important ... quantitative polymerase chain reaction. Although various epigenetic ...

A better understanding of the epigenetic regulation of germ-cell development will be of great importance for improvement of reproductive engineering technologies and human health. The epigenetic ...

Epigenetics is the study of various heritable alterations ... which is the idea that you can have [DNA] folding in three-dimensional space. [This refers to] gene regulation that's dictated by very ...

While each cell contains the complete genetic blueprint of an organism, chemical marks on the DNA – so-called epigenetic modifications ... “Our results clarify how important the regulation of cryptic ...

Therefore, this review summarizes the most important ... quantitative polymerase chain reaction. Although various epigenetic ...

By revealing the molecular mechanisms of environmental-induced epigenetic alterations as well as their consequences on gene regulation and embryonic development, we will clarify the etiology of ...

Epigenetic regulation of immediate early genes Immediate early protein BZLF1 preferentially recognizes methylated binding sites. Shutoff of initial lytic gene expression is essential for ...