Explore how genetic and epigenetic research is revolutionizing our understanding of addiction as a chronic brain disorder and paving the way for innovative treatments.
Discover how the Condensin II complex and its NCAPH2 subunit regulate gene expression patterns during red blood cell development through epigenetic mechanisms.
Exploring the rise, fall, and profound implications of genetic determinism, the misconception that our genes solely dictate our destiny.
Exploring how social structures and political forces become biologically embedded in human beings through political biology and epigenetics.
Explore how DNA methylation, an epigenetic mechanism, is transforming forensic science through body fluid identification, age estimation, and twin differentiation.
Discover how MoSET1, a histone methyltransferase in rice blast fungus, controls infection through epigenetic regulation and its implications for crop protection.
Explore how somatic mutations and epigenetic regulation cause aldosterone-producing adenomas and lead to treatment-resistant high blood pressure.
Discover how chromatin states control drug response and revolutionize medicine through epigenetic reprogramming and chromatin architecture.
Explore how environmental exposures interact with our biology to influence disease susceptibility through epigenetics and exposome science.
Explore how ARID1A mutations drive gastric cancer through epigenetic reprogramming and discover promising therapeutic strategies targeting these vulnerabilities.