How a life-saving pacemaker device can, in rare cases, trigger a deadly rhythm through the R-on-T phenomenon
A groundbreaking fusion of quantum physics and social science is offering new ways to understand and heal the deep-seated wounds that shape our societies.
Discover how DNA replication timing serves as an organizational framework for the epigenome, influencing gene expression, cellular identity, and genome stability.
Exploring how Chile's neuroscience-based early childhood policies are shaping migrant families and creating 'neuro-migrants' through attachment theory and early stimulation programs.
Explore how diet influences depression through brain epigenetics in rodents. Learn about the fascinating connection between nutrition, gene expression, and mental health.
Discover how epigenetics reveals that your lifestyle choices can reprogram gene expression related to posture and musculoskeletal health.
Discover how prenatal cigarette smoke exposure alters methylation profiles in imprinted genes and impacts fetal development across generations.
Discover how Topoisomerase 1 inhibition suppresses inflammatory genes and protects from death by inflammation, potentially repurposing cancer drugs for inflammatory conditions.
Exploring the synergy between molecular biology and imaging science in developing mechanism-based biomarkers for prostate cancer diagnosis and treatment.
Explore the fascinating world of epigenetic regulation, from DNA methylation to cutting-edge therapeutic interventions.