Exploring how malnutrition echoes across generations through biological memories etched in our cells and its impact on global health.
Exploring how biological staging is transforming NSCLC treatment through genomic profiling and personalized medicine approaches.
Exploring how genetic ancestry influences cancer biology and treatment disparities through tumor DNA analysis.
Exploring how racial differences in healthcare trust impact prostate cancer screening and outcomes in Black men compared to White men.
Exploring how biointerfaces at the nanoscale are transforming drug delivery and medical treatments through precise biological communication.
Explore how Ordered Subset Analysis (OSA) revolutionizes genetic linkage mapping by leveraging covariates to uncover hidden genetic signals in complex traits.
Exploring how fundamental scientific discoveries drive breakthroughs in cardiovascular medicine, from molecular mechanisms to AI-powered diagnostics.
Exploring cutting-edge oxidative therapies that target cancer's metabolic vulnerabilities through mitochondrial manipulation and reactive oxygen species modulation.
Discover how the molecular bouncer Neo1 controls antibiotic sensitivity by regulating membrane asymmetry, with profound implications for safer therapies.
An in-depth analysis of NSCLC treatment evolution over 20 years through bibliometric study of the 100 most influential scientific papers.