Explore how iPSC-derived hepatocytes are revolutionizing liver research, disease modeling, and therapeutic development in hepatology.
Explore the groundbreaking work of Alfred L. Yergey III, who transformed mass spectrometry into an indispensable tool for biomedical discovery.
Explore how molecular pathology and functional genomics are transforming lung cancer treatment through personalized medicine approaches.
Explore how DNA origami nanomachines with integrated logic gates are revolutionizing medicine through targeted drug delivery and precise diagnostics.
Discover how date pits transform from agricultural waste into valuable livestock feed through scientific research on their nutritional composition and rumen degradation kinetics.
Exploring the potential of bacterial therapy in cancer treatment, from historical observations to modern genetic engineering approaches.
Explore how genetics and environment shape political beliefs in this deep dive into the science of biopolitics.
Exploring how natural product scaffolds are revolutionizing drug discovery and creating life-saving medicines
Discover how gentle palpation of liver sinusoidal endothelial cells reveals the dynamic behavior of fenestrae, opening new frontiers in liver disease research and treatment.
Explore how biologists in the chemical industry decoded the evolutionary puzzle of insecticide resistance from the 1920s to 1960s, shifting from chemical solutions to integrated management approaches.