Explore how spectroscopy techniques are revolutionizing our understanding of molecular biology and enabling groundbreaking discoveries in biophysics.
Explore how fluorescence spectroscopy reveals molecular interactions between drugs and DNA, enabling precise detection of genetic errors and advancing pharmaceutical development.
Explore the molecular mechanisms behind the liver's remarkable ability to adapt to chemical injury and build resistance to future damage.
Discover how 1970s scientists used radioactive tracers and viral enzymes to map beta-adrenergic receptors in the brain and heart, revealing key insights into cellular communication.
Exploring groundbreaking discoveries in microbial molecular biology that are transforming our understanding of health, evolution, and biotechnology.
Exploring the past, present and future of chemogenomics - the discipline mapping interactions between small molecules and biological targets to accelerate drug discovery.