Exploring the prestigious John Dunne Medal, its history, impact on psychiatric research, and notable award-winning studies that transformed mental healthcare.
Explore how toxicogenomics uncovers the interaction between environmental toxins and our genes in cancer development, featuring breakthrough research and applications.
Exploring the quantum chemistry and stereoselective synthesis behind the groundbreaking cancer drug (+)-JQ1 and its bromodomain inhibitors.
Discover how vitamin E serves as the skin's primary antioxidant defense system, protecting against environmental damage and aiding in skin repair.
Exploring how sodium iodide symporter (NIS) gene therapy is transforming cancer treatment through targeted radioiodine therapy.
Breakthrough in pharmaceutical manufacturing: producing kilograms of the cancer drug prexasertib using continuous-flow technology under CGMP conditions.
How biomonitoring revealed the shocking truth about universal BPA exposure in human populations and its health implications.
Exploring how ruthenium complexes combined with calixarenes and triazoles create light-active materials for solar cells, medical sensors, and anti-cancer therapies.
The story of GFP - from jellyfish discovery to Nobel Prize-winning tool that revolutionized biological imaging.
Investigating how phosphogypsum waste stacks in Huelva, Spain are transforming rainwater into a toxic cocktail linked to elevated cancer rates