Explore how cutting-edge technologies are revealing human disease mechanisms through human-focused tools, moving beyond animal model limitations.
Exploring the landmark 1962 Festschrift honoring Nobel laureate Albert Szent-Györgyi and its impact on biochemistry, quantum biology, and origins of life research.
Exploring the groundbreaking applications of azobenzene in drug delivery, robotics, energy storage, and vision restoration through light-responsive molecular engineering.
The democratization of biotechnology is accelerating access and innovation, transforming it from an elite pursuit to a shared tool for human progress.
Discover how menin-KMT2A inhibitors are revolutionizing treatment for aggressive blood cancers with KMT2A rearrangements and NPM1 mutations.
Discover how a revolutionary peptide biosensor revealed hidden activation pathways of the Abl tyrosine kinase in DNA repair after ionizing radiation exposure.
Discover how chemical proteomics is revolutionizing drug discovery by identifying the molecular targets of small compounds, accelerating safer and more effective medicine development.
Discover how the tiny nematode C. elegans is providing profound insights into Friedreich's Ataxia, accelerating the search for treatments for this devastating neurological disorder.
Exploring the dual role of Vav proteins in skin cancer development and their potential as therapeutic targets.
Explore how continuous simulation transforms complex physical laws into virtual experiments, enabling breakthroughs in engineering, medicine, and climate science.