Exploring advances in predictive toxicology including organs-on-chips, AI, and computational models that are transforming safety science and reducing animal testing.
Comparative study of photocatalytic degradation of diuron using titanium dioxide and zinc oxide nanoparticles for water purification.
Exploring the critical role of physical and chemical characterization in understanding nanoparticle toxicity and ensuring safe nanotechnology development.
Research reveals preventative insecticides reduce seedling injury in corn but consistently fail to increase yields, challenging conventional pest management practices.
Understanding mercury contamination in New Jersey's fish, its health implications, and how to safely consume fish while minimizing risks.
Discover the powerful synergy between plasma and photocatalysts in removing volatile organic compounds from our air. Explore the science behind this revolutionary air purification technology.
Discover how the UPPER framework revolutionizes chemical property prediction using molecular structure and geometry for pharmaceutical, environmental, and materials science applications.
Explore how advanced biomaterials communicate with the human body to enable tissue regeneration and revolutionize medical treatments.
Explore the fascinating science behind sunscreen formulation and stability testing. Learn how chemists create effective, long-lasting sun protection.
Discover how scientists are using natural superdisintegrants from fruits and plants to create fast-acting, eco-friendly Meclizine HCl orally disintegrating tablets for motion sickness.