Exploring the complex chemical cocktail created when wildfires consume both natural vegetation and synthetic materials from homes, and the health implications for millions at risk.
Explore Japan's evidence-based guidelines for preventing Sick House Syndrome through scientific research on indoor air quality and health impacts.
Discover how electrocatalytic methods are revolutionizing the synthesis of 1,2-diamines, crucial molecular building blocks for pharmaceuticals and natural products.
Exploring the Department of Veterans Affairs research on chemical sensitivities and Gulf War Illness affecting thousands of veterans decades after the conflict.
Explore how synthetic organic chemicals drive innovation, economic growth, and sustainable solutions through molecular engineering and advanced materials like MOFs.
Explore how graphene and zinc oxide microelectrode-based biosensors are transforming medical diagnostics with unprecedented sensitivity and speed.
Discover how biosurfactants from Serratia marcescens offer sustainable bioremediation for petroleum pollution using agricultural waste.
Explore how revolutionary synthesis techniques are unlocking the remarkable potential of polymer brushes for applications in medicine, technology, and energy.
A comprehensive guide to understanding pesticides in our food system, their health impacts, and practical strategies for reducing exposure.
Explore the science behind chemical off-gassing in buildings, its health impacts, and solutions for healthier indoor air quality.