Discover how environmentally friendly fertilizers are combating soil salinization and transforming toxic ground into fertile soil through innovative agricultural science.
Discover how Bixa orellana and sunlight create silver nanoparticles with remarkable medical applications through green nanotechnology.
Explore how Larsen embalming fluid is revolutionizing neonatal rat surgery preparation by reducing toxicity while preserving tissue integrity for medical research.
Exploring the pervasive presence of microplastics in our environment and their potential health risks, with scientific evidence and global response strategies.
Explore the environmental risk factors, genetic interplay, and groundbreaking research on bladder cancer, including the urinary microbiome connection.
Explore how fetal programming and environmental exposures during pregnancy shape lifelong health outcomes and implications for prenatal care.
Explore how Lawrence Berkeley Laboratory's Chemical Sciences Division uses synchrotron radiation techniques to tackle environmental challenges through advanced scientific research.
Discover how ultrasmall superparamagnetic iron oxide nanoparticles are revolutionizing cardiovascular diagnostics by detecting hidden inflammation in arteries.
Explore how catalysis is revolutionizing sustainable chemistry through AI-designed catalysts, earth-abundant materials, and innovative research approaches.
Discover how cashew nut shell liquid provides a sustainable solution to protect cowpea from destructive bruchid pests, turning agricultural waste into valuable biopesticide.