How plant engineering is transforming inedible plants into efficient biofuel factories through genetic tweaks and metabolic optimization.
Exploring the transformative potential of fluorinated ionic liquids with borate anions in energy storage, catalysis, and medical applications.
Explore how lifelong learning powered by innovative technologies drives sustainable development, green economy, and improved health outcomes.
How LSU's Superfund Research Center is fighting environmentally persistent free radicals (EPFRs) that threaten communities near hazardous waste sites
Discover how droplet size distribution serves as the critical measure of chemical dispersant effectiveness in oil spill remediation.
How hybrid poplar trees are being used to clean up toxic chemicals at Aberdeen Proving Ground's J-Field, a former chemical weapons testing site.
Explore how features panels are revolutionizing genetic research and personalized medicine by targeting specific DNA regions for efficient and accurate analysis.
Explore how NIH's Botanical Research Centers Program is transforming traditional herbal remedies into evidence-based medicine through rigorous scientific validation.
How two-stage UASB reactors transform toxic latex wastewater into renewable energy through microbial alchemy
Investigating the health and environmental impacts of glyphosate, America's most widely used herbicide, and the scientific controversy surrounding its safety.