Exploring the intricate coupling of carbon, nitrogen, and water cycles in terrestrial ecosystems and their biological regulation mechanisms.
Discover how garlic's bioactive compounds protect lungs against toluene-induced damage through molecular mechanisms and cellular preservation.
Examining the challenges in achieving complete chemical weapons disarmament despite the Chemical Weapons Convention's successes
Explore how chemical engineers design factories through Solution Conceptual Design (SCD) - the process of transforming raw molecules into valuable products through careful planning and simulation.
Exploring silent lupus nephritis, a stealthy kidney complication in SLE patients lacking classic symptoms but showing significant inflammation on biopsy.
How synthetic biology is transforming plants into efficient biofuel factories to combat climate change and energy scarcity
Groundbreaking study revealing microbial contamination patterns in Ecuador's Guano River watershed and their public health implications
Discover how chemical environments subtly alter photon intensity ratios, transforming nuclear decay into dynamic reporters of molecular secrets.
Investigating how edifenphos pesticide affects Nile tilapia through pathological, biochemical and hematological changes in chronic exposure scenarios.
Discover how a landmark spinal biopsy study revolutionized our understanding of Friedreich's ataxia, revealing key pathological insights that are now driving cutting-edge therapies.