Explore how a revolutionary Sustainable Engineering program combines research, service, and global engagement to train the next generation of problem-solvers.
Explore the cutting-edge approaches in reproductive and developmental toxicology, from AI-powered predictions to innovative testing methods protecting human health.
Explore the metabolic effects and toxicological considerations of BTK inhibitors in treating chronic lymphocytic leukemia, including mechanisms, side effects, and future directions.
Discover how bacterial concrete combined with fly ash creates self-healing, sustainable infrastructure that repairs its own cracks and reduces environmental impact.
Discover how Gas Chromatography unravels the molecular secrets of paint and coatings through precise chemical analysis and problem-solving investigations.
Explore how lipid metabolism varies spatially within seeds and the implications for plant biology and agriculture.
Discover how scientists are enhancing eggs with omega-3 fatty acids and using egg yolk components to stabilize these delicate nutrients against oxidation.
Discover how alpha-amylase inhibitor protects common bean seeds from cowpea weevil damage through scientific mechanisms and genetic engineering applications.
Explore the chemical constituents and medicinal potential of Streptocaulon griffithii, a traditional medicinal plant from Southeast Asian forests.
Comparative analysis of biocontrol agents and chemical insecticides for green gram cultivation in West Bengal, examining pest control efficacy and plant health benefits.