Discover how olive pomace, once considered agricultural waste, is now being transformed into a valuable source of natural antioxidants and antimicrobials through advanced chemical analysis.
Explore the medicinal properties of Physalis angulata L., its traditional uses, bioactive compounds, and modern scientific research validating its therapeutic potential.
Explore how tunnel-type microwave decomposition revolutionizes plant material analysis for elemental composition, ensuring food safety and environmental monitoring.
Explore how EMS and UV-B mutagens affect callus induction and proliferation in rice genotypes, and their potential for creating improved crop varieties.
Exploring how Mumbai is grappling with climate change impacts - intense urban heat and extreme monsoon rains - through science, data, and community-driven solutions.
Discover the fascinating chemical constituents of Lycium barbarum leaves and their remarkable health benefits in this comprehensive scientific exploration.
Explore how genomics is transforming plant systematics, from DNA sequencing to gene editing, and discover the future of plant classification.
Explore how advanced materials science is revolutionizing energy storage, conversion, and sustainability through groundbreaking innovations.
Exploring the revolutionary potential of algal biorefineries for sustainable energy, environmental cleanup, and valuable co-products.
Learn how to transform complex scientific research into engaging narratives that bridge the gap between academia and public understanding.