Exploring how MLaaS transforms DiSSCo's Digital Specimen architecture, enabling automated analysis of natural history collections at scale.
Explore the dawn of cell therapy in 2001, a groundbreaking frontier in medicine using living cells as therapeutic agents to treat debilitating diseases and injuries.
Discover how Ghana's plant exudate gums from Cashew, Albizia, and Khaya trees could replace imported food additives and transform the food industry.
Explore the scientific and cultural significance of Ghana's Pona yams through ethnobotany, morphology, and molecular characterization.
Explore how cutting-edge computational models are illuminating the complex process of denitrification, offering unprecedented insights into microbial activity and environmental protection.
Explore how Durham University is pioneering sustainable chemical engineering and fuel technology innovations for a cleaner future.
Explore how agronomic biofortification transforms ordinary onions into powerful tools against micronutrient malnutrition through selenium enrichment.
Discover how macroalgae from Morocco's Atlantic coast offer sustainable solutions to antifungal resistance through their potent bioactive compounds.
Explore how Agrobacterium tumefaciens, nature's genetic engineer, is transforming plant biotechnology and revolutionizing crop improvement.
Explore how CRISPR-Cas9 technology and plant genome editing are transforming Australian agriculture, from non-browning potatoes to drought-resistant crops.