Research Articles
Brewing Sustainability: Inside Sang Yup Lee's Quest to Hack Microbes for a Greener Planet
Explore Dr. Sang Yup Lee's groundbreaking work in metabolic engineering, transforming microbes into bio-factories for sustainable production of fuels, plastics, and medicines.
Molecular LEGO Mastery: How MOE-PCR Revolutionizes DNA Assembly
Discover how MOE-PCR transforms synthetic biology with high-throughput DNA assembly techniques, enabling rapid genetic engineering breakthroughs.
The Secret of the Red Algae: How an Extreme Microbe's Enzyme Could Revolutionize Carbon Capture
Discover how Galdieria sulphuraria's Rubisco enzyme with its unique active site closure mechanism could transform carbon capture and crop engineering.
Solar Sourdough: How Light-Powered Yeast is Revolutionizing Science and Sustainability
Discover how scientists have transformed yeast into solar-powered biofactories, unlocking new frontiers in sustainable energy, medicine, and space exploration.
The AI-Glucose Revolution: How Math-Physical Medicine is Transforming Type 2 Diabetes Management
Discover how Math-Physical Medicine and AI are revolutionizing Type 2 Diabetes management through personalized metabolic insights and predictive analytics.
Green Cell Factories: The Hidden Power of Plant Organelles
Exploring how plant organelles like chloroplasts and mitochondria can be engineered for sustainable biotechnology applications.
The Electric Microbe's Hidden Blueprint: Mapping Shewanella's Metabolic Magic
Exploring how Flux Balance Analysis and Static Optimization reveal the dynamic metabolic adaptations of Shewanella oneidensis MR-1, the remarkable electricity-producing bacterium.