Research Articles
The Sour Secret: How Yeast Conquers Lactic Acid to Power Green Plastics
Discover how scientists are engineering yeast to tolerate lactic acid for more efficient production of biodegradable plastics and green chemicals.
The Silent Mutations That Supercharged Penicillin: How Fungal Genomics Revolutionized Antibiotic Production
Discover how genome sequencing revealed the hidden genetic adaptations that transformed Penicillium fungi into industrial powerhouses of antibiotic production.
The Tiny Protein Factory: How Genome Engineering Supercharges E. coli
How scientists are transforming E. coli into high-yield protein factories through genome engineering to overcome biological bottlenecks in recombinant protein production.
Bacterial Tag Team: Engineering E. coli Duos to Brew a Health Powerhouse
Discover how engineered E. coli cocultures revolutionize genistein production through systems metabolic engineering for sustainable biomanufacturing.
Enzymes on the Edge: Supercharging Nature's Catalysts Beyond Water
Exploring how hydrolases function in non-conventional media like organic solvents and their revolutionary industrial applications.
Decoding the Cell's Chemical Conversations: Reaction Engineering Unlocks Metabolite Mysteries
Explore how reaction engineering methods reveal the dynamic world of intracellular metabolites through advanced techniques like NMR spectroscopy, rapid sampling, and biosensors.
Green Factories for Stronger Bones: How Engineered Plants Could Revolutionize Osteoporosis Treatment
Discover how genetically engineered tobacco plants producing enhanced flavonoids could transform osteoporosis treatment through innovative plant biotechnology.
The Silent Architects: How Seaweed and Shells Are Building the Future of Medicine
Exploring how alginate and chitosan from seaweed and crustacean shells are revolutionizing drug delivery and tissue engineering through controlled degradation and metabolic activity.
The Invisible Map of Yeast: How Scientists Are Debugging the Cell's Metabolic Software
From flawed predictions to life-saving fixes—the quest to perfect computational models of yeast metabolism holds the key to better biofuels, medicines, and more.
The Hidden Universe Within: Mapping Our Cells' Molecular Cities
Explore how subcellular proteomics is revolutionizing our understanding of cellular organization and its implications for disease treatment.