Research Articles
The Purple Bacterium: How Rhodobacter Becomes a Factory for Membrane Proteins
Explore how Rhodobacter sphaeroides is revolutionizing membrane protein production for drug discovery, sustainable energy, and biotechnology applications.
From Farm to Fuel: The Innovative Science Behind Second-Generation Biofuels
Explore the scientific breakthroughs transforming agricultural waste into sustainable second-generation biofuels through advanced biotechnology and engineering.
Sweet Science: How Biotechnology is Engineering a Better Stevia
Explore how biotechnology and metabolic engineering are transforming Stevia rebaudiana into a superior natural sweetener with enhanced properties and health benefits.
The Sugar from the Sea: Unlocking the Secrets of Mannitol
Explore the fascinating world of Mannitol - a natural sugar alcohol with applications in food, medicine, and biotechnology. Learn about its functions, analysis methods, and production.
Harnessing Bioengineered Microbes: The Tiny Titans Restoring Our Planet's Health
Explore how bioengineered microbes are revolutionizing soil health restoration through cutting-edge biotechnology and environmental science.
Harnessing the Plant Factory: Engineering Tobacco for a Sweeter, Safer Future
Discover how metabolic flux engineering transforms tobacco plants into sustainable biochemical factories producing cembratrien-ol for pest resistance and green chemistry.
The Fast and the Curious: How Vibrio natriegens Is Rewriting the Rules of Microbiology
Discover how Vibrio natriegens, the fastest-growing bacterium, is revolutionizing biotechnology through its unique metabolic adaptations and potential for sustainable bioproduction.
Tiny Titans: Engineering Nature's Microbes to Build Our Future
Discover how microbial cell factories are revolutionizing manufacturing through biodiversity, genetic engineering, and industrial applications.
From Pathogens to Healers: The Revolutionary Role of Plant Viruses in Modern Medicine
Explore how plant viruses are being transformed from agricultural pathogens into powerful biomedical tools for vaccine development, cancer therapy, and drug delivery.
The Digital Cell: How Next-Generation Genome-Scale Models Are Revolutionizing Metabolic Engineering
Explore how next-generation genome-scale models are transforming metabolic engineering, enabling the design of microbial cell factories for sustainable production of biofuels, pharmaceuticals, and more.