Research Articles
The Sweet Science of Gluconic Acid: How a Modified Bacterium Supercharges Production
Discover how genetic engineering of Klebsiella pneumoniae creates a powerful gluconic acid producer with applications across food, medicine, and construction industries.
Bioreactors: The High-Tech Wombs Revolutionizing Cell Culture and Tissue Engineering
Explore how novel bioreactor technology enhances the viability and function of cultured cells and tissues, revolutionizing medicine and biotechnology.
Green Gold: Engineering the Future of Omega-3 Production
Discover how fermentation and metabolic engineering are revolutionizing sustainable EPA production from microalgae instead of fish oil.
Fungus to Future: Engineering Rhizopus oryzae for a Greener World
Explore how metabolic engineering transforms Rhizopus oryzae into sustainable cellular factories for platform chemicals production.
Engineering Yeast: The Tiny Cellular Factories Brewing Clean Fuel
Discover how genetic engineering of Saccharomyces cerevisiae creates efficient cytosolic isobutanol biosynthesis for sustainable biofuel production.
The Energy Architects: How Microbes Harness ATP to Create Life-Saving Molecules
Explore how ATP regulation strategies are revolutionizing microbial metabolite synthesis for antibiotics, biofuels, and industrial compounds.
The Cellular Alchemists: How Metabolic Engineering is Redesigning Life's Factories
Explore how metabolic engineering transforms cells into microscopic factories to produce medicines, biofuels, and sustainable materials through AI and synthetic biology.
The Alginate Revolution: How Tiny Tubes are Transforming Cellular Therapy
Discover how alginate hollow fiber bioreactors are revolutionizing cellular therapy with protected cell growth environments and unprecedented cell densities.
Nature's Secret Weapons: How Phytochemicals Protect Both Plants and People
Explore the fascinating world of phytochemicals - nature's microscopic guardians that protect both plants and humans through powerful bioactive compounds.
Supercharging Vaccine Production: How Silencing Cellular Genes Boosts HIV-Like Particle Yield
Discover how targeted knockdown of ATM, ATR, and PDEδ proteins significantly increases HIV-1 Gag VLP production in HEK293 cells, revolutionizing vaccine manufacturing.