Research Articles
Green Microalgae Revolution: Engineering Nature's Golden Pigment for Eye Health
Discover how engineered Chlamydomonas reinhardtii microalgae produces high-yield zeaxanthin, a vital vision-protecting pigment with significant health benefits.
Engineered Super Yeast: How Bioengineering is Creating Next-Generation Probiotics
Explore how bioengineering is transforming Saccharomyces boulardii into advanced living biotherapeutics with enhanced gut persistence and targeted therapeutic delivery.
The AI Doctor: How a Hair-Thin Fiber and Artificial Intelligence Could Detect Disease
Explore how gold-coated photonic crystal fiber sensors combined with deep learning are revolutionizing metabolic disorder detection through non-invasive light-based diagnosis.
The Cellular Sugar Code: How a Simple Sugar Reshapes Our Body's Proteins
Discover how ManNAc sugar reprograms cellular metabolism to combat GNE Myopathy by redirecting UDP-GlcNAc flow and reducing harmful Man5 glycoforms.
Rebuilding the Inner Sugar Factory: How Cellular Therapies Are Revolutionizing Type 1 Diabetes Treatment
Explore how cellular therapeutics are transforming type 1 diabetes treatment by replacing destroyed beta cells and restoring natural insulin production.
The Blue-Green Revolution: How Tiny Algae Are Transforming Our Food's Color Palette
Explore how marine microalgae pigments are revolutionizing food coloring as natural, sustainable alternatives to synthetic dyes with health benefits.
The Invisible Power of Microbial Hydrogen Sulfide: From Rotten Egg Smell to Life-Saving Applications
Explore the fascinating world of microbial hydrogen sulfide production, its biological significance, and potential applications in medicine and biotechnology.
Engineering Nature's Helper: How Scientists Are Rewiring a Key Enzyme
Discover how scientists are engineering NADH oxidase to work with non-natural cofactors, creating parallel metabolic systems for biotechnology applications.
The Cell's Volume Knob: Engineering Yeast for a Cleaner, Greener Future
How scientists are fine-tuning cellular machinery using RNAi to control plasmid copy number in yeast for revolutionary bioproduction
The Fat of the Future: How a Tiny Yeast Could Revolutionize Sustainable Oil Production
Explore how Cutaneotrichosporon oleaginosus, a remarkable yeast, transforms waste into valuable oils and could revolutionize sustainable lipid production.