Research Articles
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 Alchemy of Life: How Metabolomics is Revolutionizing Bioengineering
Explore how metabolomics and systems metabolic engineering are transforming biology into a precision manufacturing platform for sustainable fuels, medicines, and materials.
The Gene-Metabolism Dance: How Scientists Are Programming Cellular Factories
Explore the cutting-edge science of genetic-metabolic coupling and how scientists are reprogramming cellular factories for sustainable biomanufacturing.
The Unseen Engineer: How Genetic Instability in Cyanobacteria Challenges Green Biotechnology
Exploring genetic instability in cyanobacteria and its impact on sustainable bioengineering solutions for biofuels, plastics, and pharmaceuticals.
Rewriting Life's Code: How Genetic Modularity Is Revolutionizing Synthetic Biology
Explore how genetic modularity and synthetic biology are transforming our ability to engineer living systems for medicine, sustainability, and technology.
Cracking the Cell's Code: How Engineers Are Revolutionizing Biology
Explore how systems engineering approaches are transforming our understanding of cellular metabolism through computational modeling and digital simulations.
Cracking Yeast's Metabolic Code: How Scientists Trace Sugar Pathways to Engineer Better Biofactories
Discover how scientists use 13C labeling and NMR spectroscopy to trace split metabolic pathways in yeast for bioengineering applications.
The Sweet Spot: Engineering a Tiny Bacterium to Fight Diabetes
How scientists are supercharging Actinoplanes sp. QQ-12 to produce more acarbose, a vital diabetes medicine, through genetic engineering.
The Bio-Factory Revolution: How Robots are Designing Life
Explore how synbio foundries are automating biological design through robotics and AI, transforming synthetic biology from artisanal practice to engineered science.
The Virtual Bioreactor: How a Web Toolkit is Democratizing Bioengineering
Explore how the web-based BEST-KIT is revolutionizing biochemical engineering by making powerful simulation tools accessible to scientists worldwide.