Research Articles
The Green Factory: How Sustainable Metabolic Engineering is Revolutionizing Biotechnology
Discover how sustainable metabolic engineering is transforming biotechnology by turning living cells into microscopic factories programmed for sustainability.
The Genetic Maestros: How Tomato Transcription Factors Revolutionize Growth and Nutrition
Explore how Dof transcription factors act as genetic conductors in tomatoes, coordinating carbon-nitrogen balance to enhance growth, yield, and climate resilience.
The Microbe Factory: How Scientists Are Brewing Healthy Polyphenols Without Plants
Explore how scientists are engineering microorganisms to produce plant-derived polyphenols, revolutionizing sustainable production of these health-promoting compounds.
Cracking the Sugar Code: How Scientists are Teaching Cells a New Language of Life
Discover how genetic engineering is revolutionizing biologic drug production by teaching CHO cells to create precise human-like sugar tags on therapeutic proteins.
Nature's Nano-Factories: How We Hacked Microbes to Build a Greener Future
Explore how scientists are reprogramming microbes through bioconversion and metabolic engineering to create sustainable solutions for medicine, energy, and materials.
The Invisible Chef: How Science Unlocked a Better Natural Food Preservative
Discover how transcriptomic and metabolomic analyses revealed how polylysine synthetase influences the metabolism of Streptomyces albulus to produce natural food preservatives.
Taming a Tiny Factory: How Genetic Muting is Supercharging a Bacterial Workhorse
Discover how CRISPR/dCpf1 technology is revolutionizing metabolic engineering in Gluconobacter oxydans, enabling precise gene control for industrial biotechnology.
The Pink Bacterium's Diet: Mapping a Microbe's Hidden Metabolism
How scientists used carbon tracers to uncover the secret life of Methylobacterium extorquens AM1, a plant-loving microbe.
From Baker's Yeast to Green Factories: Engineering a Tiny Cell to Brew a Miracle Oil
Discover how metabolic engineering transforms Pichia pastoris into a sustainable factory for producing ricinoleic acid, a valuable industrial hydroxy fatty acid.
The Deep Sea's Golden Secret: Optimizing a Microbial Omega-3 Factory
Discover how scientists optimize growth conditions for Moritella marina MP-1 to produce sustainable DHA omega-3 fatty acids