Discover how scientists are reprogramming baker's yeast to produce life-saving medicines through metabolic engineering.
Discover how silk fibroin combined with carbon nanofibers creates electrically conductive scaffolds that could transform tissue regeneration for heart, nerve, and bone repair.
Explore how metabolic pathway engineering is transforming microbes into efficient hydrogen factories for clean energy production.
Discover how scientists are engineering yeast cells to produce valuable ginsenosides through enzyme self-assembly technology.
Discover how genetically engineered E. coli bacteria are being transformed into efficient biofuel producers through metabolic engineering and adaptive evolution.
Discover the science behind thermal comfort and why the traditional thermostat approach is being revolutionized by adaptive models that prioritize personal control and energy efficiency.
Discover how plants fuel their growth through the night using starch and how scientists use computer simulations to understand this process.
Discover how scientists are engineering yeast to efficiently convert plant waste into biofuels by solving metabolic bottlenecks.
Discover how Iranian scientists isolated the DBR2 gene promoter from Artemisia annua, unlocking potential for increased artemisinin production to fight malaria.
Discover how Agrobacterium tumefaciens is used to create hairy roots in Chinese cabbage, accelerating discoveries in medicine, agriculture, and environmental science.