Discover how ancient enamel proteins are revolutionizing our understanding of evolution and paving the way for groundbreaking dental therapies.
Exploring how soil-dwelling bacteria and combinatorial biosynthesis are revolutionizing cancer medicine through epothilone engineering.
Exploring the molecular interaction between crops and Aspergillus flavus, and cutting-edge strategies to reduce aflatoxin contamination in food supplies.
Discover how Candidatus Organicella extenuata, a bacterial endosymbiont with one of the smallest genomes ever recorded, survives in Antarctica's extreme Organic Lake.
How a clever catalyst transformed biodiesel's problematic waste stream into a revenue generator through innovative chemical engineering.
Discover how titanocene(III) chloride enables efficient synthesis of seven-membered carbocycles in terpenoids through radical 7-endo cyclizations.
Exploring the integration of chemical synthesis and biosynthesis strategies in creating complex natural products for drug discovery
Exploring the scientific frontier of precision insect control through molecular biology, AI, and ecology to protect crops, ecosystems, and human health.
Discover how the HbCAld5H1 gene from rubber trees can revolutionize timber engineering by altering lignin chemistry and wood formation.