Explore the emergence of paleogenetics in the 1980s, when scientists began treating DNA as a time machine to unlock secrets about life's history.
Discover how tetrafibricin's complex structure is inspiring new chemical synthesis methods for creating life-saving medicines.
Discover how NP3 MS Workflow, an open-source software system, is transforming natural product-based drug discovery through untargeted metabolomics.
Discover how scientists transformed weak natural antibiotics into potent weapons by restricting their conformational dynamics and stiffening their molecular structure.
Discover how adsorption technology transforms palm oil waste into valuable natural vitamin E through sustainable purification methods.
Explore the revolutionary field of macromolecular photoediting using single-electron logic for molecular data storage, secure encryption, and smart materials.
Explore the fascinating evolution of glycerol production methods from traditional soap-making to modern electrochemical processes and their impact on sustainable chemistry.
Explore the fascinating world of sesquiterpene lactones - their structural diversity, biological activities, and potential in modern medicine.
Explore how food scientists transform vegetables into creamy, sustainable yogurt alternatives through colloidal chemistry and fermentation.
Explore the fascinating world of indole alkaloids and the enamine chemistry that creates these complex natural compounds with profound biological effects.