Discover how mass spectrometry is revolutionizing glycan analysis and unlocking the secrets of cellular communication in health and disease.
Discover how rosmarinic acid from common herbs like rosemary and basil is emerging as a powerful anticancer compound, enhanced by biotechnology and nanotechnology.
Discover how scientists mapped the atomic structure of AKR1D1 enzyme, revealing insights into hormone metabolism and potential treatments for related diseases.
Exploring the scientific legacy of Professor Brian Frederic Carl Clark, founder of Structural Biology Research at Aarhus University.
Explore the fascinating chemistry and biosynthesis of iridoids - the natural compounds behind plant scents, colors, and medicinal properties.
Explore the fascinating chemistry behind phenolic systems conjugated with sulfhydryl compounds and their enhanced antioxidant properties.
Explore the fascinating biology and chemistry of fosfomycin, nature's unique phosphonate antibiotic that employs clever molecular strategies to combat bacterial infections.
Discover how bitter melon (Momordica charantia) enables green synthesis of silver nanoparticles for antimicrobial applications
How a harmless pink bacterium from the sea is challenging a fundamental rule of immunology with its unique lipopolysaccharide structure.
Explore how Pseudomonas syringae uses antimetabolite toxins in molecular warfare against plants, with scientific experiments and data visualizations.