Exploring how castor plants and nanotechnology combine to fight antibiotic-resistant bacteria through green synthesis of silver nanoparticles.
How a classic chemical transformation continues to revolutionize medicine and materials science.
Discover how scientists engineered polyketide synthases through domain substitution to create novel antibiotic precursors like 2-Nor-6-deoxyerythronolide B.
Explore the fascinating chemistry of marine algae and cyanobacteria - from oxygen production to biomedical applications and climate change impacts.
Discover how scientists used genetic engineering to capture a key intermediate in salinomycin biosynthesis, revealing nature's molecular assembly line.
Discover how bifunctional asparaginyl endopeptidases act as molecular scissors and needles, creating stable cyclic proteins with revolutionary applications.
Discover how optimized extraction media revolutionize glycolipid recovery from Pseudomonas bacteria for sustainable biosurfactants with pharmaceutical and industrial applications.
Explore the nutritional powerhouse of black rice, its bioactive compounds, health benefits, and culinary uses in this comprehensive scientific overview.
Exploring the revolutionary idea that biological universals could offer a fundamental, durable medium for interstellar messaging through DNA and genetic code.
Explore the fascinating story of glucagon and GLP-1, two hormones revolutionizing diabetes and obesity treatment.