Discover how scientists used genetic engineering to capture a key intermediate in salinomycin biosynthesis, revealing nature's molecular assembly line.
Exploring how protein structures remain conserved across millions of years of evolution while genetic sequences change dramatically.
Explore how scientists decode protein sequences and understand their cellular functions through advanced molecular biology techniques.
Discover how α-amyrin acetate, a natural compound from figs, communicates with human DNA through minor groove binding, revealing new possibilities for nature-inspired medicine.
Discover how photo-crosslinking reveals the hidden architecture of nature's molecular drug factories and the surprising discovery of aberrant gel migration.
Discover how allosteric activation fundamentally rewires enzyme function by shifting the rate-limiting step in ATP Phosphoribosyltransferase.
Explore how plants create complex medicines and the revolutionary methods scientists use to decode their biochemical secrets for drug discovery and sustainable agriculture.
Explore the fascinating world of nucleic acids as vectors of life, focusing on the groundbreaking Sixteenth Jerusalem Symposium of 1983.