Exploring the biomimetic synthesis of gracilamine, a complex alkaloid from Galanthus gracilis, through nature-inspired chemical approaches.
Discover how NMR-based metabolomics reveals the complex chemical universe of Catharanthus roseus, a medicinal plant with powerful anticancer compounds.
Explore the fascinating adenosylcobalamin-dependent ribonucleotide reductase from Lactobacillus leichmannii and its role in DNA synthesis.
Explore the fascinating world of naturally occurring naphthalenes - their chemistry, biosynthesis, biological activities, and therapeutic potential.
Exploring the biosynthetic pathway of demethoxyviridin, a potent PI3K inhibitor produced by fungi, and its potential for drug development.
Discover how GenoChemetics combines synthetic biology and chemistry to transform violacein, a natural purple pigment, into potential modern medicines.
Discover how enzymes control oxygen binding and functionalization of the flavin cofactor through precise molecular mechanisms.
Discover how scientists are uncovering nature's secret chemical factories through the study of bacterial enzymes that produce life-saving medicines.
Explore how flavonoid chemical structure affects bioavailability and health benefits. Learn about gut microbiome transformation and bioavailability enhancement strategies.
Discover how the HppE enzyme performs an unprecedented 1,2-phosphono migration reaction, challenging our understanding of enzymatic capabilities and opening new pathways for drug design.