Explore the fascinating world of xanthonolignoids - rare natural compounds with promising therapeutic potential for treating complex diseases.
Explore how Activity-Based Protein Profiling is revolutionizing our understanding of non-ribosomal peptide synthetases and their role in drug discovery.
Discover how chalcones, natural compounds found in everyday foods, are transforming drug discovery with their versatile therapeutic potential against cancer, viruses, and neurodegenerative diseases.
Discover how a groundbreaking fluoride-detection fluorescence assay is revolutionizing the study of γ-butyrobetaine hydroxylase (BBOX) and accelerating metabolic disease research.
Explore the fascinating world of naturally occurring naphthalenes - their chemistry, biosynthesis, biological activities, and therapeutic potential.
Discover how GenoChemetics combines synthetic biology and chemistry to transform violacein, a natural purple pigment, into potential modern medicines.
Explore how natural products from plants, fungi, and microbes are transforming drug discovery through traditional knowledge and cutting-edge technologies like AI and genome mining.
Discover how cultivation-independent approaches are revolutionizing our understanding of marine symbiotic bacteria and their potential for drug discovery.
Explore the fascinating world of naturally occurring diterpenoid dimers - complex molecular structures with remarkable medicinal properties against cancer and antibiotic-resistant bacteria.
How computers promised a new golden age of drug discovery, and why scientists had to go back to the lab.