Unlock Nature's Chemical Blueprints

Exploring the polyphenol chemistry and pharmacological potential of Chinese Salvia species, with focus on biosynthesis and modern applications.

Discover how ethylene regulates the biochemical pathways that create the signature aroma in oriental sweet melons through fatty acid metabolism.

Breakthrough in chemoselective amide-forming ligations enables rapid creation of artificial phospholipid membranes, revolutionizing synthetic biology and drug delivery systems.

Explore the groundbreaking solar cell innovations of 2025 that are transforming how we harness solar energy, from perovskite breakthroughs to invisible solar skins.

Exploring cutting-edge technologies revolutionizing marine drug discovery from ocean biodiversity hotspots.

Discover how modified nucleosides evolved from biochemical curiosities to the foundation of cutting-edge medicines, including mRNA vaccines.

Revolutionary approach to creating functionalized indole molecules through strategic carbon-carbon bond cleavage for advanced drug discovery.

Discover how Legionella pneumophila's AmgK enzyme enables intracellular survival through peptidoglycan recycling, making it a prime therapeutic target.

Exploring revolutionary techniques that make barriers transparent to illumination through photonics, quantum physics, and materials science.

Discover how specialized enzymes perform [4+2] aza-cycloaddition reactions to build life-saving thiopeptide antibiotics, revealed through structural biology breakthroughs.

Discover how the Microsphaeropsis sp. fungus from the ocean produces powerful alkaloids and butyrolactones with potential to revolutionize medicine.

Discover how cells use diverse enzymatic strategies to cleave propionate side chains in tetrapyrrole biosynthesis, a crucial process for life.