Exploring how cytokinin hormones orchestrate plant defenses against herbivores through sophisticated chemical warfare and strategic resource allocation.
Exploring the biochemical mysteries, diagnostic challenges, and treatment frontiers of porphyria disorders.
Discover how scientists developed Plasmodium falciparum protease inhibitors between 2002-2012 to combat malaria by targeting the parasite's digestive machinery.
Exploring the groundbreaking interdisciplinary research presented at the 6th International Multithematic Bio-Medical Congress in Cyprus, focusing on the microbiome-gut-brain connection and its implications for future medicine.
Discover how green synthesis of gold and silver nanoparticles using plant extracts is revolutionizing electrochemical sensor technology.
Discover how Phenol-Explorer, the world's first comprehensive polyphenol database, is revolutionizing nutrition science by decoding the chemical superheroes in our foods.
Breakthrough in chemoselective amide-forming ligations enables rapid creation of artificial phospholipid membranes, revolutionizing synthetic biology and drug delivery systems.
Discover how ethylene regulates the biochemical pathways that create the signature aroma in oriental sweet melons through fatty acid metabolism.
Discover how glycine dramatically boosts folate's tail length and potency, reshaping our understanding of vitamin metabolism and offering clues to combat folate-related diseases.
Discover how scientists transform taro leaf waste into valuable copper oxide nanoparticles for sustainable chemistry applications.