Explore how CRISPR/Cas9 technology is revolutionizing plant natural product research to enhance production of anticancer compounds and other therapeutics.
Explore how laccase enzymes from fungi show promising anticancer properties and could revolutionize cancer treatment approaches.
Discover how Lamiaceae family essential oils from plants like lavender, mint, and sage show promising anticancer properties through scientific research and cellular mechanisms.
Discover how Ti₂NTₓ MXene, a revolutionary 2D material, shows promising anticancer activity with selective toxicity against cancer cells.
Discover how Porphyridium aerugineum's extracellular polysaccharide shows dual antioxidant and anticancer properties in laboratory studies.
Discover how a genetically engineered cyanobacterium produces a unique carbohydrate polymer with promising anticancer properties, and how chemical modification enhances its therapeutic potential.
Discover how cyanobacteria's natural compounds are revolutionizing medicine with potent antimicrobial and anticancer properties
Explore the fascinating world of anticancer lignans, their discovery, mechanisms of action, and biotechnological applications in cancer therapy.
Discover how noscapinoids, derived from the opium poppy, are revolutionizing cancer treatment with their unique microtubule-targeting mechanism and minimal side effects.
Discover how a novel Bacillus anthracis strain from vermicompost shows promising antioxidant and anticancer properties in groundbreaking research.