Discover the fascinating world of biphenyl lignans with tetrahydrofuran moieties from Gymnotheca chinensis and their potential anticancer properties.
Exploring how sulfonylpiperazine-flavone hybrids create enhanced antioxidant and anticancer agents through strategic molecular design.
Discover the groundbreaking discovery of Zanthoisobutylamides A-C, rare dimeric alkaloids from Zanthoxylum nitidum with unprecedented cancer-fighting potential.
Explore the crystal structure of L-canavanine hydrogensquarate semihydrate and its potential as an anticancer agent through molecular mimicry of L-arginine.
Exploring the potential of copper and palladium as next-generation anticancer agents, their mechanisms of action, and recent research breakthroughs.
Explore the fascinating molecular structure, spectroscopic characterization, anticancer potential, and dielectric properties of 4-(3-aminophenyl) benzonitrile.
Exploring novel sandwich-type polymeric metallo-components with significant anticancer and antibacterial properties - a breakthrough in metal-based therapeutics.
Discover how Cucumis dipsaceus, a wild plant with hedgehog-like bristles, contains compounds with potent antibacterial and anticancer activities that could help combat antibiotic resistance and cancer.
Exploring the science behind pyrazolone-furan Schiff base metal complexes and their potential as next-generation antimicrobial and anticancer agents.
Explore the chemical constituents and cytotoxicity of Microcos tomentosa, Garcinia cowa, and Dalbergia velutina - three medicinal plants with promising anticancer properties.