Explore the chemistry, bioactivity, and groundbreaking applications of anacardic acids—phenolic compounds from cashew shells with anticancer, antimicrobial, and epigenetic potential.
Explore how Turkish universities like Bilkent, METU, and Sabancı are driving breakthroughs in nanoscience—from cancer therapies to next-gen materials—through cutting-edge research and global collaboration.
Explore the fascinating world of spiroacetals from marine organisms—their unique structures, ecological roles, and groundbreaking applications in drug discovery.
Explore how cellulose nanofibrils (CNF) and polybutylene succinate (PBS) combine to create a biodegradable, high-performance biocomposite, revolutionizing packaging, automotive, and medical industries.
Explore how transition-metal catalysts harness the unique strain of vinylidenecyclopropanes to synthesize complex molecules, from antiviral drugs to natural products, with unprecedented efficiency and precision.
Discover how scientists are merging synthetic biology with natural product chemistry to create life-saving drugs using sunlight and air—a breakthrough that could democratize medicine and combat climate change.
Discover how cutting-edge imaging technologies unveil the power of chrysin nanoparticles to disrupt cancer cells, enhance drug delivery, and trigger apoptosis—all visualized in stunning detail.
Explore how marine-based nutraceuticals, fueled by cutting-edge science and cross-sector collaboration, are revolutionizing health supplements. Dive into market trends, bioactive breakthroughs, and sustainability strategies.
Explore how marine microorganisms produce life-saving compounds, their revolutionary applications in medicine, and the cutting-edge technologies driving this underwater gold rush.
Explore how the discovery of ancient hormone receptors, shaped by two key mutations 500 million years ago, aligns with Darwinian evolution—and why it doesn’t "disprove" modern biology.
