Explore how Dr. Abram Hoffer revolutionized mental health treatment with megavitamins, diet, and biochemical insights—and what his methods mean for modern psychiatry.
Explore how defective enzymes regain function through allosteric "rescue missions," and why protein dynamics and electrostatic engineering hold keys to future antibiotic design.
Explore the dual nature of colibactins—genotoxic molecules produced by gut bacteria—and their surprising roles in cancer development, microbiome dynamics, and human health.
Discover how bacteria harness vitamin B12 as a light-sensitive molecular switch to control gene expression and survive oxidative stress. Explore cutting-edge research on the CarH photoreceptor and its revolutionary applications.Keywords: Vitamin B12, CarH photoreceptor, redox biology, bacterial photoresponse, gene regulation
Discover how lidamycin, a Chinese-discovered enediyne antibiotic, uses radical chemistry to obliterate tumors 10,000x more powerfully than chemotherapy—and why its nano-upgraded version could revolutionize cancer treatment.
Explore the fascinating world of bacterial polycyclic xanthones—complex molecules with potent bioactivities, their biosynthesis pathways, and their revolutionary potential in medicine and materials science.
Explore the paradoxical world of hydrogen selenide (H₂Se)—a deadly gas essential for life, a cancer-fighting agent, and a cornerstone of selenium biochemistry. Discover its chemistry, biological roles, and cutting-edge medical applications.
Discover how DeepRiPP, a groundbreaking AI platform, integrates genomics and metabolomics to revolutionize the discovery of life-saving natural products.
Explore the dual nature of mimosine: a toxic plant amino acid with surprising anticancer, anti-inflammatory, and agricultural applications. Discover its chemistry, controversies, and cutting-edge research.
