Learn how an accelerated CYP2C19 enzyme affects how your body processes certain drugs, potentially leading to treatment failure or increased side effects.
Learn how Atlantic salmon transition between freshwater and ocean habitats and use precise biological systems to navigate their long return journey to spawn.
Sunlight drives essential biological processes for well-being but also poses cellular risks. Learn how to manage this complex interaction for your long-term health.
A chimpanzee's life expectancy is closely tied to its environment. Explore how factors like consistent care and safety influence their survival and development.
The human pangenome replaces a single genetic reference with a diverse map, providing a more complete foundation for understanding human health and evolution.
Mature red blood cells lack a nucleus but contain functional RNA. Discover its role in maintaining cell integrity and its emerging use as a medical biomarker.
Discover the enteric plexus, the intricate network of neurons in your gut that independently manages digestion and influences your mental and emotional state.
Explore the quantum principle of two-photon excitation. Learn how confining light absorption to a tiny focal point enables powerful new scientific tools.
Learn how swallowed asbestos fibers damage stomach tissue, leading to chronic inflammation and an increased risk for developing stomach cancer decades after exposure.
A hamster's skin issues are often linked to its environment or underlying health. Learn about proper diagnosis and creating a preventative care routine.
Explore how vincristine treatment impacts nerve function. Learn about its effects on the body and the clinical and rehabilitative strategies for management.
Explore the deep evolutionary history of skin color, a story of biological adaptation to sunlight written in the diverse genetics of African populations.
The timing of menopause can significantly impact long-term health. Understand the considerations for an earlier transition and its effect on future well-being.
Explore how biological systems store and recall information at the molecular level, a fundamental process that guides cellular identity and organism-wide responses.