Explore Sg-A therapy, an emerging cancer treatment that uses a bacterial protein to initiate a broad, powerful activation of the immune system within a tumor.
Orangutan tool use is not simple instinct, but a learned skill. This behavior reveals foresight, problem-solving, and knowledge passed across generations.
Go beyond the headlines to understand the science of mRNA vaccines. Learn how they instruct our cells to create protection and what this technology means for medicine.
Explore the essential, everyday function of your tear glands, from maintaining eye health with a constant protective film to responding to irritants or emotion.
Explore why temporal muscle atrophy occurs, from natural aging to underlying health conditions, and how a diagnosis informs the appropriate course of action.
Explore the efferent ductules, where unique cellular mechanisms transport sperm and reabsorb fluid, connecting the testis to the epididymis for maturation.
This metric redefines longevity by focusing on the quality of our years, not just the quantity, measuring time lived free from significant health limitations.
Understand the essential botanical traits of the palm family to better appreciate their ecological functions, cultural importance, and uses in cultivation.
By facilitating the movement of apex predators, wildlife corridors re-establish the top-down pressures that regulate populations and maintain ecosystem stability.
Understand how sperm motility impacts male fertility. Learn about the lifestyle and medical factors involved and the practical strategies for improving this key health metric.
Learn how our brain creates mental maps to navigate physical space and structure abstract knowledge, a fundamental process for understanding the world.
Examine cardiac glycosides, natural compounds that modify heart muscle function at a cellular level, creating a narrow divide between therapy and toxicity.
Delve into the precise neural connection between a tooth and the brain, understanding how signals are sent, received, and processed by our nervous system.
Explore the distinction between cirrhosis and the inflammatory spinal disorders that cause progressive stiffness, pain, and changes in posture over time.
Understand how cathepsin S inhibitors work by selectively blocking an enzyme that plays a key role in both immune system signaling and tissue maintenance.