Explore GDNF, a naturally occurring protein that supports neuron survival, and the ongoing scientific effort to harness its protective properties for therapy.
The story of the Falkland Island wolf is a study of how a unique, isolated canid's trusting nature contributed directly to its eradication by settlers.
This common pain reliever has known effects on cardiovascular health. Learn how ibuprofen can be linked to heart palpitations and what this means for safe use.
Explore the life of the Chinese macaque, a species defined by its complex social hierarchies, adaptation to high-altitude forests, and modern conservation challenges.
Explore how Lake Tanganyika's distinct environment created a world of specialized cichlids, shaping their unique social lives and aquarium care requirements.
Discover how your body's sensory reporting system works, sending signals to the brain that form our perceptions and what occurs when these pathways are disrupted.
Explore the Aquilaria tree, a species whose true worth is unlocked by a unique defense mechanism that transforms its wood into a coveted aromatic resin.
Understand the direct link between hydration and cardiac function. A drop in fluid levels can lower blood volume, causing your heart rate to rise to compensate.
Learn how the acid-reducing function of PPIs can affect the stomach's role as a barrier, potentially influencing susceptibility to a C. diff infection.
An overview of neuroborreliosis, a neurological complication of Lyme disease. Learn how it is confirmed with specific tests and managed with antibiotic therapy.
Explore how molecular cancer therapy uses a tumor's unique biological data to guide precise treatments that interfere with its specific growth mechanisms.
Understand the direct conversion of one mature cell type into another. This biological process redefines cell identity and has implications for future therapies.
Explore the biological foundations of female-led animal societies, examining the evolutionary and physiological drivers behind these complex social systems.
The RET gene provides essential instructions for cell growth. Understand how variations can disrupt normal function, leading to disease, and how this knowledge informs care.