Explore *Syntrichia caninervis*, a desert moss whose cellular strategies for surviving extreme dryness are vital for its ecosystem and for scientific innovation.
Learn how the body's immune system can cause cardiac inflammation and the integrated approach used to manage both the immune response and heart function.
The GPR139 receptor translates dietary amino acids into neural signals, making it a key focus for developing novel neurological and psychiatric therapies.
Discover why designer drugs exist in a legal gray area. Understand how their constantly changing chemical structures lead to unpredictable and dangerous effects.
Delve into the evolutionary inertia that keeps species in their ancestral environments, shaping biodiversity across the globe and guiding conservation strategy.
Understand how prior cancer treatments can lead to t-AML. This guide covers its unique cellular characteristics and the advanced therapies aimed at remission.
By integrating cells from different species, chimeric rats provide a powerful biological system for advancing organ generation and human disease research.
Explore the science of developing artificial oxygen carriers to address the limitations of blood transfusions and the biological obstacles in the field.
Discover how specialized extensions from a cell's surface are essential for biological function, enabling everything from nutrient uptake to neural networking.
Understand the clinical pathway for a giant retinal tear, a distinct ophthalmological condition requiring urgent evaluation and advanced surgical intervention.
Understand the comprehensive process of lung transplantation for IPF, from the key medical considerations to the lifelong management required for success.