Understand the mammillary body's role as a key brain component whose integrity is essential for consolidating life's experiences into lasting memories.
Explore how scientists use established laboratory models to investigate the biological mechanisms of rheumatoid arthritis and test potential new therapies.
Gain a clear understanding of Thrombotic Thrombocytopenic Purpura (TTP), a rare blood disorder, from its underlying cause to its successful medical management.
Explore the hormonal feedback loop that maintains your body's glucose balance, how this vital system functions, and the factors that influence its efficiency.
Explore how retinitis pigmentosa can present differently from its classic form, from unique patterns of vision loss to its connection with overall health.
Explore how antibody levels and effectiveness change over time. This dynamic view of immunity is key to understanding vaccine protection and medical therapies.
Living with COPD extends beyond the lungs. Understanding the interplay between your physical and emotional health is key to improving your overall quality of life.
Discover how the body defines 'self' vs. 'other' on a cellular level and why this presents the primary biological hurdle for successful organ transplantation.
Research explores how the body's regulatory systems can influence both brain development and immune function, creating a link between autism and autoimmunity.
Explore the science of quercetin, a plant flavonoid found in many common foods. Understand its biological activities and the factors that affect its absorption.
The coexistence of hyperthyroidism and diabetes presents unique metabolic challenges. Understand their interaction for more effective condition management.
This guide explains how spirometry results are interpreted. Understand how key values and ratios help provide a detailed assessment of your respiratory health.
Explore Q fever, a subtle bacterial disease in cattle that impacts reproductive performance and poses a zoonotic risk through resilient environmental spread.
Discover how a sustainable food system works to provide lasting food security by balancing environmental health, social equity, and economic viability for all.
An explanation of how laboratory mice and rats serve as foundational models in research, enabling the study of human disease and the development of new therapies.
CTP synthase is an enzyme that produces vital cellular components. Its activity and organization are fundamental to cellular health and a focus for new therapies.