Learn how a subtle reflection observed during an eye exam provides valuable information about the health and structure of the fovea, the center of your vision.
Understand the fundamental technology that makes your mobile device work, from how it connects to a network to the components that bring its functions to life.
The sugar attachments on IgG antibodies are not random; they direct immune function, shift with age and disease, and inform the design of new medicines.
Understand the principles of objective muscle assessment. This guide explains how controlled-speed testing provides vital data for recovery and performance.
Immune cell profiling moves beyond a general view of immunity, examining individual cells to create a precise picture of health that informs disease and treatment.
Explore the current scientific evidence on the relationship between the diabetes medication metformin and its potential influence on Atrial Fibrillation.
Discover how a human amniotic membrane allograft works as a medical treatment, leveraging its unique biological properties to aid in tissue repair and healing.
Discover how the body's protein building blocks contribute to cardiovascular wellness, influencing factors from heart muscle function to healthy blood flow.
While both are cell surface projections, their distinct internal frameworks determine their unique biological functions, from absorption to motility and sensation.
Explore how the immune system generates a specific response. A B cell recognizes a threat, rapidly multiplies, and creates cells for immediate and future protection.
An antibody's effectiveness is shaped by its structure. Learn how the number of binding sites on an antibody influences its function in immunity and medicine.
Explore the brain's communication system, explaining how neural circuits process information, adapt with experience, and form the basis for our overall function.