Understand the physics of Förster resonance energy transfer (FRET) and how this phenomenon allows scientists to measure molecular distances and observe cellular events.
Learn how standardized scales translate MRI scans into objective data, providing a consistent framework for doctors to interpret findings and track conditions.
Your DNA isn't the whole story. Learn about DNA methylation, the process that directs how your genes are expressed and influences your body's health throughout life.
Discover how the brain's immune cells change their form and function, playing a critical role in both sculpting neural circuits and responding to cellular damage.
Learn how the constrained movement of water molecules in the brain can be translated into a detailed, three-dimensional map of its complex neural connections.
Gain insight into streptobacilli, a term for a bacterial shape and a specific genus. Learn about the human illnesses it can cause and their medical resolution.
The Cryptococcus capsule is a polysaccharide shield defining the fungus's virulence by subverting host immunity and serving as a primary marker for clinical diagnosis.
Understand the B1 receptor's role in controlling heart rate and blood pressure, and how moderating its activity is central to modern medical treatments.
Explore the first cell division, a key milestone where an embryo transitions from maternal instruction to activating its own genetic code for development.
Explore the HIV LTR, a genetic control region that directs both viral replication and dormancy, making it a critical component for developing new cure strategies.
Explore the intricate balance of phosphoinositides, membrane lipids that orchestrate cellular responses and whose dysregulation underlies major diseases.
Explore how the body utilizes ketone bodies as an alternative fuel, a key metabolic process that supplies energy to the brain and heart when glucose is limited.
Understand how bilirubin's molecular structure dictates its solubility, a vital difference that determines how the body can safely process and remove it.
Learn how muscle growth operates as a system, connecting the stimulus from training with the necessary fuel and recovery needed for actual development.