Learn about HHFN C, a non-invasive respiratory therapy that uses warmed, humidified high-flow air to ease the work of breathing and improve patient comfort.
Explore the context-dependent role of the immune receptor TREM2, which drives protective functions in the brain while supporting disease progression elsewhere.
An overview of Tuberous Sclerosis Complex, explaining its genetic origins in cell regulation and the comprehensive strategies for its diagnosis and management.
An MRI provides a detailed view of a newborn's brain. Understand how this safe diagnostic tool helps doctors interpret findings and create a care plan.
Examine the biological mechanism by which GABA may influence Growth Hormone and review the current scientific understanding of its supplemental effects.
Delve into the precise molecular steps an enzyme uses to convert one sugar phosphate into another, a reversible reaction vital for cellular energy balance.
Understand the medical term for an unhealthy imbalance of blood fats, how this condition develops, and its connection to long-term cardiovascular health.
Learn how your risk for cirrhosis is shaped by more than just lifestyle. This article explores the nuanced role genetics play in long-term liver health.
Explore why organized bacterial communities are not more sensitive to antibiotics, but are uniquely resistant due to their structure and altered biology.
Learn about the MYCL gene, a key regulator of normal cell processes, and how its amplification can disrupt this balance and contribute to cancer development.
Understand how a key group of oral bacteria contributes to gum disease and impacts systemic wellness. Learn about managing and preventing their effects on health.
Body Surface Area (BSA) provides a more precise view of heart health than weight, leading to more accurate clinical assessments and personalized treatments.
Explore the structured journey of advanced medical technology, from the specific criteria defining innovation to the real-world process of regulatory and clinical acceptance.
Eupnea describes the body's default state of quiet, unlabored respiration. Explore the features of this automatic process and how it contrasts with other breathing patterns.