Plaque brachytherapy is a targeted radiation treatment for eye cancer using a temporary device to address the tumor while aiming to preserve the eye itself.
The hydroxyl ion (OH⁻) is the simple molecule that defines alkalinity. This guide explains its chemical properties and clarifies its role from common bases to radicals.
A tremor-dominant onset in Parkinson's disease often indicates a distinct clinical path. Learn how this presentation influences the condition's progression and care.
Blood serum offers a precise look at the body's internal chemistry. Understanding its contents explains how routine blood tests provide vital health information.
Explore a specialized form of mechanical ventilation that uses gentle, rapid air pulses to support fragile lungs when conventional methods are unsuitable.
Understand what causes an injected sclera, or bloodshot eyes. This guide helps distinguish between common irritation and symptoms that require a doctor's evaluation.
Functional MRI measures brain activity, but its diagnostic use is highly specific. Explore how this technology maps brain function in a clinical setting.
Understand how a mutation in the MEN1 gene, a key tumor suppressor, is inherited and leads to endocrine conditions that are managed with proactive surveillance.
Examines the scientific theory connecting creatine to brain energy and what current research suggests about its potential implications for ADHD symptoms.
Explore the active compounds in Glycyrrhiza glabra root extract. Learn how it functions in skincare and why its formulation is key for safe application.
Reaching remission is a significant step in depression treatment. Learn how to navigate this phase and sustain long-term wellness with proactive strategies.
Understand the biological mechanisms stony corals use to build reefs, from the individual polyp to the vast colony, and the vulnerabilities in this process.
This article examines the scientific evidence on alloxan, separating its controlled use in lab research from its actual health impact in the human diet.
Explore how the specific molecular architecture of flavins provides the chemical versatility needed to mediate electron transfer in essential biological reactions.