An EEG showing slowed brain activity is a nonspecific finding. This article explains what the result signifies and how it fits into a larger diagnostic picture.
The opposite of programmed cell death is not a single process. Explore the systems that regulate cell creation and survival to maintain a crucial biological balance.
This guide explains how to distinguish electrical interference from true cardiac events on an ECG, helping ensure a clear tracing and accurate interpretation.
Explore how amphetamine disrupts the brain's serotonin system, influencing the connection between acute mood effects and long-term neurochemical function.
For those with a high blood pressure diagnosis, effective management is key to preventing further health risks. Learn about a sustainable path to long-term well-being.
A PDE4B inhibitor is a targeted therapy that controls inflammation by selectively blocking a single enzyme, offering a potential for fewer side effects.
A protein's function is defined by its movement. This overview explains how and why these intrinsic dynamics are fundamental to all biological processes.
Our brain actively organizes the flow of experience into distinct events. Discover the cognitive process that structures our memory and subjective perception of time.
Learn about nofazinlimab, an investigational bispecific antibody designed to treat cancer by simultaneously targeting two distinct pathways in the immune system.
Learn about radiation fibrosis, a chronic condition where chest radiation leads to lung scarring, and how management focuses on long-term quality of life.
Understand the cellular mechanisms that cause vision to cloud after cataract surgery, including the distinct patterns of cell growth and their visual impact.
Lecanemab represents a new approach to Alzheimer's treatment. This article examines how it slows disease progression, its measured clinical benefits, and patient considerations.
Explore the regulated assembly of microtubules, the dynamic protein structures that act as the cell's skeleton, controlling transport, division, and cell health.
Explore the epigenetic mechanism of bromodomain inhibitors, a class of drugs that alter gene expression by targeting the proteins that read DNA instructions.