An overview of how prostate adenocarcinoma is evaluated based on its distinct characteristics, which helps inform an appropriate and individual medical path.
Not all body fat is created equal. Understand how the location of fat, whether under the skin or around your organs, differently affects your metabolic health.
Aspirin may slightly lower blood pressure, but its primary use in heart health is different. Understand the evidence and why medical advice is essential.
Gain a clear understanding of the blacklegged tick, its role as a disease vector, and how to reduce your exposure risk with informed, practical methods.
Known from a single fossil, the Triassic reptile *Longisquama* presents a unique puzzle, fueling scientific debate about its anatomy and place in evolution.
Understand maltreatment beyond a simple definition. This guide explores the conditions that allow it to occur and the key indicators that signal someone is at risk.
Learn about BDNF, a protein essential for brain cell growth and communication. Understand its influence on cognitive function and how daily habits regulate its levels.
Explore *Cretoxyrhina mantelli*, a formidable Cretaceous shark that dominated North America's inland sea before environmental changes led to its extinction.
Learn how a cell's normal functions can be altered to drive tumor growth and how this molecular understanding guides the creation of targeted therapies.
Learn how the MAPK signaling cascade relays information within cells to control key processes and why its disruption is a central factor in disease and therapy.
Vitreous syneresis is a common, age-related change in the eye's gel. Understand the process, why it causes visual effects, and its role in overall eye health.
Cattle rely on specific physiological and behavioral adaptations to stay cool, a process that differs significantly from how humans regulate body heat.
Learn how providers weigh the risks of COVID-19 against the use of Paxlovid during pregnancy, based on current clinical guidance and available safety data.
The long-standing question of dinosaur metabolism isn't a simple choice. Evidence suggests a complex physiology that falls between warm and cold-blooded.