Learn how a liver cancer outlook is determined by evaluating tumor specifics, liver function, and overall health, and how this guides treatment and outcomes.
A finding of lysed blood in a urinalysis indicates ruptured red blood cells. Learn the significance of this specific lab result and the process of finding its origin.
Learn about the intestinal lumen, the crucial interface where food becomes fuel and the body carefully manages what passes through its protective lining.
Learn how topoisomerase enzymes resolve the physical stresses within DNA, a crucial function that maintains the integrity and accessibility of our genetic code.
Explore how engineered viruses are used in cancer therapy to selectively kill tumor cells and stimulate a wider, anti-tumor immune response from the body.
Explore how this plant-based prebiotic fiber works within the gut to influence digestive wellness and metabolic function, and how to use it effectively.
The form of magnesium in a supplement determines how it's absorbed and used by the body. This guide explains the differences to help you choose wisely.
Understand how LAMA medications offer a foundational approach to managing COPD by providing lasting relief from daily symptoms and improving breathing.
Understand spinal retropulsion, a condition where displaced material pressures nerves, and learn about the path from diagnosis through to effective treatment.
An overview of Pfizer's gene therapy efforts, from the promising science to the significant clinical and manufacturing hurdles that have defined its progress.
Understand the complete picture of gastric banding, from its adjustable and reversible design to the long-term patient commitments and potential outcomes.
Discover how a controlled imbalance of protons across a membrane acts as a biological battery, storing and releasing the energy essential for cellular function.
While genetics can create a predisposition for ODD, its development involves a complex interplay between a child's inherited traits and their environment.
Discover how the zebrafish embryo's transparent and rapid growth offers a unique window into the fundamental processes of vertebrate biology and disease.