The USPSTF's prostate cancer screening guideline is not a simple yes or no. Understand the evidence on benefits versus harms to inform your personal decision.
Learn about the deliberate, evidence-based journey a new medicine takes to demonstrate its safety and effectiveness before it becomes available to the public.
Understand how diabetes affects the entire circulatory system, from large arteries to small capillaries, and learn the key strategies for managing vascular health.
Explore Polyporus umbellatus, a mushroom with deep roots in traditional medicine, known for its unique bioactive compounds and investigated health properties.
Learn about the shift from symptom-based diagnosis to new biological methods for identifying Parkinson's and what this progress means for a potential blood test.
Learn how the nervous system uses electrical currents within neurons and chemical messengers between them to rapidly transmit information throughout the body.
Uncover the interplay between genetic and environmental factors that creates diversity and learn why this variation is the cornerstone of all evolution.
Malic enzyme acts as a key metabolic regulator, converting compounds to supply cells with either energy or the building blocks essential for growth and health.
The body's smallest bones are found in the middle ear, where they form a mechanical bridge that is essential for amplifying sound vibrations for hearing.
Learn how healthcare providers determine an initial metformin dose, a process designed to enhance tolerability and achieve personalized blood sugar control.
The mGluR5 receptor helps fine-tune brain signaling for learning and memory. Its function is central to understanding and treating neurological conditions.
Explore how Curodont offers a non-invasive approach to early tooth decay, guiding the natural remineralization of enamel to restore its density and appearance.
A common mycotoxin from fungi can contaminate staple grains, impacting health. Learn about its origins and the systems used to ensure food supply safety.
Explore the streamlined cellular design of *E. coli*. Learn how this bacterium performs essential functions without the complex, membrane-bound organelles of other cells.