Explore how medical treatments can influence gene function without changing DNA. Epigenetic therapy works by adjusting the instructions that turn genes on or off.
Learn how a single nerve pathway from the neck controls the primary muscle for respiration, detailing the mechanism that makes involuntary breathing possible.
Learn how cells manage their boundaries by contrasting two key processes: the internalization of material and the direct merging of two separate membranes.
An overview of the systemic pollution impacting the Yangtze River, examining the links between human activity, environmental health, and protective legislation.
An overview of how intrathecal methotrexate delivers treatment directly to the central nervous system, bypassing the body's natural protective barriers.
Understand the connection between jaw tension, headaches, and your masseter muscle. This guide offers practical self-care and clarifies when to seek help.
Learn how aspirin can change metformin's effect on blood sugar. The specific dose taken is a key factor in understanding how to manage this combination.
Explore how variations in the quantity of our DNA, not just its sequence, contribute to individual traits, health outcomes, and the process of evolution.
Understand the systemic factors that determine if digital health helps or hinders health equality and what it takes to build a truly inclusive system of care.
Explore the complex anatomy of the eye muscles. Learn how this coordinated system controls movement, focus, and eyelid function to enable clear, stable vision.
This analysis examines how COVID-19 mortality risk changes with age, reviewing the statistical data and the biological reasons for increased vulnerability.
Explore how the unique nanoscale properties of metals drive innovations in medicine and technology, and the importance of assessing their environmental impact.
Discover how tissue-mimicking objects form a critical foundation for medical imaging, enabling safe, accurate diagnostics and technological advancement.
Explore the link between prostate health and fertility. Learn how inflammation of the prostate gland can alter seminal fluid and affect sperm function.