Discover the fundamental biology of the human body. Learn how microscopic cells operate, specialize, and work in concert to sustain life, growth, and overall health.
Learn about the body's innate stress response, a multi-stage physiological process designed for survival and how its constant activation impacts well-being.
Explore amlexanox, an anti-inflammatory agent. Learn about its cellular mechanism, its primary therapeutic application, and important safety considerations.
Explore the world of miniature dinosaurs, from their place in prehistoric ecosystems to how new fossil evidence continually reshapes scientific knowledge.
Phalloplasty results are multifaceted and evolve over time. Gain insight into the surgical process and the timeline for achieving final form and function.
An MRI provides a detailed look at the hypothalamus, the brain's control center, helping to connect complex symptoms to their structural or functional source.
Explore the cellular pathway that detects microbial DNA to activate immunity, and how this mechanism's balance is central to autoimmune disease and new therapies.
The distinct biological structure of the porcine penis serves as a valuable model in medical research, offering insights for comparative anatomy and reconstructive surgery.
Understand the duration of Tagrisso treatment by exploring clinical trial data and the key biological factors that influence its long-term effectiveness.
A data-driven overview of high cholesterol's global footprint, detailing its patterns across populations and its role as a key public health indicator.
Understand the process of creating a highly stable soil conditioner that builds long-term soil structure and improves nutrient delivery to your plants.
Ulcerative colitis can impact aspects of health beyond the digestive system. Understand the connection to sexual function and learn about management approaches.
Learn the difference between HER2 amplification, a genetic cause, and overexpression—its functional consequence on the amount of protein on a cell's surface.
Understand the immune system's signaling process and what occurs when this communication system becomes dysregulated, leading to systemic inflammation.