The phosphorylation of DNA-associated proteins is a vital signaling process that governs genomic stability, cell function, and the development of disease.
Cutting salt for high blood pressure requires careful consideration of the alternatives. Learn how to safely lower your sodium intake while enhancing flavor.
Explore how the behavior of the electron, a single fundamental particle, dictates the properties of matter and serves as the foundation for modern technology.
A faster heart rate during exercise is normal, but an irregular one needs a closer look. Discover the factors behind this response and the path to clarity.
Single-nucleus RNA sequencing offers a precise way to profile gene activity, revealing cellular identity and function from challenging biological samples.
Learn how rapid tumor growth can outpace its blood supply, causing internal cell death that informs a tumor's grade and presents unique treatment challenges.
Explore the science behind ginger's antiviral reputation. This overview examines current research, from lab findings to what's known about its effects in the body.
An overview of the engineering behind continuum robotics, where flexible, jointless structures enable advanced maneuverability in complex environments.
A synthesis of scientific research clarifies the evidence-based effects of fasting on weight management, body composition, and metabolic health markers.
Discover the SLC20A1 gene, a critical regulator of mineral balance in the body. Learn how its function is essential for cellular health and how its dysregulation can lead to disease.
Discover the cellular mechanisms behind neurodegeneration, where failures in protein quality control lead to toxic aggregation and progressive brain cell loss.
Learn to recognize the differences between a bruise, sprain, or strain. Understand what signs like swelling and pain mean for providing proper care and ensuring a safe recovery.
An inability to feel pleasure and a state of high anxiety often exist in a reinforcing cycle. Learn about the shared pathways that connect these two experiences.
Learn how intravascular ultrasound gives physicians a precise look inside arteries, providing detailed information to accurately assess disease and guide treatment.
Learn how damage to a critical intersection in the visual pathway results in a characteristic and complex pattern of vision loss that affects both eyes.