Explore the connection between diet, gut bacteria, and the body's inflammatory response. Learn how daily choices influence digestive comfort and overall health.
An overview of generating electricity from saltwater, examining the underlying science and the technological feasibility of harnessing the ocean's chemical energy.
Discover PCSK1 deficiency, a genetic disorder where a gene mutation disrupts key hormonal pathways, causing insatiable hunger and severe early-onset obesity.
Learn how glaucoma progressively alters the optic nerve's anatomy and how these structural changes directly correspond to specific functional losses in vision.
Understand how fibrous tissue leads to progressive shoulder stiffness and the diagnostic pathway to a successful, rehabilitation-focused recovery plan.
Explore the nuanced relationship between methylprednisolone and the kidneys, including how its risks are weighed against its benefits in treating disease.
This article examines the scientific evaluation of ivermectin for cancer, clarifying the gap between laboratory research and established clinical effectiveness.
Understand the genetic basis of 6q27 deletion syndrome, a rare chromosomal condition, and the supportive approaches that focus on long-term well-being.
Learn about ESMO, the professional society setting the standard for oncology practice and fostering collaboration to improve cancer patient outcomes worldwide.
Explore how protein phosphatases, key cellular enzymes, reverse phosphorylation to precisely regulate protein function, cell signaling, and overall health.
Explore how certain vitamins are absorbed and stored differently because they dissolve in fat, a key factor for maintaining proper nutritional balance.
Understand how liposomes use a structure similar to our own cells to protect and transport active ingredients, improving bioavailability and effectiveness.
Review the clinical profile of nirogacestat for desmoid tumors, detailing its targeted mechanism, data on efficacy, and important patient safety considerations.
Examine the physiological mechanisms behind abdominal distension in athletes, including the internal changes beyond simple fat gain and their health implications.