Neck pain affects millions, but culturally relevant measurement tools are crucial for effective treatment. Learn about the modified Japanese Orthopedic Association (JOA) scale adapted for Brazil, offering new insights and better care for patients.
Discover how fibroblasts and cardiomyocytes interact during the formation of engineered heart muscle. Learn about their roles in tissue stiffening and the potential for new heart treatments.
Scientists have successfully synthesized novel pyridine-based compounds that exhibit strong antimicrobial activity, potentially offering a new strategy to combat drug-resistant bacteria and fungal infections.
Discover how a translated and culturally adapted questionnaire is helping Brazilian patients with myasthenia gravis improve their quality of life. Learn about the challenges, adaptations, and promising results of this vital research.
Learn about the innovative 'jejunal scarf-covering method,' designed to prevent pancreatic fistula following pancreaticoduodenectomy, particularly beneficial for patients undergoing total gastrectomy.
Explore how maternal health interventions can significantly reduce the impact of oxygen deprivation on newborn infants, offering a promising strategy for preventing severe complications.
Dive into the latest healthcare research to uncover the surprising impacts of depression on IBS, the realities of Hepatitis C treatment in China, and the economic burdens of IBD. Learn how these insights can lead to better healthcare strategies and improved patient outcomes.
Discover the innovative approach of combining catheter-directed thrombolysis (CDT) with a factor Xa inhibitor to treat a severe case of inferior vena cava (IVC) thrombosis, offering insights into managing and preventing deep vein thrombosis (DVT).
Uncover the forgotten wisdom of past medical practices. From ancient Greek climatotherapy to early forms of physiotherapy, discover how these time-tested techniques are inspiring today's health and wellness trends.
Explore how CT perfusion can help identify lung cancer types based on blood flow, potentially improving patient outcomes and treatment plans.
