Lung metastases can be daunting. Discover the latest consensus on pulmonary metastectomy, explore innovative valve repair techniques, and understand congenital heart disease treatments.
When trauma strikes, every second counts. Discover how helicopter emergency medical services (HEMS) and ground emergency medical services (EMS) compare in saving lives, and what factors influence the best choice for critical care transport.
Explore a new survey exposing the gaps in nutrition practice for severe sepsis patients. Discover the implications of these findings and the urgent need for standardized guidelines to improve patient outcomes.
A new study sheds light on the genetic landscape of ovarian clear cell carcinoma (OCCC), offering potential for improved diagnostics and targeted treatments. Discover how gene mapping and mutation analysis are revolutionizing our understanding of this complex cancer.
Dental implant surgery, while transformative, carries inherent risks. This article explores surgical complications, emphasizing patient safety through meticulous planning, prevention strategies, and effective management techniques, ultimately promoting the principle of 'First, do no harm.'
New research sheds light on Prdx6, a key antioxidant in corneal endothelial cells, revealing its crucial role in protecting against oxidative damage and maintaining corneal health. Learn how Prdx6 deficiency can lead to increased vulnerability to cell death and mitochondrial dysfunction.
Can horse antibodies combat Ebola? Learn how equine immunoglobulin fragments are offering a new approach to treating Ebola, potentially providing a cost-effective solution in resource-limited settings.
Hyperkalemia, a life-threatening condition, poses a significant challenge for kidney transplant recipients. Discover how patiromer, a potassium-binding agent, offers a promising solution for managing this condition without compromising tacrolimus levels, a critical immunosuppressant.
Learn how healthcare organizations are 'retrofitting' their existing services to incorporate evidence-based interventions, like pediatric asthma care coordination. This method allows for sustainable improvements by building on what already works.
A new study reveals that removing the PGK-neo resistance gene can significantly boost omega-3 fatty acid production in cells. This discovery offers a promising strategy for creating transgenic animals with enhanced nutritional profiles, potentially improving human health through diet.
