Can This Unexpected Drug Combat Liver Cancer?
Discover how atovaquone could revolutionize liver cancer treatment by targeting mitochondrial respiration in chemoresistant cells, offering a new hope for patients.
Discover how atovaquone could revolutionize liver cancer treatment by targeting mitochondrial respiration in chemoresistant cells, offering a new hope for patients.
Explore the challenges of IOL power calculation in short eyes and discover effective strategies for achieving accurate refractive outcomes after cataract surgery. Learn about the best formulas, biometry techniques, and clinical considerations for optimizing visual results and patient satisfaction.
Discover how nerve and vein-sparing techniques in oral cancer surgery are improving patient outcomes and quality of life. Learn about the latest research and what it means for you.
Obturator hernias are a rare and often elusive condition, posing diagnostic and treatment challenges. Delve into the intricacies of obturator hernias and learn how to navigate the complexities of diagnosis, treatment, and recovery.
Explore how mRNA-based therapeutics are being revolutionized by targeted delivery systems, enhancing vascular delivery and expression in lungs independently of traditional pathways, and opening new avenues for treating various diseases with precision medicine.
Navigating spine surgery? Discover how robotic assistance stacks up against other technologies like navigation templates and fluoroscopy in enhancing accuracy and safety.
Pulmonary lipiodol accumulation is a rare complication following TACE. Learn about its diagnosis, risk factors, and treatment options to stay informed.
Explore the groundbreaking advancements in treating Spinal Muscular Atrophy (SMA), including innovative gene therapies and genetic screening, offering hope for families affected by this challenging condition.
Explore the cutting-edge use of AI in cardiac MRI quality control, addressing the challenges of large-scale population imaging and enhancing diagnostic accuracy through automated segmentation analysis.
Explore the groundbreaking research on extracellular vesicles and their miRNA cargo, which offers new possibilities for non-invasive, early disease detection. Learn how these tiny messengers hold the key to transforming diagnostics and improving patient outcomes.