Discover how cutting-edge research from Prof. Siva Vanapalli's lab at Texas Tech University is transforming cancer diagnostics with a novel approach that screens and enumerates tumor cells in blood using microfluidics and holographic techniques.
Discover how combining AR antagonists with PARP1 inhibitors could revolutionize treatment for triple-negative breast cancer (TNBC) by targeting AR expression and methylation-mediated BRCA1 dysfunction. A potential new strategy for improved outcomes.
Discover how a groundbreaking study is revolutionizing tuberculosis diagnosis, offering hope for faster detection, more accurate results, and improved patient outcomes.
Explore the rise of mobile KIS (Krankenhausinformationssystem) solutions in healthcare, enhancing workflow and patient care by enabling clinicians to securely access and manage patient data on smartphones and tablets.
Chlamydia trachomatis is a prevalent STI. This article explores an integrated approach to enhance its management in India, focusing on key components like awareness, prevention, diagnosis, treatment, and follow-up.
Discover the potential of CB1 receptor blockade in ameliorating hepatic fat infiltration and inflammation, and its impact on Nrf2-AMPK pathway in severe diabetes.
Explore a detailed analysis of critical illness and health outcomes during the 2009-2010 H1N1 pandemic, focusing on the experiences of Aboriginal and non-Aboriginal Canadians. Discover key findings and implications for healthcare equity.
Tired of worrying about implant failures? Learn how the latest advancements in titanium-magnesium composites are revolutionizing orthopedic surgery and offering hope for stronger, longer-lasting bone integration.
Excessive alcohol consumption is a major global health concern. Discover how a novel website intervention, supported by healthcare professionals, could offer a convenient and effective way to reduce risky drinking habits.
Explore how targeted surgical lesions provide key insights into the intricate relationship between the brain and cochlear function, potentially paving the way for advanced hearing treatments.
