Discover how silymarin and rutin, two natural compounds, compare in their ability to combat liver damage. Find out which one offers superior protection and how they can support your liver's health.
Navigating biliary obstruction treatment? Discover the key differences between EUS and ERCP, weighing the latest research and expert insights to make informed decisions about your health journey.
Discover how monitoring C-reactive protein (CRP) levels could revolutionize treatment strategies for metastatic nasopharyngeal carcinoma (mNPC), offering hope for more personalized and effective care.
COPD flare-ups can significantly impact your physical activity. Discover the key factors that influence these changes and learn strategies to reclaim your mobility and well-being during and after exacerbations.
Aflatoxins are potent, naturally occurring toxins produced by certain molds. This article explores the different types of aflatoxins, their impact on human health, and the latest research into how to mitigate their risks. Discover simple steps to protect yourself and your family.
Learn how SIRT7, a key protein, manages cellular stress by controlling the activity of the CRL4 E3 ligase complex, offering insights into cancer treatment and age-related diseases.
Explore the attitudes of dental students in Cali, Colombia, towards treating HIV+ patients. Learn how these perceptions can impact access to crucial dental care and what steps can be taken to improve training and reduce stigma.
Navigating the complexities of heart failure diagnosis? Discover how atrial fibrillation (AF) affects NT-proBNP levels and the accuracy of heart failure diagnosis, particularly in patients experiencing dyspnea.
This article explores the groundbreaking research on ARL13B, a protein vital for eye health. Learn how ARL13B supports retinal development, prevents vision loss, and offers potential therapeutic pathways for degenerative eye diseases.
Are you at risk for heart disease? Learn how cutting-edge studies are using simple blood tests to identify key risk factors like uric acid and interleukin-17, potentially paving the way for earlier interventions and healthier hearts.
