Authors: Alexis Carmine, The George Washington University Bridget Thorpe, George Washington University Mallory Brayer, The George Washington University Karun Sharma, CNMC - Interventional Radiology Aleksandar Jeremic, George Washington University Vesna Zderic, Department of Biomedical Engineering, George Washington University ,
Discover the transformative potential of ultrasound in modulating the body's natural sleep-wake cycle by spending a few moments learning about this project. This study uncovers the potential of ultrasound as a non-pharmacological tool to stimulate the pineal gland, releasing melatonin. Why is this revolutionary? Beyond sleep enhancement, this breakthrough offers hope for non-invasive treatments targeting various endocrine and metabolic disorders. Utilizing Sprague-Dawley rat models, the team pioneered methods incorporating advanced ultrasound techniques, with results showing a notable 35% increase in melatonin concentration, specifically at the 800 kHz frequency. Don't miss the chance to explore this game-changing approach, shedding light on sleep disorders and possibly redefining endocrine treatments. Join us for a dive into the future of non-invasive medical breakthroughs.