Digital Medic vs TMR Memory Test

Digital Medic creates compelling, evidence-based health education that is globally accessible. Our goal is to equip communities with credible information that enables them to improve their own health outcomes. We are an initiative of the Stanford Center for Health Education and develop content in direct partnership with active Stanford faculty. This app is designed for community healthcare professionals and other frontline care providers. App highlights include: - Evidence-based content created and vetted by Stanford University - Free videos, assessments, infographics, and other educational resources - Content available in multiple languages - Ability to download content to access offline - Courses and other informational content on emergency medicine, breastfeeding, nutrition, and more. Download the Digital Medic app to have an evolving library of health education at your fingertips. A bit more background on Digital Medic: At the Stanford Center for Health Education, we believe that access to health education can save lives. Through the Digital Medic initiative, our goal is to make engaging, evidence-based health education globally accessible and, in so doing, empower communities to improve their own health outcomes. Since 2017, Digital Medic has been working with under-resourced communities to create easily adaptable, video-based health education. We work to equip those providing frontline healthcare with the tools and knowledge they need to effectively care for their populations, while simultaneously empowering patients with the knowledge they need to improve their own health outcomes. Learn more at digitalmedic.stanford.edu

TMR Memory Test application is used for conducting targeted memory reactivation (TMR) experiment in education purposes. Newly acquired information is stabilized into long-term memory through the process of consolidation. Memories are not static; rather, they are constantly updated via reactivation, and this reactivation occurs preferentially during Slow-Wave Sleep. This application uses method called targeted memory reactivation, whereby auditory cues that were previously associated with learning are re-presented during sleep, triggering recall of stored memories and through this strengthening these memories.