Smart wearables to unlock the next level of precision medicine
/Since their early days as wellness tools, these devices are now informing precision medicine initiatives and leading clinical studies.
Read MoreSince their early days as wellness tools, these devices are now informing precision medicine initiatives and leading clinical studies.
Read MoreNASA is working with researchers in Wisconsin and Pennsylvania to test an mHealth wearable that detects when a user is in deep sleep and emits a pulse to keep that level of sleep going.
Read MoreAn estimated 40 million people in the United States have smartwatches or fitness trackers that can monitor their heartbeats. But some people of color may be at risk of getting inaccurate readings.
Read MoreThe Pentagon is testing technology that will let a smartphone identify you by the way you walk, as well as how you hold the device and swipe across the screen.
Read MoreResearchers at the University of Washington have created a new app that was able to detect fluid in the middle ear in pediatric patients.
Read MoreSmartphones are quickly gaining the capabilities to make patients’ homes an extension of physicians’ offices, facilitating access to timely medical care. Technological advancements in the phones are enabling them to take higher-resolution photos and deliver better sound quality, suggests Christy Marks-Davis, senior director of marketing for CareCentrix, a company that works with providers and payers to support care of patients in their homes.
Read MoremHealth data from wearable devices and patient monitoring tools will increasingly feed artificial intelligence and analytics technologies.
Announced last year, it’s available on Pixel devices in the US this week.
Read MoreCities sometimes fail to make sure the technologies they adopt are accessible to everyone. Activists and startups are working to change that.
Read MorePretty soon, you won't be able to avoid Samsung's digital assistant when you use one of its devices.
Read MoreThe HeartGuide watch uses a flexible synthetic band to inflate and maintain its shape to comfortably take an oscillometric wrist blood pressure on the fly.
California researchers say a test of sensor-embedded socks has proven that the mHealth wearable can help both patients and providers track foot health in real time and spot early signs of diabetic ulcers.
Read MoreWearable technology and the PGHD that comes with it are most useful when paired with health coach interventions, a HIMSS report noted.
Read MoreMike Glenn thought something was wrong with his Fitbit. The 34-year-old was camping in Wyoming in May when he started having trouble breathing. He felt fine overall, but his left shoulder began to ache and he broke out in a sweat. "It's probably just a chest cold," Glenn thought.
Read MoreAlphabet Inc.’s experimental medical technology unit Verily halted one of its longest-running projects on Friday: the development of a contact lens that measures glucose levels of people with diabetes.
Read MoreStarship Technologies, the maker of autonomous six-wheeled robots that carry groceries or even a hot meal straight to your home, is expanding into the world of package delivery.
Read MoreThe US Army’s medical division has been building a mobile technology platform that will streamline triage and communications in the event of medical evacuations. The Medical Hands-free Unified Broadcast, or MEDHUB, initiative looks to leverage wearable sensors, accelerometers, and other FDA-cleared technology as a means for medics to more easily communicate with teams at a receiving field hospital during an emergency situation.
Read MoreSome industry watchers believed that Apple couldn't move out of the shadow of Steve Jobs and carve out for itself a new and different direction. Yesterday, under the leadership of Tim Cook, Apple proved them wrong.
A redesigned Echo Dot, a smart microwave and a subwoofer are just some of the new things Amazon unveiled at its September event.
Read MoreConsumer sleep technologies, such as wearables and mobile apps, must be cleared by the Food and Drug Administration and rigorously tested if they are going to be used to diagnose or treat sleep disorders, contends the American Academy of Sleep Medicine.
Read MoreThe Rehabilitation Engineering Research Center for Information and Communications Technology Access (LiveWell RERC) is funded by a 5-year grant from the National Institute on Disability, Independent Living and Rehabilitation Research in the U.S. Department of Health and Human Services (grant number 90RE5028). The opinions contained in this website are those of the LiveWell RERC and do not necessarily reflect those of the U.S. Department of Health and Human Services or NIDILRR.