The largest strike by U.S. health care workers, in early Oct. 2022, brought increased attention to the seriousness of the staff shortage in hospitals and the urgent need to address it. Multiple reports over the last 10 years have documented the impact of alarm fatigue on nurses, in particular, and its contribution to professional burnout and ongoing staffing issues. A bit counterintuitively, more integrated, continuous monitoring of vital signs reduces alarm fatigue for medical staff attending to post-surgical patients, a study by GE Healthcare Technologies Inc. and Cleveland Clinic found.
They call it the world's “first fully integrated wearable” ultrasound system for evaluating cardiovascular function while you walk, run, even ride a bicycle. Built on the nanoengineering research at the University of California San Diego (UCSD) the wearable ultrasonic system-on-patch (USoP) employs machine learning to interpret deep tissue vital signs data and track subjects in motion.
LONDON – Lifelight Ltd. is preparing for a new funding round in the first quarter of 2022 after making significant headway with its contactless technology for monitoring vital signs, as push came to shove during the pandemic and remote patient monitoring became a necessity.
Amsterdam-based Royal Philips NV has launched a five-day, wearable biosensor patch that monitors respiratory and heart rates once every minute, as well as assesses contextual information such as posture, activity level and ambulation. The wearable, disposable patch, dubbed the Philips Biosensor BX100, has received FDA clearance and a CE mark and is intended for use in lower acuity hospital care.
