Next-generation, predictive analytic patient monitoring lowers healthcare costs, improves clinical outcomes and enhances the patient experience in hospital-at-home, post-acute care and chronic care management.
John Mastrototaro, Ph.D., biomedical engineer and CEO of Movano discusses strategies to improve data accuracy, the convergence of consumer wearables and medical remote monitoring devices and what healthcare providers are seeking in remote data delivery.
The findings suggest that manufacturers need to make user interface and user experience design improvements to certain wearable medical devices.
As more healthcare activities take place from home, passive continuous monitoring solutions and new technology such as artificial intelligence will be critical to communications between providers and patients. In addition, new solutions that offer overnight monitoring will play a crucial role in helping to fill the gaps, particularly in assessing patient deterioration or changes in health conditions. The pandemic has forever changed the trajectory of healthcare and specifically virtual care.
The mHealth industry is rapidly disrupting traditional healthcare delivery by leveraging the power of mobile communication technologies and wearable devices.
As an essential material that creates an intimate connection between the device and its user, and is paramount to functionality, the consideration of adhesives should be brought in at the beginning of the design process.
This pioneering area of technology comes with new risks and questions of liability.
Modern technology has given rise to new legal questions. How does FDA regulate machine-learning computers that are changing so rapidly – given that the approved product may be drastically different than the product that ends up on the market? These questions arise from a lack of understanding of the complex nature of AI/ML-based SaMD, the opaqueness of the regulatory framework, and a dearth of relevant case law.
Adhesive selection can make or break the success of a stick-to-skin wearable device. This article reviews six questions to ask the next time you design a device intended for wear on fragile skin.
Adding wireless connectivity to medical devices brings convenience to patients, and can facilitate more effective healthcare delivery and lower healthcare costs. Its success depends on the ability of manufacturers to produce reliable, connected products that do not fail prematurely in the field.
