TORONTO – Edmonton’s University of Alberta is lending its neuromotor research smarts to a wearable, machine learning driven sensors platform developed by Menlo Park, Calif., and Calgary, Alberta-based Protxx Inc. for better managing the future care of patients suffering from neurodegenerative conditions such as multiple sclerosis (MS).

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.

Artificial intelligence-focused Chronolife SAS, of Paris, has secured class IIa medical certification from the EU for its smart T-shirt, which has the new brand name Keesense. The reusable, washable T-shirt is designed for comfortable, round-the-clock use. It works by transmitting data to a paired smartphone app via Bluetooth.

Vayyar Imaging Ltd., which focuses on 4D radar imaging, reported that the Israeli government is using its sensor technology to fight the spread of COVID-19. “Vayyar uses 3D imaging to map what is happening in any environment but incorporates a fourth dimension – detecting and analyzing changes over time – to provide the most comprehensive monitoring solution,” Ofer Familier, general manager of Vayyar, told BioWorld.

Within two weeks of a public challenge to design user-friendly, easily built ventilators, Montreal-based CAE Inc., formerly Canadian Aviation Electronics, began gearing up to distribute 10,000 units of its newly created ventilator over the next three months.

PARIS – Sensome SAS, of Palaiseau, France, has closed a second funding round, of $9 million, with its original French investors (Kurma Partners SA, Invest Partners SA, BNP Paribas Développement SA and the Paris-Saclay Seed Fund), now joined by the Japanese-based Asahi Intecc Co. Ltd.

TORONTO – Calgary, Alberta-based Orpyx Medical Technologies Inc. has launched a sensory insole with remote patient monitoring to prevent potentially fatal diabetic foot ulcers (DFU) and neuropathy-related ulcers. According to Orpyx CEO Breanne Everett, development of the Orpyx SI sensory insole system follows years of study on how DFUs occur and how best to share information with patients and doctors so they can react quickly to first signs of the condition.

Biointellisense Inc. received good news from the U.S. FDA, which gave its nod to the company’s Biosticker on-body sensor for scalable remote care. The Biosticker allows for continuous monitoring of vital signs and actionable insights, delivered to clinicians from patients in the home setting. The goal is to help in the early detection of potentially avoidable complications.