The Persona IQ combines a knee implant created by Zimmer Biomet Inc. with sensor technology developed by Canary Medical Inc. to capture performance data on range of motion, walking speed, step count and other orthopedic metrics. Liane Teplitsky, Zimmer Biomet’s president of global robotics likens the Persona IQ to a cardiac pacemaker, in this instance collecting important data on the knee implant so doctors working remotely can better understand how the device is performing post-surgery.

Biobeat Technologies Ltd. reported its remote patient monitoring system received FDA clearance to monitor respiratory rate and body temperature. The wireless chest and wrist monitoring device is already cleared for cuffless blood pressure monitoring, blood oxygen saturation and pulse rate. The artificial intelligence platform utilizes a photoplethysmography-based sensor at the surface of the skin that measures volumetric variations of blood circulation.

University of California San Diego engineers have developed tiny 2D sensors that pop up to become a 3D assemblage of microscopic sensors for directly measuring the movement and speed of electrical signals inside the heart. According to nanoengineering professor Sheng Xu, the nanotechnology has enormous implications for heart doctors anxious to better diagnose and treat arrhythmia, heart attack and other diseases.

Investors including SOSV, Cultivate(MD), Wavemaker360 Health, Blu Venture Investors and Broad Street Angels are backing Strados Labs LLC with $4.5 million. The pre-series A funding will be used to accelerate development of the company’s smart sensor platform Resp. The funding comes after Strados received FDA clearance for the product in December 2021 and brings its total raised to $7 million.

PARIS – Researchers at the Institute for Surface Technologies and Photonics in Weiz, Austria, and the Institute of Scientific and Industrial Research Osaka University, Japan, have invented new ultra-flexible health monitoring patches that use harvested bio-mechanical energy. “These new devices represent a wireless e-health patch for accurate pulse and blood pressure monitoring,” Andreas Petritz, from the Institute for Surface Technologies and Photonics (the materials research unit of Joanneum Research FmbH), told BioWorld.

The Tokyo University of Science (TUS) has developed a self-powered diaper biosensor that can monitor urine sugar levels, which could be a boon for both diabetic patients and their caregivers. Caregivers at nursing homes currently open patients’ diapers every few hours to check for urination, thus increasing the caregivers’ workload. The psychological impact on the patient is also increased, for example when their sleep is disturbed.

The Hong Kong Polytechnic University (PolyU) has developed new side-hole polymer optical fiber sensors, which can be used in multiple medical treatments without the drawbacks of other optical fibers used in the past. The biocompatible plastic sensors are humidity insensitive, supple and shatter-resistant. This means they can be used in various medical settings, ranging from surgical instrumentation, diagnostics to imaging equipment and sensor-based medical devices.

TORONTO – Hemocath Ltd. is gearing up for a first-in-human trial of a device that addresses two critical metrics for the treatment of heart failure: pulmonary artery and central venous pressure. Hemocath’s pulmonary artery catheter (PAC) is part of a larger heart failure monitoring platform and is intended to assess fluid status in patients with severe or worsening congestive heart failure. The hope is to replace larger, more invasive catheters inserted into a patient’s neck.

Researchers at the University of California San Diego (UCSD) have taken wearables to a new level with a soft skin patch that integrates functions currently siloed in continuous glucose monitors, wearables, wellness apps and hospital monitors. The all-in-one patch can be worn on the neck to continuously track blood pressure, heart rate, glucose, lactate, alcohol and caffeine.