(IN BRIEF) Empa is leading PreDiabeTx, a multidisciplinary Innosuisse Flagship project designed to improve the prevention of type 2 diabetes in Switzerland using data-driven digital tools, artificial intelligence, digital sensors and sustainable business models. The project brings together seven research … Read the full press release
Posted in Artificial Intelligence (AI), Business, Education, Food & Beverage, Government, Healthcare, Insurance, Internet & Online, Investment, Science, Switzerland, Technology
Tagged 2025 launch, 2029 completion, ACCYOURATE, AI-powered algorithms, Anna Ettlin, artificial intelligence, Bern University of Applied Sciences, blood pressure, blood sugar, Canton of St. Gallen, chest strap, chronic metabolic disorder, CSS, Cynthia Sob, diabetes prevention, diet, digital coach, digital health, digital sensors, Digital Sensors and Data to Support Diabetes Prevention, digital therapies, Elgar Fleisch, Empa, ETH Zurich, exercise, food as medicine, food industry, health data, health insurance, healthcare costs, healthcare system, healthy lifestyle, heart rate, Helsana, HOCH Health Ostschweiz, hospitals, incentive models, Innosuisse, Innosuisse Flagship Project Aims to Make Diabetes Prevention More Measurable and Accessible, Inselspital Bern, insulin response, LEALY, non-invasive monitoring, Obesity, oxygen saturation, Pathmate Technologies, patient support, personalised prevention, PreDiabeTx, PreDiabeTx Project Uses AI, preventive measures, public sector, RE-NUT, respiratory rate, risk analysis, Sanitas, sensor T-shirt, Simon Annaheim, standard care, sustainable business models, SWICA, Swiss Innovation Agency, Swiss Research Consortium Targets Type 2 Diabetes With Digital Prevention Tools, Switzerland, Switzerland Innovation Park Ost, textile sensors, Thijs Defraeye, type 2 diabetes, University of Applied Sciences and Arts of Eastern Switzerland, University of St. Gallen, University of Zurich, vital signs, wearable sensors
(IN BRIEF) Researchers at Fraunhofer IZM, in partnership with B-COS GmbH, are developing a mobile, low-power radar sensor system designed for non-contact patient monitoring. The system enables the measurement of heart and respiratory rates without the need for electrodes, offering … Read the full press release
Posted in Business, Electronics & Machinery, Financial, Germany, Healthcare, Industrial, Investment, Management, News, Science, Technology
Tagged antenna design, B-COS GmbH, BMBF funding, Brandenburg University of Technology, clinical trials, ECG alternative, electromagnetic waves, Fraunhofer IZM, health diagnostics, healthcare technology, heart rate, medical radar, non-contact technology, partnership, patient monitoring, radar sensor system, respiratory rate, rural healthcare, sensor development, Thiem-Research GmbH, vital signs
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