Vuno Inc. received approval from South Korea’s Ministry of Food and Drug Safety (MFDS) for Vuno Med Deepcars, its artificial intelligence (AI) medical device for cardiac arrest prediction. Approval in hand, Seoul-based Vuno will push for wider adoption of its biosignal-based AI technology. Vuno Med Deepcars predicts the probability of cardiac arrest occurring within a 24-hour period by analyzing a patient’s pulse, respiratory rate, diastolic and systolic blood pressure as well as body temperature. The data is collected from the electronic medical record of hospitalized patients.

In Cell Metabolism, researchers working at the University of Texas Southwestern Medical Center reported that when fat cells (adipocytes) are chronically stressed, as is characteristic of obesity, they can release small vesicle exosomes that are respiration-competent and essentially portions of mitochondria.

PERTH, Australia – Cardiovascular medical device company Venstramedical Ltd. has raised $2 million in seed funding to support development of a small catheter-inserted collapsible heart pump. The Sydney-based company is aiming to develop devices that provide cardiac support for failing hearts without the use of surgery, Venstramedical co-founder and CEO Martin Cook told BioWorld.

The FDA has approved Medtronic plc’s Evolut FX TAVR system for patients with symptomatic severe aortic stenosis. During Medtronic’s fiscal first quarter earnings call CEO Geoffrey Martha said the company will roll the latest generation system out in the U.S. market later this year, with a full launch planned in 2022.

DUBLIN – Cardior Pharmaceuticals GmbH has closed a €64 million (US$75 million) series B round, enabling it to move its lead micro-RNA (miRNA) inhibitor program into late-stage development in heart failure. The financing sets the stage for a potential revival of a therapeutic modality that had otherwise fallen out of favor with investors and with big pharma.

PARIS – The High Authority for Health (HAS) in France recently published a 165-page report on use over 10 years of long term mechanical circulatory assist devices (MCS). HAS conducted this wide-ranging study to review the conditions for the management of MCS devices, technology that has been constantly evolving over the past decade.