Cincor Pharma Inc.’s IPO at the start of the year underlined hopes for a new way to attack treatment-resistant hypertension and related diseases, as the Boston-based firm touted what one analyst called it ‘pipeline in a pill,” CIN-107, which selectively targets aldosterone synthase to lower aldosterone levels, in turn knocking down blood pressure.

A bioelectronic device developed by U.K. startup Ceryx Medical Ltd. has shown potential to restore cardiac performance in preclinical studies. The Cardiff, Wales-based company published data showing its Cysoni technology increased cardiac output by 20% compared to current pacemakers.

Bioventrix Inc. acquired Materacor Inc., the developer of a heart failure therapy that uses an injectable alginate-based hydrogel and a minimally invasive endocardial delivery system to restructure the left ventricle and reverse or stop the progression of ischemic or non-ischemic congestive heart failure with reduced ejection faction (HFrEF). The terms of the transaction were not disclosed.

Johnson & Johnson business Cerenovus Inc. is launching a balloon guide catheter for the U.S. and Canada stroke market. The Irvine, Calif.-based company’s Emboguard device is designed to remove blood clots by controlling blood flow during mechanical thrombectomy procedures. It is the latest addition to the Cerenovus stroke portfolio, which includes the Embotrap III revascularization device, the Prowler EX microcatheter, the Cerenovus large bore catheter and Cerebase guide sheath.

PARIS – An interdisciplinary academic research consortium in Italy has devised and tested nanowires that restore physiological cell-to-cell conductance. This research team, led by the Experimental and Applied Medical Technology Lab (Tecmed Lab) at the Department of Medicine and Surgery at the University of Parma, Italy, has just published the results of multiple local in situ injections of nanowires into left ventricular infarct regions in Nature Communications.

The pivotal, multicenter trial commissioned by Envveno Medical Corp. is intended to show its first-in-class Venovalve implant is safe and effective for treating deep venous chronic venous insufficiency (CVI), which occurs when damaged valves inside the veins of the leg prevent blood from flowing up the leg and into the heart and lungs.