Affluent Medical SA said that its artificial sphincter, Artus, which treats stress urinary incontinence, was successfully implanted into the first patient. The company hopes that the device, which is the first artificial urinary sphincter that can be activated by the patient with a remote control, will be able to improve the quality of life of the millions of people suffering from urinary incontinence.
Affluent Medical SA reported initial success from the first minimally invasive transcatheter implantation of its biomimetic Epygon heart valve. This was placed in a 62-year-old female suffering from a severe form of mitral regurgitation, considered untreatable via traditional heart surgery due to multiple risk factors. This first-in-human trial was performed at the Molinette Hospital, part of the City of Turin University Hospitals of Health and Science.
Affluent Medical SA reported the imminent raising of nearly $14 million to fund development throughout 2023 of its implantable medical devices for treating urinary incontinence and heart valve pathology. Affluent, quoted on the Paris Euronext stock exchange since 2021, issued new shares accompanied by redeemable share warrants with shareholder preferential subscription rights being preserved.
PARIS – Affluent Medical SAS aims to raise $40 million on the Euronext Paris regulated market to finalize the development of three minimally invasive prostheses in urology and interventional cardiology. The Aix-en-Provence, France-based med-tech will issue 3,387,210 new shares. Affluent has already received subscription pledges exceeding $24 million, including $12 million from funds managed by Paris-based Truffle Capital.
PARIS – Affluent Medical SA recently raised $17.8 million in new financing. This will be used to bring forward the clinical program for its minimally invasive implants, designed to restore physiological function in patients suffering from structural heart disease as well as urinary incontinence.
French startup Affluent Medical SA has launched a European pilot study in humans of its native-like transcatheter mitral valve technology. The Epygon valve is designed to restore the normal blood flow vortex in the left side of the heart and treat left ventricle disease, particularly in so-called “functional” patients.