Benzinga | Jul 16, 2020 08:05AM EDT

CHF Solutions Announces Registry For Fluid Overload Conditions In Pediatric Patients

PRAIRIE, Minn., July 16, 2020 (GLOBE NEWSWIRE) -- CHF Solutions (NASDAQ:CHFS), a medical device company dedicated to improving the lives of patients suffering from fluid overload, today announced the development of a pediatric registry through a partnership with the Acute Kidney Injury Critical Care Research Foundation and Watermark Research Partners. The registry will collect real-world evidence on the use of the Aquadex SmartFlow(tm) ultrafiltration system in pediatric patients with fluid overload.

The registry will include data on ultrafiltration utility, performance, and safety profile in pediatric patients from approximately ten research institutions over an anticipated time period of two and a half years. The parties anticipate collecting data on up to 500 patients, and the registry is expected to be operational by the end of this year.

"Fluid overload is associated with increased mortality and adverse outcomes in pediatric patients. Improving our understanding of ultrafiltration performance in clinical conditions, such as cardiac or renal diseases, will be critically important to effectively inform our treatment strategies," said Dr. Stuart Goldstein, M.D., Professor of Pediatrics and Director, Center for Acute Care Nephrology at Cincinnati Children's Hospital Medical Center and Chairman of the Acute Kidney Injury Critical Care Research Foundation. "To date there has not been a large prospective multicenter evaluation of the use of the Aquadex system in pediatric patients. We expect this registry to expand knowledge about fluid overload to help healthcare providers determine the best solutions available for their patients."

"CHF Solutions is committed to supporting the collection of robust and current clinical data to allow medical professionals to make well-informed treatment decisions on behalf of their patients," said John Erb, CEO of CHF Solutions. "We believe that this investment will lead to a broad database of important clinical information to support life-saving interventions to treat fluid overload in pediatric patients."