Cardiologists perform world’s first valve-in-valve caval valve procedure in heart transplant patient

first-in-man valve-in-valve caval valve implantation

Fluoroscopy confirming no signs of paravalvular leak after a successful valve-in-valve caval valve implantation. Image courtesy of Jennifer von Stein, MD, et al. and JACC: Cardiovascular Interventions

A care team in Germany has completed what may be the first structural heart procedure of its kind on a high-risk patient. It started as a straightforward heterotopic caval valve implantation, but then paravalvular leak resulted in a change of plans. 

Cardiology still a leader in healthcare AI, trailing only radiology in FDA-cleared algorithms

An example of HeartFlow's new RoadMap Stenosis software that uses artificial intelligence (AI) to show areas of interest for possible stenting based on a patient's CT scan and FFR-CT. This software is still undergoing beta testing at several hospitals and will likely be rolled out commercially later in 2023.

An example of HeartFlow's new RoadMap Stenosis software that uses artificial intelligence (AI) to show areas of interest for possible stenting based on a patient's CT scan and FFR-CT. The software was rolled out commercially in April 2023.

At its current rate, the number of clinical AI models cleared by the FDA will break 1,000 before the end of 2024. Cardiology continues to play a significant role in this ongoing trend. 

CMS increases inpatient payment for Recor Medical, Medtronic renal denervation systems

The U.S. Food and Drug Administration (FDA) has approved Recor Medical’s Paradise Ultrasound Renal Denervation (RDN) system for uncontrolled hypertension. The Recor system gained FDA clearance in November 2023.

Paradise Ultrasound image courtesy of Recor Medical. 

Physicians using the Paradise Ultrasound Renal Denervation system from Recor Medical or Symplicity Spyral Renal Denervation system from Medtronic will soon be eligible for a much more significant reimbursement when treating Medicare patients in an inpatient setting.