The wireless guidewire is designed for use during transcatheter aortic valve replacement procedures. Credit: Xenter / Business Wire.

US-based Xenter has unveiled a new dual-sensor investigational guidewire for use during transcatheter aortic valve replacement (TAVR) procedures.

Claimed to be the first of its kind, the wireless guidewire assists in gathering a wide range of key real-time data points to serve as aortic regurgitation measurement (xAR) and a clinical decision support tool, improving para-valvular leak (PVL) prediction during TAVR.

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The functionality of this guidewire enables the comprehensive collection and analysis of data. It also helps to provide the required data for new artificial intelligence (AI) decision-making tools.

The aim of this guidewire is to enhance clinical decision-making by providing more information, thereby enhancing patient results.

Furthermore, the guidewire is intended for seamless operation within the Cardiac Catheterisation Lab’s wireless ecosystem, enhancing real-time data and analysis accessibility.

Xenter chairman and CEO Rich Linder established the company intending to transform the gathering of physical intelligence (PI) data into actionable insights.

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“We built Xenter to enable AI tools to be utilised with ease and accuracy using new smart/wireless medical devices that transmit real-time PI data,” Linder explained.

“Xenter is pioneering ‘smart’ medical devices and a wireless ecosystem that eliminates the capital equipment and mobile carts that clutter hospitals throughout the world.

“Xenter is launching the XMD cloud that interfaces with hospital EHRs and enables AI-driven Clinical Decision Support Tools derived from real-time PI data.”

Based in Salt Lake City, Utah, Xenter is involved in the development of new wireless medical device technologies that offer real-time PI data.