News | Hemodynamic Monitoring Systems | December 01, 2020

Study Finds TMVR Procedural Efficiency Using the VersaCross RF Transseptal Solution

MitraClip guide delivery achieved in under 7.5 minutes

A recent publication demonstrated procedural efficiency for MitraClip transcatheter mitral valve repair (TMVR) with use of the Baylis VersaCross RF Transseptal Solution, reporting guide delivery from femoral access in under 7.5 minutes.

December 1, 2020 — A recent publication demonstrated procedural efficiency for MitraClip transcatheter mitral valve repair (TMVR) with use of the Baylis VersaCross RF Transseptal Solution, reporting guide delivery from femoral access in under 7.5 minutes.[1,2]

The VersaCross solution features a single radiofrequency (RF)-tipped wire used to introduce the transseptal sheath into the superior vena cava (SVC), gain transseptal access and act as an exchange wire in the left atrium to facilitate MitraClip Guide delivery. Typically, this process involves exchanging multiple devices to achieve and maintain transseptal access. The VersaCross platform is the world's first, exchangeless solution for access-to-delivery of left heart therapy devices.

The publication, titled "Initial Clinical Experience with VersaCross Transseptal System for Transcatheter Mitral Valve Repair" was published in Catheterization and Cardiovascular Interventions, in November 2020.[1] The research was led by Anita W. Asgar, M.D., interventional cardiologist in the Cardiology Division of the Montreal Heart Institute. 

Initial findings concluded procedural efficiency, citing 3.3 minutes to gain transseptal access and a subsequent 3.8 minutes to achieve MitraClip Guide delivery, with a 100% success rate. Previously published data cited 16 minutes to gain transseptal access with use of other transseptal solutions.[3] Additionally, researchers noted a reduced number of wire exchanges required, with the ability to reposition puncture location on the fossa ovalis without the need to rewire.

"The VersaCross platform has improved efficiency in my practice. The exchangeless technology allows me to perform precise puncture and delivery of MitraClip guide in under 8 minutes, allowing for safer, more efficient and predictable procedures for my patients," Asgar said.

The VersaCross solution can be customized to meet physician preference and the patient's needs. This includes J-Tip and Pigtail wire configurations, as well as tailor-built fixed and steerable sheath options.

"Working closely with leading physicians, we identified a clinical need for technology that allows for controlled precision and secure, effortless delivery while minimizing procedural steps. We are thrilled to learn that these researchers experienced what we set out to design to meet the needs of both physicians and patients," said J.P. Urbanski, Ph.D., who led the development of the VersaCross solution at Baylis Medical. 

Baylis announced Sept. 1, 2020, the first clinical use of the VersaCross Steerable Access Solution, performed at the University of California, San Francisco (UCSF).

Launched in 2019, the VersaCross is the first all-in-one solution for left-heart access-to-delivery. The device acts as a puncture device, an anchor in the left-atrium and a sturdy exchange rail to facilitate sheath exchange. The newest addition to the VersaCross Transseptal Platform combines the VersaCross RF wire with a steerable sheath and uses radiofrequency (RF) ablation to puncture the septum.

For more information: www.baylismedical.com

References: 

1. Neila Sayah, Francois Simon, Patrick Garceau, et al. Initial clinical experience with VersaCross transseptal system for transcatheter mitral valve repair. Catheterization and Cardiovascular Interventions. First published online 11 November 2020. doi.org/10.1002/ccd.29365.

2. Using the VersaCross RF Transseptal Solution from femoral access; based on 3.3 min for TSP and 3.8 min for subsequent MitraClip guide exchange. 

3. Francesco Maisano, Giovanni La Canna, Azeem Latib, et al. Transseptal access for MitraClip procedures using surgical diathermy under echocardiographic guidance. EuroIntervention. 2012 Sep;8(5):579-86. doi: 10.4244/EIJV8I5A89. 


Related Content

News | Cardiovascular Clinical Studies

January 26, 2023 — A newly-released study extends the understanding of how acquired mutations in blood cells act as a ...

Home January 26, 2023
Home
News | Cardiovascular Clinical Studies

January 24, 2023 — Four cardiology organizations have joined forces in a call to action to reinvent randomized clinical ...

Home January 24, 2023
Home
News | Cardiovascular Clinical Studies

January 11, 2023 — Imbria Pharmaceuticals, Inc., a clinical stage, cardiometabolic company developing novel therapies ...

Home January 11, 2023
Home
News | Cardiovascular Clinical Studies

January 3, 2023 — Acutus Medical, Inc., an arrhythmia management company focused on improving the way cardiac ...

Home January 03, 2023
Home
News | Cardiovascular Clinical Studies

December 30, 2022 — The Cardiovascular Research Foundation (CRF) recently announced that Alexandra Popma, MD, has joined ...

Home December 30, 2022
Home
News | Cardiovascular Clinical Studies

December 28 2022 — Abiomed announces the United States Food and Drug Administration (FDA) has approved the version of ...

Home December 28, 2022
Home
News | Cardiovascular Clinical Studies

December 27, 2022 — A groundbreaking new clinical trial to determine the effectiveness of a new treatment for patients ...

Home December 27, 2022
Home
News | Cardiovascular Clinical Studies

December 21, 2022 — Esperion announced that the landmark Cholesterol Lowering via Bempedoic acid, an ACL-Inhibiting ...

Home December 21, 2022
Home
News | Cardiovascular Clinical Studies

December 13, 2022 — A new study by researchers at Intermountain Healthcare in Salt Lake City finds that patients without ...

Home December 13, 2022
Home
News | Cardiovascular Clinical Studies

December 9, 2022 — BioSig Technologies, Inc. an advanced digital signal processing technology company delivering ...

Home December 09, 2022
Home
Subscribe Now