The Journal of Industry and Technology

Industrial Analytical Instrumentation

Euro Technology

Serving industry for over 36 years
Three leading magazines for key executives,  engineers, universities,
manufacturers, laboratory technicians, scientists, and research establishments

Life sciences and clinical instrumentation

Successful first implantations of Resheathable
Transcatheter Aortic Valve implantations in Aortic Stenosis
patients at the University Heart Center Hamburg-Eppendorf
(UKE) confirm safety at 30 days / vascular intervention

BIOTRONIK, a leading manufacturer of cardio- and endovascular medical devices, announced the completion of the BIOVALVE first-in-human trial for its new transcatheter aortic valve. Study doctors successfully implanted the BIOTRONIK device in patients suffering from severe symptomatic aortic stenosis. The study, which established the transcatheter aortic valve implantation (TAVI) device's early safety at 30 days1, was conducted at the University Heart Center Hamburg-Eppendorf (UKE), Germany.

With the BIOVALVE trial, BIOTRONIK confirms its aim to enter the structural heart market with a second-generation resheathable TAVI device for treating aortic stenosis. The most prevalent valvular heart disease, aortic stenosis is particularly common in those over the age of 75; around 1.2 million patients are diagnosed with this condition in Europe alone.2 Many of these patients are eligible for TAVI, a catheter-based procedure that replaces a patient's diseased native aortic valve with a bioprosthesis. To aid the implantation and improve patient safety, the BIOTRONIK TAVI device allows for resheathability, meaning that, if necessary, the valve can be retracted into the delivery sheath, repositioned and redeployed in the correct position.

"Resheathability is an essential safety feature for this type of TAVI device," commented study investigator Dr. Ulrich Schäfer, UKE, Hamburg, Germany. "The BIOTRONIK device examined in the BIOVALVE trial features resheathability, which greatly improves the procedure's chance for an optimal outcome."

The resheathable BIOTRONIK TAVI device features an 18 F delivery system which deploys a porcine pericardial valve mounted on a self-expanding nitinol stent. "As the average TAVI patient is typically older and often suffers from multiple comorbidities, these patients greatly benefit from the transfemoral approach used in the BIOVALVE trial," explained BIOVALVE study investigator Dr. Henrik Treede, UKE, Hamburg. "The BIOTRONIK TAVI device's ease of use means a simpler procedure and potentially fewer complications."

On May 20, Dr. Treede presented clinical and performance data about the BIOTRONIK TAVI device during a Hot Line Session at EuroPCR 2015 in Paris, France.

"As an established and trusted provider of cardiac rhythm management and vascular intervention devices, BIOTRONIK is now poised to bring the same unwavering commitment to quality and innovation to the structural heart market," stated Dr. Daniel Buehler, BIOTRONIK President, Vascular Intervention. "Our TAVI system's ease of use and resheathing capabilities reflect our long-term expertise in developing catheter-based interventional devices, which has allowed us to streamline performance and grant patients enhanced treatment options. We eagerly look forward to further study results confirming the system's safety and efficacy."

References
§ 1 According to VARC-2 definition: Kappetein et al. EuroIntervention. 2012, 8. § 2 Mylotte et al. Journal of the American College of Cardiology. 2013, 62.

For further information, view website: www.biotronik.com or e-mail: manuela.schildwaechter@biotronik.com 
Refer to page 237

Quick page links - Display rates - Features - Magazine profile - Home page - Company index - Page 79


Industrial and Technological Publications
Leading the way in on-line magazine publishing
The Journal of Industry and Technology - Euro Technology - Industrial Analytical Instrumentation
Title registered in London 1978. Registration number 2334966

Twitter: www.twitter.com/@thejournalofind - Twitter: www.twitter.com/@eurotechnologym - Twitter: www,twitter.com/@industrialanaly
Google+: www.google.com/+ThejournalofindustryandtechnologyBiz21 Linkedin: www.linkedin.com/in/williamdigbyhammertonthejourna
Google+: www.Google.com/+Eurotechnologymagazine21E  Google+: www.google.com /+Industrialanalyticalinstrumentation21IA
Follow on Facebook: http://facebook.com/pages/The-Journal-of-Industry-and-Technology/171016159602089