Biotronik announce first patient enrolment for BIO-CONDUCT Solia S pacing lead trial

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Biotronik announce the first patient enrolment in BIO-CONDUCT, an US Food and Drug Administration (FDA) approved Investigational Device Exemption (IDE) trial examining the use of the Biotronik Solia S pacing lead when implanted in the left bundle branch (LBB) area, a location for which the Solia S lead is not currently approved.

Left bundle branch area pacing, a form of conduction system pacing, is an emerging technique for providing a more physiologic activation of cardiac tissue in patients needing ventricular pacing support. This pacing site may also help avoid the detrimental effects of traditional right ventricular pacing. The first patient enrolment and implant occurred at the NYU Langone Heart Rhythm Center and was performed by Larry Chinitz (Langone Heart Rhythm Center, New York, USA), lead investigator in the trial.

“Conduction system pacing, and left bundle branch area pacing in particular, represents a crucial area of current research,” says Chinitz. “This study represents the first time a stylet-driven lead, the Solia S, has been studied specifically in the setting of conduction system pacing. Understanding the acute and long-term performance of these leads within this clinical application is a critical step in advancing this new treatment option for patients. Given the encouraging results of previous trials with physiologic pacing, the ability to achieve these endpoints with stylet driven leads will likely increase patient access and possibly augment the favourable outcomes.”

The IDE trial will seek to demonstrate the safety and effectiveness of the Biotronik Solia S pacing lead when used in the left bundle branch area. The trial is expected to enrol up to 260 patients for evaluation at up to 25 sites in the USA. The trial will be conducted over 12 months and will include evaluation of safety and effectiveness as well as patient quality-of-life measurements.

Compared to traditional right ventricular pacing, conduction system pacing such as LBB area pacing has been proposed as a more physiologic alternative. “There is a great deal of excitement surrounding conduction system pacing, and we are eager to provide additional clinical data to physicians who want to use our leads for this emerging pacing option,” says David Hayes, Chief Medical Officer of Biotronik. “Biotronik is committed to advancing cardiac care, and we will continue to support efforts that enable physicians to treat their patients most effectively.”


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