Biotronik Tackles Emerging Technique in IDE Trial

The company has enrolled the first patient in the IDE to look the at use of its Solia S pacing lead when implanted in the left bundle branch (LBB) area.

Omar Ford

December 14, 2022

1 Min Read
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Image courtesy of imageBROKER / Alamy Stock Photo

Biotronik has enrolled the first patient in an IDE to examine the use of its Solia S pacing lead when implanted in the left bundle branch (LBB) area.

The Lake Oswego, OR-based company said its trial is expected to enroll up to 260 patients for evaluation at up to 25 sites in the United States. Biotronik said the trial would be conducted over 12 months and would include the evaluation of safety and effectiveness as well as patient quality-of-life measurements.

LBB 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.

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,” said David Hayes, CMO 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.”

The enrollment follows closely behind a partnership Biotronik announced with AliveCor. The collaboration is designed to use artificial intelligence to improve the delivery of connected care in cardiac diagnostics and remote patient monitoring.

 

About the Author

Omar Ford

Omar Ford is a veteran reporter in the field of medical technology and healthcare journalism. As Editor-in-Chief of MD+DI (Medical Device and Diagnostics Industry), a leading publication in the industry, Ford has established himself as an authoritative voice and a trusted source of information.

Ford, who has a bachelor's degree in print journalism from the University of South Carolina, has dedicated his career to reporting on the latest advancements and trends in the medical device and diagnostic sector.

During his tenure at MD+DI, Ford has covered a wide range of topics, including emerging medical technologies, regulatory developments, market trends, and the rise of artificial intelligence. He has interviewed influential leaders and key opinion leaders in the field, providing readers with valuable perspectives and expert analysis.

 

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