Feature | April 10, 2013

CardioGuide Enables Real-Time Navigation Leads During CRT Implants

System available in United States and Canada

April 10, 2013 — Medtronic Inc. announced market release of the CardioGuide Implant System, a novel real-time navigation system for cardiac resynchronization therapy pacemakers and defibrillators (CRT-P and CRT-D), in the United States and Canada. The system helps physicians determine the most appropriate location for left-ventricular lead placement by generating 3-D images of the cardiac veins; enhanced software for the system will be commercially available later this year that also analyzes the motion of select cardiac vessels on the left side of the heart. Clinical studies have shown that appropriate left-ventricular lead placement may improve CRT response in heart failure patients.

Paieon Inc. is the developer of the CardioGuide system. Based on its expertise in the field of real-time cardiac fluoroscopy-based image navigation, Paieon has invested considerable engineering efforts in the development of the CardioGuide system. Medtronic has an exclusive licensing agreement with Paieon to market the CardioGuide System worldwide.

“The future of LV lead implantation requires an individual-patient-tailored approach. We know from studies that the best location for one patient can be the least effective for another,” said Raymond Yee, M.D., director, arrhythmia service, London Health Sciences Centre, Ontario, Canada. “This system provides clinical and physiologic data acquired during the CRT case to ensure that the optimal lead and tools are used to implant the lead at the targeted location, potentially helping improve patient response to the therapy.”

CRT is a safe and effective treatment for indicated heart failure patients, proven to significantly reduce mortality and heart failure hospitalization rates. However, approximately one-third of patients who receive a CRT device do not fully benefit from this therapy; appropriate lead placement may improve patient outcomes. The CardioGuide System’s 3-D imaging software projects a roadmap and the targeted lead placement onto an overlay of the patient’s heart, and tracks the real-time location of the electrodes within the body using fluoroscopy. This enables the implanting physician to confirm that the lead is placed in the targeted location.

In addition, left-ventricular lead positioning is known to be time-consuming for physicians. In approximately 43 percent of cases, patient procedure times extend to two hours or more. Given its ability to guide lead placement in real-time, the CardioGuide System may help reduce overall implant procedure times.

“The CardioGuide Implant System offers the medical community a viable, cost-effective solution for targeting left-ventricular lead placement, the cornerstone of successful CRT therapy,” said David Steinhaus, M.D., vice president and general manager, heart failure, and medical director for the cardiac rhythm disease management business. “This is yet another example of our commitment to offering physicians the most advanced medical technology to help improve CRT response and ensure the best quality of care for all heart failure patients.”

The CardioGuide System is part of a comprehensive approach Medtronic has undertaken to deliver solutions to optimize CRT response and manage heart failure patients at every stage of care. The system is compatible with all Medtronic CRT devices, including the Viva/Brava portfolio available in Europe. The system received a Cardiostim Innovation Award from the European Society of Cardiology in 2012, and is available in the United States and Canada.

For more information: www.medtronic.com

Related Content

caffeine consumption, extra heartbeats, UCSF study, UC San Francisco, Journal of the American Heart Association
News | EP Lab| February 04, 2016
Contrary to current clinical belief, regular caffeine consumption does not lead to extra heartbeats, which, while...
Stereotaxis, Philips, collaboration, Niobe ES remote magnetic navigation system, Allura Xper FD10 cardiovascular X-ray

Niobe ES image courtesy of Stereotaxis Inc.

Technology | Cath Lab| February 04, 2016
February 4, 2016 — Stereotaxis and Philips have signed an addendum pursuant to their existing Development and Coopera
Biotronik, CE approval, Ilivia ICDs and CRT-Ds, ProMRI, MRI AutoDetect
News | Implantable Cardioverter Defibrillators (ICD)| February 03, 2016
Biotronik announced CE approval for its new Ilivia implantable cardioverter defibrillators (ICDs) and cardiac...
Abbott, Kalila Medical, acquisition, electrophysiology offerings

Vado Steerable Introducer Sheath image courtesy of Kalila Medical

News | Ablation Systems| February 02, 2016
Abbott announced that it has acquired private medical device company Kalila Medical Inc. Kalila Medical is a developer...
Allegheny General Hospital, MRI, patients with implantable cardiac devices, safety and effectiveness
News | EP Lab| February 01, 2016
The findings of a major study led by cardiovascular imaging specialists at Allegheny General Hospital (AGH) suggest...
News | EP Lab| January 29, 2016
Diseased hearts may be thrown out of rhythm by structural differences, now visible for the first time, in protein...
Technology | Ultrasound Intra-cardiac Echo (ICE)| January 26, 2016
Conavi Medical Inc. (formerly Colibri Technologies Inc.) has received U.S. Food and Drug Administration (FDA) 510(k)...
Kyoto University, Panasonic, remote heartbeat sensing, millimeter-wave radar

Japanese researchers have come up with a way to measure heartbeats remotely, in real time, and under controlled conditions with as much accuracy as electrocardiographs. The technology utilizes spread-spectrum radar to catch signals from the body and an algorithm that distinguishes heartbeats from other signals.

News | Remote Monitoring| January 26, 2016
Heartbeats can now be measured without placing sensors on the body, thanks to a new technology developed in Japan....
mechanical stimulation, cardiac cells, pacemakers, Technion-Israel Institute of Technology study
News | Pacemakers| January 26, 2016
January 26, 2016 — In a breakthrough that could change the future of...
St. Jude Medical, Optisure leads, FDA Class 1 Advisory, ICDs
News | Leads Implantable Devices| January 25, 2016
St. Jude Medical is recalling the Optisure implantable cardioverter defibrillator (ICD) leads due to a manufacturing...
Overlay Init