The company’s Carnation Ambulatory Monitor (CAM™) patch is a non-invasive P-wave centric arrhythmia detection device. It is the P-wave that is central to understanding an arrhythmia’s origin. The CAM patch’s P-wave focused technology has an extremely low noise floor of 2.5 microvolts, which enables recognizing the often difficult-to-detect P-wave, thus delivering optimal ECG clarity unlike traditional Holter monitors. Chief Commercial Officer at Bardy Diagnostics, Ken Nelson explains, “It is like competitive products look at a P-wave through binoculars, and we can view the P-wave through a microscope.” In addition, the CAM patch provides visualization of the R-waves (correlating ventricular rhythm) as well, enabling accurate and definitive arrhythmia diagnosis. Furthermore, CAM patch’s diagnostic accuracy is substantiated by head-to-head clinical trials against Holter monitors and other competitive products.
The unique narrow hourglass shape of the patch is well-suited for placement upon the sternum directly over the atria for optimum recording.
The CAM patch offers three market-leading competitive advantages of advanced diagnostic accuracy, patient-friendly design, and physician-friendly flexibility
The CAM patch can be comfortably and discreetly worn by men, women, and children, while improving patient compliance with its lifestyle-enabling patch design that permits exercising, sleeping, and showering while the device is worn. It is the only device designed to be comfortable for women. In addition, the product is available in 48-hour and 7-day recording options to provide physician-friendly flexibility. “The CAM patch offers three market-leading competitive advantages of advanced diagnostic accuracy, patient-friendly design, and physician-friendly flexibility,” says Nelson.
As an example, deploying Bardy Diagnostics’ services has enabled a renowned pediatric academic hospital to identify in their patient population previously undiagnosable arrhythmias using traditional monitors, like atrioventricular reentrant tachycardia (AVRT) and AV node reentrant tachycardia (AVNRT). In addition, the CAM patch design has drastically improved patient compliance in this pediatric group. As a result, institutions are now able to effectively diagnose and more quickly determine the appropriate procedure or intervention for their pediatric patients.
Unlike certain rivals, Bardy Diagnostics also offers multiple options for scanning, generating reports, and reviewing of data in-house without the frustrations of outsourcing. The company also provides download stations to Emergency Departments (EDs) where patients with significant arrhythmias requiring emergency medical attention can download their data in the ED and send it to the company for timely creation of reports, while some of Bardy Diagnostics’ competitors may entail a long duration for the same process.
Dr. Bardy envisions bringing P-wave centric monitoring to all forms of cardiac monitoring from 24 hours up to 30 days. He aspires to build AI-based, expert-validated products to consistently and objectively provide accurate diagnoses to providers and their patients. In the world of digital health, Bardy Diagnostics passionately believes in its potential to be the vanguard of cardiac monitoring patches alongside, “developing a more robust product portfolio within not only the cardiac monitoring space but also the vital signs monitoring space as well,” concludes Nelson.