World-class cardiac care, anytime, anywhere

Mayo Clinic Cardiac Monitoring is an end-to-end solution that merges leading-edge remote monitoring technology with years of Mayo Clinic cardiac monitoring experience. Designed to simplify and streamline the remote monitoring process, our program seamlessly connects patients with innovative diagnostics, delivering an enhanced experience for patients and their healthcare providers. Fast, reliable, and accessible, Mayo Clinic Cardiac Monitoring fosters a healthier and more informed future for patients and their physicians.

Video Delivering answers through remote cardiac care
Video Removing barriers with remote diagnostics
Patient story A heart full of gratitude
Patient story Detecting danger: Dan O’Bryan

A new standard in cardiac monitoring

Monitoring Monitoring
Monitoring

Our patient-centric approach optimizes clinical and real-world monitoring by offering a continuous monitoring solution. Easy to use and offering high-fidelity, our program equips providers with near-real-time full disclosure data for clinical decision-making and timely treatment delivery. Mayo Clinic certified rhythm analysis technicians excel at advanced analysis and interpretation of cardiac rhythms.

Why Mayo Clinic Why Mayo Clinic
Why Mayo Clinic

Sharing knowledge to improve care is at the heart of our patient-centric philosophy and exemplified by a 150-year tradition of partnering with healthcare providers. Mayo Clinic Cardiac Monitoring is rooted in one of the most comprehensive heart practices in the world, and participating practices are supported by the same technicians and physicians who treat Mayo Clinic patients.

For providers For providers
For providers

Designed by, backed by, and integrated into Mayo Clinic’s cardiology practice, our cardiac monitoring program extends the same near-real-time ambulatory cardiac monitoring services provided for Mayo Clinic patients to collaborating clinicians and patients. Continuous, customizable, and designed for an optimal patient experience, our solution equips physicians with vital information for timely decision-making and treatment.

For patients For patients
For patients

Remote cardiac monitoring through Mayo Clinic is a simple, seamless solution to heart rhythm monitoring that was built around patients’ needs. From start to finish, patients wear one easy-to-use device throughout one monitoring period. With 24/7 support provided by Mayo Clinic certified rhythm analysis technicians, patients receive Mayo Clinic quality care in their local community.

“The device transmits data digitally in near real time, which gives us the answers we need when we need them.”

Peter Noseworthy, M.D.

OUR DIFFERENCE

Innovative technology, individualized care
Mayo Clinic Cardiac Monitoring allows for a continuous, remote transition between all modalities of ambulatory cardiac monitoring, with no additional office visits required of patients. Worn for the duration of a single monitoring period, the cellphone-sized monitor was developed for usability. Because our monitoring platform can be customized by ordering physicians, each patient receives individualized care and expedient clinical answers.

Accelerate treatment decisions, improve patient outcomes
With our end-to-end platform, live monitoring can begin quickly, near-real-time patient data is transmitted automatically, and the waiting period between multiple rounds of monitoring — as well as delays associated with device turnaround — are eliminated. Because prolonged monitoring after clinical decisions can be made is detrimental to patient care, our program enables physicians to easily end service and receive the report as soon as a clinical diagnosis can be made.

Peace of mind through around-the-clock support
While we are monitoring them, your patients are in our hands. Our highly trained team of certified rhythm analysis technicians (CRAT) provides 24/7 support throughout the monitoring period. This team of technicians has decades of experience in the most complex cases and quickly communicates cardiac alerts and emergent information. By relieving the burden of troubleshooting technology issues or interpreting unclear or incomplete data, our partners can do what they do best: care for patients.

News and updates

The latest

CV Podcast: Mayo Clinic’s Experience with Cardioneural Ablation

In this “ECG Segment: Making Waves” episode of the “Mayo Clinic Cardiovascular CME” podcast, host Anthony Kashou, M.D., welcomes Guru Kowlgi, M.B.B.S., to discuss Mayo Clinic’s experience with cardioneural ablation. This episode explores the evolution of this procedure, patient selection criteria, and Mayo Clinic’s cardioneural ablation program.

Learn more
CME podcast: Improving ECG Literacy

In this “ECG Segment: Making Waves” episode of the “Mayo Clinic Cardiovascular CME” podcast, we delve into ECG literacy and explore various approaches to teaching and learning this essential skill.

CV Podcast: PVC Localization and Management

In this “ECG Segment: Making Waves” episode of the “Mayo Clinic Cardiovascular CME” podcast, host Anthony Kashou, M.D., discusses premature ventricular complexes (PVCs) with William G. Stevenson, M.D., a professor of medicine at Vanderbilt University Medical School.

CV Podcast: Lyme disease and the heart: How the ECG can save lives

In this “ECG Segment: Making Waves” episode of the “Mayo Clinic Cardiovascular CME” podcast, host Anthony Kashou, M.D., discusses the topic of Lyme carditis with expert Dr. Adrian Baranchuk. Lyme disease is a common tick-borne infection that can affect the heart, causing impaired electrical conduction and potentially serious complications if left untreated.

CV podcast: Personalized computational heart models to predict sudden death risk in hypertrophic cardiomyopathy

Ryan O’Hara, a Ph.D. candidate in biomedical engineering at Johns Hopkins University, joins Anthony Kashou, M.D., to discuss hypertrophic cardiomyopathy and how personalized computational heart models can be used to improve the risk stratification of these patients.

CV podcast: Artificial intelligence in automated ECG analysis

Peter Macfarlane, Ph.D., D.Sc., a University of Glasgow emeritus professor and honorary senior research fellow, joins host Anthony Kashou, M.D., to discuss the current and future role of computerized ECG interpretation.

CV podcast: Device agnostic artificial intelligence-based analysis of ambulatory ECG recordings

Biomedical engineer and deep learning expert Alan Kennedy, Ph.D., joins hosts Anthony Kashou, M.D., for an in-depth discussion about device agnostic ECG interpretation and how it will affect the future of cardiology.

CV podcast: Computerized left ventricular hypertrophy detection

Bob Farrell, Ph.D., principle engineer in diagnostic cardiology at GE Healthcare in Milwaukee, Wisconsin, and current member of the board of directors of the International Society of Computerized Electrocardiology, joins host Anthony Kashou, M.D., to discuss how computerized electrocardiography can help physicians detect and treat left ventricular hypertrophy.

Cardiovascular CME podcast: Aortic root enlargement

Juan Crestanello, M.D., chair of the Department of Cardiovascular Surgery at Mayo Clinic in Rochester, Minnesota, joins Kyle Klarich, M.D., to discuss aortic root enlargement, why it’s done, and which patients are the best candidates for the procedure.

CV podcast: Manual methods to differentiate wide complex tachycardias

Cardiac intensivist Adam May, M.D., joins Anthony Kashou, M.D., to discuss the different types of manual wide complex tachycardia differentiation methods available to clinicians today.

AI-guided screening detects new cases of atrial fibrillation, aims to prevent stroke

In a recent Mayo Clinic study, participants wore a continuous ambulatory heart rhythm monitor that transmitted their heart data to the Mayo Clinic team in real time. Researchers used a targeted strategy to apply artificial intelligence to the participants’ electrocardiogram data. As a result, they identified a subgroup of high-risk patients who could benefit from more intensive monitoring to detect atrial fibrillation. Doctors hope this approach can help in resource-limited environments, with the goal of connecting more patients to treatment to prevent strokes.

CV podcast: Fostering continued innovation in cardiology

Paul Friedman, M.D., chair of Mayo Clinic’s Department of Cardiology in Rochester, Minnesota, discusses how to foster an environment of ECG innovation to improve patient care.

ECG features and principles to differentiate wide complex tachycardias

Cardiac intensivist Adam May, M.D., and host Anthony Kashou, M.D., examine the underpinning principles behind the various differentiation algorithms and criteria that help clinicians properly distinguish wide complex tachycardias.

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