Mobile System Captures and Manages ECG Data

The InvisionHeart ECG System is a mobile, cost-effective, technological solution for capturing and managing 12-lead ECGs, including the ability to read and visually compare, confirm, report, and store diagnostic quality readings. A proprietary high resolution 12-lead ECG device with an intuitive capture system is first used to record the ECG. The data is then transmitted to InvisionConnect, a secure cloud-based platform that allows a network of physicians, nurses, and technicians, to securely access and interpret patient the ECG readings.

Credentialed users can access ECGs from any web-enabled device, and additional cloud-based tools, such as messaging and notifications, help in the timely evaluation of patient ECGs. A web-based application with enhanced diagnostic tools assists in the review and formal diagnosis of patient ECGs, and integrates with electronic medical record systems (EMRs). The InvisionHeart ECG System is a product of InvisionHeart (Nashville, TN, USA), and has been approved by the US Food and Drug Administration (FDA).

“Initial interest has been strong from a broad array of potential users, especially those challenged to find a high-quality, low-cost solution that is secure and fully electronic,” said Melanie Varin, executive vice president of sales and marketing at InvisionHeart. “In addition to hospitals, we’ve detected genuine enthusiasm from the rapidly growing markets for home health and ambulatory care as well as other specialty markets.”

“This is a significant milestone in the development of our technology and, more importantly, a breakthrough in our ability to serve patients where ECGs have been traditionally unavailable,” said Josh Nickols, PhD, President and CEO of InvisionHeart. “Earlier diagnosis of cardiac issues via improved access will benefit patients, whether in the hospital setting or at home.”

In a conventional 12-lead ECG, electrodes are placed on the patient's limbs and on the surface of the chest. The overall magnitude of the heart's electrical potential is then measured from twelve different angles and is recorded over a period of time (usually 10 seconds). The heart's electrical depolarization is thus captured at each moment throughout the cardiac cycle, displayed as a graph representing of voltage versus time, i.e., the ECG.

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