ASE Confirms Value of Tele-echo Training

ANDOVER, Mass.--()--At Medanta Hospital in Gurgaon, India, five EchoBox devices were connected to five GE Vivid ultrasound systems, streaming live echo images over the WEB to experienced sonographers located in the US. The sonographers were members of the American Society of Echocardiography, and were able to view the images in real-time as they were being scanned. This novel approach enabled remote imaging training for eight Indian physicians during live patient examinations.

“The EchoBox system worked just fine. The image quality was acceptable for a live feed from India thousands of miles away, and I was able to accurately correct views and discuss anatomy verbally as I watched the live feed.”

"The bigger problem in India is that many of the physicians performing echocardiography don’t have any means to verify their findings, and as a result, inaccurate diagnosis and inappropriate treatment are common problems. EchoBox is a great solution to overcome this challenge and it will allow the physicians to get instant expert advice from cardiac centers across the globe.” Manish Bansal MD FASE, consultant cardiologist, Medanta Hospital, India

“The EchoBox system worked just fine. The image quality was acceptable for a live feed from India thousands of miles away, and I was able to accurately correct views and discuss anatomy verbally as I watched the live feed." Brad Roberts, RDCS FASE, Baylor College of Medicine

Background: Point-of-care (POC) echocardiography may be helpful for mass triage, but such a strategy requires adequately trained sonographers at the remote site. The aim of this study was to test the feasibility of using a novel tele-echo training program for improving physicians’ imaging skills during preanesthetic cardiac evaluations performed in a community camp organized for treating cataract blindness.

Methods: Seventeen physicians were provided 6 hours of training in the use of POC echocardiography; nine were taught on site and eight were taught online through a transcontinental tele-echo system. The trained physicians subsequently scanned elderly patients undergoing cataract surgery. The quality of images was graded, and agreement between local physicians’ interpretations and tele-echo interpretations by worldwide experts was compared.

Results: A total of 968 studies were performed, with 660 used for validating physicians’ competence. Major cardiac abnormalities were seen in 136 patients (14.2%), with 32 (3.3%) deemed prohibitive to surgery in unmonitored settings. Although good-quality images were obtained more frequently by physicians trained on site rather than with tele-echo (P = .03), there were no differences between the two groups in agreement with expert interpretations. The majority of physicians (70.6%) expressed satisfaction with the training (average Likert-type scale score, 4.24 of 5), with no difference seen between the two groups. The training resulted in significant improvements in self-perceived competence in all components of POC echocardiography (P < .001 for all).

Conclusions: This study establishes the feasibility of using short-duration, one-on-one, personalized tele-echo education for wider dissemination of echocardiographic skills to local physicians in remote communities, essential for optimizing global cardiovascular health. (J Am Soc Echocardiogr 2015;28:75-87.)

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