You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
ADVERTORIAL<br />
WebCardio – Multiday,<br />
Disposable, Wireless Holter<br />
Monitoring Solution for ECG<br />
THE NEXT GENERATION OF AMBULATORY ECG MONITORING<br />
WebCardio is a Wireless, Disposable,<br />
Multiday Holter monitor that can<br />
continuously record ECG up to three<br />
days. It can be used for detection and<br />
quantification of Cardiac Arrhythmias<br />
including Tachycardia, Bradycardia,<br />
Pauses, Conduction delays and blocks,<br />
Ventricular and Supraventricular beats<br />
and runs, and Atrial fibrillation.<br />
The WebCardio solution developed<br />
by GadgEon using LifeSignals’ USFDA<br />
cleared Biosensor Platform, has gone<br />
through clinical validation and<br />
commercially launched in selected cities.<br />
The WebCardio solution consists of<br />
a body worn disposable ECG patch,<br />
a companion mobile App and cloud<br />
based Rhythm interpretation and<br />
report generation service. The nurse or<br />
technician can view the ECG waveform<br />
after affixing the ECG patch on the<br />
patient, by wirelessly pairing it with<br />
a companion mobile App. This helps<br />
technician to ascertain the quality of<br />
ECG before starting the Holter recording<br />
process. Once recording is initiated, the<br />
patient can go home and continue with<br />
their normal activities. The ECG Patch<br />
shall continuously acquire and store the<br />
data in its memory. The stored ECG data<br />
is automatically transferred wirelessly<br />
to the already paired mobile app at a<br />
periodic interval. This data is then pushed<br />
to the cloud server from the Mobile<br />
App, when cellular network is available.<br />
The patch can be worn by the patient<br />
up to 72 hours as prescribed by the<br />
doctor.<br />
Once the complete ECG data is<br />
available in the server, a team of qualified<br />
cardiac technicians analyzes the ECG<br />
and creates the report using USFDA<br />
approved Holter analysis software.<br />
Reports and the full disclosure ECG<br />
are then made available online to the<br />
doctor. The report shall optionally be<br />
emailed to the clinical personnel.<br />
The WebCardio “Pay per Use model”<br />
allows smaller clinics and individual<br />
doctors to add Holter monitoring to their<br />
practice without any capital investment.<br />
For the hospitals, that already has<br />
Holter recorder, WebCardio solution<br />
would help to augment the capacity<br />
without any additional capital<br />
investment and also helps to provide<br />
extended Holter monitoring service of up<br />
to 72 hours.<br />
WebCardio solution improves the<br />
productivity and reduces the workload of<br />
hospital personnel (nurse, technician) as<br />
ECG patch can be easily administered on a<br />
patient compared to a traditional multiple<br />
lead Holter recorders. Further, the analysis<br />
and report generation is available as<br />
service from WebCardio. The small size<br />
and compact design of ECG patch helps<br />
the patient to continue with normal<br />
daily activity, resulting in improving the<br />
diagnostic yield with better compliance<br />
and long-term monitoring. The cloud<br />
based wireless solution of WebCardio also<br />
helps the patient by reducing the<br />
hassles and costs related to multiple visits<br />
to hospital.<br />
WebCardio will soon add more features<br />
to evolve into a comprehensive Remote<br />
patient monitoring solution including near<br />
real time monitoring services and support<br />
for multiple vital parameters. It will<br />
also have variants to support various<br />
inhospital use cases. With Machine<br />
learning and AI capabilities integrated,<br />
WebCardio will deliver advanced<br />
diagnostic decision support system,<br />
which enables predictive and proactive<br />
healthcare services. Riding on the<br />
current mobile revolution, WebCardio<br />
also helps to meet telemedicine needs to<br />
rural segment.<br />
This is a sponsored article. <strong>FM</strong> editorial holds no responsibility for the information therein.<br />
88 / FUTURE MEDICINE / <strong>OCTOBER</strong> <strong>2018</strong>