Since COVID-19 made headlines, researchers have been relentlessly working to find medicines and treatments to combat the effect of the viral infection as well as reduce complications and deaths. The ray of hope came in when drugs Chloroquine and hydroxychloroquine specifically used to treat malaria have proved to be effective in treating COVID-19 cases.
While these drugs are widely being used by healthcare practitioners, the side effects of these drugs are far from being ignored. As studies suggest these drugs are known to show peculiar morphological changes in the ECG of the patient knows as elongated QTc. An elongated QTc is associated with a greater risk of cardiac arrhythmia, known as torsades de pointes (TdP), a potentially life-threatening event.
The need for monitoring QTc
An elongated QTc itself raises the eyebrows of healthcare practitioners due to the potential risk of ventricular arrhythmias and even sudden cardiac failure. During such a crisis where a large study to explore the outcomes of treatment scope with Chloroquine and hydroxychloroquine can take months, its ideal to go with the limited knowledge to save lives. In managing the side effects, it’s advisable to monitor susceptible patients to keep safely using these drugs. Starting the medications by getting a baseline ECG to be able to measure changes once the drugs are administered can be helpful.
Why we need contactless digital technology like SanketLife
COVID 19 is equally dangerous to those who suffer from the infection and to those who come in contact with such people. The highest risk-takers are the healthcare practitioners and the assisting staff.
Science and engineering with advanced digital tools can aid the present scenario. With patients undergoing treatment for COVID-19, the contactless medical device holds a solution. Just like an infra-red thermometer which helps in taking temperature without any contact with the patient, ECG device like SanketLife can help in taking ECG with minimal contact.
The device enables remote heart monitoring. Without the need of an ECG technician, the device can take a complete 12 lead ECG and the reports can be digitally sent to doctors for quick interpretation via the mobile application. The precise algorithm has the potential to detect the slightest morphological changes on ECG and display the result.
The device like this can turn any normal smartphone into an important diagnostic tool and can help reduce the problem like lack of ECG device in any facility, time taken for reports to be generated and interpreted, minimal contact with patients and lesser manpower that can be utilized elsewhere in such desperate times
While the whole world is fighting against this biological hazard, the need of such devices that can help in monitoring patient vitals and wellbeing are must. To reduce casualties and take care of the lack of resources the government should immediately tie up with such companies that have innovations like these that are ideal to fit in such scenarios.
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