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Article Abstract

In the present scenario of COVID-19, there has been a sudden surge in demand for tele- consultancy. Such measures require resources to support the system. Replacement of conventional equipment used in a clinic with digital equipment is not feasible due to their cost and scalability issues. The authors developed a simple low-cost (almost zero cost) method to convert a conventional stethoscope into a tele-stethoscope. Such a simple modification can be useful in periphery wherein doctors are still not available and the growing number of patients would require a diagnosis of the chest conditions.

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http://www.ncbi.nlm.nih.gov/pmc/articles/PMC7842482PMC
http://dx.doi.org/10.4103/jfmpc.jfmpc_1101_20DOI Listing

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In the present scenario of COVID-19, there has been a sudden surge in demand for tele- consultancy. Such measures require resources to support the system. Replacement of conventional equipment used in a clinic with digital equipment is not feasible due to their cost and scalability issues.

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Development of a tele-stethoscope and its application in pediatric cardiology.

Indian J Exp Biol

January 2007

Maternal-Fetal Cardiac Unit, Royal Portuguese Hospital, Av. Portugal, 163, Recife PE, 50090.900, Brazil.

Over the years, many attempts have been made to develop special stethoscopes for the teaching of auscultation. The objective of this article is to report on the experience with the development and implementation of an electronic stethoscope and a virtual library of cardiac sounds. There were four stages to this project: (1) the building of the prototype to acquire, filter and amplify the cardiac sounds, (2) the development of a software program to record, reproduce and visualize them, (3) the testing of the prototype in a clinical scenario, and (4) the development of an internet site, to store and display the sounds collected.

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