The COVID-19 pandemic: research topics

Pandemics in human history always lead to countless, sometimes unprecedented, problems that great thinkers need to find solutions to. Researchers are positive opportunists who do not give in to the constant search for the “what”, “when”, “who” and “how” of each situation in order to relieve humanity. In the current epidemic, researchers from various disciplines need to think about how they can provide the epidemic with a new perspective and, most importantly, propose urgent solutions to the associated challenges that threaten human structures for their survival.

Since the outbreak of the global COVID-19 pandemic, health scientists and related have started to study the etiology, epidemiology, pathophysiology, histopathology, clinical evaluation / treatment /. Treatment and diagnosis of COVID-19. An overview of scientific work in this area shows great contributions from Asian researchers, particularly from China, where the epidemic began. These diligent researchers have never paid medical attention to what should be done to combat the virus. These remarkable researchers have followed this path even under dangerous working conditions which have led to the loss of some. They really showed and demonstrated what researchers need to do all the time to find solutions to relieve the pain of others, even during a pandemic. However, your colleagues in other countries need to do more. Doctors are expected to study the genome sequence of the new corona virus in different parts of the world. Interestingly, other medical professionals are diligently investigating this phenomenon to find out more about the coronavirus by offering preventive measures and, most importantly, finding drugs and vaccines to combat it completely. For example, while doctors look through the prism of conventional medicine, herbalists are experimenting with ways to use plant extracts to make drugs that can strengthen the immune system and / or provide a buffer. strong immune system to fight the coronavirus. These efforts are commendable. There is still work to be done to find more effective methods of testing COVID-19 patients, contact tracing, and coronavirus precautions / precautions.

Engineering researchers, especially computer and mechanical engineers, are developing technologies to curb the spread of COVID-19. In some countries, digital technologies such as drones and robocops have been developed and used to encapsulate manual use of locks. Mobile technologies such as the development of new contact tracing applications for COVID-19 patients and those who have been in contact with them are also under development. For example, MIT researchers are developing an artificial intelligence system that complements manual contact tracking by public health personnel based on short-range Bluetooth signals from smartphones. In South Africa, ambulances are used with automated test kits and laboratory services that have been developed through extensive research to test and track people with COVID-19, even in remote and difficult areas. Access. In Ghana, the Ministry of Health recently launched the COVID-19 app, which can be used to identify infected people or people who have come into contact with carriers of the COVID-19 virus. These technologies, which were developed as a result of rigorous studies by some mechanical engineers and computer hardware and software engineers, are being used to combat COVID-19. Additional technological tools to fight the coronavirus are always needed, and tech researchers are constantly on the table to study these potentials.

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