Vaccines public health measures, as well as worldwide enthusiasm in accomplishing this aim as a consequence of the coronavirus pandemic’s massive social and financial damage all, contribute to elimination.

According to a comparative assessment of scientific, political, and financial realities for all 3 viruses reported in the open journal BMJ Global Health, global eradication of COVID-19 is likely, and better so than for polio, albeit much less so than it is for measles.

Experts Say Worldwide Eradication Of COVID-19 Is More Likely Than Polio

On every one of the 17 factors, they employed a three-point grading method. Variables like the accessibility of effective and safe flu vaccination, life-long immune system, the effect of public health programs, efficient government management of infection prevention and control notifications, public and political worry about infection’s economic consequences, and acceptability of preventive measures were all considered.

Smallpox is proclaimed eliminated in 1980, and 2 of the 3 poliovirus serotypes had also being proclaimed eliminated worldwide.

Experts Say Worldwide Eradication Of COVID-19 Is More Likely Than Polio

“While our analysis is a preliminary effort, with various subjective components, it does seem to put COVID-19 readability into the realms of being possible, especially in terms of technical feasibility,” they write.

The primary hurdles, according to the scientists, are ensuring adequate vaccination penetration or being ready to react fast sufficient to variations that might avoid immunization. The role of vaccine is the most important one if we want to get rid of this virus infection. It is required that almost everyone and everywhere get the vaccine which can help him prevent infection.

It is due to vaccine only that the spread of the virus can be limited as antibodies can tarnish its effects in the body and lead the immune system to make them inefficient and dead in the body so that the next person cannot be infected. Hence vaccines can help to break the chain of infection and spread of the virus which can ultimately lead to the complete removal of this virus.

“Nevertheless, there are of course limits to viral evolution, so we can expect the virus to eventually reach peak fitness, and new vaccines can be formulated,” they explain.

They agree that, in comparison to smallpox like polio, COVID-19 elimination has technological hurdles such as low vaccine uptake and the introduction of more genetically heterogeneous forms that could elude immunization and outpace worldwide immunization efforts.

“Other challenges would be the high upfront costs (for vaccination and upgrading health systems), and achieving the necessary international cooperation in the face of ‘vaccine nationalism’ and government-mediated ‘anti-science aggression’,” they admit.

The flu virus longevity in mammal reservoirs also may hamper elimination attempts, but this will not seem to be a severe problem, according to the researchers.

On the one side, there is a worldwide commitment to combat the virus. COVID-19’s significant medical, societal, and financial repercussions in much of the globe have sparked “unprecedented global interest in disease control and massive investment in vaccination against the pandemic,” they point out.

They argue that updating healthcare services to remove the viruses can also assist manage other illnesses or even abolish smallpox.

COVID-19, like smallpox and measles, also advantages from the additional influence of public health interventions like border restrictions, social distance, contact tracing, and masks wear, which could be quite successful if implemented properly.

“Collectively these factors might mean that an ‘expected value’ analysis could ultimately estimate that the benefits outweigh the costs, even if eradication takes many years and has a significant risk of failure,” they write.

Researchers admit that their research is experimental so more in-depth research is needed. They suggest that the WHO, or a consortium of national organizations acting together, should officially assess the possibility and acceptability of pursuing COVID-19 elimination.