The pandemic caused by the coronavirus, officially known as SARS-CoV-2, has suddenly mobilized the scientific research sector, key to overcoming this situation. Study centers and laboratories in different countries focused their efforts on achieving what the world needed most while thousands of people were becoming infected: the vaccine to protect against the virus. how were vaccines developed
In this effort by scientists to combat this disease that came into our lives at the end of 2019, chemistry is one of the sciences that is playing a fundamental role in achieving real advances in the fight against the coronavirus. One of the keys to Soluquisa’s success in the chemical handling market is precisely this, since since the health crisis began around the world we have continued working to improve products and offer the highest quality of life for the end consumer. how were vaccines developed
All the vaccines that are being punctured in people’s arms, the medicines ingested by the sick and the hand disinfection products are the result of enormous efforts by the chemical industry . As they are essential inventions to end something as serious as a pandemic, it is essential that the chemical knowledge of the laboratories is the most efficient and fast. Today we will detail how this science, so important to our lives, is contributing to the development of vaccines and the fight against covid.
How were vaccines developed?
At the end of 2020 many countries started their vaccination campaign. Six months after the start of the prick process, we can see that this protection method is one of the most effective in achieving complete immunization of a population. It is important to bear in mind that the arrival of vaccines in health centers around the world is due much to the strength of the chemical industry , which during the last emergency months was tirelessly dedicated to the development of doses.
Scientists from different parts of the globe have been studying possible protections long before the start of the pandemic, since severe acute respiratory syndrome (SARS) was already known before its variant called Covid-19 emerged. Background knowledge from the chemical and pharmaceutical industry helped bring today’s vaccines into our arms as quickly as possible .
The clinical trials were developed in three different phases in order to ensure the effectiveness and safety of the doses . Dozens of volunteers of different races and ages have participated in the test phase for the queue of results, which at the end of the entire process detected that the vaccines against Covid-19 are effective.
Professionals responsible for vaccine development have studied various molecules such as hydroxychloroquine, azithromycin, lopinavir, ritonavir, umifenovir, and plitidepsin . Although the current doses available in the market are offering the expected result, the chemical industry is still working to do more tests, diagnoses and studies. It is more than clear that the efforts of scientists and chemists have a very positive impact on people’s lives and will continue to do so.
Chemistry has also helped prevention
But chemical knowledge has not only helped the development of vaccines, but also the creation of new cleaning products . The world population is already used to a new normal that the Covid has imposed, being necessary to put a little gel on the hands to avoid possible contagions from the touch. Knowing about this need, the chemical industry has also accelerated its production rate and has made every effort to make hand hygiene as effective as possible .
Hydroalcoholic gels, for example, play a fundamental role in fighting the virus due to their composition of detergent molecules that are capable of destroying the virus and preventing its reproduction. The same happens with hand soaps, which, due to their destructive properties, are able to eliminate up to 99.9% of bacteria.
To avoid community transmission of the coronavirus, it is also crucial to adopt some hygiene measures in the workplace and residential areas . The risks of exposure to the virus must be minimized as much as possible with the necessary materials such as cleaners and floor sanitizers, capable of disinfecting surfaces, tables or objects that are in constant contact with people.