Can the common cold protect us from the coronary?

Scientists at the La Jola Institute of Immunology in California showed how the coronary infection responsible for the common cold can generate an immune response that resembles the main parts of the immune response generated by SARS-CoV-2, the virus that causes COVID-19.

And this creates the possibility that the previous infection with one of the softest coronarys can make it less serious to the infection of Coddy-19. But how much is that actually possible? And how does this relate to what we already know about coronarys?

A few weeks ago, another article caused not a few debates, again on the immunity left behind by SARS-CoV-2. That study showed that the response of antibodies to SARS-CoV-2 could fall over time. His findings raised concern that SARS-CoV-2 can infect a person many times, and that even a potential vaccine may not create a sustainable defence.

But the article focused only on an arm of immune response, on B cells, which produce antibodies, and help clean the body from an infection. But in immune response to viruses, there are also T cells, the world transmits.al.

They play a variety of roles, among other things, helping B cells mature into “macinary” of disease fighting. The research article of José Matthews and his colleagues at the La Jola Institute of Immunology, is important because it shows that people carry T cells from the softest coronarys as long as they interact potentially with a new challenge from SARS-CoV-2, and that T cells can recognize SARS-CoV-2, and help clean up the infection.

Hope for an Indirect Immunity

For epidemiologists, records of poor immunity and indirect immunity were surprising. A 1990 study showed that soldiers infected with the softest coronarys did not preserve immunity for more than a year.

Also, the cycle of strengthening and weakening that undergoes the softest coronary year-on-year can be explained by a mixture of declining immunity and indirect immunity. Coronavirus, which generates softer symptoms, can generate antibodies similar to those generated by coronarys, which cause SARS and MERCS diseases.

These antibodies are so similar to each other that they almost deceived doctors into a hospital in the British Columbia in the United States that they thought they had something to do with an epidemic outbreak of SARS, while at that time the global pandemic of that disease was proclaimed, the world broadcasts.

In fact, the local epidemic was caused by OC43, one of the coronarys known to cause the common cold, usually during the autumn and winter season. However, the infections that generate antibodies are structurally similar, but they do not necessarily offer indirect protection.

We Are Not Safe

Facts of indirect protection among the nearest coronarys are few. For now, it's hard to say with full certainty if the softest coronarys can protect us from SARS-CoV-2, in part since these times we've had very little attention to them.

Ideally, we should be able to analyze historical data, to identify which communities have experienced huge epidemic outbreaks of any kind of milder coronavirus in the past few years, and then to see if there is a connection to the most severe cases with Covid-19.

Meanwhile, the bold studies in which a person is deliberately infected with the depletion of a softer coronary, and then is deliberately exposed to SARS-CoV-2, can address the issue, but essentially they are dangerous, and with big ethical problems.

For now, all we can say is that the possibility that coronarys causing the common cold in many people can protect us against it SARS-CoV-2, only that remains, an opportunity. In fact, Matthews himself and colleagues describe this theory as “very speculating”.