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There are other slightly more novel methods, in which a harmless empty virus (viral vector) is used that carries either genes that express proteins or parts of proteins that belong to the virus against which it is intended to create immunity. The most traditional use the whole virus, either inactivated or attenuated (such as polio and measles, respectively) or fragments of it (such as whooping cough). There are different methods of making vaccines. In fact, it is the first time that so many vaccine candidates are being developed simultaneously against the same disease. There are different types of vaccines currently approved (and in use) and others that are in the later stages of clinical trials. To date, one of the great unknowns that is being studied is how long these memory cells can protect us against the virus.

The latter will quickly notify our body that it has encountered the same virus again, in which case antibodies will be produced again to attack it.

Regardless of whether vaccines are of one type or another, they all help our body develop immunity against the virus that causes the disease by generating, on the one hand, antibodies that recognize and fight it, and on the other, memory cells. What do all Covid-19 vaccines have in common? The answer is simple. Even so, exposed as we are to so much information, it is not easy to get a clear idea about how each of those that have reached the market and that are currently being administered to the population work. Never before have we heard people talk both in the media and in our daily lives about vaccines, the types of vaccines, and the big pharmaceutical companies and laboratories that develop them. 2020 came with a pandemic and loaded with a lot of terms or buzzwords related to the world of vaccines.

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