Title : Vaccine’s boosting issues to the biochemistry point of view
Abstract:
Next to main prophylaxis measures that must be taken to avoid getting contagion, vaccination can be the second option to minimize the infection’s severity within the body and may help to shorten the transmitting durability of some types of pathogens. Vaccination in its turn may need to be boosting through extra shots. This is because, due to the body’s possible non-desired response against the contents of vaccine, the first injection may not trigger the organism to prepare the preferred types of antibodies sufficiently and in time or early exhausts body’s memory to react adequately for a given vaccination. Certainly, to some extent, repeating a shot may help strengthen the immune system. However, due to immunosuppression or an aged condition, the body incapable to produce not only the necessary amount of antibodies, but also even the immune cells themselves may not be satisfactorily produced. Regarding these problems, in our 6th study (“Three puzzling Questions on COVID-19: are recent…”), we revealed novel factors, among which – the lack of initial metabolites from which the desired antibodies (immunoglobulin) are going to be produced and the adoption phenomenon (being passive to response). Therefore, during the presentation, using the basic rationale - "principle of baking a cake", we will elaborate these two issues that have never been given enough attention (if any) during projecting a vaccine. The “cake baking principle” will give an easy imagination for any audience about vaccination and antibody formations. Moreover, for specialists, the presentation will give clues on: how to take into account the factors of adoption phenomenon, if necessary to administer additional shots and initial metabolites that should be recommended as a supplementary to the vaccination
