Quickie
Colonel
Someone here asked about the difference between inactivated and mRNA vaccines.
In this video, eye-opening questions on how the mRNA and inactivated vaccine work and the former's potential problems from (of all persons like Scientists, doctors, and famous experts) an Australian Senator (at 7:00).
His talking point is basically what we have been discussing in this thread previously, i.e. how the mRNA vaccines would enter the body's bloodstream and end up in different parts of the body, which we were told not to worry too much about. The issue is the production of spike proteins in those cells and how much of them are produced and remains, leading to questions about the body's autoimmune reactions.
Inactivated vaccines on the other hand are rendered in such a way as to lose the ability to enter into cells and in addition, are molecularly too large to enter into veins/capillaries, meaning that the autoimmune system will react to the vaccines only intercellularly at the injection site potentially with much fewer side effects. (My words)
In this video, eye-opening questions on how the mRNA and inactivated vaccine work and the former's potential problems from (of all persons like Scientists, doctors, and famous experts) an Australian Senator (at 7:00).
His talking point is basically what we have been discussing in this thread previously, i.e. how the mRNA vaccines would enter the body's bloodstream and end up in different parts of the body, which we were told not to worry too much about. The issue is the production of spike proteins in those cells and how much of them are produced and remains, leading to questions about the body's autoimmune reactions.
Inactivated vaccines on the other hand are rendered in such a way as to lose the ability to enter into cells and in addition, are molecularly too large to enter into veins/capillaries, meaning that the autoimmune system will react to the vaccines only intercellularly at the injection site potentially with much fewer side effects. (My words)
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