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Pfizer + BioNTech COVID vaccine tested in a lab alter DNA, Swedish study finds.
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<blockquote data-quote="com7fy8" data-source="post: 76839872" data-attributes="member: 331347"><p>Well, the theory I have been told is that the COVID vaccines' mRNA is what helps the body to make part of the COVID virus' spike protein. And then the body can produce immunity against that portion of the spike so antibodies and attack cells can then find spikes on a real virus and take the virus out, or I think they can find a human cell with the virus in it and destroy the cell so its resident viruses are taken out. </p><p></p><p>Now, I think the mRNA's production of the spike portion is supposed to get started at the location where the needle goes into the muscle; the person giving the shot is supposed to be competent enough not to inject the vaccine into the blood which might take those cute little mRNA molecules elsewhere in the body; plus I suppose such a foreign molecule might get into a run-in with the body's immune system before it could get around the body much. </p><p></p><p>In goes the mRNA, and right there the body detects its spike protein portions and develops immunity. I am not sure if the mRNA can travel far from the injection site. And how ever could such a complicated chemical cross liver cell membranes and enter liver cells?? If it could . . . well, I suppose it could morph itself into a portion of DNA which would correspond to the mRNA molecules. And then . . . what do they claim it could do? It's only enough DNA so its mRNA mate can produce spike portion molecules; I am not sure a tiny piece of DNA like that could do much.</p><p></p><p>Also, if a human cell gets invaded by something that does not belong there, it can signal the immune system and the immune system has killer cells destroy that cell so its unauthorized residents get taken out. So, even if some mRNA molecule started morphing into DNA in a liver cell . . . how long could it stay there before the raided liver cell put out a destroy-me signal?</p></blockquote><p></p>
[QUOTE="com7fy8, post: 76839872, member: 331347"] Well, the theory I have been told is that the COVID vaccines' mRNA is what helps the body to make part of the COVID virus' spike protein. And then the body can produce immunity against that portion of the spike so antibodies and attack cells can then find spikes on a real virus and take the virus out, or I think they can find a human cell with the virus in it and destroy the cell so its resident viruses are taken out. Now, I think the mRNA's production of the spike portion is supposed to get started at the location where the needle goes into the muscle; the person giving the shot is supposed to be competent enough not to inject the vaccine into the blood which might take those cute little mRNA molecules elsewhere in the body; plus I suppose such a foreign molecule might get into a run-in with the body's immune system before it could get around the body much. In goes the mRNA, and right there the body detects its spike protein portions and develops immunity. I am not sure if the mRNA can travel far from the injection site. And how ever could such a complicated chemical cross liver cell membranes and enter liver cells?? If it could . . . well, I suppose it could morph itself into a portion of DNA which would correspond to the mRNA molecules. And then . . . what do they claim it could do? It's only enough DNA so its mRNA mate can produce spike portion molecules; I am not sure a tiny piece of DNA like that could do much. Also, if a human cell gets invaded by something that does not belong there, it can signal the immune system and the immune system has killer cells destroy that cell so its unauthorized residents get taken out. So, even if some mRNA molecule started morphing into DNA in a liver cell . . . how long could it stay there before the raided liver cell put out a destroy-me signal? [/QUOTE]
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Pfizer + BioNTech COVID vaccine tested in a lab alter DNA, Swedish study finds.
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