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To: libh8er
mRNA by its nature is fragile quickly starts to degenerate once it's out of refrigeration, and from what I have read it has to be enclosed inside a lipid to make it last longer (up to 72 hrs). The GO must be part of the concoction to extend its life.


From what I understand (which is pretty sketchy) , the vaccine is most effective if it binds to cell membranes and GO does just that . Perhaps it has an affinity for both the lipid used to encapsulate the mRNA and the bi layer lipid membrane of the cell. With the size of the GO nano particle there would be multiple functionality sites for attaching both without serious steric hindrance issues. If so, pretty elegant in approach as long as you can mitigate the downside risks

30 posted on 07/06/2021 9:50:38 PM PDT by rdcbn1
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To: rdcbn1
If so, pretty elegant in approach as long as you can mitigate the downside risks

As I understand it, the nanoparticle delivery system, a triple layer lipid envelope, was the hardest part of making mRNA vaccines viable. GO is already widely used in other therapeutic drugs for delivery of biomolecules and antigens, and was being pursued as a vaccine adjuvant and carrier, so it wouldn't surprise me if it is used by Pfizer/Moderna. This is part of the intellectual property Biden wants to give away to China.

37 posted on 07/06/2021 10:23:41 PM PDT by ETCM
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