| A while ago HN front page had this article about the RNA sequence in the vaccines: https://berthub.eu/articles/posts/reverse-engineering-source... They use DNA printers to produce the RNA. Just like electronic voting machines without a paper trail I do not trust the RNA sequence is the same as what clinical researchers developed. RNA can do more than just produce proteins: https://knoji.com/article/list-of-11-other-types-of-rna/ Can I say what type would be used to do something nefarious? TBH I have no idea, but the possibilities seem limitless. That’s why there’s so much funding around RNA vaccines now - they could potentially cure almost anything. Compare that with inactive virus vaccines like China’s Sinovac. The ingredients are well-known, you can’t change a dead virus to do anything crazy like alter gene expression, if they added something harmful to the vaccine it would be very obvious. Also China even open-sources their inactive virus vaccine and exports raw materials to other nations to manufacture them: http://www.xinhuanet.com/english/2021-01/12/c_139661608.htm A plot to add some "secret sauce" to a vaccine wouldn't work in that scenario. So I can trust open-source inactive virus vaccines. I can never trust an RNA vaccine until I can verify the RNA code in it. (equivalent of a checksum in software). So until we have DNA printers at home I’m not taking it. |
And yet you trust the makers of an "inactive" virus vaccine to actually make that virus inactive and not, say, an active vector for some undocumented gene therapy?
> RNA can do more than just produce proteins
mRNA, specifically, cannot. If you had actually read that "reverse engineering" article you linked, you would already know that mRNA has a specific "format" that's different from the other dozen or so kinds of RNA.
> you can’t change a dead virus to do anything crazy like alter gene expression
You assume that it's actually dead. How do you verify that?
> if they added something harmful to the vaccine it would be very obvious
As it would be for an mRNA vaccine.
> I can never trust an RNA vaccine until I can verify the RNA code in it.
Which you can indeed do. RNA sequencers exist, and I'm sure the fine folks at one of my past employers would be happy to send you a quote for one: https://www.thermofisher.com/us/en/home/life-science/sequenc...