Would be surprized if the competition from all over the world hasn't done that yet. Wouldn't be surprized if China has already copied the mRNA vaccines.
They claim to have made it public, but nowhere is the sequence being made available.
That is just one aspect of the vaccine.
The FASTA file at github.com contains the sequence, this is the common file format to transport this information:
RNA sequencing is done since the 70s and there are tons of machines commercial available to do that. This is routine work for lab personnel and students, nothing fancy.
They can compare it with the "reference sequence" to find out if there is more information encoded than just the spike protein:
https://www.gisaid.org/epiflu-applications/hcov-19-reference-sequence/
I don't expect that somebody will find some unexpected RNA in the mRNA vaccines. This is just a mass test run for the technology. They don't want to kill the people, they want to use them as lab rats.
That is a hypothetical sequence, hosted on github.
this hypothetical sequence shows a perfect match to the corresponding sequence from documents available online derived from manufacturer communications with the World Health Organization
(((A Perfect Match)))
Also, the genome of SARS COV 2 is also currently hypothetical. Imagine that. Two hypotheticals perfectly lining up.
If they are using de novo it means they do not have the original genome. I suppose it makes sense if you are doing it out of a vaccine, but troubling we have yet to see a legitimately sequenced genome in which to compare an S spike coding sequence to.
How do we know SARS COV 2 encodes an s spike protein? A guess based on other coronavirus strains. Which sequence supposedly does this? And does it match what's in the vaccines?
Well, tough to say when you use the sars sequence to fill in the blanks of the vaccine rna sequence. It's like Jurassic Park.
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