The question can be is, why the oxford vaccine can be stored in a not so cold temperature, without destroying the rna in the first place? Why is it cheaper than the rest, when the same concept is being used?
Oxford (Astrazeneca) puts DNA into the cell nucleus then gets the cell itself to pump out m-RNA. In this manner they don't have to pump so much RNA into the victim.
Medicine is all about reading what the medical/industrial complex approves then regurgitating it for exams and for writing prescriptions. There is no better teacher for basic entry level medical stuff than this guy, and here is his re-hash of Moderna, Pfizer, and Oxford respectively. I'm sure it's relatively accurate as far as it goes, and it is interesting and worth the watch. At least you won't make basic errors as you have above:
https://www.youtube.com/watch?v=35Idb_lCU4oI got a lot more out of a presentation from the lead scientist from Oxford. Among the take-aways:
- luciferin, luciferin, luciferin (why they wanted it in there wasn't covered. Presumably the audience already knew.)
- The human body has mechanisms to detect cells who start pumping out unusual shit like virus parts and won't quit. This causes problems for the technique. Solution? Easy. Use MERS(!) fragments and other techniques to make the body not do this. Can you say 'cancer epidemic dead ahead' anyone?
- A logical question was asked by the audience: 'How long does the infected cell keep pumping out virus parts?' Answer: 'We have no idea'.
Dunno if it is still on Jutube or not, but it's almost completely impossible to find anything it the censorship ridden waste dump any more. Got it in my long-term archives, but that doesn't do much good here.