[ET via ZERO] The next generation of RNA-based injections will contain self-amplifying RNA (saRNA). If the term "self-amplifying RNA" sounds frightening, it should. It likely brings to mind images of scientific experiments run amok.As discussed in a previous article, "mRNA vaccines" are not made with messenger RNA but with modified RNA (modRNA). These so-called vaccines are actually gene therapy products (GTPs), as modRNA hijacks our cells’ software. We have no possibility at all to gain influence on modRNA (or saRNA) after it has been injected.
What Distinguishes saRNA From modRNA?
The term "self-amplifying" is self-explanatory: saRNA replicates itself repeatedly, which is not natural, as natural mRNA is always (without exception) transcribed from DNA (this is called the "central dogma of molecular biology").
Compared to modRNA, a small amount of saRNA results in an increased amount of produced antigen; one shot of saRNA-based injection may be enough to generate sufficient antibodies against a virus.
Both saRNA and modRNA represent the blueprint for a viral protein, which, after entering our cells, will be produced by our cell machinery (i.e., ribosomes).
Scientists created the genetically modified modRNA sequence by replacing natural uridines with synthetic methyl-pseudouridines to generate a maximum amount of viral antigen. This modification is the basis of Pfizer-BioNTech and Moderna COVID-19 shots.
Unlike modRNA, saRNA does not contain methyl-pseudouridines, but uridines. Why? Since saRNA self-replicates and synthetic methyl-pseudouridines are not available in our cells, saRNA must rely on natural uridines that exist in our cells. Our cells will produce foreign proteins using their own cell machinery and their own natural resources—the main reason these cells finally become exhausted.
However, this causes a significant problem: mRNA is highly unstable and, therefore, has only a short lifespan—too short for our immune system to produce sufficient antibodies. The solution to this problem is the second difference between modRNA and saRNA.