Honest question: Is Johnson & Johnson an RNA vaccine or not?
No it’s not mRNA it’s adenovirus vector technology. Which has its own baggage.
No, it's not. That's why I went with it. It was developed using traditional vaccine development methods.
“Honest question: Is Johnson & Johnson an RNA vaccine or not?”
No.
It is a DNA vaccine. It uses an adenovirus to deliver the DNA as opposed to the others that deliver RNA.
J&J is a DNA induced spike.
Moderna and Pfizer involve injecting the mRNA strand in a bubble of lipids (fatty substance). These bubbles will collide with a cell and attach to the wall of the cell, and the mRNA will enter the cell. The ribosomes of the cell receive the mRNA and follow the instructions to produce the spike protein of the COVID virus. The mRNA will then dissolve.
Johnson and Johnson and AstraZeneca inject an altered cold virus which carries DNA with the genes with the instructions to produce the spike protein. This enters cells, and then penetrates the nucleus of the cell and the DNA becomes part of the nucleus. The DNA then transcribes the same kind of mRNA which then exits the nucleus into the cell and the ribosomes follow the mRNA's coded instructions for producing the COVID19 spike proteins. The mRNA will then dissolve.
So you get the mRNA either way...that's the way ribosomes receive instructions to make proteins. Those saying JJ and AZ don't involve mRNA are either ignorant or being less than honest for the sake of narratives.
Now this part is merely a theory...it made no sense to me that only AZ and JJ vaccines would cause blood clots since ultimately they are generating the same mRNA and spike proteins as the Pfizer and Moderna vaccines - assuming the vaccines are the cause. The only difference would be the possibility that the cells getting the AZ and JJ vaccines are producing greater of the spike proteins per cell, as they actually do alter the genetic makeup of the cell in the nucleus. The used mRNA is dissolved in the cell after the instructions are carried out - but since the original DNA remains in the nucleus, it could possibly continue to produce more and more mRNA and in turn the cells would produce excessive amounts of the spike protein.