Heated Vaccine Debate - Kennedy Jr. vs Dershowitz

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Heated Vaccine Debate - Kennedy Jr. vs Dershowitz

"The people that they test them on are not typical Americans. They use what they call exclusionary criteria, they are only giving these vaccines, in these tests that they're doing, to the healthiest people.

If you look at their exclusionary criteria, you cannot be pregnant, you cannot be overweight, you must have never smoked a cigarette, you must have never vaped, you must have no respiratory problems in your family, you can't suffer asthma, you can't have diabetes, you can't have rheumatoid arthritis, or autoimmune disease, there has to be no history of seizure in the family.

These are the people they are testing the vaccine on, but that's not who they're going to give them to.

These people are like The Avengers, they're like Superman. You can shoot them with a bullet and they won't go down.

What happens when they give them to the typical American, you know, Sally six-pack and Joe bag-of-donuts, who's 50 pounds overweight and has diabetes? What is going to happen then? You're not going to see 20%. You're going to see a lot of people dropping death.

These people lost consciousness, they had to go to the hospital, they had huge fevers. And they're the healthiest people in the world.

Any other medicine that had that kind of profile in its original phase-one study would be DOA."


Note: Subjects tested on for other vaccines were monitored for side effects for between 48 hours and 4 days.
 
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Smallpox is a double-stranded DNA virus.

Coronavirus is a single-stranded RNA virus.

Complexities of Viral Mutation Rates

On a per-site level, DNA viruses typically have mutation rates on the order of 10−8 to 10−6 substitutions per nucleotide site per cell infection (s/n/c). RNA viruses, however, have higher mutation rates that range between 10−6 and 10−4 s/n/c.

Despite variable per-site rates, species with smaller genomes exhibit a negative correlation between genomic mutation rate and genome size, such that the per-genome mutation rate is relatively constant.

Adaptive Value of High Mutation Rates of RNA Viruses: Separating Causes from Consequences

As a consequence of the lack of proofreading activity of RNA virus polymerases, new viral genetic variants are constantly created. RNA viruses readily adapt to changing environmental conditions. Therefore, the high mutation rate of RNA viruses compared with DNA organisms is responsible for their enormous adaptive capacity.

The above syllogism, with some variation, is deeply rooted in the thinking of many virologists: RNA viruses mutate at the maximum error rate compatible with maintaining the integrity of genetic information (i.e., the error threshold) because this would allow them to quickly find the beneficial mutations needed for adaptation

However, the argument that the more mutations are generated, the faster adaptation proceeds is flawed because it ignores the fact that the vast majority of mutations are deleterious, hence hindering adaptation, as shown by recent theoretical developments. Therefore, the adaptive value of the RNA virus extreme mutation rate has to be carefully reconsidered, and new alternative explanations, beyond a purely mechanistic level, should be taken into consideration.
 

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