Did Covid mRNA Vaccines Increase All-Cause Mortality?

Previously on the blog I had discussed research into the mRNA vaccine spike protein and potential toxicity.

Essentially this was mis-information floating around on the internet, being used to scare people.

Oddly, it was based on a real study in hamsters, but the caveat being that very high concentrations of the spike protein were used – around 100,000x higher than in the vaccines.

As the saying goes; the dose makes the poison – and in this case the dose was not high enough to be poisonous and cause side effects. Whilst there are side effects noted by the manufacturers, they are being caused by other things.

More recently a study has been published hinting that mRNA vaccines may increase all-cause mortality, and adenovirus vector vaccines may decrease all-cause mortality.

This is big news if true.

I learnt about this via the UnHeard YouTube interview (link) with Freddie Sayers, where he interviews the paper’s author Professor Christine Stabell-Benn from the University of Southern Denmark. See her University profile and Twitter.

Christine explains that her research began many years ago in Africa, where they were vaccinating people against Measles. They found that the effect of the vaccinations was having a greater impact on the number of lives it saved than they expected.

The hypothesis was that it somehow helped the immune system in fighting off infections from other diseases that were also killing the local people.

This spurred more investigation, and now she specialises in studying what she calls “non specific” vaccine effects. There’s a wikipedia entry here on this subject.

^ Women waiting for vaccination in Guinea, Africa – image source

This is the idea that vaccines can affect the immune system (and other bodily functions) in ways that are not specific to the virus it’s designed to protect against. Resulting in the vaccines either increasing or decreasing the lifespan of the vaccinated group, compared to placebo. Ie – the non-specific effects can be good or bad.

In the particular example of the Covid vaccines, her recent research paper, which is a pre-print in the Lancet, suggests that the adenovirus vector vaccines may have a positive effect overall, versus placebo, in terms of helping people live longer.

Whereas the mRNA vaccines, versus placebo, may have a negative effect.

Specifically, more people died after having the mRNA vaccine than those who had the adenovirus vector vaccine.

The table below, which comes via the Unheard video above, shows the data succinctly:

It’s key to note that the number of deaths we are looking at is quite small overall, so it’s too early to jump to conclusions.

For example, we can see that the number of deaths in the mRNA vaccinated (31/37110) versus placebo (30/37083) is quite a small difference.

Christine goes on to make a couple of really good points:

  1. Specific to the Covid vaccines, we should have a head to head study of all-cause mortality (ie – how many people die after x amount of time) in both adenovirus vector vaccines versus mRNA vaccines. This would tell us if either of them are likely to increase or decrease mortality.
  2. Currently vaccines are approved based on their specific effectiveness to a specific viral target, and their short term safety profile. Whilst this sounds logical, once you accept that vaccines can have non-specific effects, it suggests that we should be looking at vaccines in terms of all-cause mortality over time.

In terms of her specific study, she clarifies that:

  • There is a statistically significant benefit in the adenovirus vector vaccine versus mRNA vaccine – in terms of all-cause mortality.

Since the pre-print has been published, Christine has responded to feedback on it here: https://www.linkedin.com/pulse/response-comments-our-recent-preprint-paper-christine-stabell-benn

Conclusion

Given how much discussion there was in the last couple of years regarding Covid vaccines, this research seems very important.

What we should expect to see with a vaccine that is effective against a serious virus, is an improvement in all-cause mortality, not a decrease.

It points to there being a potential problem, and thus more research is needed to clarify.

I’m grateful for Freddie for hosting the interview and for Christine who did the research.

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Audrey A
Audrey A
4 months ago

You say that specifically, more people died after NOT having the mRNA vaccine. This contradicts ” Whereas the mRNA vaccines, versus placebo, may have a negative effect”. Don’t you mean that more people died after having the mRNA vaccine?