I got to thinking about what we do know for sure about this and other pandemics, trying to clarify it all in my mind. Here is the list I made for myself.
— New diseases arise all the time; most of them don’t spread far so most people don’t pay much attention.
— The warming climate has pushed disease-carrying insects and other creatures farther north.
— The growth of the human population has pushed humans into new territories with more contact with animals in their habitats, and pushed the animals to migrate. Both of these movements make transmission of diseases more likely.
— It’s crucial that we study zoonotic diseases and their vectors, and do everything we can to prepare for the next ones that will come along.
— Tick-borne diseases are emerging as an issue of huge importance, again exacerbated by climate change.
— Plagues and pandemics of many kinds have happened commonly throughout history.
— The origins of most pandemics, including the 1918 flu, have never been definitively determined.
— More pandemics will arise in the future. This is the one fact of which we can be absolutely certain.
— Accidents happen, mistakes are made, and anything that can go wrong eventually will.
— Humans are tremendously creative and awfully smart in terms of developing things like new technologies, but also incredibly stupid in many important ways, and common sense is not common.
— Facilities such as microbiology labs are run by humans.
— More humans and more facilities mean more possibilities for error.
— People don’t like to be wrong, and they like admitting it even less.
— Mother Nature always has the last laugh.
Meanwhile, I was involved in discussions with a colleague who outlined some questions about the effects of the SARS-CoV-2 spike protein, both the natural version and the inactivated version coded for by the mRNA vaccines. I tried to chase down some solid information and found a lot of fascinating stuff, which I’ve collected for you here:
“COVID-19 Vaccine Makers Are Looking Beyond the Spike Protein”
“Will mRNA COVID-19 Vaccines Wreak ‘Havoc on The Lungs’ in 4 to 14 Months?” [Spoiler: NO.]
“Byram Bridle’s claim that COVID-19 vaccines are toxic fails to account for key differences between the spike protein produced during infection and vaccination, misrepresents studies”
[Worth reading carefully.]
‘Ogata et al. found extremely low levels of the spike protein compared to the harmful levels reported in animal studies, as Uri Manor, one of the authors of the study in hamsters, pointed out on Twitter. The blog Deplatform Disease calculated that the amount of spike protein that the authors found in vaccinated people was about 100,000 times lower than the levels of viral spike protein shown to cause harm. This is “a situation that could hypothetically occur in severe COVID-19 patients, pending studies confirming it, but not achievable in vaccinated people, at least for those who received the Moderna vaccine, and unlikely to occur for the other vaccines”, explained Al-Ahmad.
‘While some of the vaccine might end up in the bloodstream, the body breaks it down over time. The European Medicines Agency (EMA) explained in a 23 March 2021 letter that the proportion of vaccine that enters the bloodstream is very small and almost all of that ends up in the liver:’
‘…I have personally discussed these biodistribution data (as obtained by Bridle and colleagues) on my blog, as I teach pharmacokinetics to pharmacy students. The data is pretty clear: the number of vaccines needed to be injected in a 12-year old to reproduce the findings observed in rats and reported as “terrifying” would be equivalent to 60,000 doses given at once, to reproduce the number of nanoparticles used in that study.’
“SARS-CoV-2 spike proteins disrupt the blood-brain barrier, new research shows” [Can this explain some or all of the neurological symptoms?]
“Route of Vaccine Administration Alters Antigen Trafficking but Not Innate or Adaptive Immunity” [Where the vaccine goes after injection]
‘The transport of vaccine antigen to the local LNs [lymph nodes] is crucial for priming of T and B cell responses (Liang et al., 2017b). We and others have shown, using both flow cytometry and positron emission tomography (PET)/computed tomography (CT), that vaccine transport after i.m. injection is restricted to the local LNs and is not disseminated systemically (Liang et al., 2017a, Liang et al., 2017b, Lindsay et al., 2019).’
“The Thorny Problem Of COVID-19 Vaccines And Spike Proteins”
‘In addition to engineering the spike protein so it can not be fully activated, the protein is tagged with an extra piece called a “transmembrane anchor”. The transmembrane anchor allows the spike protein to appear on the surface – or membrane – of the cell, but it is held in place by the anchor. This prevents the spike protein from drifting away and creates a fixed target for the immune system to recognize the foreign protein.’
‘…Lei and colleagues conclude their paper by noting that their study “suggests that vaccination-generated antibody and/or exogenous antibody against [spike] protein not only protects the host from SARS-CoV-2 infectivity but also inhibits [spike] protein imposed endothelial injury.” In other words, the spike proteins used by currently available vaccines actually offer a double layer of protection.’
“The tiny tweak behind COVID-19 vaccines
Prepandemic coronavirus research by Jason McLellan and Barney Graham led to a trick for stabilizing the prefusion form of spike proteins”
[This one, linked in the article above, has drawings of the molecular structures of the natural and inactivated spike proteins to help us understand what was changed and why– good to nerd out on]
“What Is COVID Doing to Our Hearts?”
‘Healthy heart muscle (left) created from adult stem cells has long fibers that allow them to contract. SARS-CoV-2 infection causes these fibers to break apart into small pieces (right), which can cut off the cells’ ability to beat and may explain lasting cardiac defects in COVID-19 patients.’