Covid-19 Vaccines: How They Are Different. How They Are the Same. HOW THEY ARE ALL DANGEROUS!

We have all heard of vaccines made by AstraZenica, Pfizer–BioNTech, Moderna, Johnson & Johnson aka Janssen and Novavax, all produced in the West. On the other hand we have heard almost nothing about Sputnik V (Russian), Covaxin (India) or CoronaVac aka Sinovac (Chinese). You should not be confused by the many different names. All of the widely used vaccines fall into three or four basic kinds, based on the different way they work. But it is even more important to recognize that they all are different ways to achieve the same goal: put the spike protein of the SARS-CoV-2 = Covid-19 virus into your body. Why is this important? Because the spike protein is a biologically active toxin which is dangerous to humans. Several important points are covered in this short discussion (8 minutes) by Dr Bryam Bridle from this podcast interview with Alex Pierson of "On Point". More detailed information can be found at the end of this article.



It turns out that an Extension Veterinarian at the South Dakota State University can give a cogent answer to this question since animal breeders also use traditional vaccines on a regular basis.

How are COVID-19 vaccines different from the ones livestock producers are used to?

It turns out COVID-19 vaccines are quite different from those we use in animals. The technology used to create them is substantially advanced compared to the vaccines we’ve used over the years.

To review what we learned in science class, vaccines trick the body into thinking it’s been exposed to an infectious germ. The immune response generated by the vaccine is “remembered” by the body when it actually becomes infected with the germ. The result is that disease effects are prevented or greatly diminished in the vaccinated animal.

To accomplish this, typical vaccines contain the same germ (or parts of it) we want the body to respond to immunologically. Animal vaccine manufacturers either treat the germ to kill it (while preserving enough of the structure for the immune system to respond to) or artificially grow it such that it can still multiply in the body, yet not cause illness. Killed vaccines such as our dog’s rabies vaccine are examples of the former, while modified-live vaccines (e.g., intranasal pneumonia shots given to calves) exemplify the latter.  

Unlike most animal vaccines, these COVID-19 vaccines don’t contain the germ itself. They use an artificially created protein molecule called messenger RNA (mRNA). Messenger RNA is used by cells all the time to instruct their internal machinery to make the essential proteins needed for cell survival and function.

"The COVID-19 coronavirus uses its “spike protein” to infect cells in our bodies. Think of the spike protein as a “hook” that allows it to attach to and invade a body cell (a cell lining our lung surface, for example). The COVID-19 mRNA vaccine works when the mRNA molecule gets into the regular cells in our body and tells them to make a duplication of that spike protein. Our regular cells then stick that duplication out on their surface for the immune cells of the body to respond to. And respond they do, making antibodies that bind up the spike protein on any actual COVID-19 virus or destroying any body cells that have already been infected, cutting off the virus’ reproduction.

"Therefore, instead of relying on the vaccine germ itself to alert the body’s immune system, mRNA vaccines essentially tell the body to naturally “make” the part of the germ to which the body will respond. Because mRNA is just a simple chain of molecules, there’s no way it can cause the disease."(1)  

The similarity between mRNA vaccines and traditional vaccines is that they both “teach” the immune system to create antibodies against a pathogen, either rabies or an infection from Covid-19. With a traditional vaccine, the immune system is presented with a weakened pathogen which allows the body to make antibodies before we encounter the full-blown pathogen in the real world. The mRNA vaccines do not introduce the pathogen, the Covid-19 virus, itself. Instead they introduce a messenger RNA molecule which causes our own cells to create a spike protein on their surfaces. These cells with the newly created spike protein then “teach” the immune system to produce antibodies to the Covid-19 virus because the spike is a prominent feature of that virus. 


The Center For Disease Control (CDC) in the U.S. gives an explanation somewhat shorter than this one, but it contains a false statement: “COVID-19 mRNA vaccines give instructions for our cells to make a harmless piece of what is called the 'spike protein'. The spike protein is found on the surface of the virus that causes COVID-19.”(2)  The CDC claims the spike protein created by the mRNA molecule is of itself harmless. However this one piece of misinformation is at the heart of most of the deaths and other adverse effects from the mRNA injections. (This is discussed at length in the article THE CENSORED SCIENCE OF ADVERSE EVENTS: What Covid-19 Jabs Can Do to You.(3)  But there is something else is missing from the account given by the Vet from South Dakota and the CDC. They do not mention how the mRNA molecules can travel through the body to give its message to cells without being destroyed by the immune system as an alien intruder. In order to put the mRNA into your body and in contact with your cells it must be enclosed in a lipid nanoparticle. This is a completely new pharmaceutical drug delivery system first approved in 2018.  

Herre is a summary of the differences between mRNA injections and traditional vaccines, and the dangers which arise from causing our bodies to create spike proteins:

Dr Michael Yeadon insists the statement by the CDC is mistaken in claiming the spike protein created on the surface of the immune cells is harmless. Instead he insists the spike protein is biologically active. In particular it is fusogenic, that is, it makes cells stick together and it can initiate blood coagulation, the formation of blood clots.(4)  

Doctors4CovidEthics like Dr Wolfgang Wodarg insist the Official Account ignores the fact that after millions of these nanoparticles containing mRNA are injected into your arm, some of them will enter the bloodstream. Then some of the cells they encounter will take up the nanoparticles in the same way that the immune cells do. This is another way that mRNA injections differ from traditional vaccines. Traditional vaccines stay in the arm at the site of the injection. It was assumed that the material in the mRNA injections would behave in the same way, but this has been shown to be incorrect, as Dr Bryam Bridle explains.

As they flow around the body they will be taken up by the endothelial cells lining the blood vessels, more perhaps in places with a slow blood flow. Then the endothelial cells will produce a spike protein and the contact between the spike protein and the platelets in the blood stream will create a blood clot. Remember the Vet said: “Because mRNA is just a simple chain of molecules, there’s no way it can cause the disease.” This is true, but the millions of nanoparticles spread throughout our bodies, creating spike proteins wherever possible. Since spike proteins are toxic the mRNA molecules are not harmless. They don't cause you to have a Covid-19 infection, but the damage they cause is  much worse.

In addition to producing blood clots caused by interaction between the spike proteins and platelets in the blood stream, when an epithelial cell produces a spike on its surface it also deposits the waste created by this process on its surface. Many healthy people have killer T cells in their bloodstream. These cells, also known as cytolytic T cells, or CD8+ T-cells, are T lymphocytes, a type of white blood cell that kills cancer cells, cells that are infected with viruses, or cells that are damaged in other ways. The killer T cells are programmed to attack and destroy any cell which has such waste deposits on its surface. Since the epithelial layer is only one cell thick, if one or more are destroyed blood will leak out and this will trigger blood clotting.

This means spike proteins can activate blood clotting in two different ways. Clots will form simply by contact with platelets in the blood stream after the spike protein has been created by an epithelial cell. The other mechanism is explained above. When epithelial cells take up the genetic mRNA instructions to produce a spike protein, they deposit waste materials on their surface. As soon as killer T cells detect this waste they will destroy these cells, create a hole in the blood vessel and this will initiate blood clots. Even a casual look at the kinds of adverse events created by mRNA injections shows many different kinds of damage caused by blood clots and/or bleeding. (This is discussed in Almost Half of UK Yellow Card Deaths Directly Caused by the mRNA Induced Spike Proteins.)(5)  

Now we have seen the dangers posed by mRNA injections, it is time to look at each one in more detail.


Pfizer/BioNTech has created one of the two completely new mRNA injections. The way it works once injected has been explained above in some detail. The other has been created by Moderna. Both of these are called genetic vaccines because the mRNA molecule contains the genetic instructions for creating the Covid-19 spike protein in your body. There is another genetic vaccine made by Novavax, but it uses DNA rather than mRNA.  

Pfizer and Moderna create the mRNA molecule using a process called nucleoside modification. Nucleotides are the molecular building-blocks of DNA and RNA. Nucleosides are a kind of nucleotide molecule without a phosphate molecule. Why is this modification necessary? It just so happens that the human body is immune to RNA. What this means is that any RNA molecule introduced into the body will be attacked by the body and destroyed. So to use mRNA to enter cells and create the Covid-19 spike protein, the mRNA molocule must be modified.

The American immunologist Drew Weissman and Katalin Karikó, a Hungarian biochemist, discovered there were modifications of nucleosides in the RNA that would suppress the ability of RNA to provoke an immune response. As explained in Wikipedia:

"A nucleoside-modified messenger RNA (modRNA) is a synthetic messenger RNA (mRNA) in which some nucleosides are replaced by other naturally modified nucleosides or by synthetic nucleoside analogues."(6)   

modRNA is modified RNA in which some of its components, known as neucleosides, are replaced by naturally modified neucleoside molecules or synthetic molecules called neucleoside analogues. Here we see why this approach is called a genetic vaccine. RNA molecules are essential in in coding, decoding, regulating and expressing genes. The Pfizer/BioNTech vaccine is only possible because the mRNA molecules have been modified to escape destruction by our own defence mechanisms. Just to understand the personal side of this new technology, we should note that since 2013, Katalin Karikó has been a vice president and promoted to senior vice president in 2019 at BioNTech RNA Pharmaceuticals.


Pfizer/BioNTech lists the following lipids as excipients (extra ingredients) used to make the lipid nanoparticles containing the mRNA molecule: Cholesterol, Distearoylphosphatidylcholine (DSPC),  ALC-0315 and ALC-0159. The first two are previously approved ingredients, while the other two are proprietary and have rarely if ever been used in this way before.  

An article entitled  “Excipients as potential agents of anaphylaxis in vaccines: analyzing the formulations of the current authorized COVID-19 vaccines” lists ALC-0159 as a potential agent “for immediate hypersensitivity reactions, as they have been involved in previously reported reactions.”(7)  The substance of concern here is polyethylene glycol (PEG) which is a component of the lipid ALC-0159. An article “Suspicions grow that nanoparticles in Pfizer’s COVID-19 vaccine trigger rare allergic reactions” published in December, 2020, reported that during two weeks severe allergy-like reactions occurred in at least eight people who received the COVID-19 vaccine produced by Pfizer/BioNTech. The article continued:  

“PEG has never been used before in an approved vaccine, but it is found in many drugs that have occasionally triggered anaphylaxis—a potentially life-threatening reaction that can cause rashes, a plummeting blood pressure, shortness of breath, and a fast heartbeat. Some allergists and immunologists believe a small number of people previously exposed to PEG may have high levels of antibodies against PEG, putting them at risk of an anaphylactic reaction to the vaccine.”(8)


Moderna's Covid-19 vaccines use the same mRNA method to instruct our cells to make spike proteins as Pfizer/BioNTech, and its mRNA is another example of a nucleoside-modified messenger RNA. It is different from Pfizer/BioNTech in the lipid used to form the nanoparticles which contain the mRNA molecule. Moderna uses a lipid known as SA-102.  

The authors of “Excipients as potential agents of anaphylaxis in vaccines: analyzing the formulations of the current authorized COVID-19 vaccines” have identified Tromethamine and 1,2-dimyristoyl-rac- glycol)-2000]-N,N- methoxypolyethylene glycol-2000 [PEG2000- DMG] as "potential agents for immediate hypersensitivity reactions, as they have been involved in previously reported reactions." Tromethamine is a nonsteroidal anti-inflammatory drug to reduce pain. This is a report which confirms an alergic reaction from the use of this drug:

"Other adverse reactions occurring approximately 1 to 10% of the time during treatment with ketorolac tromethamine ophthalmic solutions included allergic reactions, corneal edema, iritis, and ocular inflammation."(9)  

On 30 December 2020 the CDC posted the following document: “COVID-19 Vaccines: Update on Allergic Reactions, Contraindications, and Precautions”.(10)  This diagram is found on page 21 of that document.  

It highlights the ingredients in each vaccine which might cause an alergic reaction. Notice that the Pfizer/BionTech ingredient is described as 2-[(polyethylene glycol)-2000]-N,N-ditetradecylacetamide. However if you look up ALC-0159 in Wikipedia, you will find that this is its full biochemical description.(11) The CDC has also produced the following guide for dealing with allergic reactions and Anaphylaxis after  Covid-19 vaccinations: “Interim Considerations: Preparing for the Potential Management of Anaphylaxis at COVID-19 Vaccine Sites”.(12)  This shows that both the manufacturers and the regulators are well aware of the risk of  anaphylactic shock from the Covid-19 vaccines by Pfizer/BioNTech and Moderna.  


Controversy has arisen over Moderna's use of SM-102 as a lipid in its Covid-19 vaccine. On the 21st of May, 2021 they released a document dealing with the safety of this ingredient. They point out:

“Active Pharmaceutical Ingredients used for commercial pharmaceutical manufacturing adhere to strict guidelines under FDA-regulated Good Manufacture Practice (GMP) protocols to ensure their safety for human and veterinary use. (…) The SDS for Cayman’s SM-102 (Item # 33474) accurately represents that the mixture of chemicals in the product are 90% chloroform (a common solvent) and 10% SM-102. While it is a common solvent, chloroform has several known serious hazards, which have been included on Cayman’s SDS. Neither the National Institute for Occupational Safety and Health (NIOSH), Registry of Toxic Effects of Chemical Substances (RTECS), or the European Chemicals Agency (ECHA) Classification and Labelling Inventory list any hazards associated with SM-102.”(13)  

However if you look at SM-102 (Item No. 33474) you can find this statement: 

Furthermore if you look up the Safety Data Sheet for SM-102 it is quite clear that this is a poison.(15)  

It is toxic if inhaled, it is suspected of causing cancer, damaging fertility or an unborn child, and it causes damage to the central nervous system, the kidneys, the liver and the respiratory system with prolonged or repeated exposure. The company may say that several agencies do not "list any hazards associated with SM-102", but it is clear some of us that all agencies which are supposed to regulate the pharmaceutical industry have been "captured" by the companies they have been set up to supervise.


Novavax is described by its manufacturers as a recombinant nanoparticle vaccine. is produced by creating an engineered baculovirus containing a gene for a modified SARS-CoV-2 spike protein. Baculoviridae is a kind of virus which infects insects. It is assumed that they cannot replicate in humans. Next the baculovirus is used to infect a culture of Sf9 moth cells which come from the Spodoptera frugiperda moth. The moth cells create the spike protein and display it on their cell membranes. Finally the spike proteins are harvested and put onto synthetic lipid nanoparticles each of which display up to 14 spike proteins.(16) In this way Novavax creates a nanoparticle that mimics the COVID-19 viral structure with its protein spikes on the surface. Immune response mounted against this shell works against the live COVID-19 virus, too.(17)  





















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