Serbian scientists analyzed the ingredients of the Pfizer vaccine



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Isidora Stankovi is a Serbian Nia scientist, a PhD student in biomedical sciences currently working at the American “Weill Cornell Medicine” in New York, published her analysis of the Pfizer vaccine.


Source: B92

Ilustracija: Deposit photos / luiscarceller

Ilustracija: Deposit photos / luiscarceller

Weill Cornell Medicine is an organization that conducts scientific research and the latest innovations in the treatment and prevention of patients with numerous diseases, and Isidora, who currently works there, has detailed the composition of the vaccine developed by Pfizer and Biontek.

Isidora Stankovi is a Serbian Nia scientist, a PhD student in biomedical sciences currently working at the American “Weill Cornell Medicine” in New York, published her analysis of the Pfizer vaccine. Weill Cornell Medicine is an organization that conducts scientific research and the latest innovations in the treatment and prevention of patients with numerous diseases, and Isidora, who currently works there, has detailed the composition of the vaccine developed by Pfizer and Biontek.

I said to use my biochemistry degree and find out what is actually in the Pfizer RNA vaccine. Don’t leave them lau, read to the end!

• BNT162b2 mRNA: a modified RNA peak (S) of the coronavirus protein, hereinafter referred to as BNT162b2.

• Polyethylene glycol (PEG): a molecule found in a mountain of natural products and a billion medicines. It is also used in laxatives or, for example, to soften ice cream (melt). He’s in the fat group here.

• ALC-0315 = (4-hydroxybutyl) azanedyl) bis (hexane-6,1-dil) bis (2-hexyldecanoate); ALC-0159 = 2-[(polietilen glikol)-2000]-N, N-ditetradecylacetamide; Cholesterol 1,2-distariol-sn-glycero-3-phosphocholine. THESE ARE FATS. They make a lipid bubble around the RNA molecules and thus protect it from degradation.

• Calcium chloride, calcium dihydrogen phosphate, sodium chloride, disodium hydrogen phosphate dihydrate. THESE ARE SALTS. They make the ion concentration in the bladder favorable.

• Sucrose – EER. Do the same with the salt. If the concentration of ether and salt is not optimal, RNA is easily degraded.

• Dihydrogen monoxide – WATER. It dissolves.

The message is: not all of this sounds “dangerous” because we were really dangerous from chemistry classes.

Message 2: This vaccine is so natural and organic that you can turn it into Grandma’s car.



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