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When it was announced that untested technology called mRNA would be used to create vaccines for covid, the response was extremely positive. However, there are many problems with mRNA vaccines.
originally posted by: Zenchuck
My current understanding is that the injections contained billions of small lipid particles carrying mRNA. The lipid covering allows the mRNA to enter a cell, as normally free floating mRNA would be rejected at the cell wall. The lipid particles are able to cross the blood brain barrier. Once inside a cell, the mRNA will instruct the cell to manufacture a spike protein. The spike protein is found on the surface of the virus and allows the virus into the cell by docking with the ACE2 receptor. Spike protein is foreign to the body and any cell manufacturing soike protein will alert the bodies immune system and be marked for destruction.
The synthetic mRNA that is found in the injection does not break down as naturally occurring mRNA would in a matter of hours, but has been found to continue manufacturing spike protein up to 120 days. Once the cell it has taught to manufacture spike is destroyed, the macrophages do not know how to recycle it? I'm not sure how it would again be able to enter another cell without the lipid.
Injected lipid mRNA will circulate through the body and can accumulate in any organ. Heart muscle that is taught to express spike will be targeted by the immune system, and when killed will turn into permanent scar tissue on the heart. This process will also cause inflamation of the heart.
The spike protein manufacturing instructions are based on the alpha variant of the virus. The current virus spike has mutated, becoming less pathogenic, but also making all current injections irrelevant.
originally posted by: nugget1
My understanding is the lipid particles can accumulate in and damage several different organs permanently. Outcome depends on the severity of the damage.
originally posted by: daskakik
originally posted by: Zenchuck
My current understanding is that the injections contained billions of small lipid particles carrying mRNA. The lipid covering allows the mRNA to enter a cell, as normally free floating mRNA would be rejected at the cell wall. The lipid particles are able to cross the blood brain barrier. Once inside a cell, the mRNA will instruct the cell to manufacture a spike protein. The spike protein is found on the surface of the virus and allows the virus into the cell by docking with the ACE2 receptor. Spike protein is foreign to the body and any cell manufacturing soike protein will alert the bodies immune system and be marked for destruction.
I think you meant cell wall instead of blood brain barrier.
The synthetic mRNA that is found in the injection does not break down as naturally occurring mRNA would in a matter of hours, but has been found to continue manufacturing spike protein up to 120 days. Once the cell it has taught to manufacture spike is destroyed, the macrophages do not know how to recycle it? I'm not sure how it would again be able to enter another cell without the lipid.
Pretty sure RNA is RNA regardless of how it is put together and it is heat that degrades it.
If there are any cases of people producing spike proteins 120 days after a jab, I'd say they probably were infected by the virus shortly before those tests. Like you said, without the lipid it isn't going to enter any other cells and at body temp it will degrade.
Injected lipid mRNA will circulate through the body and can accumulate in any organ. Heart muscle that is taught to express spike will be targeted by the immune system, and when killed will turn into permanent scar tissue on the heart. This process will also cause inflamation of the heart.
The shots are intramuscular and, although possible, I find it hard to believe that a significant amount, if any, would make it that far before entering another cell.
The spike protein manufacturing instructions are based on the alpha variant of the virus. The current virus spike has mutated, becoming less pathogenic, but also making all current injections irrelevant.
If we are honest, for the majority of the population the vaccinations were irrelevant even with the alpha variant.
My current understanding is that the injections contained billions of small lipid particles carrying mRNA.
The lipid covering allows the mRNA to enter a cell, as normally free floating mRNA would be rejected at the cell wall.
The lipid particles are able to cross the blood brain barrier.
The spike protein is found on the surface of the virus and allows the virus into the cell by docking with the ACE2 receptor. Spike protein is foreign to the body and any cell manufacturing soike protein will alert the bodies immune system and be marked for destruction.
The synthetic mRNA that is found in the injection does not break down as naturally occurring mRNA would in a matter of hours, but has been found to continue manufacturing spike protein up to 120 days.
Injected lipid mRNA will circulate through the body and can accumulate in any organ. Heart muscle that is taught to express spike will be targeted by the immune system
The spike protein manufacturing instructions are based on the alpha variant of the virus. The current virus spike has mutated, becoming less pathogenic, but also making all current injections irrelevant.xt
originally posted by: Zenchuck
My understanding was the original lipid technology was specifically created to pass through the BBB, while it also passes through the cell wall. Original application was for neurological treatment.
We used the well-established lipid nanoparticles (LNPs) to package mRNAs. The mRNA encapsulation efficiency of all three LNP vaccine candidates was greater than 98%, with an average size of 100 nm in diameter (Supplementary information, Fig. S1b, c).
The solution creating the synthetic RNA did not contain Uridine, but pseudouridine, which makes the RNA more stable. Naturally occurring pseudouridine is carefully regulated by the cell. Could this have an effect on the longevity of the RNA?
Transport at the BBB
Generally, only lipid soluble (lipophilic) molecules with a low molecular weight (under 400–600 Da) and of positive charge can cross the BBB.