The shedding danger
Even those who rejected the RNA and spikes of the gene shot are not safe from it, because the danger of vaccine shedding has not been ruled out.
By Wolfgang Wodarg
An excerpt:
Shedding, finally someone is looking
It is therefore necessary to look at the extensive literature of at least the last thirty years on this subject in order to also find out the state of knowledge about gene transfer or shedding. A pioneer in this laborious work is Helene Banoun from Marseille. She is a pharmaceutical biologist, former Inserm (15) researcher and member of the "Independent Scientific Council" in France.
She published a review paper in November 2022 presenting previous findings on the risks of transferring nucleic acid sequences or their products from treated individuals to contacts. In doing so, she criticizes the fact that such studies were not deemed necessary for RNA injections to prevent SARS-CoV-2. Her paper is entitled:
Current state of knowledge on the excretion of mRNA and spike produced by anti-COVID-19 mRNA vaccines; possibility of contamination of the entourage of those vaccinated by these products (16).
Thus, their research was less concerned with details of the effect of RNA shots on the "vaccinated" than with the question of whether the RNA or its products (spikes) could be transmitted to "unvaccinated contacts." Such studies apparently did not occur prior to marketing approval for the genetic interventions declared as "vaccinations."
In this regard, the protocol for Pfizer's phase I/II/III trial of COVID-19 mRNA vaccines, which began in May 2020, mentions the possibility of transmission of the study product by inhalation or skin contact as well as transmission through the semen of a male exposed by inhalation or skin contact and the possibility of an adverse vaccine reaction due to such exposure (17).
Such "shedding" of genetic information or of its products, however, was not increasingly discussed until, for example, children or close partners of the newly "vaccinated" were suddenly observed to have symptoms or even diseases similar to those that had meanwhile become more common in the RNA shot recipients themselves.
Helene Banoun was alerted, among other things, by the report of a stroke in a 7-year-old child who had no risk factors and whose parents had been freshly vaccinated. When a healthy seven-year-old suddenly suffers a stroke, people take a closer look. And literature on this she found plenty (18).
How can shedding occur?
Exosomes - the parcel service in the body
RNA or its double-stranded counterpart, DNA, are regularly passed from living cells and from decaying cells. Most commonly through a type of intercellular "parcel service" called extracellular vesicles (EVs) or exosomes. These are particles strangulated from cells and enclosed with their cell membranes, which at first glance look like viruses. These are found everywhere in and also on the body. They are as small as viruses, survive the passage through the stomach, and - unlike foreign-enveloped viruses - are left alone by the immune system. Exosomes can be loaded by the sending cells and bring their contents to specific target cells. Thus, they can contain nucleic acids such as RNA or DNA fragments in plasmids and at the same time proteins, enzymes, messenger substances or parts thereof. They are also used to transport cellular waste for recycling in the spleen or liver.
The lipid nanoparticles (LNPs) used for gene therapy are effectively artificial copies of such transport vehicles. They, too, are designed so that they are not recognized and destroyed by the immune system and can then empty their contents into body cells.
A review paper on the safety of nanoparticles in biomedical applications states that exposure to LNPs can occur through ingestion, injection, inhalation, and skin contact. The latter has also been observed where the nanoparticles are produced (19).
Nanosystems are therefore increasingly used for the delivery of peptides, proteins, vaccines, or gene fragments via skin and mucous membranes (20). This also seems to work with exosomes (21).
First RNA "vaccines" with inhalable or skin-applicable exosomes are under development (22).
If yes: how, what, how long, how much.
Thus, transmission of RNA from lipid nanoparticles or exosomes to "unvaccinated" persons in contact with RNA-treated persons appears possible.
Possible routes of transmission include contact with body fluids such as blood, breast milk, tissue juice (lymph), mucus from all body orifices, aerosols (23), and sweat. Here, the dose certainly plays a major role in the effect.
This immediately leads to a second important question:
So how long should one be cautious when coming into contact with RNA "vaccinated" individuals?
The presence of transmissible RNA has so far been reported in the literature to range from a few days after injection to at least four months. This does not yet take into account the possibility that cells may be reprogrammed in such a way that the production of spike proteins becomes their program to be reactivated at any time.
There are now several indications of this as well. For example, in 2021, researchers from MIT published a disturbing paper in which they provided strong evidence that SARS-CoV-2 RNA can be reverse transcribed into DNA and integrated into human DNA (24).
If confirmed, such altered cells could keep producing the spike proteins indefinitely, even after the infection has long subsided. Such insertions could repeatedly lead to false-positive results in a PCR test, even in the long term.
Spike proteins produced immediately after injection may persist for a long time even in free form: Vaccine-induced spike mRNA circulates in plasma as early as the day of injection and for up to 14 days thereafter, with peak levels measured on the fifth day (25). However, it can take up to four months for the spikes to be absent from exosomes as well.
It has even been observed in experiments with transgenic humanized mice that - after contact with such RNA-bearing exosomes - they developed antibodies against spike proteins. Shedding with the triggering of immune reactions thus seems to be possible even without incorporation into the DNA even after four months.
I got you under my skin
The RNA molecules are supposed to stimulate the cells of the "vaccinated" to produce artificial spike proteins of the Wuhan virus, which then trigger the formation of antibodies when a part of them also appears on the surface of their gene-modified cell.
Recently, however, it has been observed that whole spikes or parts of spike proteins are also packaged into exosomes and such spiked vesicles have been found throughout the body. Their spike cargo then also manages to protrude through the exosome wall and trigger an immune response. The possibility of shedding through normal skin seems particularly troubling. Here, exosomes loaded with spikes and RNA have been found especially in sweat. As already mentioned, they can be passed on through the intact skin like nanoparticles.
