“They do not affect or interact with our DNA in any way.
mRNA never enters the nucleus of the cell, which is where our DNA (genetic material) is kept.
The cell breaks down and gets rid of the mRNA soon after it is finished using the instructions.”
They don’t modify the dna as your title suggests. Still, there hasn’t been enough time to study the long term side effects of creating synthetic sequences and forcing them into the cell wall with nanotechnology.
the "DNA" statement is for understanding purposes. while it is not fully "Technically" correct, this:
Next, the cell displays the protein piece on its surface. Our immune systems recognize that the protein doesn’t belong there and begin building an immune response and making antibodies, like what happens in natural infection against COVID-19.
I think the biggest issues are the manner and delivery of the synthetic protein. Our body tries to reject it before it enters the cell wall and requires a PEG coating to elongate the time necessary to defeat the body’s natural instinct.
The amount of synthetic mRNA and the amount of glycol will affect everyone differently and it’s impossible to have a one size fits all shot in the arm. This is why some people are just fine are others are dropping dead a day later.
The vaccine is highly unlikely to cross the blood brain barrier for a number of reasons, but the actual virus itself could potentially break through in the form of incomplete protein chains.
There are absolutely viral and bacterial diseases that penetrate the BBB, meningitis and encephalitis, for example, but a vaccine is not on par with a live virus or bacteria.
Best thing you can do is maintain a healthy lifestyle, keep your hands off your face and get plenty of sunlight. As for the memories, well, you’re not gonna be able to keep those in the end anyway.
Thank you! I love being corrected. It makes me more knowledgeable. I still struggle with how to economically explain that the mRNA enters our cells and results in the production of the spikes.
Doctor that Alex Jones interviewed said the protein that your body produces due to the mRNA injection can affect your dna. So while it’s true that the shot itself doesn’t technically alter your dna, that protein can. So it’s indirectly doing this. I believe her name was Dr Tenpenny. I don’t know what her reputation is or was.
I just went and listened to that segment with dr tenpenny. She definitely spoke about transfection very briefly. The possibility of antibodies and proteins being able to break through cell walls as well as genetic material.
The synthetic protein rapidly dissipates, even inside the body. That’s why the nanotechnology is so important to its success. Without the PEG Nanolipids it wouldn’t pierce the cell wall and hang out long enough to “send instructions”. Considering it never breaches the cell nucleus, I fail to see how it would affect your deoxy in any way.
Here’s what I found on antigens that are produced by way of the instructions. They interact with T and B cells. Still not sure how she gets to DNA being part of the equation here:
“Once the viral antigens are produced by the host cell, the normal adaptive immune system processes are followed. Antigens are broken down by proteasomes, then class I and class II MHC molecules attach to the antigen and transport it to the cellular membrane, "activating" the dendritic cell.[37] Once the dendritic cells are activated, they migrate to lymph nodes, where the antigen is presented to T cells and B cells.[38] This eventually leads to the production of antibodies that are specifically targeted to the antigen, resulting in immunity...”
Its never been a good idea to be Bill Gates beta tester
"A Closer Look at How COVID-19 mRNA Vaccines Work" https://www.cdc.gov/coronavirus/2019-ncov/vaccines/different-vaccines/mrna.html
From the source you supplied:
“They do not affect or interact with our DNA in any way.
mRNA never enters the nucleus of the cell, which is where our DNA (genetic material) is kept. The cell breaks down and gets rid of the mRNA soon after it is finished using the instructions.”
They don’t modify the dna as your title suggests. Still, there hasn’t been enough time to study the long term side effects of creating synthetic sequences and forcing them into the cell wall with nanotechnology.
the "DNA" statement is for understanding purposes. while it is not fully "Technically" correct, this:
I think the biggest issues are the manner and delivery of the synthetic protein. Our body tries to reject it before it enters the cell wall and requires a PEG coating to elongate the time necessary to defeat the body’s natural instinct.
The amount of synthetic mRNA and the amount of glycol will affect everyone differently and it’s impossible to have a one size fits all shot in the arm. This is why some people are just fine are others are dropping dead a day later.
can the vaccine cross the blood brain barrier? I have memories that I do not want turned into cells that my immune system destroys
The vaccine is highly unlikely to cross the blood brain barrier for a number of reasons, but the actual virus itself could potentially break through in the form of incomplete protein chains.
There are absolutely viral and bacterial diseases that penetrate the BBB, meningitis and encephalitis, for example, but a vaccine is not on par with a live virus or bacteria.
Best thing you can do is maintain a healthy lifestyle, keep your hands off your face and get plenty of sunlight. As for the memories, well, you’re not gonna be able to keep those in the end anyway.
Be precise and it’s all good.
I’ve been corrected, too, as this isn’t an easy topic to grasp
Thank you! I love being corrected. It makes me more knowledgeable. I still struggle with how to economically explain that the mRNA enters our cells and results in the production of the spikes.
Doctor that Alex Jones interviewed said the protein that your body produces due to the mRNA injection can affect your dna. So while it’s true that the shot itself doesn’t technically alter your dna, that protein can. So it’s indirectly doing this. I believe her name was Dr Tenpenny. I don’t know what her reputation is or was.
I just went and listened to that segment with dr tenpenny. She definitely spoke about transfection very briefly. The possibility of antibodies and proteins being able to break through cell walls as well as genetic material.
The synthetic protein rapidly dissipates, even inside the body. That’s why the nanotechnology is so important to its success. Without the PEG Nanolipids it wouldn’t pierce the cell wall and hang out long enough to “send instructions”. Considering it never breaches the cell nucleus, I fail to see how it would affect your deoxy in any way.
Here’s what I found on antigens that are produced by way of the instructions. They interact with T and B cells. Still not sure how she gets to DNA being part of the equation here:
“Once the viral antigens are produced by the host cell, the normal adaptive immune system processes are followed. Antigens are broken down by proteasomes, then class I and class II MHC molecules attach to the antigen and transport it to the cellular membrane, "activating" the dendritic cell.[37] Once the dendritic cells are activated, they migrate to lymph nodes, where the antigen is presented to T cells and B cells.[38] This eventually leads to the production of antibodies that are specifically targeted to the antigen, resulting in immunity...”