Viewer Question: mRNA
Spike Protein & mRNA Functions
Written by Jeff Green
June 22, 2022
Viewer Question:
“In light of the latest information and misinformation now circulating regarding the role of mRNA, is it still the case that our cells cannot be made to produce the spike protein? The conclusion to your Newsletter of May 22, 2021, emphasizes that there can be an alteration of gene expression through epigenetics but that is all that can be done? - Ted"
I still absolutely maintain that cells cannot produce only a fraction of a whole virus. It makes no biological sense that a cell can produce a final part of a virus without producing the majority of the whole protein first. Secondly, if cells can be taught how to produce merely a part of a viral protein, that leads to the next logical question—which is why can't cells produce their own whole viral proteins from start to finish?
Saying cells can produce a single part of a whole viral protein is like saying I can build a house with only 1/10th of a blueprint. How would the cell know how to produce a glycoprotein (spike) from a whole virus without access to the entire viral blueprint? It would be like building the roof of a house first before putting up the walls. After all, spikes are manufactured by cells after the core and capsid of the virus are produced. Proteins form from the inside out. Just as an egg grows—it begins with the yolk and grows outwardly, producing the shell just before it is laid. Thus, glycoproteins are produced last. How can a cell form a single part of a protein from the outside in? It cannot.
Spike proteins are known as glycoproteins and cover many agents in the body. Glycoproteins are a form of communication between cells and their cellular agents. Glycoproteins are formed after the main parts of a viral protein—all things in nature begin their growth from the center, then move outwardly.
Glycoproteins are the outermost part of a viral protein. Glycoproteins mainly consist of a carbohydrate plus a protein; glycans and amino acids. All molecules throughout the lymphatic system network that are involved with the immune response, what has been classically termed the "immune system", contain glycoproteins.
In fact, glycoproteins can be enzymatic in nature since they contain a large portion of amino acids.
Enzymes also contain glycoproteins, and in the medical literature, these terms tend to be interchangeable.
“For example, of the many examples, human intestinal enzymes, specific for the hydrolysis of the disaccharides, maltose and sucrose have been shown to be glycoproteins." p.1
https://onlinelibrary.wiley.com/doi/pdf/10.1016/0307-4412(89)90136-2
In viruses, glycoproteins connect to the inner viral nucleocapsid which contains tightly wound mRNA; glycoproteins complete a network with RNA in the inner portion of the viral protein. This allows intelligent modes of communication between cells and viruses insofar as what they are able to latch onto and bond with.
As I stated in a recent short lecture on how viruses dissolve: viruses act just as enzymes do by using glycoproteins to attach themselves to compatible receptors on the surface receptor proteins of cells and tissues. There, they hold molecules in place and begin the process of dissolution by breaking the bonds of the structure through enzymatic hydrolysis. Therefore, glycoproteins are receptors and communicators with the ability to dissolve.
With this in mind, the idea is that cells can be presented with synthesized mRNA tissue and instructed or 'taught' how to produce only a mere part of an outer part of a virus. It would be like trying to grow a fetus from the outside in—from the skin to the heart. It simply cannot be done.
But what, exactly, is mRNA doing within the human body? Quite simply, all available evidence that I have studied shows mRNA behaves thusly: SARS-CoV-2 vaccine (Moderna, or Pfizer mRNA vaccines) is injected into the arm muscle, making its way into the muscle cells where vaccine ingredients then enter into the greater blood of the body.
Moderna and Pfizer vaccines contain the known following ingredients:
mRNA — (messenger ribonucleic acid). mRNA is the active ingredient and is synthesized.
Fat Lipids — This allows mRNA to slip into cells more easily, as well as protects the mRNA from being destroyed.
Salts — Potassium chloride, monobasic potassium phosphate, sodium chloride, dibasic sodium phosphate dihydrate
Sucrose (sugar)
Acids — Acetic acid
Acid Stabilizers — Tromethamine & tromethamine hydrochloride
Other — Ethanol, sodium acetate
https://www.hackensackmeridianhealth.org/en/HealthU/2021/01/11/a-simple-breakdown-of-the-ingredients-in-the-covid-vaccines#.YqrdyLbMI-V
mRNA is defined by cancer.gov as:
“A type of RNA found in cells. mRNA molecules carry the genetic information needed to make proteins. They carry the information from the DNA in the nucleus of the cell to the cytoplasm where the proteins are made. Also called messenger RNA."
https://www.cancer.gov/publications/dictionaries/cancer-terms/def/mrna
As I stated above, the idea that cells can be instructed to only manufacture a latter part of a protein is a fallacy. Synthesized mRNA is merely a toxin in the body that can potentially alter parts of the DNA through epigenetic changes.
Bound with fat lipids to protect the delivery of cargo containing mRNA and escape the immune response, mRNA eventually enters the cell through endocytosis. Once it enters cells, it is pulled into the cytoplasm for dissolution and removal. The fat lipid surrounding the tissue disintegrates, allowing contact of mRNA compounds with the cytoplasm network of the cell, which itself contains major components of the human DNA sequence. No access to the nucleus is required to alter some portions of cell DNA. It is claimed that mRNA does not enter the nucleus, however, major components of the human DNA sequence contained in cells are contained in the cytoplasm, which is a fairly recent discovery and one I have written about before.
However, Johnson & Johnson does claim their adenovirus particle enters the nucleus. The adenovirus is used as a carrier tissue (toxin) to spark cells to produce viral proteins.
“Once the modified adenovirus vaccine enters into the cells, the body of the virus essentially disintegrates and the DNA material within it travels into the nucleus of the human cell where it is transcribed into mRNA."
In hindsight, mRNA vaccines may appear slightly safer than previous vaccines since they contain no aluminum adjuvant or mercury thimerasol. However, their toxicity presented to cells in the form of mRNA technology may equal previous vaccines’ deleterious effects and present its own toxic byproducts that match the toxicity of older vaccines, especially when multiple boosters are given over long periods of time, which will increase toxicity in the receiver.
When foreign mRNA enters cells, it mostly acts as a toxin to cells once inside cells. When a toxin is introduced to a cell, it can cause the misfolding of proteins/the mutation of proteins, leading to the creation of a viral solvent to rid the cell of its own toxicity. When proteins mutate, their DNA is likewise mutated along with it. In this case, it appears mRNA is a designed manmade toxin that is more able to precisely cause specific mutations of DNA in cells. When cells have been influenced by such a toxin, cells will divide and create new cells from the original base cell that contains DNA alteration, which will grow in magnitude through cellular division. Thus, every cell created thereafter from the original cell shall be altered. This is an epigenetic change. Those with a more robust system may notice less oxidative cellular destruction from such changes, and therefore less disease manifestation.
Note: All toxins elicit their own, many times unique, cellular reactions in the body. Widespread viral replication may occur by cells if large amounts of proteins become mutated (toxic), as appears to be a possibility in the effects of mRNA vaccine technology.
To reverse epigenetic changes, one may adopt a diet rich in raw foods that contain B vitamins, which have been shown to reverse epigenetic changes over time. Foods containing B vitamins include raw milk, raw eggs, raw salmon, and raw leafy green vegetable juice, among others.
https://academic.oup.com/advances/article/1/1/8/4591554
Through my research, I have documented my findings on the science of stimulating epigenetic changes in organisms—see my newsletter issue #5 & #6. This branch of science has been actively studied and carried out through vaccine research, years before 2020 or the introduction of recent vaccines. It has shown that, indeed, epigenetic changes can be triggered by the delivery of specific synthesized mRNA into organisms.
In this case, it appears that mRNA is being used to slow the cytokine storm of the infection process, as I wrote about in my newsletters nearly two years ago. This is not supportive of good health and can potentially trigger disease manifestation in the long term by suppressing the detoxification system, which is the overall cleansing system of the body. Cytokines are a major part of the infection and detoxification system, and therefore, the healing processes.
By suppressing the cytokine storm, we may temporarily reduce the systemic effects of widespread infection and viral and bacterial replication but at the cost of reducing the body’s ability to properly cleanse, heal, and fortify. This incurs a constant suppression of the removal of toxins, and thus a need for disease to attempt to maintain homeostasis. Boosters continue to delay proper toxin removal by maintaining long periods of an artificially high level of immune response. As a result, the body cannot shift its resources into removing prior toxin insults/accumulations and must focus on the latest insult introduced into the body. Therefore, such ‘therapies’ should be completely avoided.
These are the known effects of mRNA that I am personally aware of. There may very well be other unknown targets of cells and their DNA.
Jeff Green
https://virusesarenotcontagious.com/
Viewer Question: mRNA
A clear and understandable article on the role that mRNA technology is playing in a perversion of genetic (DNA) science . Surely, is not the foremost moral and ethical obligation of all who`ve gained sight of the truth, to cast out of the minds of the many , a mendacious narrative? A narrative in which the aim seems to be to mislead , deny and ultimately , help in destroying much of humanity..