The Science of Bacterial & Viral Detoxifications Noted

Written by Jeff Green - 05/21/2022

The Science of Bacterial & Viral Detoxifications Noted

Written by Jeff Green - 05/21/2022

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It is estimated that 40 trillion cells exist in the body. We should have roughly a 10:1 ratio of more bacteria than human cells. These microbes make up only around 1 to 3% of the body's mass due to their small size, but they are one of the most important parts of the body. In our modern-day, we have fewer bacteria than we naturally should due to industrial toxins that have reduced the body's living microbial janitors. This manifests due to devitalized food, antibiotic usage, drugs, and so forth. The modern rate of bacteria to cells is now roughly only around a 5:1 ratio in the average person; some studies now state it is even less. Since this is so, most people do not have the necessary microbes/bacteria present to cleanse and detoxify naturally. Therefore, viruses are a common last resort used by cells to cleanse. Those who feed their body bacteria from raw foods almost never need to develop viruses to detoxify their cells and tissues. With an ample amount of bacteria and microbes, health in turn is robust.

The importance of bacteria mustn't be understated. Humans are 99% bacteria and contain roughly 1% human gene. We are bacteria. If we think of the human body as a bacteria cell itself, the nature of the body begins to be clarified.

To understand why viral outbreaks occur, we must first understand the nature of our modern-day environmental situation. Our environment, which goes unnoticed more often than not, is replete with many industrial toxins. Many of those toxins take the form of gas fumes, artificial fragrances, chemical cleaners, detergents and soap, and many more. Much of these pollutants, like formaldehyde, offgas from buildings and homes that use formaldehyde containing building materials. These toxins are released and contained within the earth’s atmosphere wherein they are eventually taken in by animals, humans, and plants.

Many of these substances are deadly to all microbial and cellular life on earth. Throughout time, these toxic substances, which make contact with our skin and are breathed in through the lungs, destroy and ultimately reduce the naturally occurring bacteria in the body. When bacteria present in the body decreases to unnatural levels, disease and illness follow. One of those illnesses is the viral detoxification.

The lymph system and its network of 5 branches are what constitute the major cleansing system of the human body. This may also be referred to as our 'immune system', which is not a singularly defined entity but is the complex system of the lymphatic system and its fluids and cells. However, when this system is compromised, and the fluids and cells therein become overly toxified, bacteria are 2nd in line to help cleanse cells and their waste products; bacterial infection may occur. Bacteria manifest to feed upon degenerative and toxic tissue to maintain homeostasis and cell stability. However, if the body does not have adequate amounts of bacteria, and, toxins are deadly to these microbes, cells have one last resort—the viral enzyme protein. Cells are responsible for cleansing their own waste, either by themselves or with the help of another agent. At their disposal are cleansing cells like phagocytes, bacteria, parasites, fungi, and the virus.

Viral detoxification occurs when bacteria can no longer maintain cell homeostasis due to microbial and cellular death. Viruses are created in nucleated cells (cells with a nucleus); red blood cells cannot produce proteins or viral proteins, outside of hemoglobin. With each cell type in each part of the body, like lymph, liver, pancreas, spleen, and so on, you will find that each cell type has its own specific DNA pattern.

For example, if you take the liver, you will find many types of cells that exist therein that are specific to the liver. There will be hepatocytes, endothelial cells, and many more. Each cell type will branch off into subtypes of those cells, and so on. Therefore, many types of viruses may be created by cells. It is estimated that at least 320,000 viral strains and viral variants exist, and many hundreds of thousands exist in the human body.

The virus kingdom, which may be referred to as the virome, is made up of the many cells in the human body. This is entirely part of the larger microbiome itself; that which constitutes all cells, microbes, and any related bodily agents. The genome of the cell; that which directs protein creation via instruction sets or 'blueprints', is what dictates the type and/or subtype of the virus created; strain, and variant(s) of a strain. If the majority of cells and their bacteria cells in the liver are poisoned by toxic means, those cells will cohesively begin to produce their own protein solvents.

The virus contains the following properties, which are not particularly unique to the virus:

• Glycoproteins, also called spike proteins. These communication proteins cover the entire capsid and are virtually equidistant from one another.

• Lipid bilayer, also called the capsid.

• Core, which contains the RNA and DNA instruction set imparted by cells during assembly and transcription. mRNA/DNA is used for communication between cells through glycoproteins jutting from the outer capsid.

(Influenza A. As would roughly appear at 15,000,000x magnification. Image modeled & rendered by Jeff Green)

Most of these same properties exist in all cells in the body. Outside of the way RNA is encoded into the core of the virus, these properties are not unique to viral proteins. Extracellular vesicles contain the same properties but are distinctly different from viruses. Vesicles bud out from the cell wall in far lower amounts, whereas viruses are normally replicated by the cell until lysis (rupture) of the cell wall. The lipid bilayer is predominantly made of fat lipids and water, as in all cells. This bilayer behaves similar to all cellular lipid bilayers, allowing actions of engulfing through endocytosis.

Viruses contain the same mechanisms as other agents like lysosomes, or as in processes like autophagy, which utilize similar isolation and dissolving techniques. Indeed, there are many enzymatic solvents created by the cell, and a virus is only one type but is the strongest form of these.

The virus isolates dead or dying cells, toxic compounds in and outside of cells and tissue, and their toxic byproducts. Toxic cells and tissues are marked by immune cells. RNA is used as communication between all cells and their creations. Viruses are then regulated by the immune response, primarily, through agents like white blood cells. Viruses, through RNA, latch onto these marked areas wherein they fractionate/dilute them. This is in order to ease the toxicity of compounds for cells to more easily expel out of the body—after viral dilution, cells may then make contact with the diluted toxins without it outright destroying their integrity.

Jeff Green - 05/21/2022

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https://virusesarenotcontagious.com/