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Is It Time to Defend Your Body Against Graphene Oxide? Here's the Best Way!

With the pandemic that hit the world around February of 2020, a search to find a treatment for this virus became the number one priority. Since so many Americans have been forced into taking the COVID vaccination for work, and because they are potentially being exposed to a harmful toxin within the vaccine known as graphene oxide, we are now looking for ways to combat the harmful side effects of the toxin.

COVID-19 vaccinations may contain graphene oxide. Can liposomal glutathione help?

Table of Contents:

1. What is Graphene Oxide?
    1.1 Is Graphene Oxide Really in COVID-19 Vaccines?
    1.2 Why Is Graphene Oxide Bad for Your Health?
    1.3 Graphene Oxide and 5G Technology
2. Liposomal Glutathione Supplement Benefits
3. Why Choose Liposomal Glutathione?
    3.1 Accelerated Intestinal Absorption
    3.2 Increased Stability of Pharmaceuticals
    3.3 Protection from Harsh Stomach Environment
    3.4 Greater Bioavailability
4. Final Thoughts

1. What Is Graphene Oxide?

Now that we see injectable vaccines more readily available, masks more readily accessible, COVID-19 testing more readily available, as well as continuing to develop potential transnasal COVID-19 vaccines, we are hearing theories rising to the surface about these products potentially containing the harmful substance known as graphene oxide (GO). Specifically, masks, PCR and antigen swab tests, and all COVID vaccines have theories against them, including but not limited to the following:

  • AstraZeneca
  • Moderna
  • Pfizer 
  • Sinovac
  • Johnson & Johnson

Put simply, graphene oxide is graphene in oxidized form. This material is single-atomic-layered, and it’s formed by graphite oxidation, which is easy to obtain and affordable. This material processes easily, as it’s dispersible, which means it disintegrates easily in water and some other types of solvents. 

Some suggest that graphene materials may cause dose-dependent toxicity in cells and animals, including kidney injury, liver injury, lung granuloma formation, cell apoptosis, and reduced cell viability. [1]

Graphene oxide may cause damage to your kidneys and liver. Can liposomal glutathione help?

1.1 Is Graphene Oxide Really in COVID-19 Vaccines?

Some electron microscopy and spectroscopy tests supposedly revealed that graphene oxide nanoparticles are being found in masks, swab test kits, and vaccines. Others state that there is simply no evidence that reveals any truth behind this theory. What we can do as individuals is to stay on top of this information and be prepared in case of exposure to harmful substances like graphene oxide

1.2 Why Is Graphene Oxide Bad for Your Health?

Graphene oxide may cause a metallic taste in the mouth, oxidative stress, pro-inflammatory response, loss in cell function, and mitochondrial damage. Even though this material is made with the same atoms as our cells, tissues, and organs, graphene oxide may cause strange interactions with biological membranes and proteins found in the blood, resulting in more severe issues like thrombogenicity and activation of the body’s immune cells. [2]

Graphene oxide may alter the immune system by decompensating the oxidative balance in concerns to glutathione reserves. Restoring or maintaining glutathione levels has been shown to help at-risk COVID-19 patients as well as counteracting the effects of GO. [3][4] 

Maintaining glutathione levels has been shown to counteract the effects of Graphene Oxide.

Long-term COVID-19 infections in patients with marker glutathione deficiencies suggest that the dramatic decrease of glutathione levels may correlate to viral replication rates and exacerbation of oxidative damage to the lungs. 

It is said to be a “toxin that generates thrombi in an organism” and encourages coagulation. Studies have revealed that graphene oxide does cause thrombi in rodents, where blood clots will form in an artery (usually somewhere in the leg) and then will continue to travel to a lung artery, where it will block blood flow—otherwise known as pulmonary embolism. [5] 

Here’s the crazy part:

Unfortunately, around 25% of these individuals who experience pulmonary embolisms will only have one symptom, which is sudden death. 

Graphene oxide can cause blood clots to form. Glutathione has raised the attention of many researchers.

Other studies conducted on graphene oxide also concluded that it might be harmful to human beings, mammals, and the environment. This is exactly why it is quite alarming to hear that nanoparticles may be found inside our masks, swab tests, and the vaccines themselves. Again, we do not know for sure whether this information is true or false. However, if it were true, you’d want to do something about it, and that’s where glutathione comes in again.

Exposure to graphene oxide is not necessarily good for your health, even though it has various useful applications when it comes to microelectronics and other forms of technology. This compound contains oxygen, carbon, and hydrogen, and it is used in a variety of different ways. Some applications include:

  • Anti-corrosion coatings and paints
  • Efficient and precise sensors
  • Textiles
  • Faster and efficient electronics (aka 5G technology—we will expand on this)
  • Flexible displays
  • Efficient solar panels
  • Faster DNA sequencing
  • Drug delivery or the application of medicine

Why Is Graphene Oxide Bad for Your Health?

There have been claims that the injectable vaccine and the intranasal vaccines that they have been designing will have graphene oxide in them. Whether these claims are true, it would be best for vaccinated individuals, those who frequently wear masks, and those who have had their nasal cavities swabbed for PCR or antigen tests to keep themselves healthy and prepared in case the GO rumors are true. 

Why would there be traceable amounts of graphene oxide in these vaccines that they want everyone to have? Well, let’s take a quick look at one of the main theories floating around. 

1.3 Graphene Oxide and 5G Technology

Is it a conspiracy theory that is outlandish, or is it an idea that has legs? You tell us. Graphene oxide and 5G technology have been creating some suspicion and fear during this pandemic. This is because graphene oxide possesses something called an “electronic absorption band,” meaning it can absorb particular frequencies that oxidize and excite this material quickly—thus impacting our glutathione reserves.

This frequency band is also emitted in updated emission bandwidths of the new 5G wireless technology. Interestingly, even in the worst parts of the pandemic, where COVID infection rates were at all-time highs, the production and installation of 5G antennas never seemed to stop. 

Researchers are now taking a closer look at the link between glutathione benefits and how they can combat the effects of graphene oxide.

Why was this prioritized in a crisis? Could it have something to do with the way graphene oxide can absorb the frequency? Could graphene oxide be the reason for this virus exploding into what it is today? Could the Wuhan bat theory be a distraction from the 5G technology making people sick? Could this technology suppress the immune system? Possibly, but we don’t know for sure. 

Recently, glutathione has raised the attention of many researchers. They are now taking a closer look at the link between glutathione benefits and how they can combat the effects of graphene oxide. 

2. Liposomal Glutathione Supplement Benefits

Since we already know that maintaining glutathione levels is important while you have COVID-19, and we know that glutathione levels might be helpful if you are being exposed to any graphene oxide in your masks, swab tests, or vaccines, let’s discuss some other reasons why glutathione may be a helpful addition to your diet and health routine.

First of all, glutathione is a protective antioxidant against oxidative and nitrosative stress. These both play a key role in managing the pro-inflammatory responses in the lungs. Inflammation and oxidant and antioxidant imbalances may create severe cell damage. [6] 

We also know that oxidative stress is a factor in the case of COVID-19, and it also perpetuates cytokine storm cycles, blood-clotting mechanisms, and exacerbation of hypoxia. [7] 

Maintaining glutathione levels is important for managing COVID-19 symptoms.

But also:

With these facts in mind, we can see the link between using glutathione for managing COVID-19 symptoms. When taking a look at the key subject, which is the graphene oxide presence in many of the COVID-19 precautions that should be helping us, we can see that it could potentially cause oxidative stress, loss in cell functionality, pro-inflammatory responses, and more. 

Glutathione is not only capable of protecting the lungs against oxidative stress and managing the inflammatory response, but it can also prevent damage to cells and vital cellular components. These are practically all of the counter-effects you could want when dealing with GO. 

Something else worth noting is that children naturally have high levels of glutathione, and this age group does not seem to be affected as badly by COVID-19 as seniors, who tend to have much lower glutathione levels.

Children have naturally high levels of glutathione.

This is where things get more interesting:

Glutathione is not only good for potentially helping at-risk COVID patients and managing the effects of graphene oxide on your health, but it also offers a variety of other beneficial properties. This makes it the perfect addition to anyone’s health routine, whether your reason for using it has to do with COVID-19 or not. 

Here are some of the reasons why an individual may want to consider using a liposomal glutathione supplement:

  • Reduces oxidative stress (as we mentioned before)
  • Has the potential to improve skin conditions such as psoriasis [8]
  • Decreases cell damage in liver disease (both alcoholic and nonalcoholic) [9][10]
  • Improves insulin resistance in elderly individuals 
  • Increases mobility for individuals with peripheral artery disease by improving circulation [11]
  • Mitigates symptoms of Parkinson’s disease (helps with tremors and rigidity) 
  • Combats autoimmune diseases [12]
  • Reduces oxidative damage in the brain of children and adolescents with autism [13]
  • Reduces respiratory disease symptoms (via N-acetylcysteine, a byproduct of glutathione)

As you can see, there are countless benefits to adding liposomal glutathione supplements to your daily routine. This supplement is naturally designed to help support your health and immune system through a variety of different routes. 

More Potent & More Effective Liposomal Glutathione Supplements.

We always recommend liposomal glutathione supplements over regular glutathione supplements, and we will get into the reason for that now. 

3. Why Choose Liposomal Glutathione?

Let’s get straight to the point: the main advantages of liposomal encapsulation of supplements such as glutathione include:

  • Accelerated intestinal absorption
  • Increased stability of pharmaceuticals
  • Protection for the stomach against irritating agents found in traditional supplements
  • Greater bioavailability 

Liposomal supplements are special and are superior to regular supplements. If you’re not sure what any of that means, we will break it down for you below. 

Advantages of Liposomal Supplements

3.1 Accelerated Intestinal Absorption

This benefit speaks for itself. The absorption rates are higher with liposomal supplements, which means you are utilizing more of the glutathione, and its effects will be more potent than regular glutathione supplements.

3.2 Increased Stability of Pharmaceuticals

Liposomes are small bodies of fat capable of protecting and transporting nutrients, preventing the breakdown caused by harsh stomach acids. When nutrients are encapsulated in liposomes, it increases stability and shelf life. [14]

3.3 Protection from Harsh Stomach Environment

Liposomes can effectively protect glutathione from being damaged or broken down in the stomach acids. This results in more glutathione being able to be utilized in the end, and the effects will be more potent and effective as well. 

Liposomal glutathione can be better absorbed by the body and is protected from strong stomach acids.

3.4 Greater Bioavailability

Using glutathione encapsulated in liposomes or liposomal glutathione can achieve up to 17x more bioavailability than regular dietary supplements. Liposomes are typically absorbed via the oral mucosal lining or lymphatic mechanisms found within the gut. 

Bioavailability refers to how well the nutrient can be absorbed into the body. Multiple nutrients and dietary factors can interfere with the bioavailability of supplements and vitamins, so taking a liposomal glutathione supplement is ideal. 

4. Final Thoughts

Suppose you are a vaccinated individual or any individual who has had multiple PCR/antigen tests or who wears masks regularly, and you are concerned about these theories suggesting that these anti-COVID precautions contain a toxin dangerous to your health. 

If you are concerned about theories suggesting that anti-COVID precautions contain a toxin dangerous to your health, consider using liposomal glutathione supplements.

In that case, you may want to consider using liposomal glutathione supplements. Those who just want to take advantage of the many beneficial qualities of the supplement can also take it, regardless of whether they have COVID-19 or have been vaccinated for it. 

Individuals who have COVID-19 may also benefit from using liposomal glutathione supplements, as it has some very valuable benefits to offer for those struggling with a virus that attacks the lungs. 

Here’s the takeaway:

Liposomal glutathione is the way to go if you are thinking about introducing glutathione to your daily health routine. Bioavailability is much higher, which means you are getting much more glutathione in one dose than you would with regular supplements. Absorption rates are also much higher with liposomal supplements, so you’ll also get the bonus of a more effective, more potent dose of glutathione

Sources:

  1. https://particleandfibretoxicology.biomedcentral.com/articles/10.1186/s12989-016-0168-y
  2. https://pubs.rsc.org/en/content/articlelanding/2019/nh/c8nh00318a
  3. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7402141/
  4. https://pubs.acs.org/doi/10.1021/acsami.0c17523
  5. https://pubs.acs.org/doi/full/10.1021/nn201092p?src=recsys
  6. https://pubmed.ncbi.nlm.nih.gov/11028671/
  7. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7357498/ 
  8. https://pubmed.ncbi.nlm.nih.gov/24155989/ 
  9. https://pubmed.ncbi.nlm.nih.gov/7569285/
  10. https://pubmed.ncbi.nlm.nih.gov/28789631/
  11. www.mayoclinicproceedings.org/article/S0025-6196(11)62019-3/abstract 
  12. https://pubmed.ncbi.nlm.nih.gov/19393193/ 
  13. https://pubmed.ncbi.nlm.nih.gov/22781167/ 
  14. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4818067/