Health Protocol for Mandatory Coronavirus Vaccination
- Thread starter Gaby
- Start date
Yeah, I'm posting the protocol from the book as stated. I'm not even suggesting people do it. I put the information there so that we can compile a complete vaccine detox protocol. We're working as a group to add beneficial components. If information in my post isn't the best option we discard it.
Well there is kind of. The C's said to do the best you can. NAC is really important because it prevents blood clots and therefore will theoretically break up existing or developing clots. Liposomal vitamin C is also very important because it's the oral equivalent to IV vitamin C. IV was used in China to treat COVID. So these two are the first place to start IMO and others can be added in order of importance. The C's recommend follow the protocol for 6 months. It's expensive for sure.
May I suggest before as the saying goes, you have all the ducks in a row, you defer your post on this subject
You may however if you read my entire post you would have understood my intention as is it clearly outlined. And you know Detox and Healing is on the required reading list so I don't see the problem.
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Yes, though liposomal vitC is quite expensive, so the other option would be powdered to gut tolerance, which has a good effect if done correctly, or intramuscular injections of a powder solution which I suppose anyone could learn to do. The other thing that seems in the important top three is B vitamins, and liver is cheap if anyone can’t afford the vitamins. Then the obvious, sweating, cold therapy and a good diet including some intermittent fasting.
I agree with the B vitamins. Liver is great and so are other organ meats. That being said I think supplementation ensures that you're getting the right quantities instead of taking a stab in the dark. If someone can't afford the supplements, diet is the way to go about it.
On the surface, Liposomal vitamin C is expensive but it's the most bioactive form and so you could get away with using less of it than you would say tablets. Only 17% of the vitamin C in tablets is absorbed whereas Liposomal is upwards of 97%
That being said, I'm not trying to argue with you. Powdered ascorbic acid gives me painful diarrhea and in low doses. It's not buffered though which may be the problem.
Can you post an outline of how to use powdered ascorbic acid and which form in order to reach bowel tolerance properly? The example in the article doesn't explain the method in precise terms.
Then we can include it in the finalized protocol.
Bernardo GA
Jedi
Jcsmalz, even if someone can afford all the supplements on earth, a proper diet should never be considered a secondary path.
Supplements used well are a great help, but you can't put diet on the back burner, or as the second choice to something.
Are you neglecting your diet? I hope you are eating right, and that the supplements are supplements and not your diet per se.
I alluded to having a clean diet in my large post
Most defintely you should be taking chlorella for some time before starting iodine therapy, otherwise you'll have a rough time especially if your diet hasn't been cleaned up.
My diet is always a work in progress and I wasn't insinuating that diet should be secondary? You're taking my statement out of context because it was a reply to Fluffy
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@Bernardo GA if you read Fluffy's post you will notice that when I talked about diet it was in reference to obtaining specific amounts of nutrients.
In this case, supplements are the way to go about it unless one can't afford supplements, obtaining as much of the vitamins as possible from food is the way to go.
I was not suggesting that anyone should eat pills instead of food.
In this case, supplements are the way to go about it unless one can't afford supplements, obtaining as much of the vitamins as possible from food is the way to go.
I was not suggesting that anyone should eat pills instead of food.
I use a buffered sodium ascorbate in powder form, I find it kinder in the digestive system than as ascorbic acid.
To reach gut tolerance will vary for each individual depending on toxicity levels.
The protocol would look like 2g every 2 hours until gut tolerance is reached, 1g for children. Under heavy toxic load the dose can be upped and the time shortened to 1 hour. I’ve taken 30g in a single day using 2g every hour before, then at other times, tolerance is reached in 2 doses.
I think it’s one of those things that vary from day to day because of so many factors other than just normal daily detox or illness, for example, smoking or having a rough nights sleep can affect our toxicity. So recommendations for vitC are really on an individual basis.
An average adult requires 4g per day just for normal daily function.
Bernardo GA
Jedi
Hello Jcsmalz. In case I have taken something out of context, I can assure you that was not my intention.
I was simply struck by what you said in the paragraph I quoted, and I thought it was important to clarify it.
I thank you for clarifying it, both for me and for someone else who may not have understood your previous words either.
Another thing to add, nice and cheap too.
Boron/borax
Animal studies showing that boron can affect blood cell populations include one in which rats were fed diets where the fat source was fish oil (high in anti-inflammatory n-3 fatty acids) or safflower oil (high in n-6 fatty acids).<a href="https://journals.sagepub.com/doi/10.1177/2156587211407638#bibr70-2156587211407638" data-xml-rid="bibr70-2156587211407638">70</a> Compared with safflower oil, fish oil increased white blood cell numbers, with most of the increase in the lymphocyte fraction, in boron-supplemented (3 mg/g diet) but not in boron-deprived (0.1 mg/g diet) rats. Fish oil instead of safflower oil increased monocyte and basophil numbers in boron-deprived but not in boron-supplemented rats. In another study, boron supplemented (2.0 mg/kg diet) rats had lower circulating concentrations of natural killer cells and CD8a+/CD4− cells than did boron-deficient (0.1 mg/kg diet) rats after injection with an antigen (M butyricum in mineral oil).<a href="https://journals.sagepub.com/doi/10.1177/2156587211407638#bibr20-2156587211407638" data-xml-rid="bibr20-2156587211407638">20</a>
One human study found that perimenopausal women excreting an average of 1.1 and 3.0 mg/d boron during placebo and boron supplementation periods, respectively, had increased white blood cell numbers, an increased percentage of neutrophils, and a decreased percentage of lymphocytes during the boron supplementation period.<a href="https://journals.sagepub.com/doi/10.1177/2156587211407638#bibr64-2156587211407638" data-xml-rid="bibr64-2156587211407638">64</a>
Activation of neutrophils and phagocytes during the inflammation process results in the production of reactive oxygen species such as superoxide, hydrogen peroxide, and the hydroxyl radical that are used for microbicidal purposes. Excess reactive oxygen species are destroyed in reactions involving glutathione, superoxide dismutase, and catalase. Evidence exists indicating that boron status can affect the destruction of reactive oxygen species. Boron supplementation (3.0 mg/d) significantly increased erythrocyte superoxide dismutase concentration in boron-deprived (0.25 mg/d) men and women.<a href="https://journals.sagepub.com/doi/10.1177/2156587211407638#bibr59-2156587211407638" data-xml-rid="bibr59-2156587211407638">59</a> Low doses (eg, 5 mg/L) of boron were found to support antioxidant enzyme activities, including superoxide dismutase and catalase, in human blood cultures.<a href="https://journals.sagepub.com/doi/10.1177/2156587211407638#bibr71-2156587211407638" data-xml-rid="bibr71-2156587211407638">71</a>Calcium fructoborate has been found to decrease the intracellular production or amount of superoxide ions in cultured cells exposed to oxidative stress.<a href="https://journals.sagepub.com/doi/10.1177/2156587211407638#bibr40-2156587211407638" data-xml-rid="bibr40-2156587211407638">40</a> Findings in an experiment with cultured THP-1 monocytes suggested that boron can limit inflammatory injury (lipopolysaccharide-induced tumor necrosis factor-α formation) even in the presence of glutathione deficiency.<a href="https://journals.sagepub.com/doi/10.1177/2156587211407638#bibr26-2156587211407638" data-xml-rid="bibr26-2156587211407638">26</a>
Boron/borax
Immune Response, Inflammation, and Oxidative Stress
In addition to the effects on inflammation described in the arthritis section above, other reports indicate that boron can affect the immune response, the populations of blood cells involved in the inflammatory response, and reactive oxygen species metabolism occurring with chronic inflammatory stress or the acute inflammatory response. Animal studies include the finding that supplementing 3 mg/kg boron to boron-deficient (0.2 mg/kg) diet more than doubled the serum total antibody concentrations in response to human typhoid vaccine injection in rats.<a href="https://journals.sagepub.com/doi/10.1177/2156587211407638#bibr68-2156587211407638" data-xml-rid="bibr68-2156587211407638">68</a>In mice, boron deprivation downregulated 30 of 31 cytokines or chemokines associated with the inflammatory response 6 days postprimary infection with the nematode Heligmosomoides bakeri.<a href="https://journals.sagepub.com/doi/10.1177/2156587211407638#bibr69-2156587211407638" data-xml-rid="bibr69-2156587211407638">69</a> An opposite pattern was found, especially 21 days postchallenge; mice consuming low and marginally boron-deficient diets had >100% increases in 23 of the 31 cytokines or chemokines.Animal studies showing that boron can affect blood cell populations include one in which rats were fed diets where the fat source was fish oil (high in anti-inflammatory n-3 fatty acids) or safflower oil (high in n-6 fatty acids).<a href="https://journals.sagepub.com/doi/10.1177/2156587211407638#bibr70-2156587211407638" data-xml-rid="bibr70-2156587211407638">70</a> Compared with safflower oil, fish oil increased white blood cell numbers, with most of the increase in the lymphocyte fraction, in boron-supplemented (3 mg/g diet) but not in boron-deprived (0.1 mg/g diet) rats. Fish oil instead of safflower oil increased monocyte and basophil numbers in boron-deprived but not in boron-supplemented rats. In another study, boron supplemented (2.0 mg/kg diet) rats had lower circulating concentrations of natural killer cells and CD8a+/CD4− cells than did boron-deficient (0.1 mg/kg diet) rats after injection with an antigen (M butyricum in mineral oil).<a href="https://journals.sagepub.com/doi/10.1177/2156587211407638#bibr20-2156587211407638" data-xml-rid="bibr20-2156587211407638">20</a>
One human study found that perimenopausal women excreting an average of 1.1 and 3.0 mg/d boron during placebo and boron supplementation periods, respectively, had increased white blood cell numbers, an increased percentage of neutrophils, and a decreased percentage of lymphocytes during the boron supplementation period.<a href="https://journals.sagepub.com/doi/10.1177/2156587211407638#bibr64-2156587211407638" data-xml-rid="bibr64-2156587211407638">64</a>
Activation of neutrophils and phagocytes during the inflammation process results in the production of reactive oxygen species such as superoxide, hydrogen peroxide, and the hydroxyl radical that are used for microbicidal purposes. Excess reactive oxygen species are destroyed in reactions involving glutathione, superoxide dismutase, and catalase. Evidence exists indicating that boron status can affect the destruction of reactive oxygen species. Boron supplementation (3.0 mg/d) significantly increased erythrocyte superoxide dismutase concentration in boron-deprived (0.25 mg/d) men and women.<a href="https://journals.sagepub.com/doi/10.1177/2156587211407638#bibr59-2156587211407638" data-xml-rid="bibr59-2156587211407638">59</a> Low doses (eg, 5 mg/L) of boron were found to support antioxidant enzyme activities, including superoxide dismutase and catalase, in human blood cultures.<a href="https://journals.sagepub.com/doi/10.1177/2156587211407638#bibr71-2156587211407638" data-xml-rid="bibr71-2156587211407638">71</a>Calcium fructoborate has been found to decrease the intracellular production or amount of superoxide ions in cultured cells exposed to oxidative stress.<a href="https://journals.sagepub.com/doi/10.1177/2156587211407638#bibr40-2156587211407638" data-xml-rid="bibr40-2156587211407638">40</a> Findings in an experiment with cultured THP-1 monocytes suggested that boron can limit inflammatory injury (lipopolysaccharide-induced tumor necrosis factor-α formation) even in the presence of glutathione deficiency.<a href="https://journals.sagepub.com/doi/10.1177/2156587211407638#bibr26-2156587211407638" data-xml-rid="bibr26-2156587211407638">26</a>
EmeraldR
Dagobah Resident
Alot of good pointers here -also in my own experience the deployment of increased time spent practicing energy/meditation practices such as EE ,qigong,yoga ,breathwork etc. Whenever I ve had the discipline to increase the time/percentages invested in those practices I have found an increased synergistic effect on all levels- personally I dont take quite as many supplements as I used to ! I still use the most effective ones that have made a noticable improvement on an consitent basis ! For me more is less in some cases imo.
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