I've been suspecting that I've been exposed to Covid-19 for over a month now. I have no concrete way of verifying that because I can't be tested without qualifying symptoms. It all started with a diarrhea, headache (lower back of the head), feeling off, shoulder blade pain, but absolutely no fever. I am waiting for an antibody test to become available.
Here is my initial discussion 4 days ago. By that time, I couldn't speak without persistent dry coughs -
I tested the varying strength of food-grade H202 from 1:7 to 1:90 parts of 3% H202 to Saline (sterile 5ml 0.9% sodium chloride solution). I recommend that you stay around 1:70 to 1:80 parts (less than 2 drops of 3% h202 in 5ml saline). I definitely felt light-headed and more run down with a higher strength around 0.5% h202.
1 drop of 3% h202 in 5ml saline amounts to approximately 1:90 parts. Two drops about 1:45 parts. This is my computation based on my own glass dropper, so this depends on the size of the liquid drop. Both concentrations are safe with room for error.
My annoying cough is now completely gone, but my lymph nodes are definitely swollen. The cough definitely eased after just one day of only two sessions a day. I added Quercetin by the third day (I've been supplementing around 15mg zinc), and I believe it also helped with a bit of extra zinc - I'm careful of avoiding zinc overdose. Before that, I threw everything but the kitchen sink and nothing helped to get rid of the continual coughs, including nebulizing iodine or saline alone.
You can use the nebulizer for glutathione inhalation therapy in addition.
Dissolve pure Reduced Glutathione powder and baking soda at 4:1 ratio (or until the liquid gets clear, not cloudy) in saline, and nebulize to help detoxification and combat free radical. You need to add baking soda (sodium bicarbonate) to help dissolve glutathione powder for the nebulizer.
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rescuema
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Rescue thanks for your valuable posts on this subject. I am interested in nebulizing but my concern is H2O2 can be rather harsh on mucous membranes. Have you any experience or knowledge on using Hypochlorous Acid HOCl instead? Thanks- JG
The reason I chose for the H2O2 inhalation route is because the hydrogen peroxide inhalation therapy has positive anecdotal evidences for over a decade by people challenged by chronic lung conditions such as COPD, asthma, bronchitis, etc. I deemed it very safe because it literally breaks down to oxygen and water in the lungs. The people with COPD use around 0.5% h202 concentration regularly without any problem. I've noticed no irritation to mucous membranes at around that higher strength (around 1:7 parts 3% h202 to 5ml saline), and you shouldn't notice it at all with the lower concentration I'm recommending at 0.05% or less.
HOCL is nontoxic for topical use, but I'd caution against using it for inhalation therapy. I'd limit its use for topical application or only as far as nasal irrigation without further data.
Here are a few articles you may want to checkout especially related to DBPs.
Whatever this was, it sure wouldn't go away and it was driving me nuts. I drank bottles of Sambucol (black elderberry syrup), Vitamin D hammer, liposomal C, A, etc. along with my houseful of other supplements, but the waves of symptoms/cough wouldn't wane until the h202 inhalation. I'm not discounting possible allergies, but I'm pretty sure I was spared from worse symptoms because I kept supplementing zinc the whole time, and Quercetin definitely seemed to have helped on top. The last time I had cold/flu was back in 2013.
I wouldn't be without h202 therapy from now on.
You were correct to use quercetin but you should have added zinc supplementation. Quercetin is a zinc ionophore in large doses and will open up viruses so the zinc can kill them. You would have to use 5g. a day divided into 2 doses, along with 30mg. zinc supplement. A few days of this should destroy any viruses in your system. I have heard of people who don't have a nebulizer just putting hydrogen peroxide on a paper towel and inhaling through it, maybe 3 breaths. This seems to work well also.
I've been singing zinc supplementation for many months on this forum so I assumed the readers were aware. A nebulizer definitely enhances the efficacy even at a much lower concentration, but I've also seen people use a fine spray bottle at a bit higher strength while taking in deep breath through multiple spray pumps. I've never heard of a straight towel inhale method. No matter, I definitely recommend staying at a lower concentration way below 1.5% max to avoid irritation.
I'm copying a quercetin post of mine from another post here in case others missed it -
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In the meanwhile, try Quercetin along with zinc. It's another zinc ionophore and it has no risky side effects. I dissolve the fat soluble powder in oil (I use flaxseed oil) and take it with zinc along with meals including black pepper (piperine) and foods high in bioflavonoids and vitamin C to help the absorption. Here are the studies I posted in the other tread.
Here are additional h202 dilution recommendations gathered:
Dr. Shallenberger - "To a 100 cc bag of normal saline add 5 cc of pharmaceutical grade 3% hydrogen peroxide."secondopinionnewsletter.com...
So that computes to about 0.15% h202 or 1:20 parts 3% h202 to saline.
Dr. Brownstein - "Then, 3cc of that diluted mixture [3%] was further diluted in 250 cc of normal saline. Finally, 3 cc of the saline-diluted mixture can be nebulized...With my patients, I have them nebulize Lugol’s 5% solution. I tell them to put 1-2 drops of Lugol’s 5% in 3cc of normal saline and nebulize the mixture." drbrownstein.com/how-to-neb...
And this computes to about 0.04% h202 or 1:83 parts 3% h202 to saline.
Iodine can affect some people's thyroid conditions so be cautious other than using it for emergency, and also be sure to supplement selenium. I personally supplement iodine regularly.
Zinc dyshomeostasis is the reason why zinc supplementation alone may not help in some people. In such cases, you'll likely need zinc ionophores such as quercetin or hydroxychloroquine.
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The human body may contain around 2 grams of zinc, but only 0.1% is in the plasma and the remainder is within the cells. Cellular zinc homeostasis is very tightly controlled by the metal transporters ZnT (SLC30) and ZIP (SLC39) families, and unless the transporters allow the available zinc into cells, the positively charged zinc ions and cellular membranes will repel each other - which is another reason why that Australian CT is pointless as if to hope for a passive diffusion in a critical state through a massive toxic dose.
It's not easy to alter the intracellular zinc level on the fly especially after a chronic zinc deficiency that's unfortunately very common (around 30% of the elderly). It's because of the tight concerted actions of proteins that sense, signal, store, transport and release zinc through gene expression of zinc transporters and metallothioneins. Steady high zinc diet or supplementation tends to address the deficiency over time, but this is especially challenging for those with zinc dyshomeostasis implicated in many diseases including cancer, diabetes, immunosenescence, neurological diseases, etc. This is where the zinc ionophores come in to override the control barrier to increase the intracellular zinc level swiftly.
Thank you so much for all the time and effort you put into research and all your posts with such a lot of useful, easy-to-understand information for which I am most grateful
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