Health Protocol for Mandatory Coronavirus Vaccination

I was listening to a fb reel about this latest respiratory flu going around. It was a pharmacist. He said secondary bacterial infection was often caused by a slow growing type and he was recommending azithromycin be taken for not just the standard five days, but a full 10 days!

It’s a shame they are rationing antibiotics in Serbia. Do you have luck ordering via India Mart, or do they confiscate at customs?

Perhaps they’ll spare her another 3 pills? I hope your mother turns the corner and makes a full recovery.
 
I was listening to a fb reel about this latest respiratory flu going around. It was a pharmacist. He said secondary bacterial infection was often caused by a slow growing type and he was recommending azithromycin be taken for not just the standard five days, but a full 10 days!

Yes, that was a standard protocol before the anti-antibiotic propaganda that started a few years before corona.

Do you have luck ordering via India Mart, or do they confiscate at customs?

I have no idea. I never order anything from them. Problem is that she probably wouldn't want to take antibiotics ordered from the internet.

Perhaps they’ll spare her another 3 pills?

She could ask for it again, I suppose.

I hope your mother turns the corner and makes a full recovery.

Thank you. I bought her today goose fat.
 
Have you tried diffusing essential oils to help relieve her? (with an ultrasonic diffuser)
Especially Eucalyptus radiata is a good one. It can help relieve bronchitis symptoms when inhaled. Can also help with other upper respiratory issues like sinusitis and pharyngitis.
Fresh thyme is a great natural treatment, lot's of it if your Mum can tolerate it. I bought a good few large bunches.

Take a bunch of the fresh herb, steep in boiling water, covered (Very important as this stops the essential oils from evaporating), after around ten min or more, drink the tea after it has cooled a little, making sure to always cover the liquid to prevent the oils escaping. I did this several times a day, for many days, can't remember exactly it was over ten years ago now. Also you can do this and just inhale the essential oils from the tea too.
It works well as an expectorant, kills bacteria, reduces coughing and inflammation.
And like Meadow_wind suggested I also experimented with various essential oils like tea tree, eucalyptus, lavender and frankincense, and put them in hot water, in a pot with a towel over my head to inhale the oils.
I love essential oils, but I prefer to use them in combination with supplements and ivermectin. Amongst others I take black seed oil which was mentioned in this thread a couple of times, as it is an anti-viral and so far it seems to have worked.

It felt as if I was coming down with something so I have added olive leaf as it has antiviral and antibacterial properties.
 
Little update. Azithromycin/bromhexine combo was working, but as soon as she stopped taking it, the cough came back. So I bought her serrapeptase, but this time not in a mixture with NAC but individually, and in much higher dose (120 000 IU). And after just one day, she says that she can finally get the sputum out of her body and that she doesn't feel pain in her lungs while coughing. So it seems that this is doing something good, and that the problem was that the previous dose was not enough. That is the problem with many of the popular mixtures for flu that you can find on the local market. Even if they put a good combination of things in the mixture, the problem is that the doses are too little for acute disease, and doctors are still prescribing some of these things. Luckily, serrapeptase became very popular here in recent years, so you can find high strength versions.
 
Actually, what my mother took at the beginning was not a real serrapeptase but a Serrazimes, which is "a proteolytic system that is designed to provide activity equivalent to that expressed by serratiopeptidase as an alternative for use in dietary supplements. This product provides proteolytic activity comparable to serratiopeptidase." And Serrazimes is made from fungi Aspergillus oryzae and Aspergillus melleus, and not from enterobacterium Serratia sp. E-15. So there is a possibility that not only the dose was not strong enough, but that this version does not have the same effects as a real serrapeptase. Perhaps that's something to keep in mind.

 
It seems that β-sitosterol is a good antiviral against influenza virus.

Strikingly, the steroid compounds β-sitosterol and β-sitosterol-O-glucoside clearly exerted highly promising antiviral activities against the tested A/H1N1 virus, with IC50 values of 0.975 and 0.719 µg/mL, respectively.

The phytoestrogen β-sitosterol and its derivative β-sitosterol-O-glucoside are structurally similar to estradiol, which is an estrogen steroid hormone and the major female sex hormone. The structural similarity between β-sitosterol and estradiol and the observed male-biased mortality in sex-disaggregated data of influenza deaths recommended the testing of the anti-influenza activity of estradiol. Interestingly, estradiol has high safety at a wide range of concentrations (CC50 > 5 mg/mL), with robust antiviral activity against seasonal influenza A/H1N1 virus (IC50 = 7.1 µg/mL). Conclusively, estradiol showed antiviral activity against the influenza A/H1N1 virus in vitro but with a lower IC50 value, when compared with β-sitosterol.

During the COVID-19 pandemic, several studies have discussed the male-biased mortality in sex-disaggregated data of COVID-19, suggesting that the female sex hormone estrogen is likely to contribute to partially protecting and alleviating disease severity or progression. Similarly, by analyzing the distribution of the differential significance between numbers of influenza cases and deaths within three influenza seasons in Europe, we also found male-biased mortality in sex-disaggregated data of influenza viruses with significant differences towards males during the 2019 influenza season. Interestingly, phytoestrogens, including β-sitosterol, are structurally similar to endogenous estrogens such as estradiol. This structural similarity may explain the ability of both estrogens to control IAV replication via similar mechanisms. It is worth mentioning that the phytoestrogen β-sitosterol has more potent antiviral activity when compared with the active form of the female endogenous estrogen, but with fewer expected side effects and high biological side benefits.

Conclusions

Conclusively, our study provides a proof-of-principle demonstration that β-sitosterol (Phytosterol) and β-sitosterol-O-glucoside (Sitogluside) significantly have high in vitro antiviral potential against avian and human IAVs. Molecular docking studies were performed and suggested that β-sitosterol and β-sitosterol-O-glucoside exerted viricidal activities by binding to hemagglutinin protein. The β-sitosterol could also inhibit viral replication via interfering with viral neuraminidase and M2 proteins of IAV. This study also highlighted the possible estrogen-like effect of β-sitosterol due to the structural similarities between the two molecules and proved the anti-influenza activity of estradiol as the most active form of estrogen.


You can find it in vegetable oils or as a supplement.

 
There is something weird going on with this β-sitosterol topic. Now, in the above study they haven't used any β-sitosterol, they used β-sitosterol isolated from Centaurea eryngioides. There are also β-sitosterol extracts from other plants which are used for completely different purposes. They all have in common that they are extracted using the column chromatography. But they are all extracted using different plants. Which means that β-sitosterol from one plant has different effects from β-sitosterol from another plant. But what is the mechanism? Are they really physically different from each other, or are they just a carrier for something that produces the effect? And if the second option is the case, then what are they carrying? Is it even a materialistic thing, or perhaps a form of "information factor" attached to β-sitosterol? If we look at Weston Price's activator X, that was found in butter oil, which is rich in cholesterol. So perhaps both cholesterol and β-sitosterol are carriers of information?

In any case, it doesn't seem that a generic β-sitosterol would necessarily have antiviral properties.
 
@Persej I had chronic bronchitis as a teenager and this respiractin got rid of it permanently after two courses.

I got bronchitis, this killed it in a less than two weeks. I got it again awhile later that year and after a week it was gone. Hasn't come back since.

I can't guarantee anything but it's worth a shot. The store clerk said a family used Respiractin to get rid of their daughter's asthma as a young child. It took a year though if I remember correctly.

Also I see suggestions for thyme and essential oils. Useful for sure and in the original protocol keyhole found rosemarinic Acid which is a compound from herbs like rosemary and thyme that stimulates the immune system without causing a cytokine storm. Cytokine storms are inflammatory and were a large proponent in COVID death according to the Chinese who were using intravenous Vitamin C to combat the cytokine storms

@Fluffy thanks for your breakdown on buffered sodium ascorbate. I may give that a shot myself even though I still think Liposomal is more effective if you can afford it.

Since I lost the notes on my phone and forgot to include the binder cheat sheet, I'll post this link.


My cheat sheet had apple pectin and I've read that some people have had some really bad side effects from zeolite so definitely do some research!
 

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Think of chirality... L or R form of it.
They look nearly the same, but how they react can be very different...

Yes, but the problem is that nobody talks about it. Everybody is pretending that they are all the same.

@Persej I had chronic bronchitis as a teenager and this respiractin got rid of it permanently after two courses.

I got bronchitis, this killed it in a less than two weeks. I got it again awhile later that year and after a week it was gone. Hasn't come back since.

I can't guarantee anything but it's worth a shot. The store clerk said a family used Respiractin to get rid of their daughter's asthma as a young child. It took a year though if I remember correctly.

It looks good, although I am not sure what my mother is dealing with here. Is this just a classic bronchitis, or is it a reaction from her covid vaccine every time she gets infected with some respiratory bug? If it is the latter, that could explain why only the serrapeptase was able to help her this time. She is still recovering, but it seems that it is going in a good direction.
 
Yes, but the problem is that nobody talks about it. Everybody is pretending that they are all the same.



It looks good, although I am not sure what my mother is dealing with here. Is this just a classic bronchitis, or is it a reaction from her covid vaccine every time she gets infected with some respiratory bug? If it is the latter, that could explain why only the serrapeptase was able to help her this time. She is still recovering, but it seems that it is going in a good direction.

I understand that. I should have said something like that when I responded. Respiractin is for respiratory problems and the vaccine causes respiratory problems. It affects the lungs through a different mechanism than bronchitis of course, you're right. That's why I said I can't guarantee anything. Asthma and Bronchitis aren't the same thing either and yet the Respiractin was good for both.

I wish your mother a speedy recovery.
 
With 2 colleagues/friends we ordered a good couple of meds/food supplements and i'm currently working on them.
We had the idea after the session of the 18/5/2024 regarding the advise from the C's to follow a protocol. For facility, here's from where, within this thread, the discussion has been relaunched by the post of @Navigator the 24 May 2024 :

It was a long exercise because we first tried to create a summary table of all the complements, a table which could be later shared here and completed. I set it in english in prevision to do so but i still have some work to do on it before sharing it. This took a couple of months.

Regarding the order(s), we finally had problems with the customs here in belgium. Before ordering, i had a bad feeling about and decided to do the order in 2 steps, or 2 deliveries. And I think it was a good idea, the first delivery, which contained ivermectin, was fine (and hopefully, because i think they would have kept the IV), but for the second one, the customs came in and blocked the package during 3 months ! We should have been delivered early December but, after a good couple of email exchanges with UPS employees, who could not help much and wait from news from the customs (visibly), they released the second delivery the 27 of February, almost 3 months after. In this second delivery there was a total of 25 packages for 9 differents meds (Milk Thistle, Vitamin A, Vitamin K2, Vitamin B9, Melatonin, CoQ10 , L-Carnitine, Bromelain and Calcium Disodium EDTA). The customs opened one exemplary of the 9 meds, which of course did not please me.

This made me think about the oxydability of all these meds, the fact that the customs could partially ruins one of them if they exposed it too much to the air. Thus, i asked Grok to make me a summary, first by giving a number from 0 to 10 to create a kind of oxydability table, then i asked it to give a bried summary for each.
Here is the result for all the meds ordered within the 2 orders + I added the borax (even if it has nothing to see with the protocol). I'll add it to the table but thought this was worth to share it here, the main reason of this post.

I copy it in the form of an image with colors for the ones which are the most oxidable, but also as a table, if one want to save this somewhere :

1743356225513.png



SupplementOxidabilityShort explanation
NAC8Highly oxidizable, sensitive to air and moisture, best stored in small sealed packets.
Zinc2Low oxidizability, stable in powder form, though humidity may slightly affect it.
Quercetin7Quite oxidizable, its antioxidant properties degrade with prolonged oxygen exposure.
Magnesium Citrate1Very stable, barely sensitive to oxidation, no special precautions needed.
Ivermectin3Slightly oxidizable, light and air can slowly degrade it over time.
Nattokinase6Moderately oxidizable, this enzyme loses activity with extended exposure.
Milk Thistle4Moderately stable, oxygen can alter its active compounds over time.
Vitamin A9Vitamin A: Extremely oxidizable, degrades quickly in air, must be protected.
Vitamin K25Vitamin K2: Moderately oxidizable, sensitive to oxygen and light in the long term.
Vitamin B96Vitamin B9: Fairly oxidizable, loses effectiveness when exposed to air or heat.
Melatonin7Melatonin: Sensitive to oxidation, store away from air to maintain potency.
CoQ108Highly oxidizable, its properties deteriorate fast in the presence of oxygen.
L-Carnitine4L-Carnitine: Relatively stable, but prolonged exposure may reduce its quality.
Bromelain5Bromelain: Moderately oxidizable, this enzyme degrades slowly in open air.
Calcium Disodium EDTA1Calcium Disodium EDTA: Very stable, nearly unaffected by oxidation, no major concerns.
Borax0Borax: Completely stable, no noticeable oxidation, even in open air.

And that's all for today :)
 

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