Advances in the fight against the coronavirus

[izentrop]

[Obamot]

Your “genius” is confirmed... it is not because an antiviral used for hiv is also effective on sars cov2 that this does not validate Montagnier's scientific hypotheses. It is more logical than the opposite.

And if we compare with the Eminent Nobel Prize winner Montagnier: Zyzy illustrates the drop in his Duc IQ hole²

[GuyGadeboisTheBack]

Montagnier's "assumptions" were not from Montagnier but from Indian students who withdrew their paper: https://www-biorxiv-org.translate.goog/ ... x_tr_hl=fr

The one in four sequence is indeed found in both coronavirus and HIV. The same sequence also appears in a virus that infects Streptococcus (spherical bacteria), a rat virus, and an "acute bee paralysis virus".

HIV my ass.JPG (82.27 KiB) Viewed 1891 times

https://massivesci-com.translate.goog/n ... x_tr_hl=fr

And the last: health-pollution-prevention / understanding-vaccines-and-scientific-advice-objectives-t16933-3010.html # p505265

[izentrop]

Montagnier's "assumptions" were not from Montagnier but from Indian students who withdrew their paper:

One more reason

[Janic]

One more reason

since when the izMENTROP became competent in reasons, he who has never demonstrated it for a long time.

[Obamot]

I referred here > natural-human-disasters / coronavirus-fault-for-who-or-what-and-why-and-why-t16346-1630.html # p505269
...but the post has disappeared, apparently only Oui-Oui-Le-retour (of the jacket) has the right to rot the fo-fo

pouf-pouf-pouf

[VetusLignum]

Important, for those who suffer from the sequelae of covid (long covid), or the vaccine: nattokinase would degrade the spike protein of the virus.
https://www.mdpi.com/1420-3049/27/17/5405/htm
https://www.webmd.com/vitamins-and-supp ... -and-risks

[Obamot]

Magnificent!

[GuyGadeboisTheBack]

Important, for those who suffer from the sequelae of covid (long covid), or the vaccine: nattokinase would degrade the spike protein of the virus.

This is not surprising, given its properties:

Nattokinase is a powerful proteolytic enzyme known for its amazing thinning properties.

Remember, as the WHO mentions: "It is possible to prevent most cardiovascular diseases by tackling the behavioral risk factors - smoking, poor diet and obesity, physical inactivity and the harmful use of alcohol - at using population-wide strategies”.

This is how this powerful natural enzymatic support can participate in the prevention of certain circulation or heart problems as explained by the World Health Organization (WHO).

It was while searching for a natural remedy to dissolve blood clots linked to heart attacks and strokes that Japanese Dr. Hiroyuki Sumi discovered nattokinase.

Natto, a traditional Japanese food, has been eaten for over 1000 years. It naturally contains it. Natto is obtained by fermenting soybeans under the action of a particular strain of bacteria, Bacillus subtilis var.

In vitro, nattokinase has demonstrated clot dissolving and disintegrating action. This has been confirmed following its parenteral administration to animals.

blood clotting

The phenomenon of coagulation is entirely natural and essential in order to avoid excessive blood flow. This natural protective mechanism occurs when there is damage to a vessel.

Immediate clogging with blood platelets and fibrinogen quickly stops the flow through the formation of a small blood clot. But since all processes in our body are based on the principle of balance, this phenomenon then stops thanks to plasmin (a protein dissolved in plasma) which eliminates the blood clot once healing is complete.

https://www.perfecthealthsolutions.eu/b ... okinase-36

Edit (precautionary principle obliges):

Possible side effects

As a derivative of nattō, a food that has been consumed for centuries in Japan, nattokinase is presumed safe, although there is little data on its long-term effects. That doesn't mean it's safe.

As nattokinase can influence blood flow and chemistry, it should be used with caution in certain groups, namely:

People with bleeding disorders, such as hemophilia, in whom nattokinase may make symptoms worse
People taking blood thinners, including warfarin, in whom nattokinase may promote bleeding and bruising
People with low blood pressure, also called hypotension, in whom nattokinase can cause dizziness, headache, vertigo, and fainting
People taking antihypertensive drugs, such as ACE inhibitors and calcium channel blockers, in whom nattokinase may intensify the effect of the drug, thus triggering hypotension

Nattokinase should also be stopped at least two weeks before scheduled surgery to reduce the risk of excessive bleeding.

https://sante.vip/nattokinase-avantages ... parations/

[Christophe]

One more solution...

COVID: an already approved drug could eradicate all variants (by turning the virus against itself)

Apart from vaccination, the means of combating COVID-19 are currently either symptomatic or intended for very specific forms of the disease. As the disease continues to evolve with the emergence of new variants, scientists are focusing their efforts on ways to treat it effectively. Since it profoundly affects the body down to the neurological level, researchers from the Scripps Research laboratory have turned to anti-influenza molecules, known to also act on neurological diseases. One of them, NMT5 (already approved by the FDA), has shown promising results against the virus. The compound literally turns the virus against itself and sends out “warheads” that alter the structure of the immune proteins it binds with to cause infection. The advantage? It could potentially target all variants of the virus as well as all forms of the disease.

For now, WHO recommendations for treating COVID are in favor of the nirmatrelvir/ritonavir combination. However, these antivirals would only concern patients at high risk of hospitalization (unvaccinated, immunocompromised, elderly patients, etc.) with mild and moderate forms. In addition to targeting only a portion of patients, these drugs have considerable shortcomings in terms of accessibility, particularly in low-income countries. For the latter, doctors sometimes continue to prescribe broad-spectrum antibiotics (azytrhomycin type), antimalarials and even homeopathic treatments.

Today, a few flu-like compounds have shown some effectiveness in countering the virus. However, these antivirals work more by blocking part of the virus and putting pressure on it, causing it to mutate and develop resistance. Since the COVID-19 virus, SARS-CoV-2, is also known to affect neurons, researchers in the new study published in the journal Nature Chemical Biology explored the possibility of anti-influenza (memantine-like) , the latter having demonstrated in the past some effectiveness against certain neurological conditions, such as Parkinson's.

“My team had improved these antiviral drugs for the brain, and when COVID-19 came out, we wondered if we had also, in the process, made one of them a better antiviral,” says the study co-lead author Stuart Lipton, a professor at the Scripps Research Institute.

The best results have been observed with a compound called NMT5. The main advantage of the latter is that it uses the virus as a carrier of molecules modifying the structures of the ACE2 receptor (a key protein in the physiology of the coronavirus allowing it to penetrate host cells). This strategy would make it possible in particular to prevent any variant of the virus from infecting our body.

“We expect this compound to continue to be effective even as new variants emerge, as it does not rely on attacking parts of the virus that typically mutate,” says Chang-ki Oh, lead author of the novel. study and researcher in the Departments of Molecular Medicine and Neuroscience at the Neurodegeneration New Medicines Center in La Jolla (USA). Another strong point: the molecule is already approved by the FDA, and its massive deployment could be easier than for other newly developed compounds.

(...)

Source suite: https://trustmyscience.com/covid-medica ... -lui-meme/