How Ivermectin works...
2. Ivermectin for Early and Acute COVID
Many peer-reviewed studies have found that ivermectin, when used by itself or in conjunction with other therapies in symptomatic patients, reduces ventilation time, time for recovery, and the risk of progressing to severe disease. (pdf 1, pdf 2, pdf 3)
This is likely due to ivermectin’s anti-inflammatory role in multiple pathways, achieved by clearing out the viral particles by immobilizing them, reducing inflammation, and improving mitochondrial action.
Suppose the early viral replication is not controlled and cleared out soon enough by the body’s immune system. In that case, the infection can become severe or even hyperinflammatory, possibly leading to systemic organ failures.
Ivermectin can also directly interact with immune pathways, suppressing inflammation and reducing the chances of developing a cytokine storm. A cytokine storm occurs when the immune system is hyperactive and hyperinflammatory. Though ivermectin can help to clear out the virus and its particles, the inflammatory state of the tissues and the organs can often cause more damage than the virus itself.
Ivermectin also likely improves gut health, which plays an essential role in immunity by preventing bacteria and viruses from infecting people via the gut.
In a published study, Hazan hypothesized that ivermectin helps COVID-19 patients by increasing the levels of Bifidobacteria—a beneficial bacteria—in the gut.
As the CEO and founder of her own genetic sequencing research laboratory, ProgenaBiome, Hazan noticed that the Bifidobacteria levels in her stools would increase after she took ivermectin. Critical COVID patients would have “zero Bifidobacteria,” which can often be a sign of poor health.
In her peer-reviewed study on hypoxic patients, she observed that COVID patients with low oxygen levels from the cytokine storms in their lungs would improve within hours of administering ivermectin.
“When people die of COVID, they die from the cytokines—they couldn’t breathe anymore. It’s almost like an anaphylactic reaction. So when you give them ivermectin at the moment they’re about to crash, you’re boosting the Bifidobacteria [and increasing their oxygen],” Hazan said.
She explained that ivermectin is a fermented product of Streptomyces bacteria. Streptomyces are within the same group Bifidobacteria are from, which may explain why ivermectin temporarily boosts Bifidobacteria.
Ivermectin also helps with mitochondrial function. During severe COVID-19, patients often experience pulmonary dysfunctions due to lung inflammation, reducing oxygen flow. This can cause stress to the mitochondria, leading to fatigue, and, when severe, may cause cell and tissue death. Ivermectin has been shown to increase energy production, indicating that it is beneficial to the mitochondria.
Furthermore, Ivermectin can bind to the spike protein—a distinctive structural feature of the COVID virus which has a crucial role in its pathogenesis. In systemic disease, the spike protein can enter the bloodstream and bind to red blood cells to form blood clots. Ivermectin can prevent blood clots from forming in the body.