In his latest episode of the Thrive Time Show, Clay Clark talks to Mikki Willis about why those who have COVID-19 should not take hospital protocols of remdesivir and midazolam.
In their first segment, Clark talks about the three proven effective treatments of COVID-19: hydroxychloroquine and ivermectin. They also shared the treatments that kill people: remdesivir and midazolam — which were used to end the lives of thousands who were said to have died of COVID-19. An NHS document also proved that hospital staff were ordered to do it.
Midazolam can cause serious or life-threatening breathing problems that could lead to permanent brain injury or even death.
Hydroxychloroquine, ivermectin for COVID treatment
Those with COVID-19 disease are managed by doctors with the help of hydroxychloroquine and ivermectin.
Treatment with hydroxychloroquine cut the death rate of significantly sick patients hospitalized with COVID-19. In a large-scale analysis in 2020, results showed that 13 percent of those treated with hydroxychloroquine alone died, only half of the 26.4% were not treated with hydroxychloroquine. Moreover, those treated with azithromycin combined with hydroxychloroquine fared slightly better.
“Our analysis shows that using hydroxychloroquine helped save lives,” said Dr. Steven Kalkanis, a neurosurgeon and CEO of the Henry Ford Medical Group. “As doctors and scientists, we look to the data for insight. And the data here is clear that there was benefit to using the drug as a treatment for sick, hospitalized patients.”
Demand for ivermectin is also growing globally as some countries are recommending the drug as a treatment for COVID-19 patients. The drug, which was discovered in 1975 and commercialized in the early 1980s came into the picture when Australian researchers reported it could inhibit in-vitro coronavirus replications in large doses. It is now permitted as a treatment for COVID-19 patients in some of the worst-hit countries in the world. (Related: Hospitals are deliberately MURDERING patients by denying them access to ivermectin.)
