The Well, hello, my friends, and welcome to the worldwide broadcast of the Ted and Austin Brower Show, bringing you the latest world news and health research.

Hope you guys are having an absolutely amazing day today.

And as many things are continuing to come about and stuff we've talked about for the last

couple of years now, I think is finally starting to come to light.

I encourage people again, as always, continue to be for freedom and truth.

And if you guys need anything at all, healthmasters.com for whatever your needs may be,

feel free to give us a call or check out the website at healthmasters.com.

And I saw something that was interesting now.

And this is a research study that has come out as not peer reviewed yet, but it's very

interesting because I've been doing more research on it. It's posted on MedRXIV, the reprint server for

health sciences. And the title of the research study that they just released last week is evidence

for aerosol transfer of SARS-COVID-2 specific immunity

with antibodies. And what that means is the researchers essentially wanted to see if vaccinated

adults were more likely to transmit SARS-COVID to infection to their children who live in the same

households.

So researchers from University of Colorado detected the presence of SARS-COVID-2 specific IGGs and IGAs and swab samples from children taken from, basically, tested, who live with fully vaccinated parents.

Now, we're talking about antibodies here for people that actually had been injected with the RNA gene therapy.

And they found that children that lived in unvaccinated houses were significantly less likely to have the SARS-COVID-2 specific antibodies in their bodies or in their pasturwage or saliva.

The evidence showed that the unvaccinated children could be developing specific immune

responses and that basically the vaccinated individuals are shedding through their skin and

through the air basically with their breathing.

The research is starting to show exactly what we had the theory on from the very beginning,

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