Biology Lesson on Viruses and Treatments

Yeah. Hi, good morning. This is, uh, Dr. Zelenko.

I'd like to, um,

give you a biology lesson.

There are many viruses in the world,

and we categorize them based on their

genetic material.

And so there's a class of viruses called

single-stranded RNA viruses.

And some of those viruses include all the COVID

strains, COVID-19, influenza virus,

RSV virus,

Marburg virus,

Ebola virus,

Hanta virus, and there are a few others.

The point being is that they all

are single-stranded RNA viruses that use the same common

pathway

in making copies of their genetic material.

That's something called RNA-dependent RNA polymerase.

That's what I've been talking about for the last two years in the context of

COVID-19. But if we extrapolate that

to think more broadly,

and it's the, the same mechanism of treatment using zinc

ionophores and zinc

could inhibit all the strains of COVID-19,

influenza virus,

RSV virus,

Ebola virus,

Marburg virus, and Hanta virus.

This has tremendous amount of,

uh, national security implications, and I, I

don't think anyone realizes this.

And so

I'm pleading with our scientists

and, uh, the honest people in our government to

investigate this because as the

recent chatter, uh,

in the news is going, we're seeing hemorrhagic fever from China.

Uh, there's concern about Marburg virus, Hanta virus, and Ebola

virus. These viruses carry,

you know, to some estimates, ninety percent death rates.

So I think,

um,

there may be a solution to all these

huge public health and bioterrorist,

uh, problems, all with one simple, cheap,

oral approach.

Basically, what I'm saying is if the whole world had

enough vitamin D3,

uh, high normal levels of vitamin D3, and enough

intracellular zinc, we can eradicate

most of these health threats.