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Bill Bankston, we heard a bit about these clinical trials involving cancer in mice,

and it works for whatever reason.

What else does it work on in terms of humans, benefits that health medical type benefits to humans?

What else can it cure?

I have more experimental data than i have clinical data uh the

clinical data is much harder to to gather but so what we're talking here when we talk about it

applying it to people you got to take it a little looser than the lab stuff.

Sure.

But generally speaking, we found we're better at taking things away that you don't want

than in stimulating things that are missing.

So, for example, if you are a, if you have Parkinson's, you're missing something.

We're not very good at Parkinson's.

Uh, we get some symptomatic relief, but it doesn't seem to last.

And the person's a little bit better, but it's not, you wouldn't flop on the floor

and say, oh, boy, we've solved this one. And so if you're, again, you're missing something,

you're a diabetic, you're missing something. The body's not producing something, and we're not

seem to be that good in stimulating the thing that the body is not producing.

If you have something that the body has and you're trying to get rid of it, we seem to be better.

So in the case of cancer, we have a tumor, we have some sort of cancerous condition.

We want to take that away. We're pretty good at taking that away. Alzheimer's. If you've got Alzheimer's, you've got junk on the brain, we can get rid of the junk.

Not we can get rid of the junk, but we seem to have gotten rid of the junk.

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