Dr. Mark Gordon

So they assume they can't find any structural damage, that it has to be all psychiatric.

So they assume they can't find any structural damage, that it has to be all psychiatric.

Correct. Isn't that how they're doing it now?

Correct. Isn't that how they're doing it now?

Correct. Isn't that how they're doing it now?

There's a PET scan that can look for the tau protein.

There's a PET scan that can look for the tau protein.

There's a PET scan that can look for the tau protein.

Yeah, tau proteins, hyperphosphorylated tau becomes these NFTs, these neurofibrotangles. Which is an interesting issue. It's been part of my last year of deep dive trying to find out why is it that you develop CTE or the symptoms relative to CTE? Why is it that you develop the symptoms relative to Parkinson's or Alzheimer's or multiple sclerosis?

Yeah, tau proteins, hyperphosphorylated tau becomes these NFTs, these neurofibrotangles. Which is an interesting issue. It's been part of my last year of deep dive trying to find out why is it that you develop CTE or the symptoms relative to CTE? Why is it that you develop the symptoms relative to Parkinson's or Alzheimer's or multiple sclerosis?

Yeah, tau proteins, hyperphosphorylated tau becomes these NFTs, these neurofibrotangles. Which is an interesting issue. It's been part of my last year of deep dive trying to find out why is it that you develop CTE or the symptoms relative to CTE? Why is it that you develop the symptoms relative to Parkinson's or Alzheimer's or multiple sclerosis?

Well, it turns out that the biochemistry is all the same. something called beta amyloid, which is the hallmark for someone with Alzheimer's disease. And then these tau proteins, hyperphospholated tau proteins that they call NFTs, that they circulate around the blood vessels and they create this intense inflammation.

Well, it turns out that the biochemistry is all the same. something called beta amyloid, which is the hallmark for someone with Alzheimer's disease. And then these tau proteins, hyperphospholated tau proteins that they call NFTs, that they circulate around the blood vessels and they create this intense inflammation.

Well, it turns out that the biochemistry is all the same. something called beta amyloid, which is the hallmark for someone with Alzheimer's disease. And then these tau proteins, hyperphospholated tau proteins that they call NFTs, that they circulate around the blood vessels and they create this intense inflammation.

And that intense inflammation causes loss of blood supply, damage to neurons, and you develop it. So we've had, using our protocol, We have our sixth case of multiple sclerosis that was totally put into remission. It took 90 days to put him in remission. It was a lieutenant. Yeah, it's a video up on.

And that intense inflammation causes loss of blood supply, damage to neurons, and you develop it. So we've had, using our protocol, We have our sixth case of multiple sclerosis that was totally put into remission. It took 90 days to put him in remission. It was a lieutenant. Yeah, it's a video up on.

And that intense inflammation causes loss of blood supply, damage to neurons, and you develop it. So we've had, using our protocol, We have our sixth case of multiple sclerosis that was totally put into remission. It took 90 days to put him in remission. It was a lieutenant. Yeah, it's a video up on.

The protocol is the nutraceutical that drops the inflammation and replacing the hormones that are deficient that protect the brain.

The protocol is the nutraceutical that drops the inflammation and replacing the hormones that are deficient that protect the brain.

The protocol is the nutraceutical that drops the inflammation and replacing the hormones that are deficient that protect the brain.