Den Stacey

And so Dr. Howard's actually referring to this very funny story where a friend of mine knew I was sort of at home, holed up, trying to heal, wasn't able to see people. And he thought he would be very helpful. Thank you very much, Jay. And went out and bought a PS5 so that we could play PS5 golf together. But it was a roo.

And so Dr. Howard's actually referring to this very funny story where a friend of mine knew I was sort of at home, holed up, trying to heal, wasn't able to see people. And he thought he would be very helpful. Thank you very much, Jay. And went out and bought a PS5 so that we could play PS5 golf together. But it was a roo.

And so Dr. Howard's actually referring to this very funny story where a friend of mine knew I was sort of at home, holed up, trying to heal, wasn't able to see people. And he thought he would be very helpful. Thank you very much, Jay. And went out and bought a PS5 so that we could play PS5 golf together. But it was a roo.

He really wanted to play this game called Warzone, which is this very aggressive, high speed, high octane game. And so I agreed that I would play around with him. And at the end of a few hours of this game, I went from my blood glucose at 62 to blood glucose at 120, where it stayed for almost an entire day.

He really wanted to play this game called Warzone, which is this very aggressive, high speed, high octane game. And so I agreed that I would play around with him. And at the end of a few hours of this game, I went from my blood glucose at 62 to blood glucose at 120, where it stayed for almost an entire day.

He really wanted to play this game called Warzone, which is this very aggressive, high speed, high octane game. And so I agreed that I would play around with him. And at the end of a few hours of this game, I went from my blood glucose at 62 to blood glucose at 120, where it stayed for almost an entire day.

And this is just illustrative of the fact that external stresses drove blood glucose production in the liver just from a game. At these ranges where you're trying to maintain blood glucose, stress management is critical. So dealing with family stress, dealing with work colleague stress, dealing with child stress, dealing with anything that's going to upset that apple cart is critical.

And this is just illustrative of the fact that external stresses drove blood glucose production in the liver just from a game. At these ranges where you're trying to maintain blood glucose, stress management is critical. So dealing with family stress, dealing with work colleague stress, dealing with child stress, dealing with anything that's going to upset that apple cart is critical.

And this is just illustrative of the fact that external stresses drove blood glucose production in the liver just from a game. At these ranges where you're trying to maintain blood glucose, stress management is critical. So dealing with family stress, dealing with work colleague stress, dealing with child stress, dealing with anything that's going to upset that apple cart is critical.

Which is, I mean, it's phenomenally interesting. Not enough is said about HPOT in many different disease models, but in cancer, it's extraordinarily interesting.

Which is, I mean, it's phenomenally interesting. Not enough is said about HPOT in many different disease models, but in cancer, it's extraordinarily interesting.

Which is, I mean, it's phenomenally interesting. Not enough is said about HPOT in many different disease models, but in cancer, it's extraordinarily interesting.

Daniel was mentioning a scientist earlier, Dom D'Agostino, who did some phenomenal work on this and was able to show with a probing electron microscope inside a hyperbaric oxygen chamber, glioblastoma cells tearing themselves apart because of reactive oxygen species at I think 2.5 to 2.8 atmospheres absolute. When you get into a hyperbaric oxygen chamber... A hard chamber.

Daniel was mentioning a scientist earlier, Dom D'Agostino, who did some phenomenal work on this and was able to show with a probing electron microscope inside a hyperbaric oxygen chamber, glioblastoma cells tearing themselves apart because of reactive oxygen species at I think 2.5 to 2.8 atmospheres absolute. When you get into a hyperbaric oxygen chamber... A hard chamber.

Daniel was mentioning a scientist earlier, Dom D'Agostino, who did some phenomenal work on this and was able to show with a probing electron microscope inside a hyperbaric oxygen chamber, glioblastoma cells tearing themselves apart because of reactive oxygen species at I think 2.5 to 2.8 atmospheres absolute. When you get into a hyperbaric oxygen chamber... A hard chamber.

Yeah, the soft chambers are, you know, they're great for all kinds of things. You know, they have their own benefit and their own use. But for cancer, when we're telling people to get HBOT therapy in conjunction with a press pulse, we need the hard chambers because they can go to these depths. And...

Yeah, the soft chambers are, you know, they're great for all kinds of things. You know, they have their own benefit and their own use. But for cancer, when we're telling people to get HBOT therapy in conjunction with a press pulse, we need the hard chambers because they can go to these depths. And...

Yeah, the soft chambers are, you know, they're great for all kinds of things. You know, they have their own benefit and their own use. But for cancer, when we're telling people to get HBOT therapy in conjunction with a press pulse, we need the hard chambers because they can go to these depths. And...

While you're in a hyperbaric oxygen chamber at depths above 2.2 to 2.8 atmospheres, what happens is reactive oxygen species act very much like radiation therapy does to tear up cancer cells. Radiation therapy is effectively knocking an electron off an oxygen molecule, and it's causing a dysregulated spin that flies around and tears up the cancer cell.

While you're in a hyperbaric oxygen chamber at depths above 2.2 to 2.8 atmospheres, what happens is reactive oxygen species act very much like radiation therapy does to tear up cancer cells. Radiation therapy is effectively knocking an electron off an oxygen molecule, and it's causing a dysregulated spin that flies around and tears up the cancer cell.