Jeff Langmaid interviews an expert on why full-spectrum therapeutic lasers beat traditional two-wavelength devices. Traditional lasers use 635 nm and 808 nm to treat pain and inflammation. Full-spectrum lasers like Pro VX use wavelengths of 405, 470, 520, and 670 nm to activate mitochondrial components like cytochrome C oxidase for cellular regeneration.
Some of this might tie into, but I know there's a lot of docs, and myself included, we've heard about wavelengths, we've heard about nanometers. I'm not an expert in it. You are. When you think about a full spectrum laser and why these wavelength ranges matter. What are some of the benefits that come to mind from a patient point of view when we discuss wavelengths and nanometers? Well, the biggest part of that is in today's world, everybody's starting to get sick and tired of diagnosing and treating symptoms and everything. And all lasers, mine included in the past, have all been designed for pain and inflammation. Well, that makes you feel better, but it's also a temporary, a temporary solution, if you will. So the lasers we've had in the past were very focused on what we called a 635, a red diode and an 808 which is infrared. The two of those really work magic as far as pain and inflammation. But what they don't do is they don't correct why you have the pain and inflammation. So if you want to actually regenerate and regenerate at the cellular level, we're talking ATP production. And if you want to have ATP production, you have to have the precursors to make ATP. Well, the precursors to ATP is which we call the electron transport chain. And ironically there's, there's a whole bunch of information out there, I should say misinformation about that because there's, there's four, there's four precursors to tissue regeneration, which is what you want, you want to regenerate tissues. You don't want to just make them feel better. We have to get deep in there and make them. The body regenerates from the inside out. We were aware of that. So you have to have this system in order. Well, the, the wavelengths when we call like. So the, the Pro VX is our laser and it's the only, the first and only FDA cleared full spectrum laser. And what that means, it covers all of the wavelengths. So you have a 405, which is a violet light, and that's activates. That actually activates the first complex of the electron transport chain, which is called NADH. And then. But FADH is activated by two completely different wavelengths, which is the 470 and a 670. Well, the 470 is blue and the 670 is bright red. Well, there's no other laser that I'm aware of in the world that has those two wavelengths. So. So you have to activate that the second complex again, fadh, when you need those two wavelengths. Well, the third one is cytochrome C reductase. Well, that is activated by a 520, which is green, and a 405 which is the violet. So you can activate. Then when you get the cytochrome C oxidase, which is the fourth step, you need to have the 470, the 670 and the 405 again. So again, if you don't have all of these, and then you're just not going to get total ATP production if you do have all of them, you're working magic. Thanks so much for checking out that interview. If you liked it, we have plenty more available. You can check out the next interview right here.
