"[…] it's in the literature […] that if you change mitochondrial functioning in one part of the body, other mitochondria in different parts of the body respond. […] It's call the abscopal effect. And one of the consequences is if we expose a part of your body to red light, say, your back, 24 hours later we start to get an improvement in vision.
"That abscopal effect has been very well known in limited communities like radiologists. The argument is that mitochondria regulate aging, and you can't have your liver aging a different rate from your left foot. So there has to be a harmonization of mitochondrial function.
"And that's great for us because if we want to improve vision in an ophthalmic clinic, we don't necessarily have to shine something into anybody's eye. That's quite a dramatic finding. […]
"But I'm going to reiterate the point that Scott [Zimmerman] and Bob [Fosbury] have made: you can go and get a red light, and I can tell you what kind of red lights and where you get them. It's actually better just to walk out on a sunny day and spend an hour walking around. That's probably as good as everything else. You're back in your evolutionary niche doing that." — Glen Jeffery, PhD with Roger Seheult, MD; Scott Zimmerman; and Robert Fosbury, PhD @ 40:15 – 42:29 https://directory.libsyn.com/episode/index/show/medcram/id/30019658
whygetfat / Why would I get fat?
npub1jl…8v44k
2024-09-13 18:26:36
Author Public Key
npub1jlgfk2cf0qdc6wsdgkcpyz2rs8kzh6rqxhgta6fca0st89j0gscq28v44kPublished at
2024-09-13 18:26:36Event JSON
{
"id": "250f569b04e00215b5c3a1b7854299b953b843cf12aab5a9622f4464dcd94640",
"pubkey": "97d09b2b09781b8d3a0d45b012094381ec2be86035d0bee938ebe0b3964f4430",
"created_at": 1726251996,
"kind": 1,
"tags": [],
"content": "\"[…] it's in the literature […] that if you change mitochondrial functioning in one part of the body, other mitochondria in different parts of the body respond. […] It's call the abscopal effect. And one of the consequences is if we expose a part of your body to red light, say, your back, 24 hours later we start to get an improvement in vision. \n\n\"That abscopal effect has been very well known in limited communities like radiologists. The argument is that mitochondria regulate aging, and you can't have your liver aging a different rate from your left foot. So there has to be a harmonization of mitochondrial function. \n\n\"And that's great for us because if we want to improve vision in an ophthalmic clinic, we don't necessarily have to shine something into anybody's eye. That's quite a dramatic finding. […] \n\n\"But I'm going to reiterate the point that Scott [Zimmerman] and Bob [Fosbury] have made: you can go and get a red light, and I can tell you what kind of red lights and where you get them. It's actually better just to walk out on a sunny day and spend an hour walking around. That's probably as good as everything else. You're back in your evolutionary niche doing that.\" — Glen Jeffery, PhD with Roger Seheult, MD; Scott Zimmerman; and Robert Fosbury, PhD @ 40:15 – 42:29 https://directory.libsyn.com/episode/index/show/medcram/id/30019658",
"sig": "84ffa989eb5597aa47394dc6ee05a334d8c045540b96968bd07ad161720424110ba64f91d1806269af8a54ee38b26f22eb3856a6d44c53de7d95d468690af4a9"
}