whygetfat on Nostr: A frequency imbalance in the light that you live in Neuropsin is a special opsin ...
A frequency imbalance in the light that you live in
Neuropsin is a special opsin that's found in your cornea and your skin. It's a UVA light detector. As soon as you find out that it responds to UVA light, that should be enough for you to question your dermatologists and your primary care doctor: '[…] Why in the hell would we have a UVA light detector in our eye or our skin, if somehow UV light wasn't important?' […]
"We now know that there's many people have LASIK surgery they get really bad depression. It turns out that when you disrupt the neuropsins in your eyes, it can affect the other photoreceptors in the eye below, which is melanopsin, which is located in the periphery of the retina. […] And the reason why is, what frequency light bends the most in the eye? Blue light. This is the reason why melanopsin is found there. […]
"So these blue light receptors are there. They go to a nucleus in the brainstem called the habenular nucleus. This whole pathway from your cornea, all the way through your eye, into the habenial nucleus is loaded with POMC.
"If you zap this with a laser, the signaling, the optical signaling is disrupted, and someone can develop depression in two or three weeks and kill themselves. […]
"I like to talk about contacts, I like to talk about sunglasses and how bad they are, because they do the same thing. Except they have much more wide frequency things, because contacts block oxygen. What happens when we block oxygen? […] It affects mitochondrial function. It affects calcium flows inside the mitochondria. […]
"So when you're hypoxic in any level, what are you doing to the physics of the system? You're decreasing the power of the light that you can make inside. In other words, instead of having VUV light, which is 200 to 400 nm light, now you're only making, say, 330. That has huge effects for anything that's made out of phenylaline, tyrosine, tryptophan or histidine. […]
"Melatonin is one of those things. Serotonin is one of those things. NAD+ is one of those things. Dopamine is one of those things. Acetylcholine, epinephrine, nicotine. Like you're starting to see all the neurotransmitters made in your brain are fundamentally tied to this.
"So when you hear this nonsense that all these alternative practitioners like, 'There's a chemical imbalance.' No. There's a frequency imbalance in the light that you live in. That's what really is the story." —Dr. Jack Kruse with maxgulhanemd (npub19yj…unad) @ 01:56:36–02:00:34 https://youtu.be/Ln3WszTq0uA&t=6996
Neuropsin is a special opsin that's found in your cornea and your skin. It's a UVA light detector. As soon as you find out that it responds to UVA light, that should be enough for you to question your dermatologists and your primary care doctor: '[…] Why in the hell would we have a UVA light detector in our eye or our skin, if somehow UV light wasn't important?' […]
"We now know that there's many people have LASIK surgery they get really bad depression. It turns out that when you disrupt the neuropsins in your eyes, it can affect the other photoreceptors in the eye below, which is melanopsin, which is located in the periphery of the retina. […] And the reason why is, what frequency light bends the most in the eye? Blue light. This is the reason why melanopsin is found there. […]
"So these blue light receptors are there. They go to a nucleus in the brainstem called the habenular nucleus. This whole pathway from your cornea, all the way through your eye, into the habenial nucleus is loaded with POMC.
"If you zap this with a laser, the signaling, the optical signaling is disrupted, and someone can develop depression in two or three weeks and kill themselves. […]
"I like to talk about contacts, I like to talk about sunglasses and how bad they are, because they do the same thing. Except they have much more wide frequency things, because contacts block oxygen. What happens when we block oxygen? […] It affects mitochondrial function. It affects calcium flows inside the mitochondria. […]
"So when you're hypoxic in any level, what are you doing to the physics of the system? You're decreasing the power of the light that you can make inside. In other words, instead of having VUV light, which is 200 to 400 nm light, now you're only making, say, 330. That has huge effects for anything that's made out of phenylaline, tyrosine, tryptophan or histidine. […]
"Melatonin is one of those things. Serotonin is one of those things. NAD+ is one of those things. Dopamine is one of those things. Acetylcholine, epinephrine, nicotine. Like you're starting to see all the neurotransmitters made in your brain are fundamentally tied to this.
"So when you hear this nonsense that all these alternative practitioners like, 'There's a chemical imbalance.' No. There's a frequency imbalance in the light that you live in. That's what really is the story." —Dr. Jack Kruse with maxgulhanemd (npub19yj…unad) @ 01:56:36–02:00:34 https://youtu.be/Ln3WszTq0uA&t=6996