Ninth Circuit Ruling: no need to prove it will be good for your health, no bodily autonomy anymore Viva Frei: "All right now the other case which was also one that I know you don't like. This was a bad vax decision which. . ." Robert Barnes: "Oh, it was horrendous." Viva Frei: "Yeah, again another case where if you don't know the answer already you might get misled by some reporting. It did not it basically it ratified Jacobson by stating that. . ." Robert Barnes: "It went further than Jacobson." Viva Frei: ". . . that you didn't even need to know that it was actually safe and effective, effectively, but you need to you need to have had good reason to think at the time that it would save. . ." Robert Barnes: "That it would just be 'good.' That's it. This was the vaccine mandate LA County imposed, went up to the Ninth Circuit. Ninth Circuit originally ruled that they effectively established a factual basis that if this wasn't in fact a vaccine even under Jacobson, then they have a right to prove that, and should go to trial, should go to discovery. The whole en banc Ninth Circuit grab the case. They almost never grab cases, and yet en banc circuit grabs the case. Why do they grab it? "First say it's not moot, even though there's no vaccine mandate currently pending, which in every other context they scream is moot when they when they want to escape judgment. And then they said as long as that you can be forced to take a vaccine, as long as the politician at the time thought it might be beneficial to public health, even if it's not a vaccine, it's not safe, and it's not effective. "I mean they took Jacobson to the most extreme eugenics determination that it could go, Janet Jacobson being the foundation of the trilogy of infamy of American law. Jacobson was the sole case cited for Buck v. Bell that authorized forced sterilizations in America and eugenics in America, the number one favorite case of Adolf Hitler, only had one case to rely on: Buck v. Bell, Jacobson. "And then that those two decisions led to Korematsu, which said in the name of an 'emergency' you could take away every right you have: your right of speech, your right of expression, your right of press, your right of association, your right of religion, your right of self defense, your right to keep your property, your right to your privacy, your right to trial by jury, your right to due process of law, your right to your property. All of it could be taken away, as long as there was an 'emergency' that could justify it, in that case the Japanese detention camps. The report is the one that greenlit that. "Now they've gone further. They've said as long as they have a rational basis, they can force you to take whatever they want you to do, whatever they want to do. That's it. And the rational basis can be, 'We just think it'll be good for your health.' They don't have to prove it will be good for your health, they don't have to be right that it's good for your health, they can just believe it's good for your health. And as long as they believe it's a 'net good' for you, they can take away any right you want. That's what the Ninth Circuit just said. You have no bodily autonomy anymore in America after this decision." Viva Frei & Robert Barnes @ 01:47:00%%01:49:45 (posted 2025-08-03) https://rumble.com/v6x2ou2-ep.-275-maxwells-plea-deal-argument-rogue-judges-nuclear-war-trans-lawsuits.html?start=6420

Getting outside during the day and avoid light at night reduces risk of psychiatric disorders "This is a study by Sean Cain, who's an Australian ["Day and night light exposure are associated with psychiatric disorders: an objective light study in >85,000 people" https://doi.org/10.1038/s44220-023-00135-8]. They were looking at the UK statistics. Over 85,000 people, it's a massive, massive study. There's three points here I wanted to get to. This was in their Discussion. "Circadian rhythm disturbance is a common feature of many psychiatric disorders. (I think all psychiatric disorders.) Light is the primary input to the circadian clock, with daytime light strengthening rhythms and night-time light disturbing them. "Greater night-time light exposure was associated with increased risk for major depressive disorder, generalized anxiety disorder, PTSD, psychosis, bipolar disorder, and self-harm behavior. Independent of night-time light exposure, greater daytime light exposure was associated with reduced risk for major depressive disorder, PTSD, psychosis, and self-harm behavior. "Avoiding light at night and seeking light during the day may be a simple and effective, non-pharmacological means of broadly improving mental health. "Again, we're looking at something that's not just affecting one disease process; it's affecting mental health across the board. Just seeking more light, getting outside during the day, and dimming the lights or turning them off at night costs absolutely nothing. It'll probably save you money from electricity. But these are extremely powerful things to do." Cameron Borg @ 17:13–18:38 (posted 2025-01-17)

UPPP. Orthodontists are the most unethical part of dentistry Doug Sandquist, DDS: "The pushback we get in my little sphere is there's a paper in the ENT literature, the UPPP, you know, where they cut out the soft palate. So it's a horrible surgery. It's rarely done anymore. I mean, it really didn't work. But the one thing that the orthodontist will hang their hat on is that, you know, those people who had the UPPP, even though it relapsed, their longevity was longer. In other words, they lived longer." Dr. Jack Kruse: "They also had higher amounts of cancer. You know that, right?" Doug Sandquist, DDS: "No, I don't. Yeah, no. It makes sense. It makes sense, yeah." Dr. Jack Kruse: "[…] In my opinion, over my 35 years knowing and being a dentist, orthodontists are the most unethical part of dentistry. I know that's very unpopular to say to a group of dentists, but I fundamentally believe that. Why? "Because I worked with a lot of orthodontists when I was an oral surgeon, and all they are, they are the plastic surgeons of dentistry. And all they care about is aesthetics. They don't care about anything else. And they'll tell you it's about function, but it's really not. They care about what your teeth look like. They don't care if the gums look like that [lifts upper lip to reveal gums]. As long as the teeth below it look pretty, that's all they care about. "When you begin to realize that, you know, they're cherry picking things in the data. The fact that the ENT guys who are incentivized to do this surgery, are no longer doing the surgery, should tell you just how nefarious them hanging their hat on this really is. But see, that's first principle thinking. "Remember, when you introduce money into medical and dental decision making, truth often flies out the window. Why? Because marketing is legalized lying." Dr. Jack Kruse with Doug Sandquist, DDS @ 27:02–28:55 (posted 2025-07-25)

The permanence of surgery Dr. Jack Kruse: "But I'd say the same thing to parents. Like when you do a consult with them, you need to actually not only just tell the parents this stuff, Doug, as the dentist, you need to tell the kids, say, 'Look, you're not in a position of power here. You're like a prisoner in jail. This is actually people doing something to you.' "Like if you want to really scale this and be controversial, this is almost like the decision that people make with circumcision. Kids have no informed consent on this. It's really tied to the parent. "And if you really think about it, like if you really want to get circumcised for whatever reason, whether it's religious or not, don't you think it would be smarter for somebody to make that decision, say when they can go to war, when they can be drafted? Like even then, I think that's crazy because we won't let kids rent hotel rooms and rent a car until they're 25, when they're fully myelinated, which comes back to this story that we started with. We have rules in place for kids that are better able to make decisions when they're fully myelinated. But don't you find it ironic that we can draft people at 18 and we can put them in student loan debt at that time because they really don't understand? "Well, aren't we doing the same thing with sleep apnea? Aren't we doing the same thing with scoliosis? Aren't we doing the same thing with dentition? And aren't we doing the same thing with circumcision? "My point to people as we are, and I think when we have children that are born with malocclusions, parents need to know that you likely were the cause from the transgenerational epigenetic thing. And I understand from what we're seeing with COVID now that people don't wanna talk about the root cause problem. "But if you can fix these kids without fancy expensive procedures, why in the hell wouldn't you try that first? To me, it makes no sense for you to put your kid under the scalpel for something that may be able to fix. I think early diagnosis by the general dentist, because remember, you're the guys that see these kids before the oral surgeons and before the orthodontist. You actually are the best gatekeepers to really make these recommendations. […] "I remember all the things that I was taught in dental school and most of it was hogwash, especially around oral biology, and how dentin really works in a tooth and how enamel really works. There are so many other things that are available to people. I mean, we now know that we can use laser therapy to regenerate teeth. Why aren't we doing that? Why isn't that standard of care?" Dr. Jack Kruse with Doug Sandquist, DDS @ 18:05–20:54 (posted 2025-07-25)

Get outside, the one thing at the core of your physiology Logan Duvall: "What kind of solutions do you make sure that you let friends, family, and those that follow you, lead them to follow?" Cameron Borg: "I mean, it's hard to move past just getting outside, because generally when you're outside, you're moving, hopefully you're not wearing sunglasses, and whether you're in the sun, directly or not, it's kind of, when I'm trying to get people to understand this, it's sort of a moot point whether they have their clothes off or not, whether they got their skin in the game or not. Just getting outside, again, it's this 80-20 principle. "You solve so many problems just by opening the door, even opening a window to let some natural light in. And the reality is that solves so many problems as well. So you get so many things for free if you just do that. So if you do that a lot, your sleep is going to be better, for instance, and everyone knows how important sleep is. If you do that, your hunger, your appetite is going to be more well regulated. So you're going to eat at a frequency that suits your energetic needs. "And when you're outside, your mitochondria are capable of making water much more efficiently because that electron can meet oxygen more efficiently in the presence of sunlight to make water. So you're more hydrated when you're outside, even if you're not in direct sunlight. So you get a lot of things for free when you just do that. I think that's what makes outdoors such a beneficial thing. You talk about vitamin and nature and forest bathing, why they have such notable beneficial effects. It's not because you're getting, you know, one thing. It's because that one thing is at the core of your physiology. And if you can address that, everything downstream from there is benefited from that as well. So, depending on who I'm working with, that's really one of the big ones." Cameron Borg with Logan Duvall @ 01:05:17–01:07:39 (posted 2025-03-25)

No cancer therapy in last 30 years has improved life expectancy Cameron Borg: "I think there are things in medicine right now that we're doing that seems so illogical to me. Like cancer treatment, let's irradiate you with cancer-causing agents. Where is the logic? I don't quite understand how we've been doing that. There's been no cancer therapy in the last 30 years that has improved life expectancy, which is shocking." Cameron Borg with Logan Duvall @ 36:13–36:42 (posted 2025-03-25)

Defective midfaces, hypoxia, gummy smiles, put them in the sun, maxillary or mandibular hypoplasia, ear infections Dr. Jack Kruse: "What do we know about people with defective midfaces? We know that the anterior and middle skull base aren't growing. That actually tells you that there's more hypoxia in utero going on at those levels. […] "Like when you see people with a gummy smile, you know by definition these people had a transgenerational in utero problem. These are the people that are gonna have problems down the road. But I'm gonna tell you, they're gonna get different chronic diseases from this hypoxia measure. "The real answer for young parents, as I see it, when the dentist makes this diagnosis, take your kids out of school. Your kids are getting irradiated by Wi-Fi, making you more hypoxic, making less deuterium-depleted water in cytochrome C oxidase. Put them in the sun, because guess what? "They can play catch up. Why do you have to run straight to the orthodontist, you know, to do this? You know why? Because that's what our profession has trained parents to do. That's what they've trained general dentists to do with the orthodontist. When you see a class two or a class three, refer them as fast as possible. No, that's not the answer. […] "How do you put the brakes on the dentist and the orthopedic surgeons that wanna do […] big facial surgeries? Go immediately and get your kid's vitamin D level and find out what it is. Cause that's gonna be a proxy for the level of hypoxia. People don't think about this, but when your vitamin D level is really low, by definition it should tells you at the mitochondrial level you're hypoxic. […] "Vitamin D, the VDR receptors on the inner mitochondrial membrane, it slows electron chain transport down. That should wake you up why the ketosis issue is a big issue. So if you don't have vitamin D as the braking mechanism, do you understand that by definition, you know you got a redox problem. So why wouldn't you put these kids in a better environment to see what the effect of maxillary growth could be in the future? Cause my belief is no one's talking about this. "I think that we can fix a lot of these kids that have hypoplasia in the maxilla or hypoplasia in the mandible. Cause what is that really telling us? Maxilla is V2 distribution. The mandible is V3 distribution. Well, you can correlate that and see if you can get the speed up. And when you understand that the trigeminal nerve is also tied to a branchial arch, you'll start to see, well, that's why these kids have problems with ear infections. That's why these kids have problems with their Eustachian tubes. Like the oral surgeons and the dentist and the ENTs don't really talk to each other about this, but the embryology is all there." Dr. Jack Kruse with Doug Sandquist, DDS @ 11:05–15:16 (posted 2025-07-25)

NIH received over a billion dollars in royalties from Moderna and Pfizer, incentives dictate outcomes Kevin McKernan: "But I wanted to just give you the backdrop of how they do the censorship is very much in how they fund it. So NIH has $42 billion a year, every year that they give out, and all of those people become, they become good disciples, if you will. They will not speak out against against the guy on top. So very few people in NIH spoke out about COVID. "Now, the NIH also happened to be on the royalty stream for the vaccines. That was quite convenient." Efrat Fenigson: "What a beautiful incentive structure." Kevin McKernan: "Yes. So Moderna and Pfizer have given them over a billion dollars in royalty. So that might explain why they weren't really eager to talk about hydroxychloroquine and ivermectin because it would weaken their royalty streams. So you can see where this goes." npub1k8dxqxgnv2p6ymwkamfrx237qjct3zezsx2xevt6z6nzdgalff3qy94qte with npub1dg6es53r3hys9tk3n7aldgz4lx4ly8qu4zg468zwyl6smuhjjrvsnhsguz @ 34:59–35:39 (posted 2025-07-23) https://rumble.com/v6wkesy-kevin-draft.html?start=2099

Cells and organs compete with each other, 100,000 mutations per cell in normal skin Michael Levin: "A couple of things. The first thing is that despite our largely genetic homogeneity inside our bodies, cells and organs compete with each other. So for example, during development there's really a strong competition between all kinds of organs. And we have computational models of this, and people and farmers and other scientists have been publishing this stuff for a really long time. There's actually a lot of competition and struggle. The classical biologist Roux called this, he had a long monograph called _The Struggle of Parts_, where he talks about all of the ways that the pieces of an embryo and of an organism are actually fighting each other for all kinds of stuff, even though they have similar genetics. "The other thing I want to talk about is how similar really the genetics are. So in humans, Doug Brash tells me that there are about 100,000 mutations per skin cell in normal skin. This is not cancer, this is normal skin, 100,000 mutations per cell. "And people like I think Walsh at the Harvard Medical School is finding mutations in the brain, in human neurons. Apparently there's a ton of genetic variability and where it really reaches its kind of ultimate expression I think this is one of the most interesting stories. "Planaria are mixoploid. I mean it's a certain species every cell has a different number of chromosomes. The genome is an unbelievable mess. And yet, these are the animals with the most regenerative ability, the cancer resistance, immortal as far as we can tell. It's kind of an amazing scandal that the animal with the best anatomical control, immortality, and regeneration is also the one with the most messy genome, right, in every cell. "This used to drive me completely crazy, this idea. Well first of all, why does nobody talk about this? We never hear about this in a standard biology, a kind of curriculum what they tell you is, 'Well, the genome is what sets your anatomy,' so who would expect the relationship to be backwards? It doesn't make any sense. "Recently, literally in the last few months, I think we've got kind of a handle on this story and so I think we now have an understanding of what's going on there […]" Michael Levin and Nick Lane with Jitender Kumar @ 51:23–53:57 (posted 2023-05-07)

People who laugh more live longest, we need hugs, we need to play Cameron Borg: "I had a guy, a client that I worked with a few months ago. He was doing everything right. Like he was doing things way better than me. He was swimming in natural bodies of water every day. He was outside all the time. He was exercising. He was eating like hyperlocal, like everything he was eating was grown in his town, local, local seafood, you name it. He was doing everything right, you know, circuit breaker in the house, like barely had any exposure to electromagnetic fields. And he just wasn't thriving. "I found out that he was living quite far away from his friends and he didn't see them very often. And I said to him, 'Honestly, you're doing things so well. What you're missing is this social dimension of your health. You need to go to a friend's house, have a cards night, watch a comedy show and just laugh and be with people and give them all hugs.' And I think this is something that a lot of people in the health space and neglecting it's sort of this dimension of health that is forgotten about. "And I've been writing an article about that the last few days and just doing the research on the impact of laughter on all-cause mortality is amazing. People who laugh more live longest. I mean, it's just as simple as that. People who have the most physical touch live longer. They have more resistance to disease, all sorts of diseases. People who play, you have to play. It's not an option. It's at the base of Maslow's hierarchy of needs. You have to play. Kids who don't play enough are significantly more likely to commit crimes, particularly heinous crimes like murder. And we've sort of forgotten that this dimension of health is so important. We need to hug, we need to dance with people, we need to do all of these things. They're just as important as the food we eat. They're just as important as the sunlight. […] "This guy, I only saw him once, cause I'm like, 'You don't need me. You don't need anyone to tell you what to do. You're doing it super well.' And he emailed me like a month later saying, 'Dude, you're right. I'm doing so much better, you know, spending more time with people.' I actually encourage people to sit down and watch comedy shows that they find funny with friends because at times it's more important than, you know, getting the light from the TV or whatever. So this is really a forgotten aspect of health that I'm quite passionate about and not many people are talking about it in the health space." Cameron Borg with Logan Duvall @ 01:07:45–01:10:09 & 01:12:04–01:12:42 (posted 2025-03-25)

Twilight sky is a deep metallic purplish-blue color; a strong, precise marker of circadian clock Bob Fosbury: "The color of a clear twilight sky at the zenith at sunset is a deep metallic purplish-blue, very deep dark, very characteristic color, and that's due to ozone in gas. If you took the ozone away the color of the twilight sky at sunset would be a sort of grayish straw color. "And so the nature of the twilight coloration is very special. It's the most extreme change in color of daylight at any time during the 24-hour cycle, happens at twilight. And that's because the blue of the sky, we're talking about clear skies, the blue of the sky is Rayleigh scattering in the daylight. When the sun gets below, at or below the horizon, the blue of the sky has very little to do with Rayleigh scattering. I mean it is driven by Rayleigh scattering, but the blue of the sky is predominantly due to the absorption of ozone gas in the ozone layer. "So without life on the planet, we wouldn't have this, we would never have this dark purplish-blue sky at sunset. If you took photosynthesis away from the planet, that color would be a kind of straw yellow, grayish straw yellow color." [...] "Twilight is incredibly blue whether it's cloudy or not. The change in brightness at twilight is a poor quality calibrator of the circadian clock, whereas the color of twilight is a very powerful, strong, precise marker of the circadian clock, because twilight is always very blue. It's a filter above all the clouds. That's the point. So everything that's coming down through this filter is blue. So even if it's scattered off clouds, or whether it's coming directly from the sky, it's always blue, because the filter is way above all the clouds." Bob Fosbury & Scott Zimmerman with Cameron Borg @ 01:12:58–01:14:21 & 01:21:35–01:22:22 (posted 2025-04-29)

Illegal drugs vastly safer than pharmaceuticals Kevin McKernan: "Our focus has been on looking at plants and fungi that you can grow in your backyard as a pharmaceutical reservoir, because most of the things that they have illegal, if you look at them from a therapeutic index standpoint, which is the LD50 versus the ED50, that's the lethal dose 50 versus the effective dose 50, all of the illegal drugs are vastly safer than the ones that pharmaceutical companies currently sell you. All right? "You look at cannabinoids, look at psilocybin, […] they're orders of magnitude safer than the vast majority of the drugs that they've regulated through the FDA. So, that's a decentralized form of medicine because people can grow them in their backyard. They are thousands of different cannabinoids and tryptamines that those things make. And we want to expand that model on every other medicinal organism out there so that they're publicly available and the breeding can be accelerated." Dr. Jack Kruse, Dr. Alexis Cowan, npub1k8dxqxgnv2p6ymwkamfrx237qjct3zezsx2xevt6z6nzdgalff3qy94qte & npub1yd2h2lrwchshvm46jq7auh65tjkxmgnapkavh7tjtqq07kknupxsa980tv with npub1dg6es53r3hys9tk3n7aldgz4lx4ly8qu4zg468zwyl6smuhjjrvsnhsguz @ 31:32–32:20

Loss of bioelectricity in cell predicts cancer, thin line between cancer and regeneration Cameron Borg: "What [Michael Levin and Brook Chernet] are definitely saying is that the signatures of cancer, you know, beyond Warburg metabolism, which seems to be more like an effect, not a cause. It just seems to be something that happens in response to cancerous-type growth. "But what is a predictive factor is a loss of bioelectricity in the cell. And if you can rectify that, which they have done, in I believe a few models now, if you can rectify that bioelectrical signal, the growth and metastasis does not occur. You do not get tumors. "And this is sort of borne out of the fact that they work a lot with planaria. We have this idea that cancer is genetic mutations. It's the genetic material gone wrong. But planaria have the one of the most messed up genomes. They're mixoploid. Their genomes are like all over the place; they've not ordered at all. But planaria are really good at basically adapting. "There's a great podcast that everyone should listen to. I don't know this guy, but he managed to get Nick Lane and Mike Levin on the same podcast and they spoke for about two, two and a half hours. [...] It's a fantastic podcast, and they discuss how planaria organize their genome in a way to make sure that they don't have runaway growth, because they have extremely good regenerative capacity. And there's a very, very thin line between regeneration and cancer. Very, very thin line. "This is why Becker grew to dislike Bassett so much because Bassett just started making devices that would help bone regenerate. And Becker was saying, 'How do you know it's not going to tilt the wrong way and cause cancerous growth?' And of course you don't have to worry about that, you know, FDA approvals are quite easy to get around, if you can just prove that it would regenerate bone, then you know, you don't worry about the consequences basically. And that's a tricky thing to navigate. "And planaria are such a perfect model because they're like immune to cancer, even though their genomes are completely messed up, which is sort of against the common idea that we hold now, which is that cancer is a result of genetic problems. But you can have damage to your genetic code and not develop cancer. I think even back in 2006 when Nick Lane wrote _Power, Sex, Suicide_, the best predictions then were you needed at least eight to 10 mutations in the right place in the genome to trigger a cancerous growth. So it's not just you get one mutation and you're done. You need sort of a few of them in the right places to trigger that. And it seems that bioelectricity is more of an important factor than the genome itself, and we know that from planaria. Because if you look at their genomes, you would say, 'Wow, this is going to cause malignant growth for sure.' But it doesn't seem to be genetics that's the linchpin here. It seems that the bioelectrics are much more important." Cameron Borg with Logan Duvall @ 12:13–15:53 (posted 2025-03-25)

Diseases are environmental, light is the biggest environmental change Logan Duvall: "I owe everything that I'm doing now to Dr. Kruse. But give us that elevator pitch for how sunlight is the solution for so much of the chronic disease that we are plagued with." Cameron Borg: "You know, I think about this a lot because it goes back to that whole thing 'If you can't explain it simply, then you don't know it well enough.' And I think I would definitely say that I'm in that camp. I don't think I grasp it well enough to explain it simply. "But what my elevator pitch would be to someone who has no idea would be to ask them, 'What the biggest changes in our environment have been over last 100 years?' And the reality is if we are looking at diseases that are from the environment, should we not start at the places in the environment that have changed the most, that are the most foreign? And light is one of, if not the biggest, changes we've experienced. The unfortunate part of that is that our eyes don't pick it up, because we're easily fooled, because we never needed to evolve a way to differentiate between an LED and natural, broad-spectrum light. "And the elevator pitch really is if our diseases are environmental, which they are, should our efforts not be focused on the things that have changed in the environment most over the last century? And I think that's as simple as I can get it, because I think that really is just nothing but an appeal to logic. There's no science in there whatsoever. You're not saying light is the whole story. What you're saying is, 'Our investigations should begin at the parts of the environment that have changed the most.' And I think everyone would agree on that logical sentiment, whether they know anything about light or not. I think that's logical." Cameron Borg with Logan Duvall @ 34:09–36:11 (posted 2025-03-25)

Cavities, the tooth's self-cleansing system Doug Sandquist, DDS: "I mean, I think it just it brings us to a broader discussion about like what is tooth decay, right? […] Dr. Jack has actually talked about when he was in dental school. He heard a lecture from this guy named Dr. John Leonora, who was like an endocrinologist researcher. He actually taught at the dental school I went to and he was actually one of my professors. […] "And so John Leonora's theory on tooth decay revolved around the parotid gland. The parotid gland is a salivary gland right up here in your cheek and how it acts kind of like the pancreas does. And so he actually proved that that parotid gland actually fed all of your teeth. So there's inside your roots of your teeth, there's the nerve and then there's also the little dentinal tubules that go from inside the tooth. So there's actually a flow of fluid that goes from the bottom or the apex of the tooth and it flows out. So you have this constant flow and it's actually a flow like a, it's like a clockwise flow. "He fed rats a high carbohydrate diet and he actually showed that the flow would start to go in a [counter]clockwise fashion, which actually would go outside in. "So the current thought of tooth decay is a bacteria, carbohydrate, acid model. […] "But none of that's taking into account Dr. Leonora's work, because that's pretty much been pushed pushed aside, which is the flow of the fluid through the dentinal tubules. And so this is actually what interesting about Dr. Jack is that he's actually trying to, he's actually putting those pieces together of Dr. Leonara's work with the current model. Dr. Jack will actually say that blue light actually helps take that flow through those tubules counterclockwise. "So when you do sugar and you use blue light, this is what Dr. Jack will say, and it goes in reverse, that means the flow is going from outside the tooth into the tooth. So you're actually pulling in those acids into the tooth. Right? And so if we get into red light. or we don't eat a high carbohydrate diet, and that flow is working outwards, you're taking all that fluid and you're actually going outside the tooth. […] So then if we get that going in the right direction, then it's a self-cleansing system. […] "Do we start using red light therapy on teeth? […] And then that becomes the question then, 'Is the sun better than red light?' and things like that. […] If you think about it in those terms then like do we really need any of these extra agents when we can just, you know. "I think hygiene is important. I think our modern blue lit, non-native EMF world means that we still need to be disrupting the bacteria, because I still think those are problems. I don't think we can just live like the Anubians. […] I still think you need to clean them. I just don't know if you need to adding extra stuff to them if you don't have to." Doug Sandquist, DDS with Logan Duvall @ 26:54–28:22, 29:31–30:29, 31:21–32:00 (posted 2025-07-04)

Mouth breathing, low tongue posture Logan Duvall: "Like Lander, […] he was a mouth breather. We've been able to correct that a lot, but I think that is extremely common. So how do we address that?" Doug Sandquist, DDS: "I think no one likes to look at the tongue. If the tongue can't go up to the roof of the mouth and actually stay up there, it makes breathing through your nose very difficult. Because if it's a low tongue posture, the tongue actually tends to go back into the throat. "In my practice, I actually have a myofunctional therapist who works with me. It is the hardest thing to actually get people to actually do because most people can go on YouTube. You can go on YouTube and you can find myofunctional therapy. There's exercises you can do. You can actually follow them online. The problem is most people, if you do them online on YouTube, most people don't do them well enough to actually get the benefit. I mean, it's almost like you need to have a therapist actually working it up with you and actually making sure that you're doing them correctly. "And then once you get the tongue functioning better, it needs to be assessed whether it needs to be released. And I mean, I know Jack is not a huge fan of surgeries. But I think you do the therapy first, see how much you can actually improve it, and then decide if it needs to be released, it can be released. And if it needs to be released, you have to do therapy afterwards. The tongue has, it's a muscle with almost eight, it has, I think it's eight muscles that are in it that actually tell it what to do. […] Like, if you're doing craniosacral or any type of expansion, myofunctional therapy has to be done, in my opinion, before. And I would probably rather do it before we even did any surgery or even did any expansion, just to see if you can actually get, you know, I think we don't have a lot of data on it. It's typically assumed that once the sutures are fused that you're not going to get much expansion after that. "I do think in kids, I think the tongue puts (was is it eight? I'm not a myofunctional therapist. I let Dr. Lee do it for me) but I think it's like eight to 10 pounds of pressure on the teeth, something like that. That's how much force the tongue. . . the tongue can actually push the teeth almost out of the mouth, if it's in the wrong place. "So from me, as a decentralized view of things, I mean, I think that's the simplest way to actually help improve function is actually get the tongue working correctly." Doug Sandquist, DDS with Logan Duvall @ 15:33–18:09 (posted 2025-07-04)

Tethered tongues and upper jaw development Doug Sandquist, DDS: "The real problem in kids that don't have the right size jaw is, I mean, apoptosis is how our fingers are not webbed. Right? When we're born we have five fingers that aren't webbed. If apoptosis stops at the tongue then the tongue is actually tethered to the floor of the mouth. And if it can't actually grace to the roof of the mouth then the upper jaw doesn't grow. "And so I would say probably 70% of the patients I examine today, even today, have tethered tongues. Their tongues are actually low. And you can actually see the reason the upper jaw didn't grow is because the tongue is not able to go to the roof of the mouth. So this is actually something that actually happens probably in utero, because apoptosis stops in utero. "So it really is a call to mothers who are about ready to become pregnant is to, you know, what is their light environment like, and what is their tech usage? These are all the studies that I hope Alexis will do so we can actually figure this stuff out, to actually give some people some better ideas rather than just a hope. Right? It's pretty interesting, right? "And so then the idea is, for me, is when Kruse talks about Becker's regenerative current, which is one trillionth of an ampere, right, which is a tiny little trickle, how do we control the superpower that's in the inner mitochondrial membrane to allow that little trickle to actually develop? And I think that's the challenge. Right? And that's where melanin and melatonin and all those things, that's actually where the morning sunlight comes, because the morning sunlight's actually what's going to help control that current and actually build the mitochondrial water to help us regenerate." Doug Sandquist, DDS with Logan Duvall @ 12:29–14:18 (posted 2025-07-04)

The pill is creating soy boys E.M. Burlingame: "Estrogen regulates testosterone production in men, not the estrogen in the man, aerosolized estrogen by women. How many women are on the pill? […] How much estrogen is in the air? Ben Kelleran: "Have you seen the chart of side by side of women on the pill, divorce rates? […]" Clay Martin: "Actually, the kind of man that they prefer, too." E.M. Burlingame: "Yeah. So, here's the big problem for males and part of the reason we have low testosterone levels across the board. And yes, it's in the water, but […] what regulates male testosterone production, male aggression, male physicalness, is aerosolized estrogen that he picks up in the nose, a specific type of estrogen that articulates, you know, molecularly, that the woman's pregnant. What does the pill do? […] What happens? […] "That aerosolized estrogen, elevated estrogen, articulates to men around (and other women) that that woman is pregnant. What does a man do, the males around? They down their testosterone production, down the aggression, and they go into protect mode, psychological protect mode. But they're not in a violent environment, physically violent environment, so how are they protecting this pregnant woman? "All the social bullshit, all this fucking wokeist bullshit. It's why you get these soy, you know, we call them soy boys. Well, he's actually doing something that the estrogen in the air is naturally programming him to do, and that's what he would naturally do in the environment he's in. Unfortunately, it also makes him predators, right? Most of these guys are the rapists, etc. "But the point being is that we have all of this aerosolized estrogen that's regulating testosterone production, and it's downregulating testosterone in males dramatically. You want to fix these status hierarchies, you want to refix the balance? Make the fucking pill illegal." Clay Martin & E.M. Burlingame with Ben Kelleran 28:13–30:24 (posted 2025-07-10)

Statins are mitochondrial toxins Dr. Francisco Gutierrez: "A lot of people that look for us, they look for a different way of doing things. They're fed up with, you know, going to their doctor once a year and coming back with, like, a bag of pills." "So they want a different perspective. Pretty much every single person that I see as a new patient comes in taking a cholesterol pill. Every single one. Or under the threat that they're going to be prescribed a cholesterol pill if they don't reduce it. And boy, let me tell you, the misinformation that's out there about cholesterol is just insane, in my. . ." Dr. Alexis Cowan: "Yes. It really is. I've seen that firsthand as well with my partner's father when he went into the hospital and had heart failure. His LDL cholesterol was under 100, and they still wanted to give him a statin!" Dr. Francisco Gutierrez: "Yeah. Right. Exactly." 52:14 Dr. Alexis Cowan: "[laughs] I'm like, what are you doing? Statins are mitochondrial toxins! Why are we throwing these around like candy? They're making insulin resistance worse!" Dr. Francisco Gutierrez: "Exactly right. Exactly right." Dr. Alexis Cowan: "Yeah. It's wild. Like you said: misunderstood. It's kind of like, you know, if you see firemen at a fire it doesn't mean they started the fire. Maybe they're trying to help." Dr. Francisco Gutierrez: "That's exactly right. You just summed it up nicely, beautifully." Dr. Francisco Gutierrez with Dr. Alexis Cowan @ 51:20–52:38 (posted 2025-05-23)

When does consciousness begin, inability to heal, inability to sleep Dr. Jack Kruse: "Is a baby conscious as soon as conception happens? If you look at the mechanism that I'm talking to you about, the answer is probably yes. But do we have any way to physically prove that right now? No. But I do believe, and I've told Alexis this, when we get to the point where we can make photomultipliers and place it inside a cell, and we can capture data off it, as soon as I know that vasopressin is active in a fetus, that's technically when consciousness really begins. That's when a baby is conscious of damage to it, to light stress to it, to, I don't know, say, an abortionist sticking materials inside the mother's uterus. You know, it's going to open up kind of all kinds of very interesting situations for people, not that I really focus in on that stuff. "But I think the story of this wiring diagram is the biggest story in the world right now. […] "The amount of the DC electric current is what controls your consciousness. If you have too much it, too much, guess what happens? You lose consciousness. That's actually what happens when we sleep every night." Sheryl Utal: "Yeah." Dr. Jack Kruse: "Do you know that people that have TBI, kind of like you did, actually do worse when you give them more oxygen? Do you know the reason why the Department of Defense, centralized medicine, and DARPA really like sleep apnea machines? Now you know why. Because guess what you're body is trying to tell you? Your body is trying to tell you when you have light stress, non-native EMF stress, oxygen is a toxin. Shocking, huh? So think about all people that went into covid in the hospital and what happened? What did we do? They all got worse when we gave them what?" Sheryl Utal: "Oxygen." Dr. Jack Kruse: "[…] Because how you have to make the diagnosis, this is what a good decentralized MD does. Where is the original problem? The original problem is in your ability to make water adjacent to melanin sheets that dampens that bioelectric current to get it to the exact right place you need to regenerate. Anything that blocks that means that you cannot heal. It also means you won't be able to sleep." Dr. Jack Kruse with Sheryl Utal @ 23:17–24:30 & 26:12–28:02 (posted 2025-03-08)