TruthArchive.ai - Tweets Saved By @newstart_2024
reSee.it AI Summary
I hear a blunt parenting truth: be kind to kids’ potential, not their immediate wants. Resist McDonald’s, ice cream, screens for broccoli, homework, walks. It’s boring now, kind later. Short-term pleasure vs. long-term character; the hardest “no” is the deepest love. How do I draw the line between fun and true kindness to their future selves?
@newstart_2024 - Camus
Jimmy Carr nails brutal parenting truth in 25 seconds: "I want to be kind to my kids... but what they want is McDonald's, ice cream, TV, video games. Downstream? Fat, stupid kids. Who wants fat, stupid kids? No one. So you have to be kind to their potential — not their immediate wants. That means broccoli, homework, walks, exercise. Boring now. Kind later." Short-term pleasure vs. long-term character. The hardest "no" is often the deepest love. Where do you draw the line between being "fun" and being truly kind to your kids' future selves?
Video Transcript AI Summary
The speaker discusses the aim of being kind to their children and considers what the kids actually want. The kids crave fast food from McDonald’s, ice cream, watching TV, and playing video games. The speaker notes that no one wants “fat, stupid kids,” implying that giving in to every request would lead to undesirable outcomes. The core message is that kindness should extend to the children’s potential—who they are going to become in the future. To support that potential, the speaker argues for incorporating less immediately gratifying activities such as eating broccoli, doing homework, taking walks, and exercising. Although these tasks are described as boring, they are framed as acts of kindness that pay off later rather than giving in to short-term desires. The overall idea emphasizes balancing present enjoyment with future well-being, suggesting that genuine kindness involves steering children toward healthier habits and responsibilities now to benefit them later.
Full Transcript
Speaker 0: I want to be kind to my kids. What do my kids want? Well, want McDonald's, and they want ice cream, and they want to watch TV and play video games. Well, Okay, downstream are some fat, stupid kids. Who wants fat, stupid kids?
No one. So you have to be kind to their potential, to who they're going to be, right? And that involves broccoli and homework, boring, going on a walk, doing some exercise, but you're being kind later.
reSee.it AI Summary
My takeaway: diet could be the central, low-toxicity tool against cancer and chronic disease by targeting energy metabolism and inflammation (Warburg effect), improving DNA repair and reducing oxidative stress. It challenges traditional “poison to cure poison” methods and emphasizes restoring metabolic homeostasis through what we eat.
@newstart_2024 - Camus
Dr. Mark Hyman & Dr. Thomas Seyfried just made a bombshell claim about cancer treatment: “The most powerful therapy we have is diet — and it has zero toxicity, only massive side benefits.” Hyman: Current treatments (chemo, radiation, surgery) are toxic and crude. Metabolic oncology flips the script: Use diet + targeted compounds to block cancer’s fermentation pathways (Warburg effect). No side effects — instead, you get reduced inflammation, better stem cell function, DNA repair, less oxidative stress, and overall metabolic renewal. Seyfried ties it deeper: Most chronic diseases (cancer, diabetes, heart disease, dementia) stem from the same root — disturbed energy metabolism + systemic inflammation from modern life (chemicals, poor diet, etc.). The solution? Restore metabolic homeostasis — starting with what you eat. In an era of endless toxic treatments, this approach feels revolutionary. Are we finally seeing the beginning of the end of “poison to cure poison” cancer care? What’s your biggest takeaway from this metabolic shift?
Video Transcript AI Summary
Speaker 0 explains that most current treatments are highly toxic, including radiation, chemotherapy, and crude surgery. In contrast, metabolic oncology uses therapy that is diet-based and may include other compounds that block fermentation pathways. This approach reportedly has no side effects and offers numerous benefits for overall metabolic health, including reducing inflammation, improving stem cell function, promoting DNA repair, and helping manage oxidative stress, with a wide range of positive effects described.
Speaker 1 concurs, noting that there is a return to the origins of many diseases. He points to systemic inflammation and chronic exposure to various chemicals as contributing factors. When these elements are combined, they purportedly lead to chronic diseases such as diabetes, cardiovascular disease, cancer, and dementia. He adds that much of these conditions involve disturbed energy and disrupted metabolic homeostasis.
Full Transcript
Speaker 0: Most of the treatments we have now are really toxic radiation, chemotherapy, surgery is a bit crude. And what's amazing about metabolic oncology is the therapy is diet and maybe some other compounds that block some of these fermentation pathways that really have not only no side effects, but have a ton of beneficial effects in terms of overall metabolic health, in terms of reducing inflammation, improving stem cell function, causing DNA repair, and helping deal with oxidative stress. I mean, just the list goes on about how this works. It's quite amazing.
Speaker 1: It's remarkable. And we're going back to the origin of of many of the diseases that we have. And, you know, a lot of this is systemic inflammation, you know, chronic exposure to different chemicals. You put all that together, and you end up with diabetes, cardiovascular disease, cancer, dementia. You end up with all these kinds of chronic diseases.
A lot of it has to do with disturbed energy. Metabolic homeostasis is disturbed in many of these chronic diseases.
reSee.it AI Summary
I hear Whitney Webb warn of a “digital prison without walls” built by convenience, not force. AI could replace art, music, writing, and genuine bonds; kids gravitate to robots; some designers link to Epstein, raising trust concerns. Outsourcing creativity risks cognitive dulling. She urges local, analog resilience, real-world creativity, and rejecting the convenience cult. The price of convenience is freedom. Am I protecting one analog practice to stay rooted in the real world?
@newstart_2024 - Camus
Whitney Webb delivered a chilling wake-up call in her recent interview: “A digital prison without walls could be incredibly comfortable… and you would willingly walk into it.” She warns we’re being seduced into techno-enslavement not by force, but by convenience and comfort — the same comforts that make prison tolerable: a roof, food, no need to struggle for survival. Her core concerns remain stark: - AI is aggressively positioned to replace the most human activities: art, music, writing, genuine emotional bonds - Children are already being conditioned to form attachments to robots and algorithms over parents (ads show toddlers saying “I love you” to domestic bots) - Several architects of these systems have documented ties to Jeffrey Epstein — should we trust them to program emotional companions that spend unsupervised time with our kids? - Outsourcing creativity and connection risks leaving us cognitively diminished — post-human shells that no longer create or truly feel Her urgent call to action: Actively build local, resilient, analog alternatives. Prioritize real-world creativity (especially with children). Reject the cult of convenience before the cage locks. “The price of convenience is freedom.” Months later, the trend lines are only steeper. Are we sleepwalking into a cozy cage — or is there still time to choose humanity over the algorithm? What’s one analog practice you’re protecting (or starting) to stay anchored in the real world?
Video Transcript AI Summary
The speaker argues that convenience is a lever for control, saying much of the effort to enslave people has been through cajoling with comfort. They note that prison is theoretically comfortable—roof, food—just as a “digital prison without walls” could be, requiring people to lift a finger to fight for freedom. Those who don’t want to live in the system must actively build alternatives, especially if their community lacks awareness. The speaker advocates developing local, resilient networks that don’t depend on current infrastructure, highlighting open source alternatives to big tech and expressing hope that there is time left to act.
They warn that if society moves toward a posthuman future, people may realize they don’t want to lose what makes them human. They emphasize that many AI-influenced tasks target creative pursuits—art, music, writing—that define humanity, and question what remains if we outsource these to AI. The concern is about cognitive diminishment and the loss of human creativity, urging emphasis on analog alternatives and active engagement in creativity, with particular emphasis on parenting and education for children.
The speaker argues against giving children over to digital dependence, criticizing reliance on tablets and algorithm navigation as opposed to real-world skills. They describe domestic robots marketed to children who develop emotional relationships with them, noting that “I love you” dynamics are not good, and warn against trusting the programming of any machine that might influence children when parents aren’t present. They point to the broader issue of taking responsibility for one’s life and raising concerns about whom is programming these technologies, referencing the fact that many big tech figures had relationships to Jeffrey Epstein, a pedophile, and asking whether one should trust those people to shape children’s emotional interactions.
They contend that American culture has historically valued rugged individualism and active responsibility, but there have been efforts to condition people away from that through a focus on comfort and convenience. The poll of AI, they claim, encourages passivity—“AI can do this for you”—and if people do not pursue their preferred creative activities, the posthuman future will unfold through inaction. The speaker stresses that there is still time for agency, provided people become aware of the situation and are determined to change it.
Full Transcript
Speaker 0: Yeah, well, that's the price of convenience, isn't it? And I think a lot of the effort to enslave us has been to cajole us and influence us with convenience and comfort. But also in theory, prison is comfortable, right, in the sense that you have a roof over your head and they bring you food. I mean, digital prison without walls could be similarly comfortable. You have to lift a finger to fight for your freedom.
Would just willingly walk into the system, right? Those of us that don't want to live in the system have to do something. And so I think we're at a crossroads and have been for several years where those of us that don't want to walk into this have to actively build alternatives. And if you don't have a ton of people in your community doing that, maybe you should reach out and build awareness. But if you have people that are aware of this around you, it's important to build, I would argue, local resilient networks that don't depend on this infrastructure.
There's still open source alternatives to a lot of the big tech platforms out there. And I still think, I'm still hopeful that there is time. But, you know, ultimately, at the end of the day, you know, if they're pushing us towards a posthuman future, I think at some point people will realize that they don't want to lose what makes us human. And so, so much of what we're being pushed to use AI for are creative pursuits that help define us as human, right? Making art, making music, writing, these are the things that we're being told to outsource to artificial intelligence, not necessarily the tedious stuff, right?
So what's going to be left for us when we outsource of this all to AI? Will we allow ourselves to be cognitively diminished to the point that we can't even create anymore? And then what kind of humans are we at that point? So I think it's very important to encourage analog alternatives to that kind of stuff and to engage in creativity. And there's a lot of opportunity for that, especially for people that have children.
Children are very creative and we need to promote that to them instead of being like, here's a tablet, learn how to scroll by the time you're and three or navigate the algorithms. If we do nothing and we don't shift that cultural behavior or what's being made common cultural behavior now, then yeah, it will be very problematic. And so I think it's a very important time right now for parents to make sure your kids are well and anchored in the real world and not just you know, checked out to launch and trusting, you know, potentially trusting algorithms more than you. I mean, there's these efforts to have domestic robots in the house. A lot of the ads show young children developing emotional relationships with these robots saying, I love you, and all of this stuff.
That is not good. I absolutely agree. And so, just because you want to focus on self or X, Y, and Z is no excuse to have the emotional connection your child needs be built with a machine programmed by who knows who. I mean, so many of these big tech figures also had relationships to Jeffrey Epstein, a pedophile. Do you want to trust those people to program stuff that's around your kids and talks to them and potentially manipulates them when you're not there?
So, it's not just what that, too. I mean, that is the idea of taking active responsibility for things in your life, and we need to do more of that. And culturally, Americans have been the best at that for a very long time. But there have been a lot of efforts to condition us out of that. And a lot of it has been through this effort to cultivate the importance of comfort above all else and convenience.
You know, the idea of rugged individualism in The US, unfortunately, has greatly reduced. And I think it's important for us to take active responsibility because the poll of AI is for us to be passive and do nothing and just let it wash over us. And, oh, you don't have to do that anymore. AI can do that and AI can do this for you and this and that. And if we're not focused on the things that we like to create and that we like to do and active, we will recede.
And that is how the posthuman future will happen. There is still a lot of time for agency, but people just need to be really aware of what's going on and determined to change it.
reSee.it AI Summary
I learned a 20-year study found women who clean regularly lose lung function like smoking 20 cigarettes a day, while men show no comparable decline. The gap likely comes from higher exposure to VOCs in cleaners and scented products. The AJRCCM 2018 study from the ECRHS tracked FEV1 and FVC; regular cleaners had about 20 pack-years of loss. The fix is simple: switch to non-toxic options—vinegar, baking soda, Castile soap, hydrogen peroxide.
@newstart_2024 - Camus
A 20-year study found women who regularly cleaned their homes lost lung function equivalent to smoking 20 cigarettes a day. Yes — 20 cigarettes a day worth of damage, and only in women. Men showed no comparable decline. Why the huge gender gap? Women use far more cleaning sprays, disinfectants, air fresheners, scented detergents, candles, and fragrance-loaded products — all containing volatile organic compounds (VOCs) and irritants that aerosolize and get inhaled deeply into the lungs. Science nugget: The study (published in the American Journal of Respiratory and Critical Care Medicine, 2018, based on the long-running European Community Respiratory Health Survey) tracked lung function (FEV1 and FVC) over 20 years in thousands of participants. Women who cleaned regularly (weekly or more) had accelerated lung function decline comparable to ~20 pack-years of smoking. No similar effect was seen in men, likely due to lower exposure to household cleaning chemicals. The fix is simple and cheap: Switch to non-toxic alternatives — vinegar + water, baking soda, castile soap, hydrogen peroxide. Ditch the scented sprays, "fresh linen" plug-ins, and harsh chemical cleaners. Your lungs don’t regenerate like your liver. Damage accumulates for life. You wouldn’t smoke a pack a day. Why clean like you do? Who’s switching their cleaning routine after this?
Video Transcript AI Summary
A recent twenty-year study found that women who regularly cleaned their homes lost lung function equivalent to smoking 20 cigarettes a day, while men did not show the same damage. The speaker questions why this discrepancy exists, attributing it to women using more cleaning products and fragrances—such as the “fresh linen” scent—and more hand soaps, laundry detergents, air fresheners, candles, and other compounds, which are said to damage lungs over time.
To address the issue, the speaker advocates stopping the use of chemical cleaners and switching to non-toxic alternatives. Recommended substitutes include vinegar and water, Castile soap, baking soda, and hydrogen peroxide, noting that hydrogen peroxide is also effective for disinfecting. The speaker emphasizes that lungs do not regenerate like the liver, implying that the damage from cleaning products is lasting. The argument concludes with a rhetorical comparison: you wouldn’t smoke a pack of cigarettes a day, so why are you cleaning as you do?
Full Transcript
Speaker 0: After what I just learned, I will never let my wife clean again. A twenty year study found that women who regularly cleaned their homes lost lung function equivalent to smoking 20 cigarettes a day. 20 a day. That's insane. And oddly, men did not show the same damage.
Why? Women, they use more of these products. More sprays, more chemicals. That fresh linen smell, that's poison. Women also use more fragrance products, hand soaps, laundry detergents, air fresheners, candles, all of it, compounds, all of it damages your lungs over time.
So what's the fix? Stop using chemical cleaners. Switch to nontoxic alternatives, vinegar and water, Castile soap, one of my faves, baking soda, hydrogen peroxide as well. It's perfect for disinfecting. Your lungs don't regenerate like your liver.
Once the damage is done, it's done. You wouldn't smoke a pack of cigarettes a day, so why are you cleaning like you do?
reSee.it AI Summary
I see the Mouse Utopia of the 1960s predicting our current reality. Give a population endless food and safety, and chaos follows: social overload, endless status wars, impossible competition, no real bonds. Males become “beautiful ones,” females lose interest, no mating, extinction. With smartphones since 2010, we have digital cages: constant comparisons, shallow ties, fewer young people having sex, 30% of men under 30 with zero sex in a year, and rising loneliness. You can turn it off and reclaim real connection.
@newstart_2024 - Camus
The "Mouse Utopia" experiment from the 1960s predicted exactly what's happening to young humans right now. They gave mice unlimited food, perfect safety, no predators — paradise. Population exploded… then suddenly collapsed. Within four years: total extinction. Why? Social overload. Constant interaction with thousands of others → status wars, impossible competition, no real bonds left. Males became "beautiful ones" — groomed obsessively, withdrew, stopped pursuing females. Females lost interest too. No mating → no babies → extinction. Sound familiar? Since smartphones (≈2010), humans live in digital mouse utopia: 24/7 comparison, status chasing, impossible beauty/lifestyle standards, endless shallow interactions. Result: - Young people having less sex than any previous generation - 30% of men under 30 report zero sex in the last year - Loneliness epidemic worse than any virus The mice couldn't escape the cage. You can. Turn it off. Reclaim real connection. Or watch the beautiful ones multiply. Which part of this hits closest to home for you?
Video Transcript AI Summary
This transcript recounts a premise called “the mouse paradise,” a scientific experiment from the nineteen sixties. It describes placing four females and four males and letting them multiply. The population exploded—“Hundreds and thousands.” Then “something strange happened. They stopped mating. And within four years, they were extinct.”
The stated reason was “social interaction overload.” The mice faced “twenty four seven interaction with thousands of others,” leading to “too much stimulation, too much competition for social status.” As a result, many males became so called “the beautiful ones,” losing interest in females and groomed themselves all day, withdrawing completely. The females, in turn, followed by losing interest in males. The outcome: “no mating and they all just died without having babies.”
The narration draws a parallel to humans, asserting that “since twenty ten smartphones, humans are living the same social interaction overload.” It describes “twenty four seven status competition, income and lifestyle comparison with thousands of others,” and “physical looks to impossible standards.” It contends that many young people “just choose to withdraw.” It claims, “For the first time in history, young people are having less sex than their parents.” The data point given is that “Thirty percent of men 30 had no sex for a year.” The speaker labels this trend as a “loneliness epidemic” that “hits us harder than any virus could.”
The closing lines emphasize a contrast between the mice and humans: “The mice couldn't turn this off.” Yet the speaker asserts personal agency for the listener: “But you, you can.”
Full Transcript
Speaker 0: This is why everyone is single and men stop trying. This is the mouse paradise, a scientific experiment from the nineteen sixties. They made the perfect world from my suite. Unlimited food, safety, and no predators. In the beginning, they placed four females and four males and let them multiply.
The population exploded. Hundreds and thousands. Then something strange happened. They stopped mating. And within four years, they were extinct.
But why? According to scientists, the reason was social interaction overload. Just like humans on social media today. They were in twenty four seven interaction with thousands of others. Too much stimulation, too much competition for social status.
And this led them to lose the ability to form bonds, to mate and raise their young. Many males became so called the beautiful ones. They lost interest in females. They just groomed themselves all day and withdrew completely because they could not compete in this chaos anymore. And the females followed by losing interest in males.
So, no mating and they all just died without having babies. Since twenty ten smartphones, humans are living the same social interaction overload. Twenty four seven status competition, income and lifestyle comparison with thousands of others, physical looks to impossible standards. And many young people just choose to withdraw. For the first time in history, young people are having less sex than their parents.
Thirty percent of men 30 had no sex for a year. Loneliness epidemic hits us harder than any virus could. You know, the mice couldn't turn this off. But you, you can.
reSee.it AI Summary
I hear Williamson’s blunt line: “Adults don’t exist.” He runs down: Jobs delayed cancer treatment for carrot juice and acupuncture; Mozart drowned in debt; Nietzsche sold only 300 copies after syphilis; MLK had affairs with over 40 women; Newton wasted 30 years on alchemy. The point lands: don’t pedestal gurus, kill them. The adults won’t save you. Which hero did you idolize until the messy truth surfaced?
@newstart_2024 - Camus
Chris Williamson's brutal wake-up call in 46 seconds: “Adults don't exist.” He runs down the list: - Steve Jobs delayed pancreatic cancer treatment for carrot juice and acupuncture. - Mozart drowned in debt, constantly begging friends for money. - Nietzsche caught syphilis in a brothel and sold only 300 copies of his work in his lifetime. - Martin Luther King had affairs with over 40 women and spent his last night with two of them. - Isaac Newton wasted 30 years on alchemy pseudoscience his heirs hid out of embarrassment. The point lands hard: Don't put any adult on a pedestal. Kill your gurus. The adults aren't going to save you — they don't even exist. Raw, unflinching, and impossible to unhear. Which "hero" or guru did you once idolize… until you learned the messy truth behind them?
Video Transcript AI Summary
The transcript challenges the idea that adults are reliable saviors or virtuous authorities, arguing that conventional figures and gurus should not be placed on pedestals because they’re not the solution. It presents a series of provocative claims about famous individuals to illustrate this point, followed by a concluding warning that adults neither save you nor exist as perfect guides.
First, it opens with a provocative assertion: adults don’t exist. The speaker then recounts a controversial story about Steve Jobs, claiming he delayed nine months of medical treatment for pancreatic cancer in favor of a carrot juice diet and acupuncture. A second example targets Wolfgang Amadeus Mozart, describing him as someone who overspent his income, lived in deep financial debt, and repeatedly wrote letters to friends begging for money.
The remarks move to Friedrich Nietzsche, asserting that Nietzsche lost his virginity in a brothel and caused syphilis, and that his work sold only about 300 copies in his lifetime. The narrative then references Martin Luther King, claiming he had extramarital affairs with over 40 different women, including spending the last night alive with two women and physically attacking another woman. It also attributes to Isaac Newton a long period of devoted alchemical study, stating that he spent thirty years of his life writing one million words on the pseudoscience of alchemy, a body of work hidden for years by his heirs because they were embarrassed to publish it.
The overarching message is that adults should not be idealized or treated as ultimate saviors. The speaker urges listeners to discard the idea of placing adults on pedestals or following gurus, suggesting that “the adults aren’t going to save you” and that “they don’t even exist.” The cumulative point is a call to question conventional authority and to rely on oneself rather than external authorities who may be fallible or compromised by personal flaws. The transcript uses these sharply contrasting anecdotes to illustrate that even celebrated figures have complicated, imperfect, or controversial histories, reinforcing the stance that reverence for adults or gurus is misplaced.
Full Transcript
Speaker 0: Adults don't exist. Steve Jobs delayed nine months of medical treatment of pancreatic cancer to try a carrot juice diet and acupuncture. Mozart overspend his income, lived miserably in mountains of debt, and regularly wrote letters to friends begging for money. Friedrich Nietzsche lost his virginity in a brothel and caused syphilis. He only saw his work sell 300 copies in his lifetime.
Martin Luther King had extramarital affairs with over 40 different women, including spending last night alive with two women and physically attacking another. Isaac Newton spent thirty years of his life writing 1,000,000 words on the pseudoscience of alchemy hidden for years by his heirs because they were too embarrassed to publish it. Don't put any adult on a pedestal, kill your gurus, or a more useful belief, the adults aren't going to save you. They don't even exist.
reSee.it AI Summary
I read Whitney Webb warning that tokenizing assets could make rivers, lakes, forests, and parks Wall Street playthings. Her dots: “you’ll own nothing” may mean some own everything; fractionalize and tokenize natural resources once held in common; stablecoins aren’t safe substitutes for CBDCs—surveillable and seizable; private issuers like Tether partner with governments and can freeze funds; Bo Hines at Tether links to the White House. The aim: move public assets into private finance under “innovation” and dollar hegemony. Vigilance matters—the commons could be gone once tokenized. Is this progress or enclosure?
@newstart_2024 - Camus
Whitney Webb warns: The push for tokenized assets could turn public commons — rivers, lakes, forests, even national parks — into Wall Street playthings. In this 3:11 clip she connects the dots: - “You'll own nothing and be happy” really means some people want to own everything — including things never before commoditized. - Fractionalize, tokenize, speculate on natural resources once held in common. - Stablecoins (especially dollar ones) aren't the safe alternative to CBDCs they're sold as — they're often just as seizable, surveillable, and programmable. - Private issuers (like Tether) already partner closely with government, freeze/seize funds on request, and behave like de facto public-private tools. - Bo Hines (White House-linked) now at Tether? That's not coincidence. The endgame: Move public assets into private financial systems under the banner of “innovation” and “dollar hegemony.” Vigilance matters — because once tokenized, the commons are gone. Is this inevitable progress, or a quiet enclosure of what belongs to everyone?
Video Transcript AI Summary
Speaker 0: I had a guy who worked, very, very, very high up at Citibank. And he told me around 2008, he said, Glenn, you know, don't worry about the financial system. And I'm like, uh-huh. And he said, you know, we're never gonna go broke. I mean, do you know how much just the national parks are worth? And I looked at him and said, are you seriously telling me that we should commoditize the national parks? And he said, it's gonna happen. And I wonder now if this is what he was talking about. If it was just a digital not actually selling them, it's just a digital commoditization of our parks.
Speaker 1: Yeah. So apply this now to the the phrase that we all heard during the COVID era, you'll own nothing and be happy. Well Yes. There's certain people that want to own everything, and that includes things that have never been able to be owned before that were considered things like the public commons, like rivers, lakes, the ocean itself, natural forests, all sorts of it. These people want to put all of that into the financial system, fractionalize it, tokenize it, and sell pieces of it around, use it to speculate on.
Mean, it's It's very insane. Yeah. And so, this is just one aspect of digital currency play. Obviously, there's a lot more than that just going on as well. I would argue that a lot of this push, particularly in The US for dollar stablecoins supposedly being better than a central bank digital currency, also falls into this paradigm we talked about earlier of, you know, moving from the public to the private of the public private partnership because a lot of these stablecoin issuers, you know, if the the big concerns about CBDCs was that they're seasable, they're surveillable and they're programmable, Well, all of those three things also can apply to stablecoins.
The only difference is that you would have a private company issue it and control it. But we've seen time and again how a lot of these private entities are willing to do that. When contacted, just look at how Bank of America behaved with January 6, people accused of wrongdoing on that day, for You know, they have no qualms in doing that and engaging in those type of activities. And the biggest dollar stablecoin issuer, Tether, which just hired Bo Hynes from the White House, they have openly said that they are a close partner of the US government for dollar hegemony globally and have uploaded the FBI, the Secret Service and other aspects of the US government onto its platform directly and have seized tethers from people just because government told them to, and this was during the Biden administration. So they obviously are willing to do that under any administration, and it's essentially functioning as a de facto public private partnership, even though we're being told it's a it's much better than a CBDC, but in terms of its impacts on civil liberties, you know, that's not necessarily true.
So, again, vigilance is is important here.
Full Transcript
Speaker 0: I had a guy who worked, very, very, very high up at Citibank. And he told me around 2008, he said, Glenn, you know, don't worry about the financial system. And I'm like, uh-huh. And he said, you know, we're never gonna go broke. I mean, do you know how much just the national parks are worth?
And I looked at him and said, are you seriously telling me that we should commoditize the national parks? And he said, it's gonna happen. And I wonder now if this is what he was talking about. If it was just a digital not actually selling them, it's just a digital commoditization of our parks.
Speaker 1: Yeah. So apply this now to the the phrase that we all heard during the COVID era, you'll own nothing and be happy. Well Yes. There's certain people that want to own everything, and that includes things that have never been able to be owned before that were considered things like the public commons, like rivers, lakes, the ocean itself, natural forests, all sorts of it. These people want to put all of that into the financial system, fractionalize it, tokenize it, and sell pieces of it around, use it to speculate on.
Mean, it's It's very insane. Yeah. And so, this is just one aspect of digital currency play. Obviously, there's a lot more than that just going on as well. I would argue that a lot of this push, particularly in The US for dollar stablecoins supposedly being better than a central bank digital currency, also falls into this paradigm we talked about earlier of, you know, moving from the public to the private of the public private partnership because a lot of these stablecoin issuers, you know, if the the big concerns about CBDCs was that they're seasable, they're surveillable and they're programmable, Well, all of those three things also can apply to stablecoins.
The only difference is that you would have a private company issue it and control it. But we've seen time and again how a lot of these private entities are willing to do that. When contacted, just look at how Bank of America behaved with January 6, people accused of wrongdoing on that day, for You know, they have no qualms in doing that and engaging in those type of activities. And the biggest dollar stablecoin issuer, Tether, which just hired Bo Hynes from the White House, they have openly said that they are a close partner of the US government for dollar hegemony globally and have uploaded the FBI, the Secret Service and other aspects of the US government onto its platform directly and have seized tethers from people just because government told them to, and this was during the Biden administration. So they obviously are willing to do that under any administration, and it's essentially functioning as a de facto public private partnership, even though we're being told it's a it's much better than a CBDC, but in terms of its impacts on civil liberties, you know, that's not necessarily true.
So, again, vigilance is is important here.
@newstart_2024 - Camus
Credit: @_whitneywebb; @glennbeck; https://www.youtube.com/watch?v=Kx0cTyDKUfw&t=15s
reSee.it AI Summary
I summarize Andrews’ claim: the 2020 rise of “wokeness” wasn’t random mass hysteria but institutions becoming majority-female, shaping a moral style that mirrors consensus- and relationship-focused approaches. She notes women prize harmony; men prize facts and rules, and argues woke power adopts the former. The timeline: law schools 2016, NYT 2018, medical/white-collar roles then shift, followed by 2020. She isn’t blaming women, just demographic change enabling a new dominant style.
@newstart_2024 - Camus
Helen Andrews' provocative thesis: The rise of "wokeness" in 2020 wasn't random mass hysteria — it was institutions becoming majority-female for the first time. In this 2:32 clip she argues: - Women tend to prioritize consensus, relationships, and keeping everyone happy - Men tend to prioritize facts, rules, and justice - Wokeness mirrors the former approach applied to power structures Key timing coincidence: - Law schools tipped majority-female in 2016 - New York Times workforce majority-female in 2018 - Medical schools, white-collar college-educated workers, and management roles all shifted heavily female in the same window - 2020 explosion of institutional wokeness followed right behind She’s not blaming women — she’s saying demographic change in elite institutions created conditions for a new moral style to dominate. Coincidence? Causal link? Or something else entirely? Watch the clip and decide. What do you think is the strongest (or weakest) part of her argument? Drop your take below.
Video Transcript AI Summary
Speaker 0 summarizes reactions to a piece, clarifying that he is not saying women cause all problems in the world, but arguing that feminization has led to a specific issue: wokeness. He recalls being baffled by the woke phenomenon in 2020 and describes it as mass hysteria, noting that understanding its cause is important for preventing future occurrences.
He presents a simple, elegant thesis from another article: wokeness is feminine patterns of behavior applied to institutions where women had not been well represented until recently. He contrasts two approaches to moral questions: men ask, What are the facts? What are the rules? whereas women tend to ask, What are the relationships at play here? How can we make everybody happy? How can we reach an outcome that will satisfy all the parties? He suggests that this consensus-oriented, relationship-focused approach aligns with wokeness.
The piece highlights timing as a crucial factor. He points to a series of institutions that became majority female within the last five years and notes the coincidence with the rise of wokeness. Law schools in America turned majority female in 2016 and have become even more female since, now around 55–56%. The New York Times became majority female in its workforce in 2018, which he implies may explain susceptibility to internal fads, policing, and revolts. Medical schools are now majority female, and the white-collar workforce with college degrees in the United States is majority female overall. In the realm of management, 46% of managers are women, nearly a majority.
He concludes that the fact these institutions tipped over to being majority female around the same time that wokeness emerged could not be a coincidence, suggesting a link between increased female representation and the spread of the woke phenomenon. The underlying implication is that the shift toward more female representation in these influential sectors created a structural environment where consensus-driven, relationship-focused considerations became more prominent in institutional culture, coinciding with the surge of wokeness.
Full Transcript
Speaker 0: Some people have reacted to the piece by, you know, acting as if I'm saying women cause all the problems in the world. I'm definitely not saying that, but I am saying that feminization has caused one specific particular problem, and that is wokeness. Like a lot of people, I was baffled by the woke phenomenon. Why did everyone seemingly go crazy all at once in the 2020? It was inexplicable.
It seemed to be mass hysteria, genuinely. And the more I thought about what caused it, which is a very important question because if we know what causes it, we know how to prevent it from happening in the future. I read an article that someone else wrote that put forward a really simple elegant thesis, which is that wokeness is simply feminine patterns of behavior applied to institutions where women had not been very well represented until recently. Women tend to be more consensus focused, consensus oriented. Men, when they're approaching a moral question, will ask, what are the facts?
What are the rules? Whereas women will say, what are the relationships at play here? How can we make everybody happy? Mhmm. How can we reach an outcome that will satisfy all the parties?
As opposed to the male perspective of how do we reach an outcome that is just and according to the rules. That sounded a lot like wokeness to me, and the sort of piece that made it all click into place for me was the coincidence of timing. It is the case, just we can all agree as as a matter of fact, that a lot of institutions that went woke or were affected by wokeness became demographically female in the last five years. Law schools in America turned majority female in 2016, and they've gotten a little bit more female every year since then. I think now it stands at 55, 56%.
The New York Times became majority female in its workforce in 2018, which is maybe why it was so susceptible to the fads of wokeness and the internal policing and the slack revolts that took place internally over there. Medical schools are now majority female. The white collar workforce overall, employees in The United States with college degrees, a majority of them are women. And managers, management positions in The US workforce, 46 female, so almost majority female. So the fact that all of these institutions tipped over to being majority female around the same time that wokeness emerged seemed to me that couldn't possibly be a coincidence.
@newstart_2024 - Camus
Full podcast: https://www.youtube.com/watch?v=pfbilhs5dt4&t=1s
reSee.it AI Summary
I describe wrapping aluminum foil around my router for a claimed 10–20X drop in RF-EMF. Before: 100,000–200,000 µW/m² a few feet away; after: 500–1,000 µW/m². Official bodies focus on thermal limits; some studies note potential non-thermal effects, but evidence is inconsistent. Precautions may slightly reduce range/speed. Have you tried foil shielding or similar? Notice any difference in energy or focus?
@newstart_2024 - Camus
Tin foil hats actually work... on your Wi-Fi router! Dr. Paul Saladino demonstrates a simple 5-cent hack: Wrap aluminum foil around your router for a 10–20X reduction in measured RF-EMF levels throughout the house. Before: 100,000–200,000 µW/m² a few feet away (millions close up). After: Drops to 500–1,000 µW/m² in the same spot. Science nugget: While official bodies like ICNIRP (2020 guidelines) and WHO focus on thermal (heating) effects—setting limits up to millions of µW/m² for Wi-Fi frequencies—some studies suggest potential non-thermal biological effects at lower intensities, such as oxidative stress, DNA damage, or neurological changes (e.g., NTP animal studies linked high RFR to tumors; IARC classifies RF-EMF as "possibly carcinogenic" Group 2B). Evidence for everyday Wi-Fi levels remains inconsistent and debated, with major reviews finding no clear harm below guidelines, but calls for updated limits persist amid ongoing research. Easy low-effort precaution if you're cautious about daily exposure—especially near your workspace. (Note: May slightly reduce Wi-Fi range/speed.) Have you tried foil shielding or similar (Faraday bags, distance tweaks)? Notice any difference in energy/focus? Share your take!
Video Transcript AI Summary
Speaker 0 argues that tin foil hats actually work and demonstrates how a small amount of aluminum foil can reduce RF electromagnetic fields (RFEMF) from a WiFi router. He shows a RFEMF meter reading standing a few feet away from the router, noting measurements between 100 and 200 microwatts per square meter. As he moves right up to the WiFi router, the reading climbs to over a million, sometimes 2,000,000 microwatts per square meter.
He states that generally you want to be working and living in an environment that's less than a 100 or 200 microwatts per square meter. He shares that when he is sitting ten to fifteen feet away, the reading is 18,000 to 20,000 microwatts per square meter. He asserts that this is not an environment he wants to be working in all day. Mentioning that there is a lot of debate about RFEMF and its harm to humans, he says there are a significant number of studies suggesting that RFEMF from a WiFi router or your phone can affect human biology negatively.
The proposed solution is to wrap the router with aluminum foil. He states, “Literally just wrap this around the WiFi router, and now you're officially a conspiracy theorist. It's modern art,” yet demonstrates the result. After wrapping around the router, the reading between 500 and 1,000 microwatts per square meter is observed, representing a 10- to 20-fold reduction. He notes that right before wrapping, the reading was 100,000 microwatts per square meter, and after wrapping it, the reading is five to 7,000 microwatts per square meter just in front of the router.
He emphasizes that the router remains still very high right at the device, but that the levels are significantly lower throughout the rest of the house. He concludes by stating, “Tinfoil hats work. 5¢ of tinfoil on your WiFi router, something that's in every home, can significantly decrease your exposure throughout the day while you're working.” He ends by encouraging viewers to send this to somebody they know who works very close to a WiFi router.
Full Transcript
Speaker 0: Tin foil hats actually work, guys. This is how you can take 5¢ of aluminum foil, put it over your WiFi router, and significantly decrease the RFEMF coming off that thing in your house. This is a RFEMF meter just standing a few feet away from this WiFi router. This is between a 100,200 microwatts per meter squared. If I go right up to the WiFi router, it's over a million, sometimes 2,000,000 microwatts per meter squared.
Generally, you want to be working and living in an environment that's less than a 100 or 200 microwatts per meter squared. Say I'm sitting right here, ten, fifteen feet away, and it's 18,000 to 20,000 just sitting right here from the WiFi router. It's not an environment that I really want to be working in all day. There's a lot of debate about RFEMF and if this harmful for humans, but there are a significant number of studies suggesting that RFEMF from a WiFi router or your phone can affect human biology negatively. So what do you do?
Literally just wrap this around the WiFi router, and now you're officially a conspiracy theorist. It's modern art, but sitting here in this exact same spot, now between 500 and a thousand microwatts per meter squared. 10 to 20 x reduction. Right here before, it was a 100,000. Now it's five to 7,000 just right in front of the router.
It's still really high right by the router, but it's significantly lower throughout the rest of the house. Tinfoil hats work. 5¢ of tinfoil on your WiFi router, something that's in every home, can significantly decrease your exposure throughout the day while you're working. Send this to somebody you know who works far too close to a WiFi router.
reSee.it AI Summary
I notice my concentration hinges on what I feed my brain lately. Too much stimulation before deep work scatters me. The fix: boring breaks and silence—ditch the phone scroll, embrace quiet reflection after learning or creating. Neuroplasticity needs alertness, focus, and sleep; post-work reflection with no inputs reinforces memories. Self-testing beats rereading. All learning fights forgetting; one smart self-test beats many reads. Biggest hack: dull breaks to lock in.
@newstart_2024 - Camus
Your ability to concentrate right now? It's mostly dictated by what you've fed your brain in the last few hours (or days). Too much stimulation before deep work = scattered mind. The fix? Boring breaks + silence. - Ditch the phone scroll - Embrace quiet reflection after learning/creating Why it works: Neuroplasticity needs alertness + focus + sleep. Post-work reflection (no inputs) massively reinforces new memories. Self-testing beats rereading/highlighting every time—it's the ultimate anti-forgetting tool. All learning = fighting forgetting. One smart self-test > multiple passive reads. Biggest productivity hack nobody talks about: Make your breaks deliberately dull so your mind can actually lock in. What's your go-to "boring break" that actually sharpens focus? Or one habit killing your attention? Share below—curious what works in real life.
Video Transcript AI Summary
Speaker 0 argues that current thoughts and emotions, and the ability to focus, are strongly driven by inputs received in the preceding hours and days. A key point is that if someone struggles to start or maintain work, their breaks before work may have been overly stimulating. The speaker advocates for boring breaks and silence before and after bouts of work for several reasons, including how they affect learning and habit formation.
Regarding learning and neuroplasticity, the speaker notes that neuroplasticity requires alertness and focus, and that sleep is needed later that night. Reflection plays a crucial role: post-learning reflection—such as thinking about a podcast or discussion after the fact—strongly reinforces memories and the ability to work with new information.
The speaker emphasizes that smartphones have largely eroded this reflective practice by constantly delivering new sensory input. They reference data from a study on study methods, acknowledging personal methods but insisting the data should guide approach. While reading, rereading, note-taking, and highlighting are acceptable, the biggest lever identified is self-testing at some point away from the material.
Learning is framed as anti-forgetting. This is supported by evidence cited: when participants read a passage five times versus self-testing once, self-testing significantly improves recall. The overarching claim is that all learning aims to reduce forgetting, and self-testing serves as a powerful mechanism for retention and retrieval.
In practical terms, the speaker suggests asking oneself how much was remembered after a conversation or study session, recognizing what pieces are forgotten, and then revisiting the material to fill gaps. The emphasis is on testing not just for evaluation of others but as a fundamental learning tool—self-testing helps identify what remains uncertain and directs targeted review.
Overall, the core message is that focus and learning are optimized by minimal, quiet breaks, post-activity reflection, and, most importantly, self-testing away from the material to bolster memory and reduce forgetting, supported by evidence that self-testing outperforms repeated rereading. The combination of controlled breaks, reflective practice, and retrieval practice constitutes the main approach to improving attention, retention, and the ability to work with new information.
Full Transcript
Speaker 0: The thoughts and by extension the emotions, but really the thoughts that you have right now, your ability to focus right now is strongly driven by the inputs you received in the preceding hours and even days. So one of the things that's really interesting about focus and attention, and a lot of habits have to do with it. I don't want to procrastinate. I want to do this. We can talk about exercise, but let's talk about cognitive stuff.
It's very, very clear that if you have a hard time getting into a bout of work or even staying focused, there's a there's a very good chance, I believe, that your breaks between work and what you were doing before work was too stimulating. I'm a big advocator for boring breaks, and I'm a big advocator for silence before and after bouts of work for a couple of reasons. Let's think about it on the back end. Let's say you're trying to learn something or read a book or just do something that you're not reflexively doing. You want to create this habit.
It's very clear that neuroplasticity, yes, requires alertness, requires focus, you need sleep later that night. I've been beating that drum for a number of years. It's also clear that reflection on what you were doing at some later time, just kind of like post learning reflection, walking to your car, sitting on the plane for a second, thinking about a podcast you did earlier or something you heard or a discussion strongly reinforces the memories and the ability to work with the memories of new information. This is something that we've given up largely because of our smartphones. You're constantly bringing in new sensory information.
All the data, I did an episode on how to best study and learn, I went to the data to find out because I have my methods, but that doesn't mean they're the best methods. Reading, rereading, note taking, highlighting, it's all fine. But it turns out the biggest lever is to self test at some point away from the material. So testing is not just something for evaluation of others, it's a way that we should think. Yeah, how much can I remember about that conversation?
What was tricky? Okay, I don't remember that piece. I'm going go back and look it up. All learning is, and this will sound like a giant duh, but all learning is anti forgetting. How do we know this?
Because if you have people read a passage one, two, three, four, five times versus one time and they self test, one time and self testing significantly better.
@newstart_2024 - Camus
Full podcast: https://www.youtube.com/watch?v=YvWU4Zd-IMc&t=7s
reSee.it AI Summary
I read that blaming “old age” for brain fog and bloating misses the mark; sourdough spelt bread could be the fix. Modern wheat is hard to digest, but spelt is closer to original grains. Long sourdough fermentation breaks down gluten and FODMAPs, helping many with gluten sensitivity (not celiac). Barbara O’Neill says if you’re gluten intolerant, you can usually handle spelt in sourdough. Pro tip: choose a good loaf. Have you noticed clearer thinking or less bloat?
@newstart_2024 - Camus
Tired of brain fog and bloating blaming "old age"? What if your morning toast is the real culprit—and sourdough spelt bread could be the fix? Barbara O'Neill shares: The two most common signs of gluten intolerance? Brain fog + bloating (and age gets blamed for too much!). Modern wheat is hybridized and tough on digestion, but ancient spelt is closer to original grains. The magic? Sourdough spelt bread—long fermentation breaks down gluten structures further, making it easier for many with gluten sensitivity (not celiac) to handle without the fog or puffiness. She says: "If someone is gluten intolerant... they can usually handle spelt especially if made into sourdough bread." (Pro tip: Try a good one—some are delicious!) Many sources back this: Sourdough fermentation reduces gluten/fructans/FODMAPs, improving digestibility for sensitive folks. Ever switched to sourdough spelt and noticed clearer head or less bloat? Or still foggy after bread? Share your real experience—curious what actually works!
Video Transcript AI Summary
The transcript states that the two most common symptoms of a gluten intolerance are brain fog and bloating, noting that many people experience brain fog and bloating and may think it’s normal or blamed on age. It discusses Emma wheat, describing it as a wild hybrid that led to spelt. Spelt is said to have retained a fairly fragile structure, and when spelt meal is made into sourdough bread, the culturing process in sourdough breaks down that protein or gluten structure even more, resulting in the original structure of the Inkenhorn. The speaker asserts that if someone is celiac, they cannot have even the spelt, but if someone is gluten intolerant or gluten sensitive, they can usually handle the spelt, especially if it’s made into a sourdough bread. A listener comment is referenced: one lady said she doesn’t like sourdough spelt bread, and the speaker responds that she hasn’t tasted a good one, encouraging experimentation and tasting a few.
Key points emphasized:
- Brain fog and bloating are the two most common gluten intolerance symptoms.
- Emma wheat (wild hybrid leading to spelt) is discussed.
- Spelt retains a fragile structure; sourdough fermentation breaks down gluten further, restoring more of the einkorn structure.
- Celiac individuals cannot have spelt; gluten intolerant or gluten sensitive individuals can usually handle spelt, especially in sourdough form.
- Encouragement to explore and taste well-made sourdough spelt bread, rather than dismissing it without trying.
Full Transcript
Speaker 0: The two most common symptoms of a gluten intolerance is brain fog and bloating. I meet so many people that have brain fog and bloating and they almost think it's normal or it can be blamed on age. Poor old age gets blamed for so many things. Isn't that true? Now this Emma wheat, it also did a wild hybrid to come up with a field grass and came up with the spelt.
So the spelt, it it has retained the fairly fragile structure and if that spelt meal is made into a sourdough bread, the culturing process in the sourdough bread breaks down that protein or gluten structure even more so that it now has the original structure of the Inkenhorn. If someone is celiac, they cannot have even the spelt. But if someone's gluten intolerant or gluten sensitive, they can usually handle the spelt, especially if it's made into a sourdough bread. One lady said, I don't like sourdough spelt bread. I said, Well, you haven't tasted a good one.
Please taste a few. Some are really good. So you have to investigate.
reSee.it AI Summary
Dr. Steele says many sleep problems mask brain degeneration, not just insomnia. High beta, low theta waves mean the cortex is offline. Meds may help you sleep but don’t fix the balance. His plan: wake about an hour after sunrise and spend 10–15 minutes outside; adaptogens (ashwagandha 500 mg AM + 500 mg ~1 hr before bed; rhodiola if on thyroid meds); and listen to 528 Hz music for ~60 minutes before bed. Fix the brain pattern, not the symptom. How’s your sleep?
@newstart_2024 - Camus
Do you (or someone you love) rely on sleep meds every night? Dr. Clint Steele (brain & nervous system specialist focused on dementia reversal) says most sleep problems are actually brain degeneration in disguise — not just "can't sleep." His scans show: high stress beta waves + low sleep theta waves = cortex going offline, rotting over time. Meds may help you fall asleep but let the imbalance continue — no real fix. 3 things he recommends instead to restore balance: • Wake within ~1 hour of sunrise & get 10–15 min outside looking at the sky (sets circadian rhythm 16 hrs ahead for natural down-regulation) • Adaptogens: 500 mg ashwagandha AM + 500 mg ~1 hr before bed (or rhodiola if on thyroid meds) to calm the nervous system • Listen to 528 Hz music with headphones ~1 hr before bed in a relaxed setting (lowers beta, boosts theta) He calls it foundational — fix the brain pattern, not just mask the symptom. Quick check: Do you wake near sunrise? Tried adaptogens or 528 Hz? What's your biggest sleep struggle right now? Drop it below — curious what others are dealing with.
Video Transcript AI Summary
Dr. Clint Steele presents sleep problems as brain problems tied to brain degeneration, arguing they should be fixed rather than masked with medications. He emphasizes that sleep issues reflect an imbalance in brain activity, specifically a high beta brainwave (a stress brainwave) and a low theta brainwave (the sleep brainwave), as shown by the NeuroInfinity-based stress response evaluation used in his clinic. He warns that while sleep medications may help with sleep, they allow the brain to continue degenerating because the underlying imbalance remains unaddressed.
He outlines three actionable strategies to restore brain balance and improve sleep:
1) Reset the circadian rhythm as a 24-hour cycle. The goal is to wake up within an hour of sunrise and spend 10 to 15 minutes outdoors looking up at the sky. This exposure signals the brain to begin planning, roughly sixteen hours later, to release chemicals that downregulate arousal and promote sleep. He stresses that the sleep problem often originates hours before bedtime, not just at night.
2) Use adaptogens to downregulate the nervous system. He specifically mentions ashwagandha and rhodiola, with a note on thyroid medication: if a person is on thyroid meds, rhodiola should be used instead of ashwagandha. He personally takes 500 milligrams of ashwagandha in the morning and 500 milligrams about an hour before bed, implying a daily total of 1,000 milligrams, split between morning and evening, to support sleep.
3) Listen to 528 hertz music before bed. He recommends about an hour of listening with headphones in a relaxed setting. He claims this practice decreases beta brain waves, increases theta brain waves, and aids sleep.
He references a complete protocol available at getbettersleepnow.com, described as totally free for download. He invites viewers to follow, share, and help him save more lives, signing off as Dr. Clint Steele.
In summary, the video frames sleep problems as addressable brain-activity issues, critiques sleep medications for not solving the underlying imbalance, and offers a three-pronged approach—circadian alignment, targeted adaptogens with dosing guidance, and 528 Hz audio therapy—plus a free protocol for broader implementation.
Full Transcript
Speaker 0: Did you know a sleep problem is actually a brain problem? It's a brain degeneration problem, and it needs to be fixed, not covered up with medications. I'm gonna share with you three things you can do and why you should not be covering up the sleep problem with the medication. If you or a loved one is on medication to help you sleep, please watch this video. Please share this with a loved one as well.
For those who don't know me, I'm doctor Clint Steele. I'm a brain and nervous system specialist. I help people just like you improve your life by improving your brain function, specifically around preventing and in many cases reversing dementia and Alzheimer's disease. What we see with the technology that we use in our office, called the NeuroInfinity, it gives a report called the stress response evaluation. What we see in most people that have sleep problems is they have a high beta brainwave, which is a stress brainwave, and they have a low theta brainwave, which is your sleep brainwave.
So what we need to do is reverse this. And the reason this is a problem is because when you have high beta and low theta, that means your cortex has gone offline. It starts to degenerate. It actually starts to rot. That's a big no no.
And if you take medications to try to sleep, what it does is it actually allows the brain to continue to degenerate. Now it might help you sleep, but what happens is the brain now is still in balance. You never fix the imbalance. And at a foundational level, this is exactly what you need to do. So here are three things you can do to help restore that balance.
First thing you gotta understand is that this is a twenty four hour cycle. This is not just at, you know, 11:00 at night. I'm trying to sleep. I can't sleep. That actually that problem started sixteen hours before.
And so one of the first things you've gotta do is you've got to set your circadian rhythm. You need to wake up within an hour of sunrise, and you need to get outside for ten, fifteen minutes and look up at the sky. What this is gonna do, this is gonna tell the brain to start to plan in fifteen, sixteen hours from now to release chemicals that will help you to downregulate so that you can sleep. This is very important. Second thing you can do is I love, adaptogens.
I love ashwagandha. Also, if you are on thyroid medication, you need to take rhodiola instead of ashwagandha. I take five hundred milligrams when I first get up in the morning, five hundred milligrams about an hour before bed. This is gonna help your nervous system to downregulate so that you can sleep better. And then the third thing that you can do is to listen to 528 hertz music about an hour before bed.
Put some headphones on, listen to five twenty eight hertz music in a relaxed setting. This is gonna decrease your beta brain waves. It's gonna increase your theta brain waves, and it's gonna help you to sleep. If you want my complete protocol, go to getbettersleepnow.com. Getbettersleepnow.com.
Totally free. You can download it. Please follow. Please share. I'm out to save more lives.
Help me save more lives. I'm doctor Clint. I love you.
@newstart_2024 - Camus
Full podcast: https://www.youtube.com/watch?v=cialLfVZqm4&t=2s
reSee.it AI Summary
I learn that red and near-infrared light from sunlight penetrates the body and boosts mitochondria, absorbed by the water around them—“mini oceans” inside each cell. A 29-second nudge can reshape my morning routine. I wonder: how often do I get natural morning sunlight, and have I noticed changes in energy or mood when I do?
@newstart_2024 - Camus
Red light from sunlight doesn’t just feel good — it literally charges your mitochondria like tiny batteries. Andrew Huberman explains: Long-wavelength red & near-infrared light penetrates the body, supports mitochondrial function, and gets absorbed by the water surrounding them — the same way oceans absorb red light and reflect blue. “Mini oceans” inside every cell get a boost from sunlight exposure. 29 seconds that make you rethink your morning routine. How often do you get natural morning sunlight — and have you noticed any difference in energy or mood when you do?
Video Transcript AI Summary
Speaker says that long wavelength light—red light from sunlight, infrared, and near infrared light—is beneficial for us. It is low energy, can pass into the body, and supports mitochondrial health by charging the mitochondria. The speaker recently learned that the water surrounding the mitochondria absorbs red light in the same way the ocean absorbs red light, which is why the ocean appears blue and reflects blue. The mitochondria are described as having a “mini ocean” surrounding them that absorbs red light.
Full Transcript
Speaker 0: Long as we're on this, think that something that's not a supplement, but is likely going to, and hopefully going to be in the mainframe of discussion, is that it's clear that long wavelength light, red light from sunlight, infrared, near infrared light is beneficial for us. Right? It's low energy, but it can pass into our body. It does support mitochondrial health. It charges the mitochondria.
I recently learned that the water surrounding the mitochondria actually absorb the red light the same way the ocean absorbs red light, and that's why the ocean appears blue reflects blue. Like little mini oceans. Yeah.
reSee.it AI Summary
I’m noting Ray Dalio’s wake-up call on CBDCs: no privacy, every transaction tracked forever, and the ability to freeze funds, tax instantly, enforce sanctions, or shut you off if you’re politically disfavored. He says it could happen, driven by convenience, but people won’t like the freedom loss. Once infrastructure exists, the tool’s there. Tucker echoes the risk. Are we sleepwalking into programmable money that can be weaponized, or is the privacy trade-off worth it?
@newstart_2024 - Camus
Ray Dalio just dropped the quiet truth about CBDCs that should wake everyone up: - No privacy: Every single transaction tracked forever - Ultimate control: Government can freeze your money, tax instantly, enforce sanctions, or shut you off if you're "politically disfavored" - "If you're politically disfavored, you could be shut off," Dalio confirms He predicts they'll happen (convenience + interest debate), but won’t become massive because people will hate the loss of freedom. Still—once the infrastructure exists, the tool is there. Tucker: "And if you're politically disfavored, you could be shut off." Dalio: "Yes." Are we sleepwalking into programmable money that can be weaponized against citizens—or is the privacy trade-off worth the convenience? Your thoughts?
Video Transcript AI Summary
First speaker asks what happens if the government issues digital currency. Second speaker responds that they’re talking about central bank digital currencies (CBDCs) and acknowledges their appeal due to ease, but believes a lot will happen as this develops.
Second speaker explains that with digital currency, transactions are easy, and it will be similar to money market funds in terms of practical use. A key question is whether CBDCs can offer interest. There is a debate on this; if CBDCs cannot offer interest, they may be less effective as a hold-in vehicle, since depreciation could make alternatives like money market funds or bonds more attractive. There will be no privacy with CBDCs, making them a very effective government controlling mechanism: all transactions would be known.
This close surveillance could be beneficial for countering illegal activity but would also give the government substantial control. Examples include tax collection, the ability to take money, and the establishment of foreign exchange controls. These controls could be particularly challenging for international holders of CBDCs; for instance, sanctions could enable authorities to seize funds held by individuals in other countries. Privacy concerns relate to the possibility that politically disfavored individuals could be shut off.
Second speaker reiterates that these privacy and control issues are part of the broader picture. He suggests that, for those reasons, CBDCs will not become a magnitude that changes everything; development will occur, but he does not expect CBDCs to be a huge deal in scale, even though growth is likely.
Full Transcript
Speaker 0: What happens if the government issues digital currency? Like what does that mean?
Speaker 1: Well, digital currency is Right. You're talking about central bank digital currencies. Yeah. Okay. And that there's a great deal of appeal because of the fact that it's easy and so on, but it's And I think it'll be done.
A lot happens.
Speaker 0: Do you think it will be done?
Speaker 1: Yeah, I think it's But what happens in the digital currency, of course it's easy to transact and so on, almost And it'll be like money market funds, I think. The question will be first, will they be able to offer interest? So there's a debate now as to whether they will be interest. If they're not able to offer interest and there will be a debate, probably they won't be, but then they're not an effective vehicle to hold it in because you'll have the depreciation. Of course.
You'd rather hold it in a money market fund or a bond, but that's debate. There will be no privacy and it's a very effective controlling mechanism by the government. What I mean is all the transactions will be known, all transactions done with digital currencies will be known, which is good for illegal activities, getting control of legal activities, but it also means that the government has a great deal of control. For example, they can tax that way, they can take your money, they can establish foreign exchange controls and the like, And that'll, so that's something that will be an increasing issue particularly for international holders of that currency because they might feel, let's say if you're a Frenchman and they wanted to have sanctions, they could take your money. Of course.
And so on. So there's the privacy issue of that.
Speaker 0: And if you're politically disfavored, you could be shut off.
Speaker 1: Politically disflavored, you could be shut off, yes. So those kinds of issues enter into it. For those reasons, don't And they're very tiny. I don't think that you're going to see the development of central bank digital currencies to be of a magnitude that it's going to be, you know, that big of a deal. I I think that doesn't mean it won't grow, but I don't think it's going to be a big deal.
So
reSee.it AI Summary
I’m rethinking the comfort habit of avoiding discomfort—staying indoors and a sugar-laden breakfast. I’ll seek sun, movement, and tougher routines instead.
@newstart_2024 - Camus
Gary Brecka just unleashed a firestorm on modern medicine's incentives: "Diabetes is a $110 BILLION annual industry. Do you think Big Pharma is meeting right now to put that out of business? No. If I wanted to guarantee someone gets diabetes, I'd send them straight to the American Diabetes Association website. Their breakfast recommendation for type 2 diabetics? Glass of orange juice + oatmeal with brown sugar and honey. Snack? Yogurt with fruit on the bottom (44g sugar). That's not treatment—it's an insulin-dependency diet." He keeps going: - Pfizer paid $6.6B for Arena Pharmaceuticals (which treats myocarditis/pericarditis/vasculitis—vaccine-injury complications). - Monsanto makes folic acid (linked to ADD/ADHD/manic depression) and Vyvanse/Ritalin/Adderall (the "treatments"). - 50% of people, 85% of African-Americans & Latinos are clinically vitamin D3 deficient—that's why COVID hit minorities harder (skin pigment blocks D synthesis, not race itself). - Lockdowns, masks, social distancing further weakened immune systems by blocking natural human interaction. - Core truth: "Aging is the aggressive pursuit of comfort." The more we avoid discomfort (cold, hunger, exercise, sun), the faster we age. His closing line hits like a hammer: "Stop telling grandma not to go outside because it's too hot/cold. That's nonsense. Comfort is killing us." This is raw, unfiltered, and guaranteed to spark debate. What's one "comfort" habit you're rethinking after hearing this?
Video Transcript AI Summary
The speaker argues that modern medicine creates enormous financial incentives around chronic diseases. Diabetes is described as a $110 billion per year industry, leading to the suggestion that there might be meetings in big pharma to undermine efforts to end the disease. If asked to design a diet that guarantees diabetes, the speaker would download and pass along the American Diabetes Association’s dietary guidelines, claiming that the guidelines themselves promote an insulin-dependent diet. The breakfast example given is a glass of orange juice, a bowl of oatmeal with crushed brown sugar and natural honey, and a snack of yogurt with fruit on the bottom, totaling 44 grams of sugar.
The discussion shifts to pharmaceutical acquisitions, noting that Pfizer paid $6.6 billion for Arena Pharmaceuticals and asserting that Arena “fixes myocarditis, pericarditis, and diffuse vasculitis as a consequence of vaccine injury,” labeling this as a factual claim about Arena’s products.
The speaker links folic acid production to Monsanto with other medications, asserting that folic acid is the leading cause of ADD, ADHD, and manic depression and that these conditions are treated with Ritalin, Vyvanse, and Adderall, dismissing it as a coincidence rather than a conspiracy.
Vitamin D deficiency is highlighted as a major health issue, with the speaker claiming that 50% of the audience is clinically deficient in vitamin D3, and that 85% of African American and Latino populations are deficient due to skin pigment. This deficiency, they argue, correlates with higher all-cause mortality and weaker immune systems, and is used to explain why COVID affected minorities disproportionately—not due to minority status but pigment.
The pandemic period is criticized for weakening immune systems through social distancing, residential quarantining, and masking. The speaker contends that humans are meant to interact, and such interaction builds a strong immune system.
A personal maxim is shared: aging is the aggressive pursuit of comfort; the more comfort sought, the faster aging occurs. The speaker urges resisting discomfort—exercising, taking cold showers or plunges, dieting, and tolerating some hunger—arguing that avoiding discomfort leads to negative health outcomes. Finally, they caution against restricting activities for older people based on weather, asserting that people should go outside regardless of heat or cold and embrace discomfort rather than avoiding it.
Full Transcript
Speaker 0: You look at the trends in modern medicine. Diabetes is a $110,000,000,000 annual industry. Do you know that? $110,000,000,000 a year. Do you think that there's a meeting going on somewhere in a big pharma boardroom right now to put that out of business?
Oh, no. You know, if you said to me, nobody would ever say this, but if you did, if you said to me, Gary, write me a diet that would guarantee I get diabetes, you know what I would do? I'd go right to the American Diabetic Association website. I'd download their dietary guidelines and I'd send them to you. That's how bad that is.
Do it. American Diabetic Association. You know what they recommend for type two diabetic first thing in the morning? Glass of orange juice, bowl of oatmeal with crushed brown sugar and natural honey. As a snack, yogurt with fruit on the bottom.
44 grams of sugar. Right? Do you know what that is? That's an insulin dependency diet. Do you know that Pfizer just paid $6,600,000,000 for Arena Pharmaceuticals?
Do know what Arena Pharmaceuticals does? Anybody know? Fixes myocarditis, pericarditis, and diffuse vasculitis as a consequence of vaccine injury. Yeah. That's a fact.
So we need to understand that sometimes the powers to be don't necessarily have our best interest at heart, but God has our best interests at heart. Interestingly, the same people that make folic acid, Monsanto, also makes Vyvanse and Ritalin. So folic acid is the leading cause of ADD, ADHD and manic depression and it's treated with Ritalin, Vyvanse and Adderall. Just a coincidence, another coincidence I'll point out for you, not being a conspiracy theorist. 50% of this audience is clinically deficient in vitamin d three.
Eighty five percent of the African American population and Latinos because of the pigment of their skin are deficient in vitamin d three. This is why COVID disproportionately affected minorities. It had nothing to do with their minority status. It has to do with the pigment of the skin. The darker your skin, the lower the vitamin d three.
The lower the vitamin d three, the higher the all cause mortality and the and the weaker the immune system. Right? In fact, one the of worst things that we did during the pandemic was further weaken our immune system by social distancing, residential quarantining, masking. Right? You know what human beings were meant to do?
They're meant to do what we're doing right now. Right? Interact with other human beings. Right? That builds a strong immune system.
One of my saying favorite sayings is that aging is the aggressive pursuit of comfort. The more aggressively we pursue comfort, the faster we age. The reason why most of us don't exercise or take cold showers or do cold plunges or like to diet and and deal with a little pang of hunger is because we don't like to be uncomfortable. The more comfort we seek, the faster we age. We gotta stop telling grandma not to go outside.
It's too hot. Not to go outside. It's too cold. Just to lay down. Just to relax.
To eat at the first pang of hunger. That's all nonsense.
reSee.it AI Summary
I see the largest U.S. health insurers aren’t just insurers anymore. They own hospitals, employ doctors, run clinics, operate pharmacies, and control PBMs that decide drugs and prices. In a Senate hearing, executives were asked to raise their hands if they own or control an insurance division, employ providers, own PBMs, or have a duty to maximize shareholder value. Almost every hand stayed up. They diagnose, treat, dispense drugs, set prices, and decide coverage—while prioritizing profits. One entity now controls almost every step. That’s consolidation.
@newstart_2024 - Camus
The largest U.S. health insurance companies aren’t just insurers anymore. They own hospitals, employ doctors, run clinics, operate pharmacies, and control pharmacy benefit managers (PBMs) that decide which drugs you can get and how much you pay. In one revealing moment at a Senate hearing, executives were asked to raise their hands if their company: - Owns/controls a health insurance division - Employs providers or owns clinics/specialty pharmacies - Owns/controls a PBM - Has a legal duty to maximize shareholder value Almost every major hand stayed up. They diagnose, treat, dispense drugs, set prices, and decide coverage—all while legally obligated to prioritize profits over patients. One entity now controls almost every step of your healthcare journey. That’s not competition. That’s consolidation.
Video Transcript AI Summary
In the presented remarks, the speaker engages the audience with a series of questions intended to reveal potential overlaps among health sector entities. The questions ask the audience to raise their hands if their companies own or control a health insurance division; if they also employ health care providers or own clinics, specialty pharmacies, or any other medical practice or pharmacy; if they own or control a pharmacy benefit manager (PBM); and if they lead a publicly traded company at which they have a legal responsibility to maximize shareholder value. These questions are designed to surface the breadth of influence held by large health care firms.
The speaker asserts that the audience’s responses demonstrate a broader pattern: the largest health insurance companies are not limited to providing insurance alone. Instead, they are also involved in delivering medical services and operating pharmacies. The speaker notes that these entities diagnose and decide treatment for patients, indicating an active role in clinical decision-making beyond underwriting risk or processing claims.
Further, the speaker highlights that these same large insurers are also PBMs, describing PBMs as “another form of middlemen managing drug benefits.” This point emphasizes a layered structure in which a single company can influence which drugs are preferred, covered, or reimbursed, thereby affecting patient access and pricing across the drug supply chain.
The speaker concludes that these combined roles signify that large health insurers are “increasingly controlling every aspect of our health care system.” This characterization suggests a consolidation of functions—from coverage and care provision to drug benefit management—under a few dominant corporate entities.
In summary, the speaker’s lines of inquiry and subsequent claims illustrate a perceived convergence: health insurance companies are simultaneously insurers, medical providers, pharmacies, and PBMs, and they are expanding their control over multiple facets of health care delivery and economics. The overarching assertion is that the largest players in the health care landscape occupy a multifaceted, integrated position that spans diagnosis, treatment decisions, pharmacy operations, and drug benefit management, contributing to a broader phenomenon of comprehensive control within the system.
Full Transcript
Speaker 0: Which of your companies own or control a health insurance division? Raise your hand. Please keep your hand up if you also employ health care providers or own clinics, specialty pharmacies, or any other kind of medical practice or pharmacy. Please keep your hand up if you also own or control a pharmacy benefit manager. And please keep your hand up if you lead a publicly traded company at which you have a legal responsibility to maximize shareholder value.
So we've established on the record that the largest health insurance companies are not just insurers. They are also medical providers and pharmacies, diagnosing and deciding treatment for patients. They're also PBMs, another form of middlemen managing drug benefits. They're increasingly controlling every aspect of our health care system.
reSee.it AI Summary
I read Dr. Sabine Hazan’s microbiome bombshell: classic studies show poop transplant from skinny to fat mice makes the recipient skinny, and the reverse; gut bugs seem to control weight. In her lab, feeding skinny mice soy caused weight gain and a shift to a fat microbiome. In adults, humans haven’t reproduced this yet. Could gut bugs truly boss weight? Share your thoughts.
@newstart_2024 - Camus
Dr. Sabine Hazan drops microbiome bombshell: Classic studies—transplant poop from skinny mouse to fat mouse → fat one gets skinny (and vice versa). Gut bugs literally control weight! Her own lab: Fed skinny mice soy → they gained weight + microbiome shifted to "fat" profile. But in adult humans? Not reproduced yet... Mind blown? Your gut bugs might be why diets fail—or succeed. Is the microbiome the real boss of your weight? Drop your thoughts (or if you've seen microbiome shifts change your body).
Video Transcript AI Summary
The speaker discusses a line of research comparing fat mice and skinny mice and how their own experiments align with those findings. They mention studies of the fat-versus-skinny mouse dynamic and describe an experiment they conducted in which skinny mice were given soy. As a result, the skinny mice began to gain weight, and a change in their microbiome was observed, shifting from a composition associated with skinny mice to one more characteristic of fat mice.
The speaker then references broader studies that have examined the effect of transferring gut microbiota between mice. Specifically, they note that there have been studies showing that transplanting stool from a skinny mouse to a fat mouse leads the fat mouse to become skinny, and conversely, transferring stool from a fat mouse to a skinny mouse can cause the skinny mouse to become fat. This describes a bidirectional transfer of weight-related phenotypes through microbiome transplantation.
A caveat is added regarding adult mice: while these stool-transplant studies have shown such effects, they have not yet been reproduced in adults. In other words, the phenomenon has not been consistently demonstrated in adult mice within the cited research, implying potential limitations or conditions required for replication in adult subjects.
Overall, the speaker links dietary input (soy) to weight change and microbiome alterations in mice, and connects this to microbiome transplantation studies that suggest a causal role for gut microbes in determining weight phenotypes, while acknowledging that the adult replication of these effects remains unestablished.
Full Transcript
Speaker 0: You've you've heard of the studies of the the the fat mice to the skinny mice. Sure. Right? And and we did our own studies with mice where we basically gave mice, skinny mice some, soy, And then we noticed them, they started gaining weight. And we saw the change in the microbiome of the mice from skinny to fat.
There were studies that were done that showed basically if you transplant stools from a skinny mouse to a fat mouse, the fat mouse becomes skinny and vice versa. But in adults, it's not been reproduced yet.
reSee.it AI Summary
I read Malone’s post-COVID analysis: 5th-gen warfare hinges on not knowing your true opponent. The crisis faces—Fauci, Biden, Schwab—may be surrogates. A shadow coalition of governments, global bodies, Big Pharma, media, and finance used “public-private partnerships” to launch a worldwide psychological operation. Now, military psy-ops are weaponized against civilians. Trusted institutions are corrupted; the old world is gone. I’m left asking what we build next.
@newstart_2024 - Camus
Dr. Robert Malone pulls no punches in his latest analysis of the post-COVID world. He cuts to the heart of 5th-generation warfare: the fundamental uncertainty of not knowing who your true opponent is. Were the faces of the crisis—Fauci, Biden, Schwab—merely surrogates? The reality, he argues, is that a shadow coalition of Western governments, transnational organizations, Big Pharma, media, and financial corporations leveraged "public-private partnerships"—a euphemism for a new form of fascism—to launch history's most massive psychological operation. For three years, this alliance executed a perfectly harmonized, global propaganda campaign. But the most sinister twist, according to Malone, is what came next. The very same governments that funded these capabilities for modern warfare made a conscious decision to turn them against their own civilian populations. Military-grade psy-ops, designed for the battlefield, were weaponized to shape public perception and behavior. This isn't conspiracy theory; it is the documented evolution of state power. The trusted institutions we grew up with have been fundamentally corrupted. The old world is gone. The question is, what do we build in its place?
Video Transcript AI Summary
The speaker describes “true fifth generation warfare” as a scenario where you do not know who your opponent is. As an example, they ask who is responsible for the puppet master behind the COVID crisis, suggesting potential names like Klaus Schwab, Joe Biden, and Tony Fauci, but stating that “these are surrogates” and that you don’t really know who is managing the message being propagated—the essence of fifth generation warfare.
They claim that over the last three years, governments, nongovernmental organizations, transnational organizations, pharmaceutical industry corporations, media, and financial corporations have cooperated via public private partnerships, which the speaker asserts is a euphemism for fascism, to deploy the most massive, globally harmonized psychological and propaganda operation in history.
The speaker asserts that, during this period, people have been subjected to the most massive, harmonized, globally coordinated propaganda campaign in the history of the Western world. They state that governments of many Western nation states have turned military grade psychological operations strategies, tactics, technologies, and capabilities—developed for modern military combat—against their own citizens.
They conclude by labeling these as inconvenient facts and claim that the world many people believed in no longer exists, if it ever did.
Full Transcript
Speaker 0: In true fifth generation warfare, you do not know who your opponent is. Example. Who is responsible for who's the puppet master behind the COVID crisis as we've experienced it. Who is it? Anybody here know?
Was it Klaus? No. There's something above Klaus. Was it Biden? Was it Tony Fauci?
These are all surrogates. K? You don't really know who is managing the message that has been propagated on you. That's fifth generation warfare. Over the last three years, governments, nongovernmental organizations, transnational organizations, pharmaceutical industry corporations, media and financial corporations have cooperated via public private partnerships, which I assert is a euphemism for fascism, to deploy the most massive, globally harmonized psychological and propaganda operation in the history of the world.
Okay? Over the last three years, you have been subjected to the most massive, harmonized, globally coordinated propaganda campaign in the history of the Western world. With this campaign, the governments of many Western nation states have turned military grade psychological operations strategies, tactics, technologies, and capabilities developed for modern military combat against their own citizens. These are inconvenient facts. The world that many of us believed existed no longer exists if it ever did.
reSee.it AI Summary
US dentist quoted $4,500. She went to Tijuana, sent records, got ~$800. In-person check: “You don’t need half of it” (including the “mandatory” deep cleaning). Final bill: $235 at American Biodental. She calls it incredible—best dental experience ever, much better than the US. The clip highlights large savings and different treatment plans; 50-80% US–Mexico gaps are reported. Ever tried Mexico dentistry?
@newstart_2024 - Camus
US dentist: "$4,500 for the work you need." She: "Hard pass." Heads to Tijuana → sends records → quoted ~$800. In-person check: "You don't need half of it" (including the "mandatory" deep cleaning US doc insisted on). Final bill: $235. Clinic: American Biodental. Her verdict: "Incredible service—best dental experience ever. Never felt this in the US. Going back." This 57-second clip is a real-life dental tourism eye-opener—massive savings + different treatment plan. (Always research clinics/do your due diligence; stories like this are common with 50-80% US-Mexico gaps reported in 2025-2026.) Ever pulled the trigger on Mexico dental (Tijuana or elsewhere)? What was the before/after cost and quality like? Stayed in US—worth the premium for you? Heard wild "overquoted then slashed" stories?
Video Transcript AI Summary
The speaker describes a personal dental care experience that contrasts pricing and treatment decisions between a US dentist and a dentist in Tijuana, Mexico. Initially, the speaker was quoted by a US dentist for a set of dental procedures at $4,500. Frustrated by the high cost, the speaker decided to seek care in Mexico, identifying a dentist in Tijuana named American Bio Dental and sending them the US dentist’s treatment plan and recommendations.
In Mexico, the in-person evaluation led to a reassessment of the proposed treatments. The Tijuana dentist determined that the speaker did not need most of the procedures that the US dentist had advised, including a deep cleaning. When the speaker asked the US dentist whether a regular cleaning could suffice or if a deep cleaning was absolutely necessary, the US dentist indicated that the matter was “beyond the point of regular cleanings” and that only a deep cleaning could be performed, whereas the Tijuana dentist did not share this view. This disagreement between the two clinicians regarding the necessity of a deep cleaning was a notable point of difference in the two evaluations.
Ultimately, the cost of the services in Tijuana was $235, a stark contrast to the $4,500 quoted in the United States. The speaker emphasizes that the overall experience in Mexico was cost-effective relative to the US quote. They describe the experience at American Bio Dental as incredible and report that they received excellent service. The speaker notes that they would be returning to the same clinic, stating that they have “never had an experience like that in The US.”
Key elements highlighted include the dramatic price difference between the US and Mexico, the in-person evaluation in Mexico leading to a downscaling of the required procedures, the discrepancy over the necessity of a deep cleaning between the US and Mexican clinicians, the final lower cost of $235, and the speaker’s strong positive impression of American Bio Dental, including the intention to return.
Full Transcript
Speaker 0: I was quoted by a dentist in The US $4,500 for work that I needed done on my teeth. And I said, fuck that. I will be going to Mexico. So I found a dentist in Tijuana. I sent them what my US dentist told me that I needed.
They quoted me about $800 for those services. I said done. So today I went down to Tijuana for a few hours. I had them do an in person evaluation. They decided I didn't need half the shit that the dentist in The US said, one of them being a deep cleaning.
And when I asked the US dentist if I absolutely needed the deep cleaning or if I could just do a regular cleaning, they said, it's beyond the point of regular cleanings that I can only get a deep cleaning now. Mexico didn't really agree with that. And my services ended up being $235 Again, I was quoted $4,500 in The US. The dentist in TJ was called American Bio Dental. It was incredible.
I highly recommend them. Excellent service. We'll be going back. I've never had an experience like that in The US.
reSee.it AI Summary
I note that secure careers now come from owning a toolbox, with plumbers and electricians often out-earning doctors and lawyers. The DoD needs 600,000 qualified electricians and welders in 6 years just to maintain gear, highlighting a tension between high individual opportunity and collective vulnerability. Education leans toward four-year degrees, while demand is for trades. If I designed the system, what would I prioritize: degrees, technical training, or something different?
@newstart_2024 - Camus
The most secure career path in America right now doesn't require a university degree. It requires a toolbox. New data shows plumbers and electricians who own their businesses frequently out-earn doctors and lawyers. But here's the critical part: this is no longer just a career choice discussion—it's becoming a national security issue. The Department of Defense needs to find 600,000 qualified electricians and welders in the next 6 years just to maintain existing military equipment. Not build new. Just maintain. This creates a fascinating tension: - Individual opportunity has never been higher in skilled trades - Collective vulnerability has never been greater The education system continues pushing four-year degrees while the market screams for different skills. The mismatch isn't just economic—it's becoming strategic. If you were designing an education system today knowing this data, what would you prioritize—traditional degrees, technical training, or something completely different?
Video Transcript AI Summary
- Many plumbers and electricians who later own their own businesses make more than most doctors and lawyers today.
- It’s becoming a national security issue because the Department of Defense is looking for 600,000 electricians and welders in the next six years, and they don’t exist.
- This demand is for maintaining military equipment, not for building new.
Full Transcript
Speaker 0: And by the way, if y'all didn't know, but most plumbers and electricians who then go on to own their own businesses make more than most doctors and lawyers today. It's actually becoming a national security issue because the DOD, Department of Defense, is looking for 600,000 electricians and welders in the next six years, and they they don't exist. And that is just to maintain our military equipment, not to build new.
reSee.it AI Summary
I maximize sun and grounding. I let kids run barefoot outside. Sunscreen? skeptical, not loyal. My routine: plenty of daily sun, consistent barefoot grounding, simple real-food meals with heavy meat when fitting, minimal processed stuff, avoid chemical sprays, trust natural cues over official guidance. Real talk, no fluff.
@newstart_2024 - Camus
Dr. Stephanie Rimka on sun truth: "Sun is a nutrient—it powers life and charges us via electrons. People in sun eat less. Let kids run barefoot, shirts off—grounding gives free energy to mitochondria (electron transport chain). 'Sun causes cancer' is insane gaslighting." At 51: No sunscreen ever, heavy meat diet, convertible life, max sun to stay younger. "Do the opposite of government advice—they lie about everything." 1:14 clip of bold biohacking reality check. You maximizing sun + grounding? Kids barefoot outside? Sunscreen skeptic or loyal? You maximizing sun + grounding? Kids barefoot outside? Sunscreen skeptic or loyal? Drop your routine—real talk only.
Video Transcript AI Summary
Speaker 0 says: We make energy from sunlight. People who are in the sun eat less food. Let your kids be outside in the sun. Take their shirts off. Let them run around barefoot on the grass.
You know what you get from the ground? You get electrons. The same thing. It's straight free energy. What runs through a mitochondria that makes all the ATP the electron transfer chain it's not a fat acid train it's not a carbohydrate train protein if the sun is a nutrient it is not out to kill you The idea that the sun is giving you cancer is the most asinine, insane gaslighting, ridiculous statement on earth.
It makes all life exist. It charges everything. We are alive because of the power of the sun yet you want to tell people to slather on carcinogenic chemicals, bake it into their skin with the suns and say, oh, that's what's aging you. I'm 51 years old. I've never used sunscreen.
I don't have anything done to my face. I eat a ton of meat and I drive a convertible. I want as much as I possibly can get. You know, because it makes me younger. They're lying to you.
They've lied about almost everything. Do the opposite of what the government says.
Full Transcript
Speaker 0: We make energy from sunlight. People who are in the sun eat less food. Let your kids be outside in the sun. Take their shirts off. Let them run around barefoot on the grass.
You know what you get from the ground? You get electrons. The same thing. It's straight free energy. What runs through a mitochondria that makes all the ATP the electron transfer chain it's not a fat acid train it's not a carbohydrate train protein if the sun is a nutrient it is not out to kill you The idea that the sun is giving you cancer is the most asinine, insane gaslighting, ridiculous statement on earth.
It makes all life exist. It charges everything. We are alive because of the power of the sun yet you want to tell people to slather on carcinogenic chemicals, bake it into their skin with the suns and say, oh, that's what's aging you. I'm 51 years old. I've never used sunscreen.
I don't have anything done to my face. I eat a ton of meat and I drive a convertible. I want as much as I possibly can get. You know, because it makes me younger. They're lying to you.
They've lied about almost everything. Do the opposite of what the government says.
reSee.it AI Summary
I’m furious. It’s not owning a car, it’s renting features you already paid for in the sticker price. Every upgrade—navigation, music, oil, tires, remote start—pulled behind a monthly wall. Cameras watching you, “autonomous” hype, nagging subscriptions for basics. It’s feature farming, data harvesting, and lock-in. I want real ownership: a car with real hardware, no constant billing, real buttons, and no gatekeeping my own vehicle. Give me freedom, not feed-for-pay.
@newstart_2024 - Camus
$70K+ car you just bought... but the real owner is a subscription? Navigation on the built-in screen? $15/month. Music streaming to the screen? Another $15/month (Bluetooth keeps dropping because it's locked). Bundle them → $25/month. Oil level & tire pressure remotely? $8/month according to forums. Remote start? Pay monthly to unlock hardware that's already installed. Cameras watching your every move (car brakes if you touch your phone), "autonomous features" they won't admit exist, and constant nagging to subscribe for basics. This isn't ownership—it's a rented feature farm disguised as a car. 1:59 clip of absolute rage: Cars turning into monthly paywalls while supervising you 24/7. This the future we're sleepwalking into? Or are you done—sticking to older cars with actual buttons forever? Rant or defend below. No soft takes.
Video Transcript AI Summary
Speaker 0 describes how, in a car they examined, navigation requires a paid subscription, noting it as "insane" that you can’t hook your phone up for free navigation. The subscription fees cited are $15 a month for navigation and $15 a month to stream music to the car’s screen, totaling $25 a month for those services. They also mention an $8 a month fee to view oil level and tire pressure, and that the vehicle is priced around $40 (unclear context, but presented as part of the overall cost discussion). Remote start is another feature that requires a subscription. The overall implication is that the vehicle, though capable of many features, pushes paid subscriptions for essential functionalities.
Speaker 1 adds that the car had cameras not just for safety but for monitoring the driver, stating the car watches you drive to ensure compliance. If the driver touches their phone, the car would decelerate, and the system can track surrounding cars and objects, causing the car to automatically decelerate in response. The speaker notes that they connected a Bluetooth device, but it kept disconnecting every time they got in the car, and the assistant stated this happens because of the subscription model. They remark on the Toyota product they tested, noting the vehicle is “about over 70 k” for a brand-new model, implying a misalignment between the vehicle’s cost and the subscription-heavy features. They question trading in their current car, which has tangible, pressable buttons and sensory feedback, for a car that feels like it’s constantly watched and supervised.
The speakers converge on concerns that many cars are claimed to be non-autonomous while being described as autonomous in practice, suggesting a paradox in the industry. The overall impression is that paid subscriptions govern core capabilities (navigation, music streaming, remote start) and ongoing monitoring features (driver surveillance and feature control), affecting the value proposition of high-cost vehicles.
Full Transcript
Speaker 0: 25. And we noticed that on the screen, you can't use navigation unless you pay a subscription fee for it, right, which is insane. Like, you can't just hook your phone up and use navigation on your phone. That's free. So we looked at the subscription fees and it's $15 a month.
It's also $15 a month to stream music to the actual screen in your car. K. Together, it's $25 a month. Then it's I I also saw somebody on a forum say it's $8 a month to be able to see your oil level and your tire pressure. The car is like $40.
Oh, yeah. Remote start. You have to literally pay a subscription fee to get remote start. The vehicle is capable of all these things. What the fuck?
Yeah.
Speaker 1: It had cameras in it. And I don't mean just in it, like, for your safety. It had cameras to where it's watching you drive to make sure you're doing what you're supposed to do. So if you touch your phone, the car is gonna decelerate, do all this different stuff. And also, if it's tracking other cars, everything around you, so the car automatically decelerates, does this, does that.
And that seemed interesting enough. But when I connected a device for the Bluetooth, it kept disconnecting every time I got in the car. And she was stating, oh, that's because it's based on subscription. And when she told me all the things that were a part of said subscription, mind you, the Toyota product that I'm talking about, they're about over 70 k for the vehicle I was in, brand new for what I'm looking at. So you're telling me what I paid for my car.
Right? My vehicle. And it's on the same with that. And you think I'm gonna trade my car in, which still has buttons that I can press for my sensory self and feel and do all the things I need to do and you think I'm gonna trade it in for a car that's literally watchy be when we're already in that kind of state of where you're being supervised or being watched all the time. And you think I want that.
When I know for a fact a lot of these cars are autonomous and they're saying they're not, and they are. So
reSee.it AI Summary
A clinician argues fasting (18–24 hours, 6-hour eating window) lowers insulin, urges “eat once or twice” daily and avoid grazing to reset insulin sensitivity and improve metabolic health; asks about personal experiences with various fasting patterns. A second participant adds that, for weight loss, one should clean up the diet and consider ketogenic or anti-inflammatory approaches, plus exercise and willpower.
@newstart_2024 - Camus
Dr. Pradip Jamnadas delivers a crystal-clear message in this 58-second clip: Why fast? To crash insulin. - Insulin only rises when you eat. - Constant eating = constant high insulin. - Fasting (18–24 hours) drops insulin dramatically → next meal triggers far less insulin release (sensitive response vs. “a whole gallon”). - His clinic rule: Eat once or twice a day max, in a 6-hour window (18-hour fast). - “Why are you eating if you just fed?” Simple, brutal logic: Stop grazing. Give your body real breaks from food → reset insulin sensitivity → better metabolic health. This one habit changed everything for many of his patients. Do you intermittent fast (16:8, 18:6, OMAD)? Notice any difference in energy, hunger, or cravings? Or are you still eating 5–6 times a day? Share your experience below — real results only.
Video Transcript AI Summary
The speaker explains that fasting lowers insulin levels because insulin is only brought on by eating, so when you don’t eat, insulin levels go down. At CVI, patients are advised to eat only once a day or twice a day; if eating twice, start with that pattern but eat within a six-hour window and then fast for the remaining eighteen hours. The rationale is that constant eating causes the body to produce too much insulin. Fasting allows insulin levels to come down, and after eighteen or twenty-four hours of fasting, when you do eat, you’re sensitive to insulin. As a result, the pancreas will only produce this much insulin with the next meal versus a whole gallon before. Eating in a fasting state produces smaller insulin responses than eating in a fed state, where you produce a lot of insulin. The speaker notes that we are always eating in a fed state and ends with the question, “Why are you eating if you’re just fed?”
Full Transcript
Speaker 0: Why why do you wanna fast? Because your insulin levels will come down with fasting. If you don't eat, what happens to your insulin levels? They go down, because insulin is only brought on by eating. That's why I make you fast.
That's why if you're a patient at CVI, you have to eat only once a day or twice a day. If you're going to eat twice a day, you start out with that eating, but you must eat in a six hour window. And then no eating the rest of the eighteen hours. If you're constantly eating, you're making too much insulin. So you want to fast so that your insulin levels come down.
So then after fasting for eighteen or twenty four hours, when you then do eat, you're sensitive to insulin. So your pancreas will only make this much insulin with the next meal versus a whole gallon before. So eating in a fasting state produces small insulin than eating in a fed state where you produce a lot of insulin. We are always eating in a fed state. Why are you eating if you're just fed?
@jpkiekens - Jean-Pierre K.
@newstart_2024 Plus clean up your diet and, if you are overweight, adopt a ketogenic or anti-inflammatory diet for the weight loss transition phase. And get active, get to the gym. A key ingredient for success: willpower.
reSee.it AI Summary
I’m struck by Dr. Hazan’s claim that bifidobacteria are absent or depleted in autism, Alzheimer’s, long COVID, vaccine injury, Lyme, Crohn’s, invasive cancers, and vanish with age. She links aging to microbiome erosion. Her lab finds Vitamin C boosts bifidobacteria; bovine IgG restores it, reducing dysbiosis in IBD/IBS. Post-pandemic stool data show bifidobacteria drop with rises in Alzheimer’s and cancer. Retain bifidobacteria for longevity despite modern stress.
@newstart_2024 - Camus
Dr. Sabine Hazan drops a bombshell on the gut microbiome's role in longevity and disease: Bifidobacteria—that powerhouse beneficial bug—is absent or depleted in autism, Alzheimer's, long COVID, vaccine injury, Lyme, Crohn's, invasive cancers... and vanishes with age (newborns loaded, nursing home residents/dying = zero). Aging = loss of bifidobacteria? Biblical lifespans vs. our unhealthy 70–80s? She links it to microbiome erosion. Her lab found: Vitamin C boosts bifidobacteria. Bovine immunoglobulins (from clean-sourced cow blood plasma) restore it too—reducing dysbiosis in IBD/IBS. Post-pandemic stool data shows massive bifidobacteria disappearance—coinciding with rises in Alzheimer's, cancer, etc. "We've demolished this microbe in a toxic, stressed world." 2:34 clip of Dr. Hazan connecting dots: Retain bifidobacteria = key to longevity. Calm the "shaken bottle" of modern stress/division/toxins. Mind blown? Do you focus on gut health for longevity? Vitamin C, bovine IgG, or other ways to protect bifidobacteria? Share your thoughts/experiences—curious what resonates (or challenges) this.
Video Transcript AI Summary
Speaker 0: Bifidobacteria was absent in kids with autism, that Bifidobacteria was absent in Alzheimer's. Bifidobacteria was absent in long haulers, vaccine injured, Lyme patients, Crohn's patients, invasive cancer. When you look at who has Bifidobacteria, the newborns have a lot of Bifidobacteria, old people have zero Bifidobacteria. Nursing home dying, zero Bifidobacteria. The process of aging is really this loss of Bifidobacteria.
Expanded: if you look at and you believe the Bible, you know, people lived a lot longer. In biblical times than we are right now. We're barely making it to seventy, eighty and not really healthy seventy, eighty. You know, the mind starts going. So, is the mind starting to go because of the loss of Bifidobacteria? And, when you start looking at, well, what improves Bifidobacteria, right? So, our lab discovered vitamin C improves Bifidobacteria. Okay.
Our lab discovered bovine immunoglobulins, the blood of the cow spun around that clear stuff, provided that the cow is not on a lot of antibiotics, is not given a lot of hormones, is not given like thousands of vaccines. So when you start looking at all that, you start seeing the importance of Bifidobacteria and you start seeing, like even me, you know, with Progena Biome, looking at the stool samples before the pandemic, during the pandemic and after the pandemic, there is a lot of disappearance of Bifidobacteria. Is that why we're having an increase in Alzheimer's, increase in cancer? Have we demolished this bifidobacteria? So, to me, that's a very important microbe that I believe is our longevity, if we can retain it.
And it's not easy to retain in a world that's toxic in a way and in a world where we are, you know, put you know, given media full of stress, where we are divided, where we are, you know, constantly nervous of the next pandemic or the next virus, you know, it's it's almost like this bottle that you're shaking and it's full of gas and you just need to put it on the counter and let it just calm down, right? So, I think that's, it's a very important microbe.
Full Transcript
Speaker 0: When we started looking at Bifidobacteria, we realized that Bifidobacteria was absent in kids with autism, that Bifidobacteria was absent in Alzheimer's. Bifidobacteria was absent in long haulers, vaccine injured, Lyme patients, Crohn's patients, invasive cancer. So, and then when you look at who has Bifidobacteria, the newborns have a lot of Bifidobacteria, old people have zero Bifidobacteria. Nursing home dying, zero Bifidobacteria. The process of aging is really this loss of Bifidobacteria.
Okay. I think we have, you know, expanded, you know, if you look at and you believe the Bible, you know, people lived a lot longer. Mhmm. In the olden days during biblical times than we are right now. We're barely making it to to seventy, eighty and and not really healthy seventy, eighty.
You know, the mind starts going. So, is the mind starting to go because of the loss of Bifidobacteria? And, when you start looking at, well, what improves Bifidobacteria, right? So, our lab discovered vitamin C improves Bifidobacteria. Okay.
Our lab discovered bovine immunoglobulins, the blood of the cow spun around that clear stuff, provided that the cow is not on a lot of antibiotics, is not given a lot of hormones, is not given like thousands of vaccines. So when you start looking at all that, you start seeing the importance of Bifidobacteria and you start seeing, like even me, you know, with Progena Biome, looking at the stool samples before the pandemic, during the pandemic and after the pandemic, there is a lot of disappearance of Bifidobacteria. Is that why we're having an increase in Alzheimer's, increase in cancer? Have we demolished this bifidobacteria? So, to me, that's a very important microbe that I believe is our longevity, if we can retain it.
And it's not easy to retain in a world that's toxic in a way and in a world where we are, you know, put you know, given media full of stress, where we are divided, where we are, you know, constantly nervous of the next pandemic or the next virus, you know, it's it's almost like this bottle that you're shaking and it's full of gas and you just need to put it on the counter and let it just calm down, right? So, I think that's, it's a very important microbe.
reSee.it AI Summary
I’ve seen herbicides can be systemic, lingering in plants after washing. I choose clean, chemical-free growing—living soil rich in biodiversity. Clean dirt feels magical; getting my hands in it connects me to nature, and soil microbes support my gut health and mood through the gut-brain axis. No shortcuts—thriving ecosystems, real food, and gratitude for everyone keeping things pure. What’s your favourite way to get close to the soil—gardening, walking barefoot, or something else?
@newstart_2024 - Camus
An Irish farmer shares a simple truth from years in the fields: Many common herbicides are systemic—they're absorbed through the leaves and travel throughout the whole plant, so residues can linger even after washing. That's why he chooses clean, chemical-free growing: pure, living soil teeming with biodiversity. As he says, "clean dirt" is magic—getting your hands in it connects you to nature, and those soil microbes support our gut health and mood through the gut-brain axis. It's good for body and soul! No shortcuts here—just thriving ecosystems, real food, and gratitude for every supporter keeping things pure. What's your favourite way to get close to the soil—gardening, walking barefoot, or something else? Tell us below!
Video Transcript AI Summary
The speaker explains that glyphosate is a systemic chemical. A systemic herbicide is absorbed by the plant when glyphosate is sprayed onto the leaves, and it is translocated into the rest of the plant, meaning it goes into the plant and stays there. The speaker emphasizes that washing vegetables does not remove the glyphosate, underscoring that residue can remain in the plant even after cleaning. This point is presented as a key characteristic of glyphosate’s behavior in sprayed crops.
The discussion then shifts to soil and dirt. The speaker recalls a saying from a farmer: even the soil, the bacteria in the soil, have been known to increase serotonin levels in the minds. This statement is presented as a positive connection between interacting with soil and mental well-being, suggesting that getting hands into dirt and feeling dirt can be beneficial. The speaker attributes positive outcomes to soil biodiversity and the natural state of farming, highlighting a contrast with chemical use.
Throughout the message, the speaker reinforces a stance against chemical use in the food system. The closing remarks thank the audience for their support and explicitly credit the audience with helping to keep chemicals out of the food system. The overall framing ties together a concern about glyphosate’s persistence in plants with a broader appreciation for soil health and non-chemical farming practices.
Full Transcript
Speaker 0: Did you know that glyphosate is a systemic chemical? And what systemic means is when you have a crop, when you spray the glyphosate onto the plant, onto the leaves, it's absorbed into the leaf and it's translocated into the rest of the plant, which means that it goes into the plant and it stays in the plant. And just because you wash your vegetables doesn't mean it removes the glyphosate and and that's the thing. So here we are. This is good.
Clean dirt as farmer I used to work for many, many years ago used to say. Even the soil, the bacteria in the soil have been known to increase serotonin levels in the mines. So getting your hands into dirt and feeling dirt is really, really positive thing. No chemicals here, just amazing soil, biodiversity, and and all that comes with that. So as always, thank you for your support.
You're keeping chemicals out of our food system. Thank you.
reSee.it AI Summary
Brand cites Dr. Kruse: blue light from screens allegedly triggers apathy, with old experiments informing a default blue for devices. He asks if red light could counter it and prompts people to switch to red/night mode. A responder pushes a nnEMF/vaccine link, claims circadian biology underlies illness, accuses Elon Musk of downplaying nnEMF, and brands all involved as antagonists.
@newstart_2024 - Camus
Russell Brand just went absolutely nuclear on The HighWire with Del Bigtree 👇 (full clip attached, 0:47) He shares a mind-bending claim he says he just learned from Dr. Jack Kruse (neurosurgeon + quantum biology expert): The intense blue light pouring out of every phone, laptop, and TV screen wasn’t chosen by accident. According to Kruse, that exact wavelength was first identified in old CIA & FBI experiments — starting with electrodes implanted in monkeys’ brains to trigger apathy, lethargy, and obedience. They discovered flickering blue light at the same frequency could produce nearly identical neurological effects… without any surgery. So when the tech industry later decided on a default color temperature for billions of devices, blue was selected. Brand’s stunned reaction: “They chose blue because it makes you more lethargic, apathetic, and easier to control.” Then he wonders live: maybe that’s why red-light saunas feel so energizing — red could be the direct counter-signal. Love him or think he’s lost it, this one lands hard. Honest question for everyone: After watching this clip, who’s switching every screen in their life to permanent red/night mode tonight? Or who thinks it’s total nonsense? Drop your take below
Video Transcript AI Summary
Speaker 0 discusses Dr. Jack Cruz and claims about blue light from screens. They say the impact grew out of CIA and FBI experimentation that began with mind control and electrodes on monkeys' brains, and that they realized they could create the same impact with blue light. They claim that when choosing screen colors, blue was chosen over red because it makes you more lethargic, apathetic, and easier to control. They also mention that red light saunas would have the additional benefit of exposure to red light on the opposite side of the spectrum.
Full Transcript
Speaker 0: You know, like, check this out. I learned just yesterday from, he's called doctor Jack Cruz. Yes. Jack Cruz. Sure.
Must be someone that you're very familiar with. Yeah. The impact of blue light from screens had grown out of experimentation undertaken by the CIA and FBI that began with mind control, and he's like a legit guy. This isn't crazy conspiracy stuff. Yeah.
That began with electrodes on monkeys' brains. They realized they could create the same impact with blue Some blue light. So when a choice is made as to whether your phone screen should be blue or red, they made the choice blue because it makes you more lethargic, apathetic, and more easy to control. So So I was thinking that those red light saunas would have the additional benefit of exposure to Yeah. The red light as well as opposite side of the spec.
@CircadianSavage - Circadian Savage
No shit, we've been pounding this into your skulls for the past years but none of you are listening or bringing it up. Why do you think most vaccinated DON'T get autism? Because the REAL underlying cause is nnEMF, and the vaccines is a downstream effect. Every atom in the entire universe has a absorption and emission spectra, a spectroscopic fingerprint, it STARTS with light. And now, again, why does Elon Musk say nnEMF is not dangerous? Because he's NOT on our side, they're all demons, circadian biology is why everyone is sick
reSee.it AI Summary
In a large randomized trial, vitamin D users showed less telomere shortening than placebo, suggesting younger cells. Beyond bone and cancer/autoimmune/metabolic benefits, potential anti-aging effects emerge. Optimal range ~2,000–3,000 IU/day for most adults; too little risks deficiency, too much can accelerate aging and toxicity. Check levels with your doctor, higher prescription doses if deficient. Are you on vitamin D?
@newstart_2024 - Camus
New study alert: Vitamin D may slow biological aging by protecting telomeres—the DNA "caps" that shorten with age. In a large randomized, placebo-controlled trial, people taking vitamin D showed significantly less telomere shortening compared to placebo. Less shrinkage = younger cells on a molecular level. We already know vitamin D supports bone health, reduces cancer/autoimmune risk, and helps metabolic health—now add potential anti-aging benefits to the list. But balance is key: - Optimal range: ~2,000–3,000 IU/day for most adults - Too little = deficiency risks - Too much (super high doses) = can accelerate aging & cause toxicity Always check levels with your doctor—especially if deficient (prescription doses may be higher). 1:45 clip breaking down the telomere findings and smart dosing 👇 Who's already on vitamin D? Noticed any energy/mood/skin changes? Or planning to test your levels this year?
Video Transcript AI Summary
A new study suggests that a common vitamin used to strengthen bones may also slow aging. The discussion centers on vitamin D and its potential anti-aging benefits.
In a large randomized, placebo-controlled study, researchers found that individuals who took vitamin D compared to those who did not actually had a shorter telomeres, a DNA marker associated with aging. The implication discussed is that, while vitamin D is already known to be beneficial for older adults in reducing risks of cancers, autoimmune conditions, and other metabolic diseases, it may provide an additional aging-related advantage by affecting telomere dynamics. Specifically, the group taking vitamin D showed less shrinkage of telomeres over time, suggesting a potential slowing of cellular aging relative to the control group.
The conversation also touches on the broader interest in staying youthful and the relevance of vitamin D to cancer care. One speaker notes that their oncologist advised taking vitamin D after a cancer-related diagnosis, highlighting its perceived importance in cancer management and overall health. However, there is an important caveat about dosing.
There is concern about the possibility of overdosing on vitamin D. It is noted that extremely high doses can be dangerous and may actually counteract benefits by accelerating aging or negating protective effects. Therefore, dosing should be carefully managed. For most people, a common recommendation is around two thousand to three thousand international units (IU) per day, with the understanding that many individuals should be taking vitamin D. Nevertheless, if a person has a vitamin D deficiency, a physician may prescribe a higher dose, underscoring the need for medical supervision rather than self-prescribing.
The dialogue closes with an emphasis on consulting a physician to determine appropriate vitamin D intake and to avoid overdose, acknowledging the potential risks associated with excessive supplementation. The speakers express appreciation for the medical guidance and the reminder to adhere to professional recommendations regarding vitamin D use.
Full Transcript
Speaker 0: Gotcha. All right. A new study finds a common vitamin used to help strengthen bones may also slow down the aging process. Our video is a big bowl of these pills. Need to get some of these right now.
We're talking about vitamin D, right? Right.
Speaker 1: So yeah, a very large study, which is a pretty good study with a randomized placebo controlled study found that individuals who took vitamin D compared to those who didn't actually had a shorter telomeres. And what that is, is kind of a DNA marker for aging. So as we age, all of our telomeres shrink. And what happened was in the group that was taking vitamin D, they had less of that shrinkage. So again, we already know it's very beneficial for older adults to prevent cancers, autoimmune, other metabolic diseases.
So this may be another added benefit of taking vitamin D.
Speaker 2: Yeah, know everyone's like interested in being forever young these days, so it's very important. For my own cancer journey, my oncologist told me after the fact that I had to take vitamin D, I know it's also good for cancer. Is there any controversy though on like how much you should take or how much should you take?
Speaker 1: Right, I'm glad that you brought that up because you can actually overdose on vitamin D and that can be dangerous. Interestingly, super high doses of vitamin D led to increased aging, it can work against you. So generally for most people, it's recommended to take around two thousand to three thousand units per day, and most of us should be taking it. But if you have a vitamin D deficiency, your doctor may prescribe a prescription dose for you that's higher. So again, it's really important that you consult your physician and not overdose on vitamin D either because that could work against you.
Speaker 0: Yeah, reminder there, right? There can't be such a thing as too much of this for sure. Right, Doctor. Prick, we appreciate it. Thank you so much.
reSee.it AI Summary
I relay Elon Musk’s jaw‑dropping forecast: AI Optimus surgeons could outperform humans by 2029, with the best medicine free and better than the President’s today within 4–5 years. I pose whether this excites or terrifies.
Post 2 points to a full interview with Musk on AGI timelines, energy, robots, and abundance, outlining topics from education and health to AI’s impact on work, universal basic income, ethics, space, simulation theory, and ET life.
@newstart_2024 - Camus
Elon Musk's jaw-dropping prediction (Jan 2026): “Don’t go into medical school.” Elon Musk: “Yes. Pointless.” In 3 years (2029), Optimus robots will be better surgeons than any human on Earth — at scale. By 4–5 years? Not even close. The best medicine in the world will be free — better than what the President gets today. 1:19 clip — the moment Elon says goodbye to traditional medicine forever 👇 3–5 years until AI surgeons dominate? Exciting breakthrough… or terrifying replacement? Your honest take.
Video Transcript AI Summary
Speaker 0 and Speaker 1 discuss the timeline and impact of Optimus robots as surgeons. They converge on three years as a key milestone, with Speaker 0 asserting that in three years at scale there will probably be more Optimus robots that are great surgeons than there are all surgeons on earth. They acknowledge the possibility that if it were four or five years, the outcome would still be an extreme level of precision, implying that the advancement would be transformative regardless of a one-year difference within that range.
Speaker 1 questions the practicality of human medical training in light of this, prompting Speaker 0 to suggest that medical school could become pointless if Optimus robots surpass current medical capabilities. Speaker 0 adds that this applies to education in general, not just medical training, implying that pursuing education for social reasons may be the only remaining value outside outright professional needs. The exchange ends with Speaker 0 noting that medical training remains relevant only for those who want to hang out with like-minded people, and Speaker 1 echoing the sentiment about the potential shift in medical practice.
Key points:
- Optimus robots could be better surgeons than the best human surgeons within three years, at scale.
- There may be more Optimus-trained surgeons than all human surgeons on Earth.
- Even if the timeline extends to four or five years, the level of precision would remain extraordinarily high.
- If these advances occur, traditional medical school could become pointless, except for social or like-minded community reasons.
- The broader statement extends to education generally, suggesting a societal shift in the value of traditional training.
Full Transcript
Speaker 0: When do
Speaker 1: you think Optimus would be a better surgeon than the best surgeons? How long for that?
Speaker 0: Three
Speaker 1: years. Three years. Okay. Yeah. And by the
Speaker 0: way I'd say three years three years at scale. Yes. All these more there there'll probably be more Optimus robots that are great surgeons than there are Sure. All surgeons on earth.
Speaker 1: And the cost
Speaker 0: of that
Speaker 1: but that's an important statement in three years' time. Yeah. Because that is, I mean, I'm not like
Speaker 0: absolutely certain, but I'd say if say like four years, I'd be
Speaker 1: absolutely If it's four or five years, who cares? It's still an extreme
Speaker 0: Extreme precision. Yes. Three years. Yes. Better than to medical care that is better than what the present receives right now.
Speaker 1: So don't go to medical school?
Speaker 0: Yes. Pointless. I mean, unless you but I would say that applies to any form of education. It's not like some I do it for social reasons. Yeah.
Medical. Yeah. Go to medical. If you wanna you wanna hang up with like minded people, I suppose.
@newstart_2024 - Camus
Full interview: https://t.co/pKARc03Xrx
reSee.it AI Summary
I hear Huang's stark warning: if you don’t use AI, someone who does will take your place. He notes 50% of top AI researchers are from China and calls that terrific. Competition plus collaboration is the way forward, but jobs will change.
@newstart_2024 - Camus
NVIDIA CEO Jensen Huang’s stark warning: “If you don’t use AI, someone who does will take your place.” 50% of the world’s top AI researchers are from China — and he calls that terrific. Chinese talent wants China to win. Americans want America to win. Healthy competition + collaboration is the path forward… but everyone’s job will change. 52-sec clip — the global AI talent race + brutal jobs reality 👇 Competition, collaboration… or something else? Your honest take.
Video Transcript AI Summary
The speaker emphasizes a deep reliance of the AI industry on Chinese talent, noting that 50% of the world's AI researchers are from China. They point out that Chinese companies want China to win, and that this is terrific. The speaker adds that the Chinese want China to win, and that America also wants to win, expressing that there can be a healthy competition while competing fairly and collaborating at the same time.
They assert that everybody's jobs will change as a result of AI, and that some jobs will disappear. As with every industrial revolution, some jobs are gone, but a whole bunch of new jobs are created. The speaker warns that everybody will have to use AI because if you don't use AI, you're going to lose your job to somebody who does.
Full Transcript
Speaker 0: I think the second thing that that I would say that the world didn't realize is how deeply dependent we are in the AI industry on the brilliant students and the brilliant scientists of China. 50% of the world's AI researchers are from China. Their companies in China wants China to win. I think that's terrific. And I think the Chinese want China to win.
I think that's terrific. We want America to win. And we can have a healthy competition while we compete, compete fairly, and collaborate at the same time. But it's for certain, this is for certain, everybody's jobs will change as a result of AI. Some jobs will disappear.
Obviously, every single industrial revolution, some jobs are just gone, but a whole bunch of new jobs are created. Everybody will have to use AI because if you don't use AI, you're going lose your job to somebody who does.
reSee.it AI Summary
I explain that since 1993 the US enriches flour, bread, pasta, and cereal with synthetic folic acid, which Europe doesn’t. So pasta abroad = energy; here = blood sugar crashes and fatigue. The fix is to choose non-enriched or organic grains, rice, pasta, and bread. 43-second clip teases the hidden difference and asks who’s hunting for non-enriched options.
@newstart_2024 - Camus
Gary Brecka just exposed why you can crush pasta in Italy and feel amazing… but eat the same in America and crash hard: In 1993, the US started enriching (aka spraying) all flour, bread, pasta, cereal with synthetic folic acid — a lab-made chemical that doesn’t exist in nature. Europe didn’t. So your bowl of pasta abroad = energy. Here = blood sugar rollercoaster, mood crash, fatigue. Solution? Switch to non-enriched / organic versions of grains, rice, pasta, bread. 43-sec clip — the hidden difference in your food Who’s already hunting for non-enriched pasta/bread?
Video Transcript AI Summary
Speaker 0 explains that you can lose weight eating pasta and bread in Europe, but in the United States a bowl of pasta and a basket of bread can leave you sleepy and in a bad mood; in Italy, a fat bowl of pasta makes you feel amazing. The reason given is that in 1993 the chemical industry allegedly convinced the federal government that grain supplies needed to be sprayed with folic acid, so all flour, bread, pasta, and cereal became enriched. Enriched foods are described as being sprayed with folic acid. Folic acid is labeled as a man-made chemical produced in a laboratory and not found naturally anywhere on Earth. The speaker emphasizes that folic acid is the most prevalent nutrient in the human diet. The message is not to avoid grains, rice, pasta, cereals, or bread, but to eat non-enriched versions of those foods—the organic versions.
Full Transcript
Speaker 0: You actually lose weight eating pasta and bread in Europe. But eating a bowl of pasta and a basket of bread here, and you just feel like you wanna go to sleep and you're in a bad mood. But then you go to Italy, and you have a fat bowl of pasta. You feel amazing. Why is that?
Well, because in 1993, the chemical industry convinced the federal government that we needed to spray our entire grain supply with folic acid, all flour, all bread, all pasta, all cereal. Although we don't call it sprayed with folic acid, we call it enriched. So enriched foods are foods that are sprayed with folic acid. Folic acid is a man made chemical that we make in a laboratory. You cannot find it anywhere on the surface of the earth.
It does not exist naturally in mother nature. Doesn't sound like a big deal till you realize it's the most prevalent nutrient in the human diet. I'm not saying don't eat grains or rice or pasta or cereals or bread. I'm saying eat the non enriched versions of those, the organic versions of those.
reSee.it AI Summary
I’m hearing Dr. Sabine Hazan expose scientific censorship: journals harassed with endless questions until they retract papers to silence the harassment. A retraction may not disprove the hypothesis, yet it's wielded as a weapon. 0:55 clip—the dirty truth behind retractions. How many are silencing?
@newstart_2024 - Camus
Dr. Sabine Hazan blows the lid off scientific censorship: Journals are harassed relentlessly with endless questions until they ignore the authors' answers and retract papers — just to stop the harassment. A retracted paper doesn't even disprove the hypothesis — but they use it as a weapon anyway. 0:55 clip — the dirty truth behind retractions 👇 How many "retracted" studies are actually just silenced?
Video Transcript AI Summary
Speaker 0: Asked about the system of retractions and whether retracting a paper discredits a hypothesis, and on what basis retractions occur.
Speaker 1: Responded that quoting papers that are later retracted does not negate a hypothesis; there is no rule requiring a hypothesis to be retracted if a cited paper is retracted after publication. They note that the practice involves harassing journals rather than logically disproving a hypothesis. For example, they may present a dozen questions to the journal, answer all of them, and then continue harassing the journal to the point that the journal ignores the answers and retracts the paper to avoid further harassment.
Full Transcript
Speaker 0: Right. So I just wanted to ask about the system of retractions. When they retracted, let's say, your hypothesis, did they disprove your hypothesis? On what basis are retractions It actually
Speaker 1: was was, you quoted some papers that were retracted. Well, that doesn't negate a hypothesis. I can quote anything I want on a hypothesis. There is no rule that says that if you quote a paper in a hypothesis and the paper was retracted after the publication, that you have to retract the hypothesis. And what they do is they keep harassing the journals.
So they will for example, they'll come to me with like a dozen questions. We answer all the questions to the journal. And then they'll keep harassing the journal to the point that the journal ignores my answers and just retracts the paper not to be harassed.
reSee.it AI Summary
I notice missing a nolly heel flip triggers frustration, signaling my forebrain to pay more attention next try. Embrace errors—neuroplasticity blooms. Real rewiring happens during sleep and deep rest. Frustration is when the next trial can teach you most.
@newstart_2024 - Camus
Andrew Huberman on why failure is your brain's best teacher: Miss a nolly heel flip? That frustration signals your forebrain to pay MORE attention on the next try. Embrace the errors — they trigger neuroplasticity. Real rewiring happens during sleep & deep rest. "Frustration is when the next trial can teach you the most." 1:09 clip — mindset shift What's a skill you learned through repeated failures?
Video Transcript AI Summary
When you fail at something like a nollie heelflip and it doesn’t go well, those failures create a sense of frustration, but that is your forebrain—the part of your brain that can pay attention—turning on to pay more attention on the next trial. If you made it, and then made it again, you wouldn’t pay attention in the same way. So, if you want to learn something, you have to pay attention.
And when that frustration kicks in, that’s when you know that the next trial is the one where you actually can learn the most, whether or not you make it or not. Over time, as you start getting better at it, that improvement usually happens because you had enough focused repetitions where you were really trying—trying, trying, focusing, focusing, focusing, failing, failing, failing—and then all of the changes in the nervous system that allow you to do something you once could not do occur during sleep and what we call non sleep deep rest.
So your brain rewires while you’re asleep; it takes the events of the previous day and it makes adjustments in its connectivity—literally the connections between neurons, sometimes new neurons, but mostly the connectivity between neurons. And then you step out on it, it’s like, nah, That’s yo…
Full Transcript
Speaker 0: When you have a failure, when nollie heelflip and it just nothing. Failures, they create the sense of frustration, but that's your forebrain, the part of your brain that can pay attention turning on to pay more attention on the next trial. Okay. If you made it and made it again, you wouldn't pay attention, right? So if you want to learn something, you have to pay attention.
And when that frustration kicks in, that's when you don't start throwing tantrums, that's when you know that the next trial is the one where you actually can learn the most, whether or not you make it or not. And then over time, as you start getting better at it, that's usually because you had enough focused repetitions where you're really trying, trying, trying, focus, focus, focus, failing, failing, failing, and then all of the changes in the nervous system that allow you to do something that you once could not do occur during sleep and what we call non sleep deep rest. So your brain rewires while you're asleep, it takes the events of the previous day and it makes adjustments in its connectivity, literally the connections between neurons, sometimes new neurons, but mostly the connectivity between neurons, and then you step out on it, it's like, nah, That's yo
reSee.it AI Summary
Atrazine in drinking water; studies show male frogs exposed to levels common in America turn female. Add plastic bottles with BPA and phthalates, parabens in fragrances, and oxybenzone in sunscreen. One application can keep blood levels high for 7 days. Kids apply daily on their face. Endocrine disruption at scale—everywhere. 1:20 clip inside—the silent chemical assault we’re all exposed to.
@newstart_2024 - Camus
Male feminization is happening — and it’s not just a theory Atrazine (2nd most used herbicide in North America, banned in Europe) is in drinking water. Studies show: Male frogs exposed to levels equal to many Americans turn female. Add in: - Plastic water bottles (BPA & phthalates) - Parabens in fragrances (absorbed through skin) - Oxybenzone in sunscreen (most common chemical — one application leaves it above safety limits in blood for 7 days) Kids are getting multiple applications daily on their face. This is endocrine disruption at scale — and it's everywhere. 1:20 clip inside — the silent chemical assault we’re all exposed to.
Video Transcript AI Summary
The speaker discusses chemical exposure and endocrine disruption, focusing on atrazine and common consumer products. Atrazine is described as a herbicide and the second most used herbicide in North America, after glyphosate. The speaker notes atrazine is illegal in Europe and claims that in Europe it’s not allowed at all. They state that “they’ll call it male feminization” when animals are exposed to atrazine, giving an example: a frog exposed to two hundred nanograms per deciliter of atrazine becomes female, turning a male frog female. The implication is that such exposures reflect effects seen in many Americans.
Beyond atrazine, the speaker mentions plastic water bottles and the presence of fragrance and parabens that rub onto the skin, leading to skin absorption of these chemicals. The discussion then shifts to sunscreen chemicals, specifically oxybenzone, described as by far the most widely used chemical in sunscreen and an estrogen endocrine disruptor that acts like estrogen in the body.
A study is cited: after publishing a book, a study on oxybenzone and one application of sunscreen found that seven days later, oxybenzone levels in people’s blood were above government safety limits. This observation is presented as applying to an adult who used oxybenzone once, with some people applying sunscreen five days a week to children or more, contributing to multiple daily applications. The speaker ties this to personal care products that claim to keep the face protected from the sun, implying frequent use leads to higher exposure.
Key points emphasized include the prevalence of atrazine use in North America, its alleged legal status in Europe, the concept of “male feminization” in animals due to atrazine exposure, and the broader concern about everyday products—plastic bottles, fragrances, parabens, and sunscreen (notably oxybenzone)—as sources of estrogenic or endocrine-disrupting chemicals, with a cited study showing one application of sunscreen resulting in blood levels exceeding safety limits after seven days. The overall narrative links environmental chemical exposure to potential reproductive and hormonal effects, highlighting concerns about consumer products and regulations across regions.
Full Transcript
Speaker 0: Call it male feminization. Whenever you're adding all these chemicals, atrazine is the big one that's often studied. It's a it's a herbicide. It's the second most used herbicide in North America. I don't know if you've heard of atrazine.
Right. Yeah. It's in the drinking water. Totally illegal in Europe, by the way. They don't even allow it in Europe.
It's crazy. And then in America, it's the second most used after glyphosate. But they'll call it male feminization. You give these animals atrazine exposures, and they're equal exposures to a lot of Americans. And like, for example, if you have a frog and you've got him in two hundred nanograms per deciliter of atrazine, 200, that male frog turns female.
Now you've got a female frog. But it's not just atrazine because you're now you got the plastic water bottles. Oh, and you've got all this fragrance and all these parabens rubbing it on your skin. Your skin is absorbing all this stuff. Oh, and now you've got, like, sunscreen chemicals.
Right? We haven't even talked about that. But oxybenzone in sunscreen, by far the most widely used chemical in sunscreen, that's an estrogen endocrine disruptor. It acts like estrogen in your body. And they did a study.
After I published my book, they did a study with oxybenzone and one application of sunscreen. Just one. Seven days later, it was above the government's safety limits in people's blood. And that's just an adult with one application of oxybenzone. And some people are putting on their kids, like, five days a week.
Was putting on multiple applications. Like personal care products that brag about, like, keeping your face protected from the sun.
reSee.it AI Summary
A US study of 25,000 adults over 4 years found vitamin D3 supplementation preserved telomere length, equating to about 1 year of aging saved. This follows a Canadian study with 12,000 people showing ~40% reduced dementia risk with vitamin D. The message advocates early use to protect telomeres. A respondent contends vitamin D should be produced via UVB/cholesterol, warns blue light and excessive vitamin A may hinder vitamin D effectiveness.
@newstart_2024 - Camus
Massive new vitamin D study just dropped — and it’s getting zero mainstream attention A 4-year trial with 25,000 adults across the US (led by 140 researchers) found: Vitamin D3 supplementation significantly preserved telomere length (only 1 year of aging in 4 years). This follows a 10-year Canadian study (12,000 people) showing ~40% reduced dementia risk with vitamin D. The message is clear: Start early, preserve what you have — telomeres don’t reverse once shortened. 2:04 clip inside — game-changing science you need to hear.
Video Transcript AI Summary
A recent large-scale vitamin D study was published in the American Journal of Clinical Nutrition. It was a four-year study involving 25,000 adults across the United States, conducted by 140 researchers. The study found that people who took vitamin D3, compared with omega-3 (which has other positive studies but not with telomere length in this study), had telomere length preservation.
This new study follows a Canadian study from two years earlier, conducted over ten years with about 12,000 participants, which showed that vitamin D could reduce the risk of dementia by about forty percent. The earlier study was so convincing to the speaker that close family members, including the speaker’s wife and mom, began taking vitamin D3 regularly after that study, due to the goal of reducing dementia risk.
According to the speaker, the current study’s findings suggest that vitamin D3 can help prevent dementia and also help maintain or preserve telomere length significantly, “only aging a year and four years.” The speaker notes that they did not say telomere length was reversed; to their knowledge, there’s no way to extend telomeres once they have shortened, so preservation is emphasized as important.
The speaker urges starting vitamin D3 early, highlighting the implications of preserving telomere length and potentially reducing dementia risk as compelling reasons to take vitamin D3 regularly. The comparison to omega-3 is acknowledged, but the focal points are telomere length preservation and dementia risk reduction associated with vitamin D supplementation.
Full Transcript
Speaker 0: A massive vitamin d study was just published last week in the American Journal of Clinical Nutrition. And when I say massive, this thing is big. It's a four year study, including 25,000 adults across The United States, and it was conducted by a 140 researchers. And what this study found is earth shattering. I'm surprised, really shocked, that this is not in the main stream news.
Once again, I say this once in a while when I see a big breakthrough like this relating to not some drug or medicine, but an actual vitamin that you can easily take and you don't need a prescription for, and it seems the media doesn't get excited by these things. But I'll tell you, what this study showed is that the people that took vitamin d three, and they did compare it to omega three, by the way, which has other positive studies, but not with the telomere length that they showed was preserved by the vitamin d three supplement. This study comes on the heels of a study two years ago that came out that was conducted in Canada over a ten year period with about 12,000 participants that showed that vitamin D could reduce the risk of dementia by about forty percent. That study was so exciting and so convincing that close members of my family, including my wife, my mom, and others, started taking vitamin D3 regularly after that study. I mean, who wants to get dementia?
So if a vitamin D supplement can help prevent dementia and now help you maintain or preserve your telomere length significantly, only aging a year and four years, well, these are great reasons to not only take vitamin D three, but to start early because it is of note that they didn't say reversed telomere length. To my knowledge there's no way to extend your telomeres once they've shortened, so you want to preserve them as long as possible.
@CircadianSavage - Circadian Savage
Vitamin D should be made via UVB and Cholesterol so you start the endocrine hormone synthesis. We are bombarded by blue light which ruins melanopsin and liberates Vitamin A. Liberated Vitamin A destroys lipid rafts and cell membranes, and with a skewed Vitamin A, the supplemented Vitamin D WON'T RAISE your Vitamin D levels https://t.co/GRZtRlnOdp
reSee.it AI Summary
I note that staying in bed scrolling with curtains closed kills alertness; no morning light, coffee too early, multitasking creates scattered attention and ADHD-like patterns. Randomizing activities guarantees low focus. Be deliberate: get up, get light, get moving. 0:56 clip inside—science-backed reset.
@newstart_2024 - Camus
Andrew Huberman's wake-up call: The worst morning habits that set your day up for failure Stay in bed scrolling, curtains closed — kills alertness (locus coeruleus stays dormant when reclined). No morning light, coffee too early, multitasking (coffee + texting + work + stress) = scattered attention and ADHD-like brain patterns. "Randomization of activities" = guaranteed low-focus day. Be deliberate. Get up, get light, get moving. 0:56 clip inside — simple, science-backed morning reset.
Video Transcript AI Summary
Speaker 1 explains the worst possible things in the morning that set a day up for failure. He begins by describing waking up and staying in bed as a common and problematic pattern. He acknowledges there are good reasons to stay in bed in the morning, but asserts that once those reasons are fulfilled, staying in bed with curtains drawn and passively scrolling on social media becomes detrimental. He cites neurobiological data showing that being upright activates a brain area called the locus coeruleus, whereas reclining reduces alertness. He emphasizes that postural choices are important, noting how prevalent the “C-shaped human” posture has become and how it feels strange to be upright.
Speaker 1 continues by detailing typical in-bed behaviors: people are on their phone, not getting enough light, or attempting to receive sunlight through a window. He criticizes drinking coffee too early in the day but places more emphasis on the overall randomness of activities. He describes a morning routine where coffee is prepared while texting, and these small actions are scattered with a little bit of work. When a stressful moment hits, attention is diverted, and a pattern emerges that resembles an attention deficit-like disorder.
Speaker 0 echoes this critique by summarizing the core issue: people are not being deliberate or intentional with what they do in the morning; instead, the morning arrives and pushes them around rather than them guiding their activities.
Speaker 1 reinforces the point by reiterating the lack of deliberate structure: the morning is allowed to come and take them wherever the wind blows, rather than following a planned sequence of actions that promote alertness and direction. In closing, Speaker 0 concurs, underscoring that this lack of deliberate choice and the morning’s passive drift contribute to a day starting off unfavorably.
Full Transcript
Speaker 0: The worst possible things in the morning to set their day up for failure, what would they be?
Speaker 1: Wake up and stay in bed. There are good reasons to stay in bed in the morning. But once those are completed, then staying in bed, curtains drawn, just passively scrolling on social media. There are neurobiological data showing that when you are upright, you actually are stimulating this area of the brain called locus coeruleus, whereas when you recline, you actually are less alert. And the postural stuff is really bad too.
This is so common now, the c shaped human thing, that it almost feels strange to to be upright. Would say in bed, people are on their phone, they're not getting enough light, or they're trying to get the sunlight through the window. Terrible. They're drinking coffee too early in the day, but it's mostly about the sort of randomization of activities. Sort of making a cup of coffee while texting.
Then they're scattering that in with, a little bit of work, but then something hits that's stressful, they're diverting their attention. They're sort of building in this attention deficit like disorder.
Speaker 0: They're not being deliberate or intentional with the things that they're doing. They're just allowing the morning to kind of come and take them wherever the wind blows.
Speaker 1: That's right.
reSee.it AI Summary
I report Dr. Sabine Hazan's claim: in 4,000 stool samples, only 4 have truly healthy microbiomes. Fewer than 5% show detectable Bifidobacteria—the key microbe fading in Alzheimer's, Lyme, untreated Crohn's, autism (reproduced across labs), and invasive cancers (better in non-aggressive cases). When Bifidobacteria is restored, autistic children begin verbalizing—proof of concept. This could be a massive clue for chronic illness.
@newstart_2024 - Camus
Dr. Sabine Hazan reveals a striking pattern in thousands of stool samples Out of 4,000 analyzed: Only 4 have truly healthy ("gold") microbiomes. Less than 5% have detectable Bifidobacteria—the key microbe that's disappearing. Loss of Bifidobacteria is consistently seen in: - Alzheimer's - Lyme disease - Untreated Crohn's - Autism (multiple labs reproducing the data) - Invasive cancers (better levels in non-aggressive cases) When Bifidobacteria is restored (e.g., via microbiome modulation), children with autism begin verbalizing—proof of concept. This is a massive clue for how we approach chronic illness. 2:21 clip inside—groundbreaking research.
Video Transcript AI Summary
Bifidobacteria are important for immunity, but they are not the only important microbe. The speaker notes that bifidobacteria are the microbe that is disappearing. Analyzing thousands of stool samples, out of 4,000 stool samples, there are only four that can be said with certainty “these are both microbiomes.” Out of the thousand samples analyzed, less than five percent have bifidobacteria.
The speaker highlights that loss of bifidobacteria is not universally linked to all conditions. It is present in Alzheimer's disease, with Alzheimer's patients having lots of bifidobacteria; Lyme disease patients also have lots of bifidobacteria. Crohn’s patients that have never been treated have lots of bifidobacteria. In autistic kids, there is enough data now; they showed data initially, and now more data and more labs reproducing that data show that there are lots of bifidobacteria in autism. The speaker mentions that “Loss of bifidobacteria in autism” can be addressed by replenishing bifidobacteria, and refers to this as proof of concept that the judge at the American College of Gastroenterology acknowledged, noting that this is what is needed to advance science to understand.
Loss of bifidobacteria was also noticed in patients with invasive cancer. The speaker says they published that data at the American College of Gastroenterology and presented at Digestive Disease Week, showing that if a patient had a non-aggressive cancer, they had a better level of bifidobacteria than a patient with invasive cancer who has zero.
Regarding therapeutic implications, the speaker asks whether modulating the gut to improve bifidobacteria is feasible and notes collaboration with multiple centers, including MD Anderson. The implication is to start modulating the gut and improving bifidobacteria in cancer patients rather than relying solely on chemotherapy and immunotherapy.
In summary, the research conducted at Progena Biome—a research lab—focuses on bifidobacteria, its variable presence across diseases, its potential replenishment in autism, and its association with cancer progression, highlighting ongoing work to modulate the gut microbiome as a therapeutic strategy.
Full Transcript
Speaker 0: That bifidobacteria is important in your immunity. But it's not the only important microbe. But I will tell you, it is the microbe that is disappearing as I see it. We analyze thousands of stool samples and out of 4,000 stool samples, there's only four that I can say with certainty these are both microbiomes. Okay, four out of four thousand.
Now out of the thousand samples that we analyzed, less than five percent have bifidobacteria. And what we don't notice with loss of bifidobacteria is it's present in Alzheimer's, meaning like Alzheimer's patients have lots of bifidobacteria. Lyme disease patients, you talk about your Lyme patients, they have lots of bifidobacteria. Your Crohn's patients that have never been treated, they have lots of bifidobacteria. Your autistic kids, there's enough data now.
We showed that data initially, but now there's more data and more labs reproducing that data showing that there's lots of bifidobacteria in autism. So think about autism, Loss of bifidobacteria in autism, you replenish the bifidobacteria, the two kids are verbalizing. This is the proof of concept that the judge at the American College of Gastro said, because essentially this is what we need to advance science to understand. So loss of bifidobacteria was also noticed in patients with invasive cancer. So we published that data at the American College of Gastro and presented at a Digestive Disease Week, where we showed that if a patient had a non aggressive cancer, he had a better level of bifidobacteria than a patient with invasive cancer that has zero.
Now, is modulating the gut, and I'm working with a lot of different centers, MD Anderson, etcetera, is modulating the gut improving the bifidobacteria? And therefore, that's what we need to start doing in our cancer patients instead of just dumping the chemo and the immunotherapy. So in a nutshell, this is the research that we've done at Progena Biome. Progena Biome is a research lab, and this is what we've shown on the bifidobacteria.
reSee.it AI Summary
A discussion on whether gut bacteria influence autism symptoms cites case reports: a teen became verbal and less aggressive after a fecal transplant; identical twins gained full speech and reading after microbiome therapy that raised Bifidobacteria over nine months. The view: restoring key bacteria can improve outcomes, especially in younger children, with engraftment success framed as proof-of-concept. A related program features experts debating microbiome therapies and probiotics.
@newstart_2024 - Camus
Could gut bacteria hold the key to unlocking autism symptoms? Dr. Sabine Hazan shares remarkable case reports: - Teen became verbal, less aggressive after FDA-supervised fecal transplant. - Identical twins gained full speech & reading after microbiome therapy boosted Bifidobacteria levels over 9 months. Her hypothesis: Restoring key bacteria like Bifidobacteria drives improvements—stronger results in younger kids. Award-winning research shows proof-of-concept when engraftment succeeds. This emerging gut-brain connection is turning heads... 3:31 clip inside—hopeful breakthrough discussion.
Video Transcript AI Summary
Speaker 0: What results kind are you seeing with this study, with the fecal transplants in autistic children? We published that case supervised by the FDA: it was giving one sibling to another and the kid started verbalizing and he's not aggressive. He came to my office banging his head, breaking his teeth, and now he's responding and he's responding to treatment. He's communicating better. He's listening. He's doing classes. He's developing. Obviously, this kid was old when we got him, it's much better, we get better results and I think Doctor James Adams will tell you we get better results the younger they are. So that's one kid.
We are on to more precise manipulations, kind of, with two twins that we did. We won a research award at the American College of Gastro about two weeks ago. And basically what we showed was two identical twins that had the same exact microbes at baseline. We manipulated the microbiome and then those microbes disappeared. But what we showed, which has been my path and my mission, save the Biff, is those kids, two identical twins, nine months later, their Bifidobacteria increased with whatever we did. And now they're verbalizing, they're fully reading, fully verbal. This is a beginning.
The judge that judged my presentation said this is a proof of concept, right? That when you actually attain an engraftment of Bifidobacteria, these kids are improving. This is obviously my hypothesis, has been my hypothesis. To get to that, to do that, unfortunately, we do not have a stool assay right now that is valid, verified and reproducible in the consumer product, right? So this is the problem because parents are going to say, well, I gave my kids these probiotics and my kid's not improving. So what is Doctor Hazen saying? Well, the problem is if you don't see the increase in the bifidobacteria, your kid's not going to improve.
And unfortunately, the tests that are out there are not valid, verified, or reproducible or anything that I could say, oh yeah, use this consumer product. We are developing a consumer product in full transparency, but we are far from that because of the fact that there are trillions of microbes in the gut. And as a responsible physician, I feel that I cannot give a report to a patient that says you have eubacteria or you have Alistope sphingoldi, but I have no idea what Alistope Spine Goldie does, if it's a good bug or a bad bug, because here's what's gonna happen. You're gonna get this lab test from me, you're gonna go to like a thousand doctors and they're gonna say, I have no idea what this test means. Which was the problem, by the way, at the beginning when all these tests were starting. Remember, UBiome, the company that sold all these tests? All these patients would get all these testing and then they would go to the GI doctor and the GI doctors would say, what is this? What the hell?
Full Transcript
Speaker 0: What results kind are you seeing with this study, with the fecal transplants in autistic children? Well, did one case where it was supervised by the FDA. We published that case. It was giving one sibling to another and the kid started verbalizing and he's not aggressive. He came to my office banging his head, breaking his teeth, and now he's responding and he's responding to treatment.
He's communicating better. He's listening. He's doing classes. He's developing. Obviously, this kid was old when we got him, it's much better, we get better results and I think Doctor.
James Adams will tell you we get better results the younger they are. So that's one kid. We are on to more precise manipulations kind of with two twins that we did. We won a research award at the American College of Gastro about two weeks ago. And basically what we showed was two identical twins that had the same exact microbes at baseline.
We manipulated the microbiome and then those microbes disappeared. But what we showed, which has been my path and my mission, save the Biff, is those kids, two identical twins, nine months later, their Bifidobacteria increased with whatever we did. And now they're verbalizing, they're fully reading, fully verbal. This is a beginning. The judge that judged my presentation said this is a proof of concept, right?
That when you actually attain an engraftment of Bifidobacteria, these kids are improving. This is obviously my hypothesis, has been my hypothesis. To get to that, to do that, unfortunately, we do not have a stool assay right now that is valid, verified and reproducible in the consumer product, right? So this is the problem because parents are going to say, well, I gave my kids these probiotics and my kid's not improving. So what is Doctor.
Hazen saying? Well, the problem is if you don't see the increase in the bifidobacteria, your kid's not going to improve. And unfortunately, the tests that are out there are not valid, verified, or reproducible or anything that I could say, oh yeah, use this consumer product. We are developing a consumer product in full transparency, but we are far from that because of the fact that there are trillions of microbes in the gut. And as a responsible physician, I feel that I cannot give a report to a patient that says you have eubacteria or you have Alistope sphingoldi, but I have no idea what Alistope Spine Goldie does, if it's a good bug or a bad bug, because here's what's gonna happen.
You're gonna get this lab test from me, you're gonna go to like a thousand doctors and they're gonna say, I have no idea what this test means. Which was the problem, by the way, at the beginning when all these tests were starting. Remember, UBiome, the company that sold all these tests? All these patients would get all these testing and then they would go to the GI doctor and the GI doctors would say, what is this? What the hell?
@XActivistJerry - XActivist-Jerry💫
The Truth About The Microbiome With Sabine Hazan, MD Is poop ‘the answer’ to chronic disease and other illness? Sabine Hazan, M.D. and host of ‘The Solution,’ Dr. Tony O’Donnell talk all things microbiome fecal transplants, bifidobacteria, probiotics and more. Don’t miss out on this intense conversation! Hosts: Dr. Tony O'Donnell, Dr. Catie Wyman-Norris *The opinions expressed by the hosts and guests in this show are not necessarily the views of Children’s Health Defense. https://live.childrenshealthdefense.org/chd-tv/shows/the-solution-with-dr-tony-odonnell/the-truth-about-the-microbiome-with-sabine-hazan-md/
The Truth About The Microbiome With Sabine Hazan, MD
Is poop ‘the answer’ to chronic disease and other illness? Sabine Hazan, M.D. and host of ‘The Solution,’ Dr. Tony O’Donnell talk all things microbiome — fec...
live.childrenshealthdefense.org
reSee.it AI Summary
I hear Keir Starmer praised India's Aadhaar, then reports of cyber thieves stealing 815 million records—names, addresses, IDs, bank details—selling for $80,000 each. One stop for passport, NHS, criminal history, finances, travel. Data breaches happen daily; a wake-up call. 2:26 clip inside.
@newstart_2024 - Camus
Digital ID: What could possibly go wrong? Just days after Keir Starmer praised India's Aadhaar rollout as a model, reports emerge of cyber thieves stealing the entire database—815 million people's names, addresses, IDs, bank details. Selling it for $80,000 a pop. One place for EVERYTHING: Passport, NHS records, criminal history, finances, travel—how secure can that be? Data breaches happen daily. This is a massive wake-up call. 2:26 clip inside—shocking details.
Video Transcript AI Summary
Digital ID: what could possibly go wrong? The transcript recalls Kirstyama’s recent visit to India to meet Modi and top officials, promoting India’s nationwide digital ID system called Aadhaar. It then presents a provocative claim: cyber criminals are reportedly saying they have stolen the entire Aadhaar database—815,000,000 people's details, including names, addresses, identity confirmations, bank details, and more—and are allegedly selling the database for $80,000 at a time. It notes uncertainty about verification but says the story is circulating.
The speaker emphasizes concerns about security and the practicality of such a system: if every aspect of a person’s life—passport, driving license, NHS records, criminal record, bank details, all transactions, bills, travel and flight records, vehicle taxes, council taxes, hospital appointments, arrest records, and other personal data—are stored in one place, how safe and secure can it be? The question is raised of whether the people running these systems can be trusted to protect data, given ongoing data breaches and thefts, including several large incidents in the past year within the country.
There’s a rhetorical comparison to India’s example, suggesting that this is a test case for the security of a highly centralized digital ID system. The speaker notes that StarMove had previously used India as an example of how well such a system could work, implying skepticism about that portrayal with the closing line, “The ironic thing is that StarMove was just out there holding them up as an example of how well the system could work. Yeah. Right, Kia. We believe you.”
Key points:
- Aadhaar is India’s nationwide digital ID system.
- Alleged theft of 815,000,000 Aadhaar records, with claims of selling the data in chunks for $80,000; verification of this claim is uncertain.
- The aggregation of extensive personal data in one system raises concerns about security and trust in the guardians of the data.
- Data breaches are frequent, including notable incidents in the past year.
- The India example is presented as a cautionary reference, contrasting with prior praise from StarMove.
Full Transcript
Speaker 0: Digital ID. What could possibly go wrong? So do you remember about a week or so ago, maybe ten days ago, Kirstyama was out in India meeting Modi, the Indian president, or prime minister, and a load of their top officials and extolling the benefits of digital ID and saying what a fabulous rollout they've had in India, which has their nationwide digital ID system called Aadhaar or Adhaar, depending how you pronounce it. Well, listen to how well it's going. Thieves or crypto thieves or digital thieves or cyber thieves or whatever you wanna call them, cyber criminals, are currently claiming that they have stolen the entire database, 815,000,000 people's details, names, addresses, identity, identity confirmations, bank details, etcetera, etcetera, etcetera.
They've cracked the code, and they've got the entire database, and they're currently selling the entire database for $80,000 at a time. Now, whether that's been verified or not, I don't know, but that story is doing the rounds. So just how secure is it going to be? Just how well is it going to work? As I've said this so many times, when every single piece of information about your life, your passport, and your driving license, and your NHS records, and your criminal record, and your bank details, and every transaction of everything that you buy, and your gas bill, and your electricity bill, and your travel records, and your flight records, and your car tax, and, your council tax, and anything you've ever done criminally, any arrest record, absolutely everything else, any hospital appointments, anything about you at all is all held in one place.
How safe and how secure is that going to be? Do you trust the people running these systems? Do you trust them to keep your data secure? We get data breaches, data thefts, every single day, and sometimes we get really, really big ones. There's been lots just in the last year in this country alone.
So how well is it gonna work when every single facet of your life is held in one place? It's just happened in India. Go and look it up. And the ironic thing is that StarMove was just out there holding them up as an example of how well the system could work. Yeah.
Right, Kia. We believe you.
reSee.it AI Summary
I follow Dr. Hazan's gut-health basics: Decrease stress—calm your system. Get outside—sun, hikes, dirt, garden. Nutrition—regenerative/organic foods, avoid pesticides and manipulated grains; homemade yogurt and fermented foods; introduce new foods slowly. Supplements if deficient—Vitamin D, C, zinc after blood checks. Exercise, deep breathing, 7–8 hours sleep. We're unique—no one-size-fits-all.
@newstart_2024 - Camus
Dr. Sabine Hazan on gut health basics—no products, just real lifestyle fixes: 1. #1: Decrease stress — "Calm your system. Nothing is as bad as it seems. Turn off what annoys you." 2. #2: Get outside — Sunlight, hikes, play in dirt, garden. "Expose yourself to nature." 3. Nutrition — Regenerative/organic foods, avoid pesticides & manipulated grains. Homemade yogurt, fermented foods. Introduce new foods slowly. 4. Key supplements if deficient — Vitamin D (especially under stress), C, zinc. "Check your blood levels—don't guess." 5. Exercise, deep breathing, 7–8 hours sleep — Fragmented sleep wrecks your microbiome & spikes anxiety. "We're all unique—no one-size-fits-all product. What works for me might not work for you." Watch this no-BS 4:55 clip. What's your #1 gut health habit—stress reduction, sunlight, fermented foods, or sleep? Biggest win below.
Video Transcript AI Summary
Speaker 0 and Speaker 1 discuss practical guidance for maintaining good gut health for the average person.
- Stress reduction is the top priority. Calming the system and maintaining a positive outlook helps digestion. Speaker 1 notes that stress from controversy or upsetting news can contribute to digestive problems, and emphasizes decreasing stress as the number one focus.
- Get outside and move. Spending time outdoors, hiking, gardening, and simply being in sunlight are important. Outdoor activity is highlighted after stress management.
- Nutrition quality and exposure. Eat foods not sprayed with pesticides and not manipulated, as the body may reject artificially altered foods. Speaker 1 explains that the body can reject foods like manipulated grains, citing diarrhea as a sign of the body rejecting foreign or altered components. Introduction of new foods should be gradual, especially for those with sensitive guts. Regenerative farming practices and yogurt are mentioned as beneficial components of a diet, but not as universal products.
- Personalization of diet. There is no universal product for everyone because each person’s microbiome is unique. The suitability of foods like fennel or types of yogurt depends on the individual (e.g., diabetics may need lower-sugar yogurt). The speaker emphasizes tailoring choices to the individual rather than selling a one-size-fits-all solution.
- Supplements and nutrient monitoring. If not getting enough sunlight due to stress or other factors, vitamin D may be needed, along with vitamin C and zinc. It is advised to check blood levels for nutrients such as zinc, copper, selenium, white blood cell count, liver enzymes, and vitamin D. If depleted, consider supplementation.
- Overall lifestyle factors. Regular exercise, proper breathing, and adequate sleep (seven to eight hours) are essential. Fragmented sleep can disrupt the microbiome and is linked to anxiety and other conditions; improving sleep is part of gut health optimization.
- Practical stance on products. The speaker rejects selling a specific product, reiterating the belief that individuals are unique and should determine what works for their own bodies rather than relying on a single marketed solution.
Full Transcript
Speaker 0: What would you recommend for people to, like, your average person who wants to have good gut health and wants to be healthy? What should they be doing? What should they be watching out for? Is it a matter of what you eat? Is it a matter of routine?
What do you think at a basic, non specialized level people should be doing to be in good shape down there?
Speaker 1: Well, I think the number one thing is decreased stress. Calm down your system, you're alive today, nothing is as bad, just have a positive outlook and turn off the stuff that annoys you. I had a journalist that was at a conference and this journalist is controversial, right? But he has digestive problems. And as I was like listening to him, I realized his controversy is stressing him out and causing him digestive problems, right?
Most likely. So I think stress is the number one thing that we tend to not think so much of, but it is probably the number one thing to focus on, decrease stress. We need a Doctor. Number Hazen, we need a number two. We live in New
Speaker 0: York. About what we eat, what we drink? Sunlight,
Speaker 1: go on hikes, play with dirt, do a garden, garden. Number two, that's number two actually. Go in outside, go play in your garden. Number three is nutrition. So make sure you're eating foods that not sprayed with pesticides obviously, not manipulated because the body rejects things that have been manipulated.
The body doesn't recognize something like a protein that's natural, it will reject it. So it is common to see people that eat a bread full of grains and then they start having diarrhea because those grains have been manipulated. And the body is rejecting that. The process of diarrhea is the body rejecting what is foreign to you. So that's number one.
Number three, regenerative farms, yogurts, a good yogurts. Start making foods at home, but don't be so sterile in your process. Don't be so sterile to say, I'm not going to go eat in a restaurant anymore. If you have sensitive gut, introduce yourself slowly to the restaurants. Introduce yourself slowly to foods that you've not been used to.
So that's, you know, that nutrition is important. Good vitamins, you know, if you're not getting proper sunlight because you're stressed, because you're overdoing it, remember, the more you stress, the more you need vitamin D, right? So if you're not exposed to the sun, then supplement with vitamin D, vitamin C, zinc, all those are important. Check your blood level. Go to the doctor, check.
We don't think about checking our vitamin level. Check your zinc, check your copper, check your selenium, check your white blood cell, check your liver enzymes, check your vitamin D level. Those are very important to maintain good health. And if you're depleted in one of those vitamins, then at least you know to supplement. So good vitamins, good nutrition, decrease stress, exercise.
Exercise is so important. Breathing is so important. Sleeping is so important. You need seven to eight hours of sleep. If you have a fragmented sleep, your microbiome is out of whack.
And those are the people you see with anxiety. Those are the people you see, you know, the Parkinson's patients, they barely sleep at night. They're super anxious. We need to work on methods of increasing sleep. So those are a few things.
Okay. I was hoping you would just have like a product that you were going to sell everybody that we could just take. Know, I'm not the girl that sells products because I really believe in people are individuals. We are all unique in our microbiome. If eat fennel and I love fennel, that doesn't mean that it's good for someone else, right?
And even the yogurt, people are saying, well, which yogurt? Well, I don't know, are you diabetic? If you're diabetic, you probably don't want a high sugar yogurt, right? So I can't really give you a product because everybody has their own disease.
reSee.it AI Summary
I report Dr. Thomas Seyfried argues glioblastoma treatment hasn’t advanced in a century, and standard radiation/chemo often accelerates death by flooding tumors with glucose and glutamine. His open metabolic-therapy protocol—keto plus glutamine targeting—makes the cancer manageable, not cured. Pablo Kelly lived 10 years on it, dying from surgery, not the tumor. He says most cancers ferment glucose/glutamine; ketones can’t be burned. Standard care resists better options.
@newstart_2024 - Camus
Dr. Thomas Seyfried drops a bombshell: "We haven't advanced glioblastoma treatment in 100 years—yet standard radiation/chemo often accelerates patient death by flooding tumors with glucose & glutamine." His team's new open-access protocol (metabolic therapy: keto + glutamine targeting) turns deadly brain cancer manageable—not "cured," but indolent. Proof? Patient Pablo Kelly lived 10 years with glioblastoma (married, had 3 kids) on metabolic therapy alone—no radiation/chemo. Died from surgery complications, not the tumor. "The same strategy works for most cancers—they all ferment glucose & glutamine, can't burn ketones." Standard care? "Doing the same stupid thing... and getting angry when shown better options." Watch this powerful 4:58 clip. Cancer as chronic manageable disease—not death sentence? Game-changer or threat to status quo? Your take below.
Video Transcript AI Summary
Speaker 0 and Speaker 1 discuss access to treatment protocols and the scope of their metabolic approach to cancer.
Speaker 1 notes they recently published a comprehensive, open-access protocol for glioblastoma in Biomedical Central, co-authored with Doctor Thomas Durai and over 20 scientists, physicians, nutritionists, and dietitians. The paper also marks the launch of the new Society for Metabolic Oncology. The protocol targets glioblastoma, a deadly brain cancer; Speaker 1 highlights that the same metabolic issues—cancers’ need for glucose and glutamine and their inability to burn ketones or fatty acids—apply across cancers such as lung, colon, breast, and bladder. He asserts that glioblastoma has seen no major advancement in management for a hundred years and attributes part of the problem to how brain irradiation can increase glucose and glutamine in the tumor microenvironment, potentially hastening decline.
Speaker 1 emphasizes that the protocol for glioblastoma could be used for other cancers and centers on “pulling the plug on the fermentable fuels.” The regimen involves a phase of mild exercise, monitoring the glucose ketone index (GKI), and transitioning patients from dangerous metabolic states to more manageable ones to reassess treatment strategies and progressively reduce tumor activity. He stresses they are not claiming a cure; instead, they aim to “manage cancer effectively,” enabling patients to maintain a high quality of life whether or not the tumor regresses.
Speaker 1 shares a clinical example: Pablo Kelly, who died last year, lived ten years with glioblastoma; he married and had three children. Although never cured, his tumor was put into an indolent state. Pablo died after a fourth surgical debulking; the tumor had been reduced and became operable after metabolic therapy, though it was never completely eradicated. The discussion notes that initial diagnosis described his tumor as inoperable, with a prognosis of death within twelve months if treated with large doses of chemo and radiation; he avoided radiation and chemotherapy and pursued metabolic therapy. The tumor then shrank enough to allow subsequent surgery over years, illustrating a shift from an aggressive to a more indolent disease course.
Speaker 0 clarifies that “debulking” means removal of tissue.
Speaker 1 reiterates their stance: cancer can be managed, changing its diagnosis from extremely aggressive to indolent, but they avoid using the word cure. They acknowledge uncertainty about long-term cures and note that standard care does not guarantee cure, while suggesting their approach can achieve substantially better outcomes.
Full Transcript
Speaker 0: Now have you developed protocols? Do you guys have, you know, do you guys have protocols that people like if a doctor's listening right now and they're like, I want to learn more about this, like that they could, they could get a protocol from you?
Speaker 1: Yes. We we've just published a big paper in Biomedical Central on glioblastoma. And Doctor. Thomas Durai, who works with me here in the lab, he's an MD PhD, and we put on over 20 scientists and physicians, nutritionists, dietitians, all these people were on this paper together with us. And this paper starts the new Society for Metabolic Oncology.
It's open access so people can get it. It's a very comprehensive treatment protocol for glioblastoma, which is a deadly brain cancer. The cancer that killed John McCain and president Biden's son and Senator Kennedy and many others died from this type of the same kind of tumor. So we've developed a treatment protocol for this tumor, but to be honest with you, all the cancers that we have looked at, whether it's a lung, a colon, a breast, a bladder, they all have the same problem. They need glucose and glutamine and can't burn ketones or fatty acids.
So this protocol, we did it for glioblastoma because they've got nothing. We haven't made an advance in managing glioblastoma in one hundred years. Can you believe it? That's crazy. And yeah, it's a tragedy of the highest level, mainly because they irradiate the brain of these poor folks, freeing up massive amounts of glucose and glutamine in the microenvironment, leading to the rapid demise of the patients.
So, so even the very treatments that we're doing are facilitating the rapid demise of the patients. And then when you bring it to their attention, they get angry rather than saying, oh, geez, thank you so much for that valuable information. They get pissed off at you. So I said, what's going on here? Aren't you interested in the patients?
You've been doing the same stupid thing for all these years and nothing's changing and you want to come along with something that could work and you get angry about it? I mean, give me a break. So, but this is the crazy stuff. But the protocol for glioblastoma could be used for lung, colon, breast. Again, it's the strategy of pulling the plug on the fermentable fuels.
You move in a little exercise, you measure your GKI, and then you bring from a very dangerous situation to a less dangerous, more manageable situation where you can sit back and think about the best new strategies that we can apply to the patient and the problem and gradually degrade the tumor slowly. We're not ever claiming that we can cure cancer. I hate the word cure, such an arrogant term. We like to think of managing cancer effectively, allowing the patient to live with a high quality of life, whether or not the tumor goes away, because we have this one guy, Pablo Kelly, just passed away last year. He lived ten years with a glioblastoma.
He got married and had three children. He was never cured, but his tumor was put into an indolent state. You know, glioblastoma patients, if you can get fifteen months out of somebody rather than one hundred and twenty two months, I mean, died from a cerebral hemorrhage following his last debulking surgery. So he never died from the tumor. He just died from the fourth surgical debulking.
By debulking, mean
Speaker 0: they were just doing a removal of tissue?
Speaker 1: Yeah. So he was on metabolic therapy and the tumor continued to grow and they would cut it out and it would come back slow. After several more years, they'd cut it out again. It was really funny because at the beginning when he was first diagnosed, they said he had an inoperable tumor. And if he didn't take a large dose of chemo and radiation, he would be dead in twelve months.
And he didn't take any radiation or chemo, and then he just did metabolic therapy. After two and a half years, the tumor that was supposedly inoperable became operable.
Speaker 0: Because it wasn't a it was metastatic. It wasn't attached to everything because you guys had shrunk it down and defined border.
Speaker 1: Well, we shrunk it down, but we still never got rid of it completely. So we never cured Pablo, but he lived ten years. I mean, and he had and he didn't die from the tumor. So we don't know how long. And we talked to him a week before he went in for the surgery.
He was laughing and we're having a good time. I was so sad when he died. He was, he came out of surgery doing fine. Thumbs up. I get a picture talking up a storm.
Then that night he had a cerebral hemorrhage and passed away. But, but, but the issue here, was managed. And so I like to call cancer. We can manage cancer, effectively manage cancer. Are you so fortunate to be cured?
I don't know. You know, if you get cancer at 35 years old and you die at 98 years old from a heart attack and the cancer never came back, well you can say he was cured of cancer, that's for sure. But who knows, we never like to say the term cure because after ten years it could come back. And we don't know if it would come back as the original type or come back from one of the toxic treatments that the patient received. It's not clear.
So we like to say successful management. We are capable of successfully managing cancer, make changing its diagnosis from extremely aggressive to indolent. So that I am sure of. I never can say whether you get cured or not. We don't know, nor can the field tell you you're going to be cured.
So, the standards of care do not guarantee cure in any of these situations either. So, but we're more, I think we can do a hell of a lot better job than what's currently being done.
reSee.it AI Summary
A frontline doctor reports that high-dose vitamin C for COVID unexpectedly boosted gut bifidobacteria by 400% in her and others’ tests, with peer-reviewed data. A responder warns that in hemochromatosis vitamin C may trap iron in organs. The conversation then emphasizes checking iron status (CBC and iron saturation) before supplementation.
@newstart_2024 - Camus
Imagine: Frontline doctor megadosing vitamin C against COVID... accidentally discovers it supercharges her gut's bifidobacteria by 400%! Dr. Sabine Hazan, microbiome pioneer, saw this in her own stool test. She then collected before/after data from dozens—confirming vitamin C boosts these key beneficial bacteria in people and lab tests. Findings published in peer-reviewed research. Pure serendipity uncovering vitamin C's gut-nurturing side. Watch her story in this 1:16 clip. What's your most surprising "accidental" health win? Share below!
Video Transcript AI Summary
Speaker 0 describes being on the front line in Miami and using vitamin C as a go-to, questioning whether it is taken orally and in what amount. Speaker 1 confirms oral administration and notes taking a lot of vitamin C due to exposure and concern.
Speaker 0 explains that a scientist contacted them after testing their sample, asking if they noticed their Bifidobacteria levels had risen fourfold. The speaker reveals they had been taking high dosages of vitamin C, which prompted a shift in approach. While dealing with treating COVID-19 patients and assessing stools in high-risk and severe cases, they decided to consult naturopaths and collect stool samples before and after treatment to evaluate the impact.
Speaker 1 recounts that they began making phone calls, offering to pay for stool samples before and after on patients treated with vitamin C. They collected about twenty to twenty-five samples and observed that vitamin C increased Bifidobacteria. This finding led to publishing research showing that vitamin C increases Bifidobacteria in vitro, and they extended this to show an increase in patients as well.
Key points:
- Vitamin C was used as a primary approach by a frontline clinician in Miami, with emphasis on oral administration.
- A scientist noted a fourfold increase in Bifidobacteria, prompting a change in strategy toward investigating vitamin C’s effects.
- They initiated a program to collect stool samples before and after vitamin C treatment in COVID-19 patients, collaborating with naturopathic practitioners and funding the stool analyses themselves.
- About 20–25 samples were analyzed, revealing that vitamin C increased Bifidobacteria.
- They published a paper demonstrating the increase of Bifidobacteria with vitamin C both in vitro and in patient samples.
Full Transcript
Speaker 0: I had been on the front line in Miami, and my my go to is always vitamin c. Do you take it orally or is it
Speaker 1: just orally? Orly.
Speaker 0: Is is there a certain amount that you can take orally? Well, I
Speaker 1: was taking a lot because I was exposed and I was worried. But then what I realized was I tested my sample, my scientist calls me and he goes, did you notice your C, did you notice your Bifidobacteria went up four times the level? What have you been doing? I go, Oh, I've been taking high dosages of vitamin C. And then he said to me, Well, you've got to look into vitamin C.
So right away, I switched my gears. As I'm dealing with treating COVID patients, as I'm dealing at looking at the stools before in high risk and severe, I switched my gears and I said, okay, we need to call a bunch of naturopaths and send us patients before and after. So I started making phone calls again and said, I'll pay for stool samples before and after on patients with vitamin C. And then we had like twenty, twenty five samples and we noticed that the vitamin C increased Bifidobacteria. We published on that because actually vitamin C increases Bifidobacteria in vitro.
So we published the paper to show that it increased in patients.
@Winslow1901 - Journey
@newstart_2024 Great, unless you have hemachromatosis, and then Vitamin C is the enemy, causing iron to be stuck in organs. People should really get genetically tested before doing this. FYI @SabinehazanMD
@SabinehazanMD - sabine hazan md
@Winslow1901 @newstart_2024 Or at least get a CBC and a percent iron sat …
reSee.it AI Summary
I see a path to abundance only if AI serves truth, curiosity, and universal well‑being. We need transparent, bias‑free systems, open governance, and safeguards against power concentration. Pair automation with lifelong learning, universal healthcare, and ecological stewardship, while preserving human choice and dignity. Start with clear metrics, diverse oversight, and strong safety nets as we pursue post-scarcity ideals.
@newstart_2024 - Camus
In a thought-provoking Joe Rogan podcast clip, Elon Musk explores an AI-powered future of "universal high income": sustainable abundance for everyone, top healthcare, endless choices—freeing humanity from mandatory work to pursue true passions, while safeguarding nature. Rogan sees it as a profound evolution, potentially slashing poverty-driven crime. Musk recommends Iain M. Banks' Culture series as a sci-fi vision of post-scarcity harmony guided by benevolent AI. Yet Musk stresses safeguards: AI must prioritize truth-seeking and curiosity to nurture humanity inclusively, without embedded biases derailing the path to this "best case outcome." [Attached: 7:55 clip capturing the hopeful vision and key insights] How do we ensure AI leads to abundance for all? Thoughts?
Video Transcript AI Summary
Speaker 0 and Speaker 1 discuss a future shaped by universal high income and advanced technology. They agree that if universal high income can be implemented, it would be “the greatest socialist solution of all time” because “no one will have to work.” They describe a benign scenario of sustainable abundance where everyone has excellent medical care and the goods and services they want, while nature remains intact (national parks and the Amazon Rainforest still there). This future is framed as a heaven-like outcome: “a future where we haven't destroyed nature” and where people have abundance and money for food.
They emphasize a shift in purpose: with financial worries removed, people can pursue activities they enjoy. Speaker 0 suggests a world where one could “fucking golf all day” or pursue any passion, redefining personal identity away from work. They view this as the best-case outcome, where the meaning of life is found in interests and enjoyment rather than labor.
They acknowledge the challenge of maintaining meaning without work, hoping people can find purpose in ways not derived from employment. They note that many independently wealthy individuals spend most of their time on enjoyable activities, and propose that “the majority of people” could do the same, provided society rewires its approach to life and purpose.
The conversation touches on crime and economics: if universal high income fixes food, shelter, and safety, it could reduce financially motivated crime, particularly in poorer, disenfranchised neighborhoods. They concede some crime may persist due to other motivations, including individuals who commit crimes for enjoyment.
They reference science fiction to illustrate future possibilities, recommending Ian Banks’s Culture books as a portrayal of near-future societies. They discuss Banks’s writing timeline and popularity, noting his Scottish heritage and the span from the 1970s to around 2010s.
They also discuss AI’s role in achieving a sustainable abundance future, arguing that AI and robotics could enable this scenario if pursued in a truth-seeking, curious direction. They mention concerns about AI biases, referencing “Gemini” and the need to avoid harmful programming. They touch on the cultural shift away from problematic ideas, including harmful notions about straight white males, noting the existence of debates about AI reflecting or amplifying such biases.
Full Transcript
Speaker 0: And the funniest thing is even though, like, the socialists and the Marxists are in opposition to a lot of your ideas, but if this gets implemented and you really can achieve universal high income, that's the greatest socialist solution of all time. Like, literally, no one will have to work.
Speaker 1: Correct. But like I said so so there is a benign scenario here, which I think probably people will be happy with if if as long as we we achieve it, which is sustainable abundance, which is if if if everyone can have every like like like, if if you ask people, like, what's the future that you want? Right. And I think a future where we haven't destroyed nature, like, you can still we have the national parks. We have the the Amazon Rainforest still still there.
We haven't paved we haven't paved the paved the rainforest. Like, the natural beauty is still there, but but people have nonetheless, everyone has abundance. Everyone has excellent medical care. Everyone has whatever goods and services they want.
Speaker 0: And we were just
Speaker 1: because that just it kinda sounds like heaven.
Speaker 0: It sounds like it it is like the ideal socialist utopia. And this idea that the only thing you should be doing with your time is working in order to pay your bills and feed yourself Sounds kind of archaic considering the kind of technology that's at play. Yeah. Like, a world where that's not your concern at all anymore. Everybody has money for food.
Everybody has abundance. Everybody has electronics in their home. Everybody essentially has a high income. Now you can kind of do whatever you want, and your day can now be exploring your interests, doing things that you actually enjoy doing. Your purpose just has to shift.
So instead of, you know, I'm a hard worker, and this is what I do, and that's how I
Speaker 1: Right.
Speaker 0: That's how I define myself. No. Now you can fucking golf all day. You know, you could whatever it is that you enjoy doing can now be your main pursuit.
Speaker 1: Yeah.
Speaker 0: That sounds crazy good.
Speaker 1: Yeah. That's that's the that's that's that's the benign scenario that we should be aiming for.
Speaker 0: Ending to the movie is actually pretty good.
Speaker 1: Yes. Like, I think there's there is still this question of meaning of, like, making sure people don't lose meaning. You know? Like so, hopefully, they can find meaning in ways that are not that that's not derived from their work. And purpose.
Speaker 0: Purpose for things that you, you know, find things that you do that you enjoy. But there's a lot of people that are independently wealthy that spend most of their time doing something they enjoy.
Speaker 1: Right.
Speaker 0: And that could be the majority of people.
Speaker 1: Pretty much everyone.
Speaker 0: But we'd have to rewire how people approach life
Speaker 1: Mhmm.
Speaker 0: Which seems to be, like, acceptable because you're not asking them to be enslaved. You're exactly asking them the opposite. Like, no longer be burdened by financial worries. Now go do what you like. Yes.
Go fucking test pizza. Do whatever you want.
Speaker 1: Pretty much. So that's that's that's the that's that's probably the best case outcome.
Speaker 0: That sounds like the best case outcome period for the future. If you're looking at, like, how much people have struggled just to feed themselves all throughout history, Food, shelter, safety. If all of that stuff can be fixed like, how much would you solve a lot of the crime if there was a universal high income? Just think of that. Like, how much of crime is financially motivated?
You know, the greater percentage of people that are committing crimes live in poor, disenfranchised neighborhoods. So if there's no such thing anymore, if you really can achieve universal high income
Speaker 1: Yeah.
Speaker 0: That hey. This is it sounds like a utopian.
Speaker 1: Yes. I think some people may commit crime because they like committing crime. It just Oh, sure. Some some amount of that is they just enjoy
Speaker 0: wild people out there. Yeah. Yeah. And, obviously, they've become 40 years old living a life like that. Now all of a sudden, universal high income is not gonna completely stop their instincts.
Speaker 1: Yeah. I mean, I guess if you wanna have, like like, say, read a science fiction book or some books that that are probably inaccurate or or the the least inaccurate version of the future, I'd say I'd I'd recommend the Ian Banks books called the the the culture books. It's not actually a series. It's a it's like a sci sci fi books about the future. They're generally called the culture books.
Ian Banks culture books. It's worth reading those.
Speaker 0: When did he write these?
Speaker 1: He started writing them in the seventies, and I think he the last one, I think he was I think it was written just, like, around, I don't know, maybe 2010 or something. I'm not sure exactly.
Speaker 0: Yeah. Yeah. Scottish author, Ian Banks. Yeah. From '87 to 2012.
Yeah. Interesting.
Speaker 1: But he but, like, he wrote the the the like, his first book, consider Fleevers. He, like, he started writing that in the seventies.
Speaker 0: And there
Speaker 1: These books are incredible, by the way. Oh. Incredible books.
Speaker 0: 4.6 stars on Amazon. Interesting. So Well, this just gives me hope.
Speaker 1: Yeah.
Speaker 0: Yeah. This is the first time I've ever thought about it this way.
Speaker 1: Yeah. Well, I mean, if it like, I often ask people, what is the future that you want? And they have to think about it for a second because, you know, they're usually tied up in whatever their daily struggles are. But but you say, what is the future that you want? And and, generally, sustainable abundance.
Or at least if I say, what about a future where there's sustainable abundance? Like, oh, yeah. That's a pretty good future. So, you know, if if and and and that that future is attainable with AI and robotics. But but, you know, it's it's like I said, there's not every path is a good path.
There's this it's but I think if we if we push it in the direction of, maximally truth seeking and curious, then I think AI will want to take to to take care of humanity and foster foster humanity because we're interesting. And if it hasn't been programmed to think that, like, all straight white males should die, which Gemini was basically programmed to do it, at least first, you know, they seem to have fixed that. Hopefully, fixed it.
Speaker 0: But don't you think culturally, like, oh, we're getting away from that mindset and that people realize preposterous that all is?
Speaker 1: We we are getting away from it. So we are getting at least it knows AI mostly knows to hide things. But, like like I said, there is that I I think I still have that as or I had that as my, like, pin pinned post on X, which was like, hey. Wait a second, guys. We still have every AI except Grock is saying that basically straight white male should die, and this is a problem, and we should fix it.
You know? But simply me saying that is, like, tends to generally result in, you know, them like, oh, that is kinda bad. Maybe we should just we should not have all straight white males die. I think they have to say also all all all straight Asian males should also die, as well. They'd like a head that I'm like
reSee.it AI Summary
I learned from Dr. Sabine Hazan that most store probiotics are frauds: only 1 of 17 contains live bifidobacteria, and probiotic yogurts 3 of 26. Dead bacteria can’t reach the gut and may harm microbiome harmony—like sleeping next to corpses. Chronic use could train the body to stop making good bacteria. Progenabiome testing explains why some “miracles” heal and others cause harm. What’s the biggest health miracle product that scammed you? Share your story.
@newstart_2024 - Camus
Think your daily probiotic is fixing your gut? Most are straight-up frauds. Groundbreaking microbiome expert Dr. Sabine Hazan exposes the scam her lab uncovered: Only 1 out of 17 store-bought probiotics contain the live bifidobacteria advertised. Probiotic yogurts and drinks fare even worse—just 3 out of 26 have what they claim. Billions spent, zero real benefit for most. But the deception goes darker. Even legitimate strains often die from oxygen or stomach acid before reaching your intestines. Dr. Hazan's stark warning: Flooding your gut with dead bacteria is like "sleeping next to corpses"—it could slowly poison your microbiome's natural harmony. The hidden danger no one talks about? Chronic use may train your body to stop producing its own good bacteria, locking you into dependency forever. Through rigorous Progenabiome testing, she shows why these "miracles" heal some but harm others—secret killers like conflicting foods or meds undo everything. This explosive 4:39 clip shatters the probiotic myth once and for all. What's the biggest health "miracle" product that totally scammed you and left you worse off? Name it below—your story could wake someone up.
Video Transcript AI Summary
Speaker 0 explains that in the probiotic market, one out of 17 probiotics on the market has real bacteria in there, meaning 16 out of 17 say Bifidobacteria on the label but don’t actually have it. He adds that three out of 26 yogurts or drinks that say bifidobacteria on the market have bifidobacteria; the rest do not. He then asks about verification and testing.
Speaker 1 asks if there is any way to know by looking at the label, and whether testing exists. Speaker 0 says you can call the lab Progena Biome to test, and there are other labs that do spot checks. He notes another problem: whether the microbe is alive or dead. Bifidobacteria in the gut are anaerobic, so exposing capsules to air may kill them, and stomach acid could also kill them before they reach the gut.
He reframes the question: what does dead bacteria do to a live microbiome? He compares it to sleeping with corpses and suggests eventual effects on the microbiome and potential diseases, reflecting his viewpoint.
Speaker 0 then raises another issue: by taking probiotics, are you suppressing your own gut production, similar to taking pancreatic enzymes which helps digestion but may shut down the pancreas’s own secretion? He questions whether taking oral enzymes could cause damage by reducing the body's own production.
He explains that their approach is research-focused: they test patients with a stool test in the research world, then determine what the probiotic is doing, and implement a protocol with the right probiotic, the right prebiotic, the right bovine, and the right vitamins to see if the patient improves. If it works, great; if not, they reassess why the probiotic didn’t work—whether the probiotic was killed in the gut or interacted with certain bowel areas and became inactivated or transformed.
Speaker 0 notes that he doesn’t talk about which probiotics upfront because they are still testing. He mentions several probiotics he is testing and acknowledges that not everybody responds similarly. They must understand why a probiotic works in some patients but not in others.
Overall, the discussion centers on probiotic quality, viability, and personalized testing to determine effectiveness, along with concerns about dead bacteria, potential suppression of natural gut processes, and the need for ongoing research to explain variable patient responses.
Full Transcript
Speaker 0: And unfortunately, the problem with the probiotic world is this, one out of 17 probiotics on the market has real bacteria in there. So that means 16 out of 17 say on the label, Bifidobacteria, but don't even have it, okay? So there's a lot of corruption and misleading of the consumer. Three out of 26 yogurts or drinks that say bifidobacteria on the market have bifidobacteria. The rest, 23, do not.
Speaker 1: Got it.
Speaker 0: So let me just ask
Speaker 1: you, can I ask you something really quickly about what you said about So the is there some way to know by looking at the label which some so there's no kind of testing or some kind of quality testing? There's no way to
Speaker 0: can call our lab Progena Biome and test if you want to, and there's other labs that test the probiotics just to do a spot check. Here's the other problem. Is that microbe alive or dead? Remember, Bifidobacteria in the gut is anaerobic. It doesn't breathe oxygen, right?
So therefore, am I exposing those capsules to the air and then I just kill them, right? And then did I kill it with my acid in my stomach? Because I have too much acid in my stomach. And therefore when it arrived where it's supposed to arrive, it got killed. It's dead bacteria.
Now here's the big question. What does dead bacteria do to a live microbiome? It's like sleeping with a bunch of corpse. What happens when I'm sleeping with a bunch of corpse? Eventually I'm going get all the microbes of the corpse and I'm going to develop diseases, right?
So it's the same principle in my opinion. And then the last thing that I want to make people aware is, by taking probiotics, are you suppressing your ability to make your own in your gut? Much like taking pancreatic enzymes. If I take pancreatic enzymes, well, it's great. It's helping me digest my food and I'm not so bloated and gassy, etcetera, but at the same time I'm shutting down my pancreas from secreting its own pancreatic enzymes.
Am I not causing some damages to the pancreas because I'm taking these enzymes by mouth instead of allowing my pancreas to secrete them? So I think these are the questions that are very important questions when patients come to me and ask me that. So what we do is all research, and we test patients with a stool test that we basically put in the research world, okay? And then from there we say, let's see, let's see what that probiotic is doing. Let's test that probiotic.
And let's put you on a protocol and see if you can improve with the right probiotic, the right prebiotic, the right bovine, the right vitamins, and see if we can improve you and get you better, okay? And then if it works, great. If it doesn't work, we have to go back and say, why didn't it work? Did that probiotic get killed in the gut? Did that probiotic interact with some areas of the bowels and inactivated it or converted it, right?
So you know, and one of the reasons I don't even talk about which probiotics is because we're still testing, right? So there's a couple of probiotics that I'm testing, that we basically look at. And I can tell you not everybody is responding to those probiotics. And we have to go back and say, Why aren't they responding? What's going on there?
Why is it improving in this patient and it's doing exactly what we want to do on this patient but not in this patient? So this is where the research is important, right? Because you have to, as a physician, I have to go back and say, why did this not work? What was my patient doing? One of my patients was taking the probiotics, but then they were doing something else that was killing their bifidobacteria.
So it's like you're pouring gasoline on a fire and you're pouring water. We know the water is going to turn off the fire, but we know gasoline ignites it. So what is that patient doing that's igniting the fire and not turning it off and therefore why is it not working? So those are the big questions about probiotics. Got
reSee.it AI Summary
I’m sharing Dr. Thomas Seyfried’s claim that biopsy might spread cancer in some cases. He argues Stage 1–4 grading relies on after-the-fact observation, that needle biopsies can seed tumor cells along the tract, and proposes starving the tumor with metabolic therapy first, then removing the shrunken tumor in one surgery, followed by non-invasive imaging to confirm clearance. He asks if patients should be told this exists before deciding on a biopsy.
@newstart_2024 - Camus
One of the world’s top cancer researchers just dropped a bombshell most oncologists don’t want you to hear: Dr. Thomas Seyfried (MIT-trained professor who’s published 200+ peer-reviewed papers) says the century-old habit of immediately biopsying tumors could actually be spreading the disease in some cases. In this explosive 2:36 clip, he explains: • Why “Stage 1–4” grading is based on how scary the tumor looks under a microscope AFTER you’ve already poked it • How dozens of published studies show needle biopsies (breast, colon, liver, lung) can seed cancer cells along the needle track • His radical but logical alternative: “Don’t poke the bear. Starve it first with metabolic therapy until it’s weak and docile, then remove the entire shrunken tumor in one clean surgery.” • After that, use non-invasive PET/CT/MRI to confirm it’s gone — no risky needle required. His exact quote: “We already beat it down… if you stab it early you’ll call it aggressive. If you shrink it first, the pathologist says ‘this isn’t even dangerous.’ Same tumor, totally different story.” This isn’t fringe — it’s published biology being ignored by standard protocols. Watch the full 2:36 clip and decide for yourself if the current “diagnose → biopsy → treat” sequence is backwards. Do you think patients should at least be told this approach exists before deciding on a biopsy? Let me know in the comments.
Video Transcript AI Summary
Speaker 0: Medicine follows a chain from diagnosis to prognosis. If the diagnosis is misdiagnosed as a genetic disease, the prognosis won’t match what’s actually happening.
Speaker 1: The ultimate approach is to look under the microscope at a biopsy. People rely on staging—stage one, two, three, four—a system used for over a hundred years. There are also stage zero ideas where there might be something or nothing. Then they remove breasts, use toxins, and do aggressive treatments to some patients. They define stage four, but what does that really mean?
We look at tissue removed from the body, examine it under a microscope, and assess how many mitotic figures there are and how crowded the cells are. The pathologist makes a decision, which is passed to the surgeon or oncologist to tell the patient they have this kind of disease, stage three or stage four, depending on cell crowding and mitotic figures. The problem, which has persisted for decades, is that we take a biopsy of a tumor—a section of it—and the pathologist quickly decides. Then we stick the patient with something that can actually make things worse and spread the disease. I have dozens of articles showing that biopsies from breast, colon, liver, and lung can spread the tumor through the body, creating medicine. Why?
I say: don’t do anything. Don’t poke the bear. Shrink it down, make it weak, then come in and take the whole thing out. Why stick it for nothing? Just remove the whole thing after you shrink it with metabolic therapy.
Then what they say is, this is not an aggressive tumor. Yes, because we shrunk it a lot. If you had stabbed it initially, it might have said it would kill you.
But you have to know the biology: you don’t poke the bear; you take the food away from it. It becomes docile, you can cut it out, then follow with non-invasive imaging. We have non-invasive imaging—CT, PET, MRIs—and you can start looking at things before you poke them. If it goes away, why poke it in the first place?
So we have all these tools available, but they aren’t used in the correct order or way. Once the knowledge comes out, people will realize what I’m saying and start doing things the right way.
Full Transcript
Speaker 0: I feel like medicine is like diagnosis leads to prognosis, right? So if the diagnosis is misdiagnosed because they think it's a genetic disease, of course the prognosis isn't matching up to, you know what I mean?
Speaker 1: They look at it the ultimate way is you look at it under the microscope and a biopsy and that's generally what everybody falls back on. Like, oh, you have a stage one, you have a stage two, stage three, stage four. They've been using this number system, you know, for over a hundred years now. I don't know. So you've got a stage one.
Now they have stage zeros, you know, where they think there might be something there and maybe there is, maybe there isn't. But anyway, we'll remove breasts and we'll poison them, do all this kind of crazy stuff to some people. And then, oh, you got a stage four. Well, what do you, what do you mean a stage? What does that mean?
So you look at, you take the tissue out of the person's body and you look at it under a microscope and you can see how many mitotic figures you see and how crowded the cells are and this kind of thing and the pathologist makes a decision that's then passed on to the surgeon or the oncologist to tell the patient you got this kind of a disease, stage three, stage four, depending on how many, how crowded the cells look and how many mitotic figures. The problem, which we've been doing for decades is we take a biopsy of this thing, which is a section of the tumor, and then you give it to the pathologist and he can make the decision relatively quickly. But you stick the beast with something that can actually make it worse and lead to the spread. I have dozens of articles showing how biopsies from breast, colon, liver, lung can spread the tumor through your body, creating medicine. Why?
I say don't do anything. Let don't stick. Don't Don't poke the bear, shrink it down, make it weak, and then come in and take the whole thing out. What are you sticking it for? Just take the whole thing out after you shrunk it down with metabolic therapy.
Then what they say, has been done, oh, this is not an aggressive. They look at it and they go, oh, this is not an aggressive tumor. Yeah, because we shrunk the hell out of it. We already peed it down. I mean, you stabbed it at the beginning, it'd say, this is gonna kill you.
But it's everything you gotta know about the biology. You don't poke the bear, just take the food away from him. He becomes very docile, you can cut it out and then you can follow it up with some non invasive imaging. We've got all these non invasive imaging, CAT scan, PET scan, MRIs. You can start looking at things before you have to poke it And if it goes away, I mean, why would you want to poke it in the first place?
Right. So we have all these things available, we're just not using them in correct order, in the correct way. But once the knowledge comes out, people will start realizing what I am saying and start doing things the right way.
reSee.it AI Summary
I’m following a grassroots effort by Jen Dhillon to treat long COVID and vaccine injury with the Homeopathic Spike Detox (HSD). The protocol uses electronically coded frequencies on a sugar carrier to reset cellular communication and clear spike protein. They document results with a new S1 immune cell test, MCG cardiograms, and cases like retinal edema improving from 500 to 208 after one cycle. Four frequencies over eight weeks; collaboration and donations fund the work. More details on their site.
@newstart_2024 - Camus
She’s Removing The Spike Protein! For years, millions plagued by mysterious post-COVID and post-vax injuries—neurological issues, crippling POTS, heart damage, and chronic inflammation—have been dismissed by conventional medicine. Their conditions, a mystery. Their hope, fading. But now, a groundbreaking, grassroots initiative is producing documented recoveries. Researcher and electronic homeopath Jen Dhillon is spearheading an independent clinical trial on the Homeopathic Spike Detox (HSD) protocol. This isn't just another supplement. It’s a bioelectric reset. Here’s the revolutionary premise: Long COVID and vaccine injury are a result of disrupted cellular frequency. The spike protein—synthetic and unrecognizable—clogs the system, preventing cells from communicating. The body can’t clear it on its own. The HSD protocol uses electronically coded frequencies, delivered via a sucrose carrier, to “jumpstart” the body’s own healing intelligence. Think of it like a signal for your cells, telling them to reboot and clear the foreign invader. But here’s the kicker—they are DOCUMENTING IT WITH HARD DATA. ✅ Using a new S1 immune subset blood test that measures spike protein in white blood cells. ✅ Using MCG cardiograms to track cardiovascular recovery. ✅ An ophthalmologist in Texas documented a vaccine-injured patient with retinal edema. After years of steroid treatments that induced glaucoma, one round of HSD brought inflammation markers from 500 down to a normal 208. The swelling was gone. The protocol is a systemic reset: four targeted frequencies over eight weeks for the cardiovascular, neurological, digestive, and respiratory systems. This is a collaborative WAR EFFORT. Western medical professionals are working alongside integrative and holistic practitioners in a true grassroots movement, funded by donations, not corporate grants. Their recommendation? For general maintenance in our ongoing exposure, once or twice a year. For the severely injured, more frequent use is needed. The tide is turning. The body wants to heal. It just needs the right signal. For more information or to support this vital research, visit their site.
Video Transcript AI Summary
The presenter describes an independent, grassroots clinical trial that blends Western medical professionals with integrative and holistic practitioners. The trial investigates a new S1 immune subset blood test with markers based on the monocyte white blood cell for the spike protein, a synthetic protein the body doesn’t recognize or readily break down.
The team has been able to measure blood tests before and after applying the therapy. They employ multiple testing methods, including an MCG cardiogram to assess cardiovascular effectiveness and an ophthalmologist in Texas who used an OTC scan to measure inflammation in a patient with retinal edema who had vaccine injury and steroid-induced glaucoma after two years of steroid treatment. The before-and-after results showed the retinal edema dropping from around 500 to a normal range of about 200 within eight weeks, which the presenter characterizes as phenomenal and indicative of potential systemic anti-inflammatory effects.
When asked how the homeopathic spike detox protocol originated, the presenter explains it as an electronic homeopathic signature coded frequency delivered via a carrier such as sucrose (others use saline or water). The concept hinges on sending programmed signals into the body, which then break down into fructose and glucose and reach every tissue and cell. The goal is to generate a cellular response by signaling frequencies to re-ignite communication within cells, which the team believes is disrupted by long COVID and COVID itself. The protocol includes a diagnostics lab with markers based on white blood cells to enable before-and-after comparisons, and more than 20 practitioners participate in this independent clinical trial. The analogy used is that the signal is carried similarly to how a cell phone receives a signal; cells receive either a disruption or a frequency and can communicate accordingly. Proper frequency alignment could enable the body to heal and repair itself, described as bioelectricity.
The protocol is implemented in four systems: cardiovascular, neurological, digestive, and respiratory. Four different protocols are taken once a week because the frequencies persist in the body for about seven days. The interviewer notes the similarity to acupuncture in stimulating the body's natural elimination processes. The presenter emphasizes that Western and alternative medicine professionals are collaborating in a grassroots study, performing diagnostic testing and documenting case reports without grant funding. They acknowledge the ongoing burden of vaccine injury and broader COVID impacts on health.
Regarding usage, the therapy is recommended as an eight-dose regimen over eight weeks. For individuals severely ill from vaccine injury or those who have contracted COVID repeatedly, more frequent use may be necessary, while those who have had only occasional exposure might require fewer cycles. Further research is anticipated to elucidate ongoing exposure levels and outcomes.
Full Transcript
Speaker 0: Well, are initial case studies. This is an independent clinical trial and I think it's really important because this is groundbreaking. This is grassroots. We've got Western medical professionals that are moving more to an integrative space, working along integrative practitioners and holistic practitioners all together in a group doing grassroots clinical trial with a new S1 immune subset blood test, which has markers based on the monocyte, the white blood cell for the spike protein, the synthetic protein that our body doesn't recognize and isn't able to break down on its own.
Speaker 1: Okay. And so you have been able to measure blood tests before this protein or before this therapy and after that's what you're saying, right?
Speaker 0: Yes, mean, we're using several testing mechanisms. We're using an MCG cardiogram, in cases where we're measuring the effectiveness against cardiovascular issues. We have an ophthalmologist who has an eye clinic in Texas. She used the OTC scan to measure an inflammation in a patient that had retinal edema that was vaccine injured, had continued swelling in the retina and ended up getting steroid induced glaucoma after being put on steroids for two years, excuse me. And then we did this protocol and we did a before and after with the OTC scan and went from a 500 range down to a normal range of 200 in eight weeks, which is phenomenal.
And that gives a case for what this protocol has the potential to do against overall systemic inflammation in the body.
Speaker 1: So why don't you explain to us how the homeopathic spike detox protocol came about? Was it based on existing homeopathic principles? And maybe explain a little bit what it is as well.
Speaker 0: So this is an electronic homeopathic signature coded frequency and the carrier that we're using is sucrose. Some people use saline as carriers, some people use water, we're using sucrose. And the way that it works is basically we're sending signals programmed into sucrose. And then when that hits the body, it breaks down to fructose and glucose and gets into every tissue and every cell in the body and hopefully generating a response because we believe that long COVID and what COVID is disrupted cellular frequency. What we're basically doing is trying to signal frequencies to ignite a response so the cells can start communicating again because we believe that long COVID and COVID is cellular disruption.
So we have a diagnostics lab, one of two from my understanding that has this test with markers based on the white blood cell. That's what we're using so we can do a before and after. And then of course there's documented symptom relief and we have over 20 practitioners participating in this independent clinical trial. You get a signal and the cell phone's the carrier. So we're using sucrose as a carrier, you can use saline as a carrier.
So there's a cell phone and it's in your hand and you don't know how it works, but you get that cell phone receives a signal, right? And then what's the outcome of the signal? It's a frequency and then you can communicate. Well, your cells are the same way. They receive a frequency.
They either receive a disruption or they receive a frequency and they can communicate. And without the proper frequency to communicate, then your system can't talk to your whole system. So the concept of the homeopathic spike detox is it's in four different systems. So you take four different protocols and you take it once a week because the frequencies play out about seven days in the body. So we address the cardiovascular system, the neurological system, the digestive system, the respiratory system.
And then ideally, if that signal communicates with all the other signals and they align, then your body can kick in and do its thing and heal itself and repair itself because it's aligned. I guess that's the best way to explain bioelectricity
Speaker 1: You're and so you can jump starting the body's natural ability to kick out foreign objects, which is a lot of the theory behind acupuncture as well. I've done a lot
Speaker 0: of Exactly. Research about You hit it on the head. That's right. I guess the difference in our case is that we've got Western medical professionals and alternative ones working together in a grassroots clinical study using diagnostic testing and writing case reports and documenting. So we don't have access to grant money, so we've pulled together and we're doing this research on our own.
We do have a donation link on the website, getdetox.us, where people can donate anything they want, it's helpful. And we appreciate donations because we work with a lot of vaccine injured people that have lost their entire lives. They have no jobs, they can barely get out of bed. They have everything from neurological disorders to cardiovascular disease. Some of them have POTS and they can't even get up, they pass out.
We've seen some horrific things from the mRNA shots and COVID itself.
Speaker 1: Okay, and so since the CDC continues to warn us about new COVID infections, there's a new strain they're saying, you know, we're heading into the fall. This is highly infectious, but not more serious or or lethal or prone to hospitalizations. But we know that it's something they're warning us about. Is your therapy intended as a one time detox or an ongoing,
Speaker 0: therapy? Great question. Thank you for asking that. We recommend it once or twice a year. It's eight doses over eight weeks.
And we're finding that people that have been COVID vaxxed injured that are severely ill, they need to take it more frequently. And then people that maybe just contracted COVID once or twice a year is fine. We do feel like there is some exposure continuing to go on and that's gonna be more research that we're gonna
Speaker 1: be
Speaker 0: collecting
reSee.it AI Summary
A discussion reports unusual, long, rubbery clots tied to the COVID-19 spike protein, described as microclots with amyloid-like structure that obstruct vessels. Cited are embalmers, surgeons, and Dr. Raisa Pretorius, who suggests spike protein alone can trigger rapid blood-protein clumping, persisting for months and evading standard clottreatment. The thread debates vaccine design (mRNA vs other) and mentions spike-targeted therapies as a potential approach, framing a persistent risk.
@newstart_2024 - Camus
A disturbing and consistent pattern is emerging from morgues, operating rooms, and laboratories worldwide, pointing to a catastrophic and novel form of clotting linked to the COVID-19 spike protein. Esteemed pathologist Dr. Ryan Cole shares critical findings from frontline medical professionals: 1. The Embalmer's Discovery: "Congealed Clots" Never Seen Before Embalmers are reporting unprecedented "back pressure" during procedures, leading to the extraction of long, rubbery, congealed clots—some measuring inches, even feet in length. Surgeons confirm pulling identical structures from living patients. 2. These Are NOT Normal Clots This isn't standard thrombosis. VAERS data shows thousands of clotting reports across all vaccine brands. The concern is the nature of these clots. - They are often microclots, invisible on standard scans but devastating to circulation. - They are described as "proteinaceous" and "amyloid-like," forming a bizarre, branching structure that blocks entire vascular trees. 3. The Root Cause: A Rogue Spike Protein Groundbreaking research by Dr. Raisa Pretorius in South Africa reveals the mechanism: - The spike protein alone can trigger immediate clumping of blood proteins, bypassing the body's classical clotting cascade. - This explains why these abnormal, dense clots form directly in the bloodstream. 4. Persistent Spike, Persistent Danger The spike protein persists in the body for months, whether from infection or the shot, circulating and creating a chronic, low-grade threat. This continuous presence can repeatedly induce these dangerous clotting pathways. 5. Why Standard Treatments Fail Doctors are finding that typical clot-busting agents (like tPA) are often ineffective. The reason is twofold: - The body's natural clot-dissolving system (plasminogen) may be depleted. - These amyloid-like protein masses are structurally resistant to conventional anti-coagulation therapies. Conclusion & Call to Action: Dr. Cole states unequivocally: We are using a shot designed for an extinct virus (Wuhan strain) that does not prevent infection from current variants (Omicron). The result is a medical paradox: all risk, no benefit. We are inducing severe pathological processes—catastrophic clotting, immune suppression, and cancer-promoting pathways—with a product that is technically "expired" from a medical standpoint. The data is clear. The mechanism is identified. The human cost is mounting. It is time to halt these shots.
Video Transcript AI Summary
Dr. Pretorius and a colleague discuss unusual clotting observed after COVID-19 vaccination, including embalmers reporting back pressure when introducing embalming fluid and the extraction of very long, congealed clots—six inches to several feet—as well as patients with long brachial clots. They note thousands of clotting reports in VAERS across all vaccine types, describing these clots as not normal. Some clots cause major emboli affecting circulation to the lungs, detected by scans and perfusion studies, while others are microclots with a branching pattern visible in imaging. A clinician also shared a photo of a clot with a complete branching pattern into medium and smaller vessels.
Dr. Pretorius’ work is cited to explain the mechanism: spike protein can induce immediate clumping of proteins in platelet-poor plasma in the absence of platelets, a highly unusual clotting pathway not relying on the classical coagulation cascade. This is described as a proteinaceous, pseudo-amyloid–like clot. The spike protein is reported to circulate after vaccination, with studies in the Journal of Immunology showing spikes in circulation and exosomes up to four months after shots. Long-haul COVID data (Patterson’s study) reportedly shows S1 protein present in nonclassical monocytes in blood, suggesting persistence of spike protein, whether from infection or the vaccine, which can induce clotting pathways on its own. Dr. Pretorius discusses observations of upregulation of intercellular adhesion molecules (ICAMs) on leukocytes within clots, causing white blood cells to adhere in addition to fibrin, contributing to difficulty in dissolving these clots.
Concerning treatment and detection, the speakers describe depletion of plasminogen, reducing the body’s ability to break down clots, and note that standard anticoagulants are less effective against these clots, which are described as amyloid-like and atypical. They emphasize that these are not the classical clotting pathways involving platelet activation and typical thrombin–fibrin cascades. They contrast this with expectations of standard clotting mechanisms and reference the unusual, non-classical pathway highlighted by Pretorius.
The discussion also mentions the idea that spike protein in circulation can drive clotting without the usual platelet activation, and that some patients have continued to experience spike-related effects long after vaccination. They assert that vaccines were developed targeting the original Wuhan strain and may not cover Omicron; they suggest the shot’s risk-benefit balance is unfavorable given ongoing clotting, immune suppression, and cancer-inducing pathways, and they claim data indicate those who receive two or three shots may acquire Omicron at a higher rate than those unvaccinated. They conclude that the shot is expired for a virus that is no longer circulating in its original form and argue that vaccination induces dangerous pathologic processes with no protective benefit.
Full Transcript
Speaker 0: Let's talk about clotting. I watched another podcast that you did and you were specifically talking about clot formation and some of the findings of even embalmers who were looking at cadavers after a patient had deceased and they had had the COVID-nineteen shot. What's going on there?
Speaker 1: Doctor. Yeah, this is a great question as well. I've been in contact with several, well, pathology colleagues, coroners, and embalmers. And the embalmers, they were noticing that when they would go to put the embalming fluid in, they would get back pressure they'd never seen before. And they started pulling out these long congealed clots.
And, you know, six inches long, 12 inches long, four feet long. And I was talking to a surgeon in Florida this week and he had pulled out two several, you know, several foot long clots from a patient. I know several patients who've had, you know, long brachial brachial clots. So, some patients have made it and you know, have their their clots removed But obviously, know we're seeing increased clotting in the VAERS reporting not only from J and J, which was halted for a brief period because of the clots in the venous sinus in the brain, but also you know, these lung clots that we're seeing in their thousands upon thousands of clotting reports in bears for all of the shots. And these these clots are not normal clots.
This is the concern on a scan. If you if you are suspecting, say, a big embolus that blocks the circulation that goes to both lungs, you can usually see that on a scan and then you do perfusion studies. A lot of these also end up being micro clots. I had another doctor bring a photo of a clot he had pulled and it had basically the whole branching pattern of the clot going into all the medium and smaller sized vessels as well. It was incredibly impressive.
I'll try to get that picture from him so you can post that. But the clots are more of a it's a proteinaceous clot and it's what we call a pseudo amyloid like. And Doctor. Pretorius, she's done some cutting edge studies and understanding. She's in South Africa and Doctor.
Erisa Pretorius in her papers has shown that you can take the spike protein in the absence of platelets, put it into platelet poor plasma and cause immediate clumping of the proteins in the absence of this little cascade that we always go through to form a clot. Clotting. Yeah. So that spike protein in and of itself and induces a highly unusual clumping of proteins in our bloodstream. And so this explains, you know, partially why we're seeing some of these outcomes.
And so after the shot, we know that spike protein is in circulation. There was a great study in the Journal of Immunology showing the spikes circulating in the body and exosomes up to four months after the shots. And we know even from some of the long haul COVID patients, Doctor. Patterson's study showed that S1 protein present in our nonclassical monocytes in our blood. So we know that spike is persistent, be it from a severe infection and lasting in some of these long haul patients and or from the synthetic sequence producing chronic low grade picogram levels of spike protein that in and of itself can induce these clotting pathways.
And so, you know, I have many of them I'm studied. I've studied a handful of my been on the road too much last couple of weeks. Just arrived and just received a shipment of some more to study. So I'm looking at cellular adhesion molecules within the clots. You get a lot of trapped white blood cells as well.
And what I'm seeing is an upregulation of these molecules on the surface called ICAMS in intercellular adhesion molecules that are upregulated, causing the white blood cells to stick in addition to these proteins, in addition to the fibrin. Part of the reason clinically why doctors are having difficulty clock busting, you know, with all the different,
Speaker 0: like with TDA or, yeah,
Speaker 1: it's like or whatever. Yes, yeah, It's will. It's interesting because, you know, normally clots will use plasminogens to break them down to start breaking down those fibrin products. And so those fibrin split products will detect with a D dimer test in the laboratory. But there for one, I think we're depleting some of our plasminogen when these clots are forming.
Then two, the standard anti clotting agents aren't working well, breaking down these congealed amyloid like proteins.
Speaker 0: Okay, so these are not classical clots. These are not, you know, looking at the spike protein and the interaction with the spike protein and the ACE2 receptor, you know, think we could have anticipated clotting but I expected more from the classical pathway where you would get platelet activation. This sounds like something different.
Speaker 1: Doctor. It is. It is. And that's that's where it's really interesting to review Doctor. Pretorius's papers and studies because she shows this atypical clotting pathway without your classical pathway necessarily being induced.
And, you know, it's fascinating that we didn't have this before these shots were rolled out. I mean, these could have been anticipated in mammal models. We ended up picking the most thrombogenic aspect of this virus, the most immune suppressing aspect of this virus, the most immune modulating aspect of this virus. And I mean, in my medical opinion, it makes no sense. I mean, the the shot was made for Wuhan, and we're on to Omicron.
I ask people two questions. Is Wuhan present in humanity? No. It's extinct. Do the shots cover Omicron?
No, they don't. Well, game over. The shots need to stop because of these clotting pathways, immune suppression, cancer inducing pathways. They're all risk with no benefit at this point, and we're seeing in the data that those who get two or three shots are acquiring Omicron at a higher rate than those who didn't get shots. And we're seeing too many of these, adverse outcomes in individuals getting the shot when it's now a shot for a virus that's extinct.
Technically, the shot is expired. Right. And we're inducing these dangerous path pathologic processes in the body with something that's not, protective anyway.
@MarkZamoyski - Mark Zamoyski
@newstart_2024 Do the spike protein vaccines (J&J and A-Z) also induce "amyloid" clots, or is this unique to mRNA VAX ? This goes back to Dr. Malone's disclosures about mRNA VAX having untoward coding sequences for amyloid. It would clear up if it was "spike related" or "untoward coding"
@GrandpaSeth2 - S
@MarkZamoyski @newstart_2024 Spike protein from the lab made virus induces the same clots. It's a BSL-3 rated biohazard in the lab, and people are out there acting like it's a cold because symptoms during the acute phase of infection are mild. HIV is a mild cold when you're first infected too...
@Davemuns1361 - Davemuns
@GrandpaSeth2 @MarkZamoyski Then the question remains, how to clear the spike? No one will tell the public (with the exception of FL CCC). IVR discussion is still heavily censored. So I’m assuming thats part of the solution. “Public Health Experts” also go after NAC, raw dairy and eggs.
@MarkZamoyski - Mark Zamoyski
Only way to clear spike is kill all mRNA'd cells producing spike That is also the best way to selectively kill C19 cancers Here is what needs to be done: Cancer biopsies have revealed ongoing production of spike protein (also a carcinogen via P53 pathways) Ongoing spike production means spike snippets are presented on the cell surface by MHC1, which you can now target with spike specific drugs (e.g. antigen specific cytolytic CD-8 T-Cells). You are not targeting the cancer mutation. You are targeting the viral protein (that apparently your own immune system can no longer kill), but doing that also kills the cancer cells. The above in turn screams of the possible need for that same drug as a prophylactic future necessity. If your immune system is no longer capable of killing spike producing cells, this drug would be the the only way to avoid a lifetime of spike related misery.
reSee.it AI Summary
I learned Dr. Josh Axe’s view that food color and flavor target specific organs in Traditional Chinese Medicine, backed by centuries of results. Green+sour for liver detox; red+bitter for heart/circulation; orange+sweet for digestion/spleen; white/light for immunity/lungs; purple/blue/black + mushrooms for hormones/adrenals. He links patterns to millions of cases and notes soil-based Bacillus subtilis can help SIBO/histamine. Watch the clip and pick a color for your plate this week.
@newstart_2024 - Camus
What if the secret to healing your body was hiding in the color of your food? Dr. Josh Axe, who has personally guided over 10,000 patients, dropped one of the most mind-blowing explanations of how Traditional Chinese Medicine uses food color + flavor to target specific organs — and it’s backed by thousands of years of real-world results. Quick cheat sheet from the interview: - Green + sour → Liver detox (steamed greens, bone broth, a little bitter) - Red + bitter → Heart & circulation (tomatoes, pomegranate, hawthorn) - Orange + naturally sweet → Digestion & spleen (sweet potato, pumpkin) - White/light yellow → Immunity & lungs (chicken soup, ginger, garlic, onion, pears) - Purple/blue/black + mushrooms → Hormones & adrenals He explains exactly how ancient doctors discovered this: millions of patient cases over centuries, noticing the same patterns again and again — the same way the world’s best investors all eventually agree on the same core principles. Plus a golden nugget for anyone who reacts badly to regular probiotics: soil-based (spore-forming) organisms like Bacillus subtilis are often way better tolerated in SIBO/histamine cases because they’re transient and don’t rely on sour fermentation. Watch this 6:19 clip — it’s honestly one of the clearest, most practical breakdowns of food-as-medicine I’ve ever heard. Which color are you adding to your plate this week? Drop it below
Video Transcript AI Summary
Speaker 0 explains that every diet they create blends functional Western medicine with traditional Chinese medicine (TCM), leaning slightly toward TCM. They’ve treated thousands of patients, perhaps over 10,000, and find using Chinese medicine–based dietary recommendations to be the most effective for healing. Early in their career they recommended gluten-free diets, including for children in the autistic community, then adopted the GAPS diet, which helped many with gut microbiome issues, neurodegenerative issues, and autoimmune conditions. They later moved toward a Chinese medicine approach, noting that while GAPS is helpful for many, the TCM framework allows for very specific food recommendations tailored to particular conditions. Examples: for liver issues, recommend steamed vegetables and foods rich in glycine like bone broth; green and sour foods tend to aid detoxification, with a little bitterness also beneficial. For cardiovascular issues, bitter foods and red foods are especially helpful, such as tomatoes, hawthorn, or pomegranate. For upper GI digestion, orange foods are preferred, including sweet potatoes and pumpkin; beef can fit into both heart and upper digestion categories. For immune system concerns, white and light yellow foods are emphasized, with chicken soup (yellow broth), ginger tea (yellow), garlic, onion, and miso as yellow immune activators. Pears are recommended for respiratory issues. Hormonal or adrenal concerns benefit from mushrooms, which come in purple, blue, and black hues, suggesting multi-color nourishment. In sum, foods and flavors are used as medicinal tools to treat different conditions.
Speaker 1 asks how this culture figured out that colors of foods impact different organs. Speaker 0 responds by describing a long, collaborative learning process: thousands of physicians, extensive testing, and millions of case studies that reveal patterns. They reference a principle their father discusses about determining truth by analyzing overlaps among top financial investors to identify lasting principles, analogizing that researchers found patterns like sour activating the liver and bitter activating bile release and dampness clearance. They emphasize that bitter foods, the most bitter being potent, have predictable effects, and combinations of bitter and sweet yield specific outcomes. Sour foods are linked to probiotic effects; they note that sour prevalence in probiotic foods influences microbial environments.
Speaker 1 notes personal experiences with probiotics, pondering why they can’t tolerate probiotics, hinting at SIBO or histamine reactions. Speaker 0 explains a probiotic distinction: soil-based organisms (spore-forming bacteria such as Bacillus subtilis) tend to be less sour and may be better for people with SIBO or histamine sensitivity, though they’re transient and pass through the system, whereas food-based probiotics may have more lasting colonization. They mention that there are products that include soil-based probiotics, sometimes marketed under the term “Spore Biotics.”
Full Transcript
Speaker 0: Well, would say a lot. I mean, every diet I create for somebody is based more it it it still is a combination of functional Western of functional medicine and TCM, but my diet's what I recommend for people, lean slightly TCM. And I I mean, Mikael, I've treated like thousands of patients, if not over 10,000, and I have found in this, using Chinese medicine in terms of those dietary recommendations is the most effective thing I've seen for helping somebody heal. Because like when I was really early in my career, talking about like my first year, I put people more on like, I was like, hey, gluten free. So like I would work with kids in the autistic community, we'd go gluten free, casein free, and then I started saying, okay, well that helps, but still it's not doing as much as I want.
And then I got turned onto the GAPS diet, and that was a really big step forward, and I found, okay, this GAPS diet is really great for a lot of people, especially with gut microbiome issues, neurodegenerative issues, autoimmune issues. And then from there I kind of move forward into more of a Chinese medicine diet, which actually has A GAPS diet is really good for still a lot of people, but it sort of taught me to treat, recommend certain foods for certain things. So just to give you an example, like if I know somebody has a liver issue, I'm going to recommend they do a lot of steamed vegetables and a lot of foods rich in glycine like bone broth, and I'm going to, so they're just very specific foods for activating the liver. So foods that are green and sour tend to be best for detoxification, along with a little bitter. If somebody has a cardiovascular issue, the best thing they can do are bitter foods, bitter and red.
Those really, so think about tomatoes, or an herb like hawthorn, or pomegranate, like very healing for the heart and cardiovascular system. If somebody has a digestive system, upper GI, that's gonna be more orange foods. It's gonna be sweet potato and pumpkin, and even beef would fall into both the heart and the upper digestion category, and then the immune system are foods that are white and light yellow. So think about this, when somebody's sick with a cold or flu, it's like you give them chicken soup, is yellow broth, or ginger herbal tea, which is yellow, or garlic or onion or miso, these are all yellow foods that activate the immune system. Pears in Chinese medicine are recommended for respiratory issues.
And so, and then let me just, and then the last one would be, and the immune issues are also tied to colon, and then the last one is hormonal issues. That you tend to recommend a lot of, or adrenal issues. That's a lot of mushrooms, which are multiple colors. A lot of purple and blue and black foods tend to be more nourishing for those. So yeah, so based on the condition, I use kind of foods and flavors as sort of some of the medicinal ways of treating different conditions.
Speaker 1: How did that culture figure out that different colored foods impact different organs.
Speaker 0: Well, I
Speaker 1: It's would different. It's definitely different from what I've learned. But, obviously, it seems to work, and that Linda person definitely was able to cure things. So, like, how did they figure how does that why does that work? Do they know why it works?
Speaker 0: Yeah. So it's the very same reason how you found out that the lion diet works for you and what doesn't work. Only what you've had is we've had thousands of physicians, imagine thousands of physicians for a thousand Yeah. Testing and trying and paying close attention to patients and working with them doing individual, millions of individual case studies, and being able to dial in and figure out these patterns. Mean one of the things that your dad talks about, I love that he talks about this, is like, well how do you know what truth is?
Or how do you know what the best decision is to make? One of the things I heard him say was, well, who are the top five investors in the world? Okay. Where do they overlap? And what's true that they all say these are the financial principles that work?
Right? Same thing with maybe, so I think it's a very similar thing, is they found, they started noticing these patterns between, oh, sour activates the liver. Oh, bitter activates bile release and clearing dampness. Oh, okay. Well, all bitter foods must do that to a degree.
What's the most bitter? What's the least okay. What happens when you have something that's bitter and sweet? Oh, well, it's gonna have this impact. So so they were just overwhelmed.
Interesting.
Speaker 1: Yeah. So it's gotta be compounds in the bitter taste that seem to activate certain parts of the body or something.
Speaker 0: Yeah. Exactly. Yeah. So so we know that sour does something like every probiotic food ever
Speaker 1: Yeah.
Speaker 0: Is sour.
Speaker 1: Yeah. Yeah.
Speaker 0: I mean, and so that's very directly effective to creating a certain environment for microbes will grow. Now in somebody with SIBO or certain types of histamine reactions, that's, you know, that's, anyways, a whole
Speaker 1: different topic. Gotta be why I can't do probiotics. It's gotta be something like SIBO. I thought this for years. Was like, why can't I, I can't tolerate any probiotics.
Like, yeah, it's gotta be something like that.
Speaker 0: Yeah.
Speaker 1: Cool. Yeah. Wow.
Speaker 0: Well, me say that there is a type of probiotic that's less prone to being sour, and they're called soil based organisms. They're known as spore forming bacteria. And so people, not always, but people with SIBO or microbial issues that have histamine reactions, they tend to do better with the soil based organisms like bacillus subtilis than they do the food based probiotics, because the soil based tend to have less of an affinity towards sour. Part of the sourness helps them survive and grow, versus the soil based organisms don't really need that. And the soil based organisms are transient, I mean they just pass through your system.
Some of the food base will have more of an impact on hosting and living in your system.
Speaker 1: Interesting. So that was like Spore Biotics? Yeah. That company? Okay,
Speaker 0: Cool. Well, it's it's not a well, there is probably a company, but it's just a type. It's a type of probiotic. Oh, Spore
Speaker 1: Biotics is a That
Speaker 0: a few different type a few companies will include in their products.