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We are making this dream a reality with this announcement. The COVID vaccine has proven to be highly effective, although its logistics were complex due to the new technology.

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Vaccines are seen as magical but expectations should be tempered. Pfizer's vaccine is 95% effective, but efficacy drops over time. Boosters may be needed annually. Moderna is working on a combined flu and COVID vaccine. The future is uncertain, but we must adapt.

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Pfizer announced its vaccine trial for 12-15 year olds was 100% effective in preventing infection. This news could impact school reopenings. Dr. Purnell, a public health physician, noted the mRNA vaccine technology is promising, with efficacy rates even higher than in adults. The 100% effectiveness is unprecedented and a significant development.

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The AstraZeneca vaccine is 100% effective against hospitalization and death, a crucial statistic that needs more attention. This information has only recently become available, and while the 70% effectiveness rate is also impressive, the focus should be on the strong protection it offers against severe outcomes.

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There is a new mRNA COVID-19 vaccine, but there is no evidence to support its effectiveness or safety in human trials. Additionally, several studies from different countries suggest that these vaccines may actually increase the risk of contracting COVID-19 over time. This is concerning and not a typical outcome.

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Vaccinating kids before the next school year is realistic. A study with around 1,200 adolescents showed no COVID cases in the vaccinated group, indicating high efficacy. Vaccinating adolescents is crucial, especially as some are being hospitalized, particularly those with underlying conditions. To effectively interrupt virus transmission, we need 80-85% vaccination coverage, which can be achieved by including adolescents. This will lead to a safer school year for students and staff. However, there will be challenges in public acceptance, as some parents may be hesitant about the new mRNA technology. Ongoing communication and advocacy will be essential to address concerns and encourage vaccination, which is expected to increase over time as more kids get vaccinated without adverse effects.

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The speaker acknowledges that the vaccine did not completely stop the spread or infection, but clarifies that initially it did for the Wuhan strain and the alpha strain. Early data and literature published in the New England Journal showed that those who were vaccinated and didn't get infected were not transmitting the virus to others. The vaccine had a high efficacy of up to 96% early on and this efficacy did not change over time.

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Dr. Menares and an interlocutor debate the science behind pediatric COVID vaccination and routine immunizations, focusing on transmission, hospitalization, and risk. - The interlocutor asks whether the COVID vaccine prevents transmission. Speaker 1 answer: the vaccine can reduce viral load in individuals who are infected, and with reduced viral load, there is reduced transmission. The interlocutor reframes, insisting that the vaccine does not prevent transmission and notes decreasing effectiveness over time, citing Omicron data showing around 16% reduction when there is a reduction. - On hospitalization for children 18 and under: Speaker 0 asserts the vaccine does not reduce hospitalization for 18-year-olds; statistics are inconclusive due to small numbers of hospitalizations in that age group (approximately 76 million people aged 18 in the country, with 183 deaths and a few thousand hospitalizations in 2020–2021; numbers have since dropped). The argument emphasizes a need to discuss the issue. - On death for children 18 and under: Speaker 0 says the vaccine does not reduce the death rate; claims there is no statistical evidence that it reduces deaths. Speaker 1 responds with a more cautious stance: “It can,” but Speaker 0 counters, calling that an insufficient answer. - The discussion references the vaccine approval process and ongoing debates in vaccine committees. The interlocutor states that when the vaccine was approved for six months and older, the discussion acknowledged no proof of reduction in hospitalization or death. The argument asserts that the justification for vaccination is based on antibody generation rather than clear hospitalization/death data. The interlocutor contends that immunology measurements (antibody production) do not necessarily justify vaccination frequency. - The core debate centers on what the science supports for vaccinating six-month-olds and the benefits versus risks. The interlocutor argues there is no hospitalization or death benefit for vaccination in this age group, and notes a known risk of myocarditis in younger populations, estimated somewhere between six and ten per ten thousand, which the interlocutor claims is greater than the risk of hospitalization or death being measurable. - The exchange then shifts to changing the childhood vaccine schedule, particularly the hepatitis B vaccine given to newborns when the mother is not hepatitis B positive. The interlocutor asks for the medical or scientific reason to give a hepatitis B vaccine to a newborn with an uninfected mother, arguing that the discussion should focus on whether to change the schedule rather than declaring all vaccines as good or bad. - Speaker 1 says they agreed with considering the science and would not pre-commit to approving all ACIP recommendations without the science. Speaker 0 disagrees, asserting their position that the debate should center on the medical rationale for these specific vaccines and schedules, not on a blanket endorsement of vaccines. - Throughout, the dialogue emphasizes examining the medical reasons and evidence for specific vaccines and schedules, rather than broad generalizations about vaccines.

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The Food and Drug Administration granted final approval to the Pfizer COVID vaccine. Those hesitant due to its Emergency Use Authorization may now be more inclined to take it. The vaccine has been proven safe and effective and now has final approval. The speaker urges listeners to take the vaccine to save their life, and potentially the life of another.

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The COVID-19 vaccines have proven to be highly effective in the real world. Both the mRNA vaccine and another vaccine have shown efficacy rates of 94% to 95% for mild to moderate disease. In fact, the real world effectiveness of these vaccines is even more impressive than the results of the clinical trials. It is clear that these vaccines are highly effective in preventing COVID-19.

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The speaker discusses the safety concerns of COVID-19 vaccines and emphasizes the importance of getting vaccinated. They mention the risk of blood clots with the J&J vaccine but assure that all vaccines are good and safe. The speaker urges parents to vaccinate their children, even though COVID poses minimal threat to healthy kids. They recommend adolescents to get two doses of the vaccine and mention the possibility of needing a booster shot. The speaker suggests that innovative solutions may be required, including a fourth immunization. They highlight the importance of getting vaccinated to protect against hospitalizations and rising COVID cases. The speaker also addresses misinformation and emphasizes the need for everyone to be vaccinated, including children. They mention the possibility of needing additional boosters in the future. The transcript ends with praise for the speaker's expertise and a brief mention of monkeypox being transmitted among a specific social network.

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COVID-19 vaccines are described as safe and effective for various age groups, including children as young as five. Pfizer, Moderna, AstraZeneca, and Johnson & Johnson vaccines are highlighted. Studies and trials have confirmed the vaccines' safety and efficacy, with some showing high effectiveness in preventing symptomatic infections and severe disease. The FDA and European Medicines Agency have assessed and approved these vaccines. A booster shot different from the original vaccination is likely safe and effective. The vaccines are considered a key tool, along with mask-wearing and social distancing, to combat the spread of COVID-19 and return to normalcy.

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Moderna and Pfizer discuss vaccine effectiveness. Various incentives for vaccination are mentioned. The importance of vaccination is emphasized to prevent overcrowding in hospitals. Calls for shaming those who refuse vaccines are made. Boosters are encouraged. Vaccinated individuals do not spread the virus. Vaccination is seen as crucial for ending the pandemic. Refusal to vaccinate is criticized for impacting everyone.

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From what we learned, Lisa discusses the mediation of COVID vaccines. It seems that there is a vaccine available, and it is highly effective.

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Pfizer announced that its vaccine trial for adolescents shows its coronavirus shot was '100% effective at preventing infection and sickness among twelve to fifteen year olds,' a result that could be a major game changer for reopening schools across America. Joining us is Doctor Chris Pernell, a public health physician and fellow at the American College of Preventative Medicine. Host: 'A 100% effective? Is that unusual to find that efficacy rate?' Dr. Pernell: 'Well, that's even higher than what we were reported, when we had ninety five percent efficacy in adults. Look. We know these mRNA vaccines are a game changer. The technology is different. The technology is very promising.' Host: 'I mean, it's a hundred percent. I mean I mean, you know, it does not get any better.'

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Vaccines are seen as magical, but expectations may need to be lowered. Pfizer's vaccine is 95% effective, but efficacy rates can fluctuate. Protection may only last a year, requiring annual shots. Moderna is working on a combined flu and COVID vaccine. The future is uncertain, but there is hope for improvement in the next 5 years.

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Children aged 5 to 11 can now get the COVID vaccine to protect older and vulnerable individuals. The vaccine has low side effects, with only a few cases of heart inflammation out of millions vaccinated in the US. Getting COVID poses a higher risk of heart inflammation than the vaccine. Vaccinating kids can reduce school disruptions and help safeguard older people.

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Europe is considering extending vaccination authorization to children as young as 12. France is also expected to follow suit. The paradigm is shifting from protecting the most vulnerable to preventing virus transmission. Vaccines not only prevent severe cases but also transmission. The results of Pfizer's vaccine trials in adolescents have shown good efficacy and tolerance. Therefore, it is crucial to vaccinate those who are most likely to transmit the virus, including teenagers. Vaccination for 12 to 18-year-olds should be available by the latest at the start of the school year, and hopefully even sooner.

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- The discussion opens with a critique of how public health authorities in the United States and much of the media discouraged experimentation with COVID-19 treatments, instead pushing vaccination and portraying other approaches as dangerous. The hosts ask why treatments were sidelined and treated as heretical to question. - Speaker 1 explains that the core idea was to stamp out “vaccine hesitation,” which he frames not as a purely scientific issue but as a form of heresy. He notes a broad literature on vaccine hesitancy and contrasts it with the perception of the vaccine as a liberating savior. He points to a Vatican €20 silver coin (2022) commemorating the COVID-19 vaccine, described by Vatican catalogs as “a boy prepares to receive the Eucharist,” which the speakers interpret as an overlay of religious iconography with vaccination imagery. They also reference Diego Rivera’s mural in Detroit, interpreted as depicting the vaccine as a Eucharist, and a South African church banner reading “even the blood of Christ cannot protect you, get vaccinated,” highlighting what they see as provocative uses of religious symbolism to promote vaccination. - They claim that the Biden administration’s COVID Vaccine Corps distributed billions of dollars to major sports leagues (NFL, MLB) and that many mainline churches reportedly received money to push vaccination, with many clergy not opposing the push. The implication is that monetary incentives influenced public figures and organizations to advocate for vaccines, contributing to a climate in which questioning orthodoxy was difficult. - The speakers discuss the social dynamics around vaccine “heresy,” using Aaron Rodgers’ experience with isolation and shaming in the NFL and Novak Djokovic’s experiences in Australia to illustrate how prominent individuals who questioned or fell outside the orthodoxy faced punitive pressure. They compare this to a Reformation-era conflict over doctrinal correctness and describe a psychology of stigmatizing dissent as a tool to enforce conformity. - They argue the imperative driving institutions was the belief that the vaccine was the central, non-negotiable public-health objective, seemingly above other medical considerations. The central question they raise is why vaccines became the sole priority, seemingly overriding a broader, more nuanced evaluation of medical options and individual risk. - The conversation shifts to epistemology and the nature of science. Speaker 1 suggests medicine often relies on orthodoxies and presuppositions, rather than purely empirical processes. He recounts a Kantian view that interpretation depends on preexisting categories, and he uses this to argue that medical decision-making can be constrained by established doctrines, which may obscure questions about optimization and safety. - They recount the 1986 National Childhood Vaccine Injury Act and discuss Sara Sotomayor’s dissent, which argued that liability exposure is a key incentive for safety and improvement in vaccine development. They argue that the current system creates minimal liability for manufacturers, reducing the incentive to optimize safety, and they use this to question how the system encourages continuous safety improvements. - The hosts recount the early-treatment movement led by Peter McCullough and others, including a Senate hearing organized by Ron Johnson in November 2020 to discuss early-treatment options with FDA-approved drugs like hydroxychloroquine. They criticize what they describe as aggressive pushback against such approaches, noting that McCullough faced professional sanctions and lawsuits despite presenting peer-reviewed literature. - They return to the concept of orthodoxy and dogma, arguing that the medical establishment often suppresses dissent, citing YouTube removing a McCullough interview and the broader pattern of silencing challenge to the vaccine narrative. They stress that the social and institutional systems prize conformity and punish those who deviate, creating a climate of distrust toward official health bodies. - The discussion broadens into metaphysical and philosophical territory, with references to the Grand Inquisitor from Dostoevsky’s The Brothers Karamazov. They propose that elites—whether religious, political, or scientific—tend to prefer “taking care” of people through control rather than preserving individual responsibility and free will. The Grand Inquisitor tale is used to illustrate a recurring human temptation: to replace personal liberty with a protected, paternalistic order. - They discuss messenger RNA (mRNA) technology as a central manifestation of Promethean or Luciferian intellect—humans attempting to “read and write in the language of God.” They describe the scientific arc from transcription and translation to mRNA vaccines, noting Francis Collins’s The Language of God and the idea of humans “coding life.” They caution that mRNA vaccines involve injecting genetic material and point to the symbolic and ritual power of vaccination as a form of modern sacrament. - The speakers emphasize that the mRNA approach represents both a profound scientific achievement and a source of deep concern. They discuss fertility signals and potential adverse effects, including myocarditis in young people, and cite the July 2021 NEJM case study as highlighting safety concerns for myocarditis in adolescent males. They reference the FDA deliberative-committee discussions, noting that some influential voices publicly questioned the risk-benefit calculus for young people, yet faced pressure or dismissal within the orthodox framework. - They describe post-hoc investigations and testimonies suggesting that adverse events (like myocarditis) might have been downplayed or obscured, and they assert that public trust in health institutions has eroded as a result. They mention ongoing debates about whether vaccine-induced changes might affect future generations, referencing studies about transcripts of mRNA in cancer cells and liver cells, and they stress the need for independent scrutiny by scientists not “entranced” by the vaccine program. - The dialogue returns to the broader human condition: a tension between curiosity and restraint, knowledge and humility. They return to Dostoevsky’s moral questions about free will, responsibility, and the limits of human knowledge, concluding that scientific hubris can lead to dangerous consequences when it overrides open inquiry and accountability. - In closing, while the guests reflect on past missteps and the need for integrity in medicine, they underscore the ongoing questions about how evidence is interpreted, how dissent is treated, and how society balances scientific progress with humility, transparency, and respect for individual judgment.

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The speaker acknowledges that the vaccine did not completely stop the spread or infection, but clarifies that initially it did for the Wuhan strain and the alpha strain. Early data and literature published in the New England Journal showed that those who were vaccinated and didn't get infected were not transmitting the virus to others. The vaccine had a high efficacy of up to 96% early on and this efficacy did not change over time.

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The speaker acknowledges that the vaccine did not completely stop the spread or infection, but clarifies that initially it did for the Wuhan strain and the alpha strain. Early data and literature published in the New England Journal showed that those who were vaccinated and didn't get infected were not transmitting the virus to others. The vaccine had a high efficacy of up to 96% early on and this efficacy did not change over time.

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Pfizer has announced that its coronavirus vaccine trial for adolescents aged 12 to 15 showed 100% effectiveness in preventing infection and illness. This significant finding could greatly impact the reopening of schools in America. Doctor Chris Purnell, a public health physician, noted that this efficacy rate is even higher than the 95% reported for adults. She emphasized that mRNA vaccines represent a groundbreaking advancement in technology, highlighting the promising results of the trial.

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The first speaker argues that messenger RNA vaccines were unprecedented compared to anything previously developed. They state there was never any justification given for not using a traditional vaccine, and there was never any evidence that the messenger RNA vaccine was as good as a ground-up virus—the old-fashioned type of vaccine—whose safety, efficiency, and cost are well known. They emphasize the importance of that point and note that a recent Korean study in young boys compared a booster using an antigen vaccine with a messenger RNA vaccine, and found the antigen vaccine to be more protective than the messenger RNA vaccine. From this, they conclude that there are currently data indicating there are no ongoing advantages to using these genetic vaccines. The second speaker adds that this situation is a huge mystery, questioning why the genetic RNA route was chosen in the first place. They suggest that someone made a lot of money, acknowledging that money is a factor, but saying they have never heard a scientific explanation for the decision-making process, describing it as a complete black box. They further point out that there are ongoing efforts by many people to transform vaccines beyond traditional forms to include self-replicating RNA, and that this discussion continues. They argue that the red flags from the first round have not been sorted out, and that there is no evidence these approaches are better; in fact, they imply they are clearly not better.

Unlimited Hangout

Pfizer and the Public Health Panopticon with Johnny Vedmore
Guests: Johnny Vedmore
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This episode examines Pfizer, Operation Warp Speed, and the push toward mRNA/DNA vaccine technologies. Whitney Webb notes that Trump and Warp Speed leaders praised Pfizer and repeated a “ninety percent effective” claim that Pfizer presents as self-reported and not yet publicly scrutinized, while Fauci says vaccination will not restore normalcy and masks and distancing will continue. Johnny Vedmore explains the difference between DNA and mRNA vaccines, stressing that mRNA vaccines change a function of DNA rather than its sequence and could open the door to broader gene therapies. He notes the FDA has never approved an mRNA vaccine, the long‑term health effects are unknown, and the technology could move toward transhumanist medicine. He adds that Moderna and Pfizer/BioNTech have competed, with Moderna reporting higher efficacy. Vedmore traces Pfizer’s moves: purchasing PowderMed (a DNA vaccine company) early on, then partnering with BioNTech to outrun Moderna. He warns that media framing often avoids the nuance of DNA vs. RNA changes. A BBC piece quotes Pfizer’s Andrew Widger saying the vaccine “does not alter the DNA sequence of the human body” while omitting deeper mechanisms. The Kano State Trovan trial in 1996 is recounted: 200 Nigerian children were exposed to an experimental drug; deaths and disabilities followed, and Pfizer settled for about $75 million, with families sometimes forced to DNA-test relatives to claim eligibility. He notes Pfizer’s later recruitment of 12-year-olds in the US and an FDA investigation that was reportedly dropped. In the UK, Matt Hancock promised “hope injected into the arms of millions before Christmas.” The discussion centers on Five Eyes surveillance, GCHQ’s efforts to police vaccine skepticism, and the convergence of intelligence, health tech, and DARPA-linked ventures, including wearables for pharmacovigilance managed by Google and Oracle.

The Dhru Purohit Show

Should kids get the COVID-19 vaccine? | Dr. Elisa Song, Pediatrician
Guests: Dr. Elisa Song
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In this podcast episode, Dr. Elisa Song discusses the complexities surrounding COVID-19 vaccinations for children. Many parents are uncertain about vaccinating their kids, especially given that most children experience mild or asymptomatic COVID-19. Dr. Song emphasizes that the decision should be individualized, considering each child's risks and family circumstances. She highlights the importance of understanding the emergency use authorization process, which allows vaccines to be distributed without full FDA approval during a pandemic. Dr. Song notes that while the Pfizer vaccine showed 100% efficacy in trials for 12 to 15-year-olds, the trials were limited in scope, and the long-term effects of vaccination remain unclear. She points out that myocarditis has been reported post-vaccination, particularly in young males, raising concerns about the risk-benefit analysis for children. The conversation also touches on the role of natural immunity from prior infections, which may offer better protection against variants than vaccination alone. Dr. Song advocates for building children's immune resilience through diet, lifestyle, and functional medicine approaches, regardless of vaccination status. Ultimately, she encourages parents to stay informed, weigh the risks and benefits, and make decisions based on their unique situations.
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