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First, the mRNA is injected within lipid nanoparticles in your arm. It travels through every organ system, including the heart. There are two papers, one by Baumeyer and colleagues, one by Crosson and colleagues. Crosson found mRNA directly in the heart of deceased mRNA recipients. So we know it reaches the heart. Baumeyer found the spike protein directly in the heart in biopsies of patients with vaccine induced myocarditis. So we know the vaccine mRNA and lipid nanoparticles get into the heart, translate into spike proteins, so your cardiomyocytes begin to produce a toxic non human protein and your own body attacks the heart resulting in inflammation and cardiac scarring including micro scars which are undetectable with imaging. You can only detect it with a microscope, which is very disturbing. And so once you have this scarring, you're going to have cardiac electrical abnormalities, electrical conduction abnormalities, and your heart's not going to beat properly. Then when you go exercise, we found there's two triggers either during exercise or sports when there's exertion or during the morning waking hours of sleep. In these two periods of time, there's a surge in catecholamines including dopamine, norepinephrine, and epinephrine. And so during these times when you have this cardiac damage, you have this scarring, that's the trigger you do that leads to this vaccine induced cardiac arrest. And that's why we saw a lot of sudden deaths among athletes back in 2021.

Myocarditis, or heart damage, is more common than previously thought. Studies in the US military and Thailand show that around 20% of people who receive the COVID vaccine develop myocarditis, as confirmed by echocardiograms and other tests. This means that out of every 1 million vaccinated individuals, 200,000 will experience heart damage. Unfortunately, 50% of those with myocarditis will die within 5 years. This alarming increase in myocarditis cases is due to the cardiotoxic nature of the vaccine. This information comes from Dr. Cressel and Shoemaker in Toronto, Canada.

The discussion centers on new evidence regarding myocarditis and pericarditis in the context of mRNA vaccination. It cites earlier 2022 German research showing that heart damage seen in myocarditis cases after vaccination may be a vaccine-triggered autoimmune reaction. The study analyzed endomyocardial biopsy samples and found that the cardiac tissue’s spike protein detection and CD4+ T cell–dominated inflammation suggested an autoimmune mechanism linking the vaccine to heart damage. This was contrasted with an Israel-based population study of hundreds of thousands of unvaccinated individuals that reported no increase in myocarditis or pericarditis incidence, highlighting a discrepancy with the vaccine-triggered autoimmune hypothesis. The center of the new claim is a study published in Circulation by the American Heart Association. The speakers emphasize the credibility of Circulation as a top cardiovascular journal. The study used an experimental mouse model to induce cardiac damage and then examined humans with similar heart damage after vaccination to see if the same mechanism applied. They report that T cells from patients with acute myopericarditis recognize vaccine-encoded spike epitopes that are homologous to cardiac self-proteins. In other words, the immune cells targeting the spike protein may also attack cardiac proteins due to molecular similarity. Further details from the study indicate that, in patients with mild pericarditis after mRNA vaccination (but not in those with COVID-19), there was an expanded pattern of cytokine production similar to that observed in myopericarditis–affected mice and in autoimmune myocarditis. The takeaway provided in plain language is that post-mRNA vaccine myopericarditis is driven by molecular mimicry, causing the immune system to fail to distinguish self from non-self in susceptible patients. The susceptibility is described as being influenced by the widespread distribution of the vaccine, which purportedly leads to heart-homing imprinting and a heart-targeted autoimmune response. The speakers stress that this journal is not fringe and highlight its high impact in cardiovascular medicine. They conclude that the data collectively suggest a mechanism by which the vaccine could provoke cardiac autoimmunity, with implications for clinical communication and understanding of post-vaccination myocarditis.

The discussion centers on evidence linking myocarditis and pericarditis to mRNA vaccination and the proposed mechanism behind it. It references a 2022 German study reporting that endomyocardial biopsy data from people with myocarditis showed cardiac detection of the spike protein and CD4+ T cell–dominated inflammation, suggesting a vaccine-triggered autoimmune reaction. The presenters note headlines at the time comparing myocarditis risk to infection, with claims that infection causes more myocarditis, and remind that vaccines were said not to stop transmission. They then cite a large Israeli population study from the same year involving subjects not vaccinated against SARS-CoV-2, which found no increase in the incidence of myocarditis or pericarditis, implying no observed vaccine-related signal in that cohort. Attention shifts to a more recent study published in Circulation by the American Heart Association, described as a high-impact, non-fringe journal, indicating a clearer mechanism has been demonstrated. The study described used an experimental mouse model to induce cardiac damage and then compared it to human cases with heart damage following vaccination. It states that T cells from patients with acute myocarditis or myopericarditis recognize vaccine-encoded spike epitopes that are homologous to cardiac self proteins, meaning the immune response to the spike protein can cross-react with heart tissues. The researchers further report that functional responses to potassium channels in patients with mild pericarditis after mRNA vaccination, but not in patients with COVID-19, showed an expanded pattern of cytokine production similar to that observed in myopericarditis mice and in autoimmune myocarditis. In plain terms, the summary of their takeaway is that post-mRNA vaccine myopericarditis is driven by molecular mimicry: the immune system cannot distinguish self from non-self, leading to an autoimmune attack on heart tissue in susceptible patients. The distribution of the vaccine (its widespread dissemination) is cited as a factor that makes patients susceptible by promoting heart-homing imprinting, effectively creating an anti-heart autoimmune response. The speakers emphasize that this Circulation article is a top-tier source, underscoring that the mechanism has been demonstrated with both animal models and human pathology, supporting the claim that the phenomenon has a defined immunological basis.

The speaker discusses a significant increase in myocarditis cases post-vaccination, with studies showing abnormal cardiac scans in vaccinated individuals. They suggest a potential link between mRNA vaccines and heart inflammation, emphasizing the need for long-term monitoring. Research indicates that mRNA and spike proteins can cause myocarditis, posing a concern for all mRNA products. The heart appears to be a vulnerable target due to various factors.

There is a causal link between vaccination and both myocarditis and pericarditis. The reason for this is still unclear. It may be that the SARS CoV-2 spike protein mimics a protein found on heart muscle cells. If that's the case, when you create an immune response to the SARS CoV-2 spike protein, you could also inadvertently create an immune response to your own heart muscle.

Heart inflammation, indicated by blue arrows, occurs after receiving a shot due to the presence of ACE2 receptors in the heart. This inflammation is caused by spike proteins from the shot, leading to the immune system attacking the heart tissues. The pericardium, the heart's surrounding sac, also experiences inflammation, as shown by the red arrows. Unfortunately, the heart cannot heal itself once damaged. The presence of blue dots signifies inflammation, while the gray area in the middle represents early scarring.

The mRNA is injected within lipid nanoparticles in the arm and travels through every organ system, including the heart. The transcript cites two papers: Crossan and colleagues found mRNA directly in the heart of deceased mRNA recipients, and Bohmeier and colleagues found spike protein directly in the heart in biopsies of patients with vaccine-induced myocarditis. It concludes that vaccine mRNA and lipid nanoparticles get into the heart, translate into spike proteins, and cardiomyocytes begin producing a toxic non-human protein. The transcript states that the body attacks the heart, causing inflammation and cardiac scarring, including “microscars” that are undetectable with imaging and can only be detected with a microscope. It adds that once scarring occurs, cardiac electrical abnormalities and electrical conduction abnormalities follow, leading to impaired heart beating. The transcript describes two periods during which exercise-related triggers occur: exertion during exercise or sports, and the morning waking hours of sleep. In these times, it says there is a surge in catecholamines, including dopamine, norepinephrine, and epinephrine. It then states that during these periods—when cardiac damage and scarring are present—this leads to vaccine-induced cardiac arrest. It concludes by saying this is why many sudden deaths among athletes were seen in 2021.

The speaker explains that myocarditis from natural infection is usually seen in ICU patients and is mild, with only troponin elevation. However, vaccine-induced myocarditis is different and more severe. Preclinical studies suggest that the vaccine's lipid nanoparticles directly affect the heart, causing the body to attack it. This leads to dramatic EKG changes and significantly higher troponin levels compared to natural infection. When children experience myocarditis after vaccination, 90% require hospitalization and show symptoms like chest pain and early heart failure. They may need echocardiograms and medications to prevent heart failure. Vaccine-induced myocarditis is a significant concern, especially in children.

Pfizer's vaccine assessment showed biodistribution beyond the injection site, challenging claims it remains in the arm. A study using single-cell precision nanocarrier identification found LNP accumulation in mice heart tissue. This accumulation was associated with adverse proteomic changes in immune and vascular proteins. These findings raise concerns about cardiac complications, aligning with observations of COVID-19 vaccine myocarditis.

A cardiologist provides an update on the Pfizer and Moderna vaccines. Studies have shown that the vaccines can cause direct harm to heart muscle cells, abnormal heart contractions, and abnormal electrical activity. Messenger RNA from the vaccines has been found in the human heart and circulating in the blood for up to 28 days. The spike protein produced by the messenger RNA has also been detected in the blood for up to 6 months. The spike protein is dangerous to cells, tissues, and organs in the body. The messenger RNA used in the vaccines has been modified and is synthetic. Autopsy studies have shown that the vaccine can cause myocarditis and cardiac damage. A basketball player who received the vaccine suffered a cardiac arrest and died two years later.

A speaker describes a multi-site study involving scientists in Houston, New York City, and Oxford, England. They analyzed data from 7,000 patients, of which 1,000 were PET-scanned for illnesses unrelated to myocarditis or heart disease; the heart was still examined as part of the PET scans. From the 1,000 patients, two-thirds were vaccinated and one-third were unvaccinated, forming the study group for comparison. According to the account, the two-thirds vaccinated subgroup (about 700 people) showed the heart working 46 percent harder for six to seven months after receiving the double vaccine dose. The speaker notes that as a cardiologist, a heart working 15 percent harder under any circumstance or drug would be alarming, implying that a sustained 46–50 percent increase is dangerous. The vaccinated group allegedly experienced 18,000,000 heartbeats with the heart exerting near-50 percent more effort than normal during this period. In contrast, the non-vaccinated group who were PET-scanned for other reasons reportedly did not show an increase in FDG uptake or myocardial effort; their heart activity remained where it should be, with no extra strain observed. The speaker asserts that this finding constitutes clear evidence that vaccination causes significant long-term strain on the heart in this cohort, stating, “There are folks without myocarditis. But they had myocardial effort. Myocardial effort up 46 to 50%.” The conclusion drawn is that vaccines are causing substantial and prolonged heart workload. A reference is made to Nakahara as a key paper relevant to the discussion, described as “a very, very important paper.” The discussion suggests that the Nakahara findings, along with the described PET-scan data, constitute a strong argument about cardiac effects following vaccination, framing the vaccination strategy as potentially overlooking this cardiac impact. Note: The summary preserves the specific figures and statements as presented in the transcript, including the claim that the vaccinated group showed a 46–50% increase in myocardial effort for about six months post-vaccination and that the non-vaccinated group did not demonstrate such an increase.

Speaker 0: A brand new peer reviewed study from Switzerland reports that a staggering one in thirty five recipients of the Moderna booster shot experienced vaccine associated heart injury. One in thirty five people who took the shot experienced damage to the heart. The study unpacked the details starting with the hypothesis the researchers were trying to investigate. Going into the study, the researchers, quote, posited that the incidence of vaccine associated heart injury was more prevalent than previously thought following mRNA booster vaccination because of a lack of symptoms or mild symptoms. Essentially, their hypothesis going into the study was that after getting an mRNA booster shot, a lot more people were experiencing vaccine related heart damage than previously thought. And the reason for this was because people's hearts were getting damaged in a way where either there were no symptoms on the surface or the symptoms were mild enough for people to ignore. Meaning that the heart was actually injured, but the recipient of the booster shot was simply unaware. What these researchers did was that instead of just asking people how they felt after vaccination, they actually went in and they tested their blood. In terms of what they were testing for, quote, the researchers defined heart injury as a sharp increase in high sensitivity cardiac treponin T on the third day after vaccination without evidence of an alternative cause. The levels of cardiac treponin had to hit the upper limit of normal, 8.9 nanograms per liter in women and 15.5 nanograms per liter in men. The reason that these researchers decided to use what's known as a treponin test is because it is a very good indicator of whether or not there was damage to the heart. If a person has more of this protein called treponin T in the bloodstream, it means that recently they've experienced damage to the heart.

Before COVID-19, I only encountered two cases of myocarditis in my entire career as a cardiologist. It was a rare condition, usually caused by parvovirus or adenovirus. However, now I see two cases per day in the clinic. We have learned that COVID-19 can cause myocarditis. Various organizations, such as the Israeli and US military, as well as college leagues, conducted extensive screening programs for COVID-induced myocarditis in 2020. They found a few cases that met the definition, but none were serious or resulted in hospitalizations or deaths. These screening programs were later discontinued when vaccines were introduced. However, within six months, regulatory agencies confirmed that the COVID-19 vaccines can cause myocarditis. It is important for people to understand that there is a risk of vaccine-induced myocarditis with every shot they take.

Dr. Peter Mercola, a cardiologist and chief scientific officer, discusses the negative effects of the COVID vaccine. Recent studies have shown that messenger RNA is found directly in the human heart, causing inflammation known as myocarditis. Another study revealed that the vaccine changes the heart's preference from fatty acids to glucose. Additionally, both Pfizer and Moderna vaccines applied directly to heart muscle cells caused abnormal contractions and depolarization of electrical currents. These findings suggest that the vaccines not only cause myocarditis but may also lead to a metabolic cardiomyopathy, potentially explaining sudden cardiac death without myocarditis. The rise in these issues is concerning.

"Unfortunately, the mRNA platform, though it is brilliant in its conception, is fatally flawed." "the myocarditis and pericarditis that showed up as a result of COVID vaccinations are inherent to the platform, not to the messenger RNA that was delivered inside these shots." "the design of this platform is to induce your own cells to make a foreign protein which gets displayed on the surface of those cells." "there's no targeting mechanism to lead it to happen only in certain tissues, it can happen haphazardly around the body, including in places like your heart." "And what that triggers is your own immune system to see those foreign proteins and conclude the only thing they can, which is that those cells have been virally infected." "the right response, the response, the natural response of the body is to take virally infected cells and destroy them."

Before COVID-19, I only encountered two cases of myocarditis in my entire career as a cardiologist. However, now I see two cases per day in the clinic. We have learned that COVID-19 can cause myocarditis, and various organizations conducted screening programs in 2020. These programs found a few cases that met the definition of myocarditis, but none were serious or resulted in hospitalizations or deaths. After the introduction of vaccines, regulatory agencies acknowledged that the vaccines can cause COVID-19 vaccine-induced myocarditis, which can be fatal. It's important for people to understand that there is a risk associated with every vaccine shot they take.

As a cardiologist, the speaker states their role is to fight disease, preserve life, and do no harm. The topic is myocarditis or heart damage from the COVID-19 vaccines. The speaker claims to have examined thousands of patients with this problem, whereas before the pandemic, they state they only had two patients ever with this condition. The speaker references a New England Journal of Medicine paper from Washington University in St. Louis, August 18, 2021, where a 42-year-old man died three days after taking Moderna. They also cite a case from Korea by Choi and colleagues, where a younger man died within eight hours of being in the hospital after Pfizer. The speaker examined images from the Korean case and states the heart appeared "fried with inflammation" and "destroyed." The speaker concludes these cases should have gotten everyone's attention.

Vaccination introduces mRNA into the bloodstream, which is taken up by major organs, including the heart. This process leads to the production of spike protein in heart muscle cells, resulting in inflammation and an increased risk of myocarditis. A large study indicated a 500% higher risk of myocarditis following COVID vaccination. Symptoms of myocarditis can be triggered during early morning hours (3 AM to 6 AM) when catecholamines like dopamine and epinephrine surge, as well as during exercise. These triggers can lead to serious heart issues, including ventricular tachycardia and sudden death.

The speaker asks Pfizer and Moderna to explain how the COVID-19 vaccine causes myocarditis. The response from the doctors is that the exact mechanism is still being studied, but myocarditis is generally an autoimmune response that can occur after COVID-19 or other infections. The speaker questions if other organs could also be affected by the vaccine, but the doctors explain that ongoing surveillance is in place to monitor potential risks. The speaker expresses concern about the lack of initial disclosure of these risks. The doctors emphasize the importance of preventing COVID-19 and state that the reported rate of myocarditis is around 2-3 per 100,000 doses. The speaker argues that if it can happen to the heart, it could happen to other organs. The conversation ends due to time constraints.

The speaker discusses the increasing awareness and concern surrounding myocarditis as a result of COVID-19 vaccines. They mention that there are now 800 peer-reviewed papers on COVID vaccine-induced myocarditis, with a rate of heart damage at 2.5% in two studies. They explain the pathogenesis of vaccine-induced cardiac arrest and highlight the fatality of this condition. The speaker also mentions cases of athletes and public figures who have experienced myocarditis after vaccination. They express concern about the lingering effects of myocarditis and the recurrence of symptoms. The speaker concludes by discussing the case of a European athlete who experienced a cardiac arrest two years after vaccination, emphasizing the ongoing risk associated with myocarditis.

In October 2020, the FDA mentioned that myocarditis could be a result of the COVID vaccines. In June 2021, the FDA confirmed that the vaccines can cause heart inflammation. Prior to COVID, patients with myocarditis were advised not to exercise due to the risk of cardiac arrest. Now, there are 800 peer-reviewed papers on COVID vaccine-induced myocarditis. Two studies showed a 2.5% rate of heart damage after receiving the second or third vaccine dose. When heart damage occurs, there can be variations in electrical conduction, leading to reentry and fast heart rhythms like ventricular tachycardia. This can progress to ventricular fibrillation, which is fatal. A recent study confirmed that vaccine-induced myocarditis is always fatal.

First, the mRNA is injected within lipid nanoparticles in your arm. It travels through every organ system, including the heart. Crosson found mRNA directly in the heart of deceased mRNA recipients. So we know it reaches the heart. Baumeyer found the spike protein directly in the heart in biopsies of patients with vaccine induced myocarditis. So we know the vaccine mRNA and lipid nanoparticles get into the heart, translate into spike proteins, so your cardiomyocytes begin to produce a toxic non human protein and your own body attacks the heart resulting in inflammation and cardiac scarring including micro scars which are undetectable with imaging. And so once you have this scarring, you're going to have cardiac electrical abnormalities, electrical conduction abnormalities, and your heart's not going to beat properly. And that's why we saw a lot of sudden deaths among athletes back in 2021.

Speaker 0 asks Speaker 1 to explain the process of how the vaccine causes myocarditis and pericarditis. Speaker 1 mentions rare reports of myocarditis and pericarditis associated with vaccination. Speaker 0 insists on an explanation of the mechanism, but Speaker 1 does not provide a direct answer. Speaker 1 emphasizes that all medicines have benefits and side effects and refers to the benefit-risk ratio. Speaker 0 continues to press for an explanation of the biochemical pathway, but Speaker 1 agrees to provide a response later. The transcript ends with Speaker 2 confirming Speaker 1's agreement to give a further response.

The harm caused by this vaccine isn't from the spike protein itself, but from the immune system's misidentification of the heart. The body attacks the heart because the spike protein alters its genetic image, making it seem foreign. This is fundamental immunology. The vaccine's creators were aware of this effect. The vaccine's toxicity and ability to manipulate the immune system to cause harm, whether slowly or rapidly, point to a deliberate design. This level of damage couldn't be accidental.