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Scientists are confirming that COVID shots can damage the brain and devastate mental health. Studies reveal increases in ischemic strokes (up 44%), hemorrhagic strokes (up 50%), transient ischemic strokes (up 67%), myasthenia gravis (up 71%), Alzheimer's (up 22%), cognitive impairment (up 138%), depression (up 68%), anxiety disorders (up 44%), and sleep disorders (up 93%), all linked to toxic spike protein accumulation in the brain. To protect yourself, stop further exposure, support detoxification pathways, and ensure an anti-inflammatory diet that supports mitochondrial health.

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Some research suggests the coronavirus can infect brain cells, impacting memory and cognitive functions. Understanding this could help treat long COVID symptoms like brain fog and fatigue. Early treatment may prevent brain damage.

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To optimize cognitive outcomes, identify and address undiagnosed infections and toxin exposures. Chronic infections, including long COVID and chronic Lyme, can increase the risk of cognitive decline. Pathogens of concern include herpes simplex, HHV6A, Borrelia, Babesia, Bartonella, Ehrlichia, and Anaplasma. Certain mold species, such as Stachybotrys, Aspergillus, Penicillium, Chaetomium, and Wallemia, produce mycotoxins like trichothecenes, ochratoxin A, and gliotoxin, which interfere with cognition. Mycotoxins can be detected in urine or by testing for antibodies in the blood. Leaky gut is very common and should be addressed for optimal brain health. Cone beam scans can identify occult abscesses, especially around root canals. Many dental practitioners are gaining expertise in addressing cognitive decline. A 2022 study published in the Journal of Alzheimer's Disease used this approach.

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The blood brain barrier is a protective filter that allows essential substances into the brain while keeping out harmful ones. COVID-19 can disrupt this barrier, leading to brain damage and cognitive issues even in mild cases. Studies show brain shrinkage, cognitive impairment, and potential long-term effects on memory and thinking abilities. Research on dogs suggests that even asymptomatic cases of COVID-19 can cause brain damage similar to early signs of Alzheimer's. Preventing the spread of the virus through measures like wearing masks is crucial to avoid repeated infections and potential long-term brain damage.

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The blood brain barrier is a protective membrane that controls what enters the brain. COVID-19 can disrupt this barrier, leading to brain damage and cognitive impairment even in mild cases. Studies on infected individuals show brain shrinkage, cognitive decline, and potential long-term consequences like dementia. Animal studies suggest that even asymptomatic cases may have brain damage that could lead to severe neurological disorders. To prevent further harm, it's crucial to reduce infections by wearing masks and improving air quality. The current trajectory of repeated infections with a brain-damaging virus is unsustainable, and we must prioritize stopping the spread of COVID-19.

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The hardest part of being COVID aware is watching people unknowingly get infected and risk long COVID. The virus weakens the immune system, making people susceptible to other illnesses. Many are unaware of the risks and continue as if it's 2019. The lack of measures and education contributes to the spread. Long COVID can cause brain damage and heart issues. It's concerning to see so many unaware of the dangers they face.

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Long COVID, caused by the spike protein, is affecting multiple medical disciplines. Since 2022, I've seen over 2,000 patients with COVID-19 or vaccine-related issues. Many patients had faith in medicine shattered due to adverse effects. Some were forced to choose between vaccination or losing their careers. Military service members are being harmed, with 30 individuals in my clinic facing significant issues like myocarditis and being medically discharged.

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Researchers at Macquarie University discovered that the COVID-19 virus causes brain cells to malfunction, leading to symptoms like loss of smell and brain fog. They used mini brains made from human stem cells to mimic brain activity. The mini brains were infected with the virus at the Queensland Brain Institute, showing fused cells where the virus hides. In some cases, neuronal activity stopped completely.

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A study from the Oxford Academic QJM Medical Journal suggests a potential association between COVID-19 vaccination and the development of Alzheimer's disease. The study, conducted in Seoul, South Korea, analyzed data from a random 50% sample of city residents aged 65 and above. Findings showed an increased incidence of mild cognitive impairment (MCI) and Alzheimer's disease (AD) in vaccinated individuals, particularly those receiving mRNA vaccines within 3 months post-vaccination. No significant relationship was found with vascular dementia or Parkinson's disease. Preliminary evidence suggests a potential link between COVID-19 vaccination, particularly mRNA vaccines, and increased incidences of AD and MCI. The study underscores the need for further research to elucidate the relationship between vaccine-induced immune responses and neurodegenerative processes, advocating for continuous monitoring and investigation into vaccines' long-term neurological effects. The CDC and FDA still recommend COVID-19 vaccines.

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A Yale-led study has found disturbing immune system changes in individuals experiencing chronic symptoms post-COVID-19 injection, referred to as post-vaccination syndrome (PVS). The research, involving multiple institutions, identified immunological alterations in PVS patients, including altered T cell populations, lower anti-spike IgG titers, Epstein-Barr virus reactivation, and persistent circulating spike protein. These findings mirror observations in long COVID studies. The study suggests that persistent antigenemia could drive chronic inflammation and prolonged immune activation. Reactivation of the Epstein-Barr virus and elevated autoantibody levels raise concerns about potential autoimmune responses. Researchers emphasize the urgent need for further investigation into these rare but persistent immune-related adverse events to refine vaccine strategies and ensure the safety of all populations.

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The comparison to HIV is important because, like early HIV infections, mild or moderate COVID can cause unseen destruction. With HIV, people were infected for years before symptoms appeared, while the virus quietly destroyed the immune system. However, the HIV epidemic spurred brilliant science that changed how HIV is treated. We are now learning about mitochondria, viral impact, brain fog, changes in neurons, and cells that nourish neurons because of Long COVID. The goal is to reach a point where, through research, people with Long COVID can not only survive but thrive, just as HIV patients can live normal lifespans today.

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Comparison to HIV is important as both were asymptomatic initially. HIV taught us about immunology and revolutionized cancer therapy. Long COVID is shedding light on mitochondria, viral impact, brain fog, and neuron changes. Despite the unseen damage of mild/moderate COVID, like HIV, it can lead to scientific breakthroughs. Research on long COVID is crucial for people to not just survive but thrive.

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The speaker discusses the inflammatory and amyloidogenic effects of small sequences called epitopes, which can cause memory dysfunction in mice. They also mention a study that found the introduction of gene transfection technologies containing the spike protein can induce amyloidogenic cascades. The speaker highlights a 200% increase in the diagnosis of CJD in France after the rollout of vaccination programs, suggesting a potential link. They discuss the loss of cognitive function associated with exposure to the spike protein and propose that amyloidogenic disease processes may underlie long-haul COVID-19 symptoms. The speaker mentions the role of viral infections in facilitating intercellular aggregate dissemination and shares examples of misfolding prion amyloidogenic diseases.

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Truth is out. Scientists are now confirming what many have long suspected. The COVID shots don't just impact your immune system. They can damage your brain and devastate mental health, and the evidence is overwhelming. A recent wave of studies have revealed shocking increases in ischemic strokes up forty four percent, hemorrhagic strokes up fifty percent, transient ischemic strokes or mini strokes up sixty seven percent, myasthenia gravis, a debilitating autoimmune condition up over seventy one percent, Alzheimer's up twenty two percent, cognitive impairment up nearly a hundred and thirty eight percent, depression up over sixty eight percent, anxiety disorders up nearly forty four percent, and sleep disorders up over ninety three percent, all linked to one thing, toxic spike protein accumulation and persistence in the brain. This isn't a conspiracy theory. There's a documented peer reviewed research published studies by documented experts, including by epidemiologist Nicholas Holcher, who says using mRNA to hijack cells in various organ systems to produce a highly toxic spike protein that persists in the body for months or even years was one of the worst ideas in medical history. So what can you do?

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Some individuals are experiencing health issues that resemble long COVID, but are actually due to mRNA vaccines. These can include cognitive dysfunction, such as severe word recall problems, and a condition where patients feel suffocated despite normal heart and lung function. This is linked to issues with blood returning to the heart. Autonomic dysfunction is also noted, with some patients unable to sit up without severe symptoms. While these conditions can be serious, they are often reversible over time, potentially driven by residual spike protein from the vaccines. The mRNA vaccines turn the body into a spike protein factory, which raises concerns about their safety. An alternative, the Novavax protein vaccine, provides a controlled amount of spike protein without these risks and should be considered more critically.

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Inflammation in the brain from COVID can lead to long-term cognitive issues. The high levels of inflammation seen in even mild cases of COVID worried me about a potential neurological crisis. The rates of lasting cognitive symptoms in COVID survivors are concerning. Effective therapy is crucial to help the millions who may suffer from these symptoms.

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Having COVID may lead to a small cognitive decline, with a 3 point IQ loss for those recovering within 12 weeks, and a 9 point loss for ICU patients. Long COVID can cause brain fog, fatigue, and heart issues. The study shows improvements over time for some. More support is needed for long COVID patients, including better access to clinics and research funding for treatments.

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The comparison to HIV is important because both viruses can be asymptomatic. HIV taught us a lot about immunology and changed cancer therapy. Similarly, we are now learning about the impact of the virus on mitochondria, brain fog, and our neurons through long COVID. Mild and moderate COVID can cause destruction, just like HIV did to our immune system. However, the brilliant science that came out of HIV research transformed how we treat the virus, allowing people to live normal lives. We need to do the same for long COVID, so that those affected can not only survive but also thrive.

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The speaker asserts that COVID-19 shots do more than affect the immune system; they can damage the brain and worsen mental health. They claim a wave of studies shows sharp increases in various strokes: ischemic strokes up to 44%, hemorrhagic strokes up to 50%, and transient ischemic attacks (mini strokes) up to 67%. They also report increases in neurological and autoimmune conditions, including myasthenia gravis up 71% and Alzheimer’s disease up 22%. Cognitive impairment is claimed to have risen by nearly 138%, while depression is up 68%, anxiety disorders up 44%, and sleep disorders up 93%. The speaker links all of these increases to “toxic spike protein accumulation and persistence in the brain.” The speaker states this is not a conspiracy theory and cites what they describe as documented peer‑reviewed research and studies by experts. They name epidemiologist Nicholas Holcher, who allegedly says that using mRNA to hijack cells in various organ systems to produce a highly toxic spike protein that persists in the body for months or years was “one of the worst ideas in medical history.” The speaker then asks, “So what can you do?” as a transition to presumably recommendations or actions, though no specific actions are listed in the provided segment.

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COVID-19 causes the accumulation of senescent cells, also known as zombie cells, in the brain, which speeds up the aging process. However, there is a way to combat and reverse these effects. According to Dr. Julio Aguado from the University of Queensland, senescent cells contribute to neurodegeneration and decline during aging. The SARS-CoV-2 virus can induce these senescent cells, but there are drugs called senolytics that effectively eliminate them from the brain. This discovery could potentially revolutionize the treatment of Alzheimer's disease by reducing inflammation in the brain. These findings offer promising hope for combating the effects of COVID-19 on the brain.

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The symptoms of long COVID, such as joint pain, difficulty concentrating, brain fog, and chronic fatigue, can significantly affect patients' lives. The severity and occurrence of these symptoms vary among individuals and are not necessarily related to age, gender, or the severity of the initial COVID infection. Factors like the type of vaccine, individual constitution, age, and gender may contribute to the development of long COVID. Vaccinated individuals may experience a greater impact from long COVID compared to those who are unvaccinated. It is important to distinguish long COVID from other conditions, and while the vaccine may play a role, it is not clear if it can trigger long COVID.

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The comparison to HIV is important because both HIV and long COVID can be asymptomatic for a long time before symptoms appear. HIV taught us a lot about immunology and revolutionized cancer therapy. Similarly, long COVID is teaching us about the impact of mitochondria and viruses on our brain function. Just like HIV destroyed our immune system, mild and moderate cases of COVID can cause unseen damage. However, the knowledge gained from studying HIV led to significant advancements in treatment, allowing people to live normal lives. We need to conduct research to ensure that people with long COVID can not only survive but also thrive.

Shawn Ryan Show

Dr. Michael Bagnell - Neurologist Unlocks Human Brain / Tips to Improve Mental Health | SRS #59
Guests: Michael Bagnell
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In this episode of the Sean Ryan Show, host Shawn Ryan interviews Dr. Michael Bagnell, a functional neurologist, about brain health, functional medicine, and various neurological conditions. Ryan discusses the frustrations many people face when seeking help from traditional doctors, emphasizing that functional medicine practitioners are more invested in patient health and education. Dr. Bagnell explains the importance of brain health and shares insights on preventing conditions like Alzheimer's and dementia. He discusses the significance of movement for maintaining cognitive sharpness and addresses short-term memory loss, which can be linked to various brain regions and conditions, including traumatic brain injuries (TBIs) and ADHD. He highlights the need for comprehensive assessments to understand individual brain health and the potential therapies available. The conversation shifts to the effects of psychedelics on brain function, with Dr. Bagnell noting their potential to alter the default mode network, which may help with memory retrieval and emotional recovery. He acknowledges that while psychedelics can be beneficial for some, they are not suitable for everyone and should be approached with caution. Ryan and Dr. Bagnell also discuss the impact of marijuana on anxiety and mood, with Dr. Bagnell emphasizing the need for careful consideration of its effects, especially regarding long-term use. He mentions the importance of understanding individual brain chemistry and the potential for addiction to substances, including social media, which can drive dopamine release and influence behavior. The discussion includes the long-term effects of COVID-19, particularly "long COVID," which can manifest as brain fog and other cognitive issues. Dr. Bagnell explains that the brain stem is often affected by the virus, leading to various symptoms that may require rehabilitation similar to physical injuries. They also touch on addiction, particularly in military personnel, and how the pursuit of dopamine can lead to addictive behaviors. Dr. Bagnell emphasizes the need for a holistic approach to treatment, considering the body, mind, and spirit in recovery processes. Finally, Dr. Bagnell introduces an innovative dolphin-assisted therapy program designed to help individuals with neurological conditions. He describes the therapeutic benefits of interacting with dolphins, which can provide emotional and cognitive support, enhancing overall well-being. Overall, the episode highlights the complexities of brain health, the potential of functional medicine, and the importance of personalized approaches to treatment and rehabilitation.

The Dhru Purohit Show

Reversing Alzheimer's: Silent Symptoms & Early Warning Signs To Never Ignore | Heather Sandison
Guests: Heather Sandison
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Dr. Heather Sandison discusses the early warning signs of Alzheimer's disease, emphasizing that cognitive decline can begin years before diagnosis. Key indicators include difficulty remembering names, feeling overwhelmed by tasks, and changes in executive function. Loss of smell may also be a sign, but it can stem from various causes. Sandison highlights the importance of prevention and early detection, noting that neurodegeneration can start decades before symptoms appear. In her clinic, Sandison employs the Bredesen protocol, which includes a "cognoscopy" to assess brain health. This comprehensive evaluation considers six components: toxins, nutrients, stressors, structure, infections, and signaling. She explains that maintaining balance in these areas is crucial for brain health. For instance, exposure to toxins like heavy metals and mycotoxins can lead to neurodegeneration, while a nutrient-rich diet is essential for cognitive function. Sandison advocates for a ketogenic diet, emphasizing the importance of reducing sugar intake to prevent cognitive decline. Exercise and stress management are also critical. Sandison notes that social isolation and lack of purpose can exacerbate cognitive issues. She encourages individuals to engage in community and maintain social connections, as these factors significantly impact mental health. Sandison shares research findings, including a study where 84% of participants improved their cognitive function after following the Bredesen protocol for nine months. Another study showed that lifestyle changes could enhance cognition in patients with mild cognitive impairment. She stresses that lifestyle interventions can be more effective than medications, which often only slow disease progression. The conversation also touches on the role of infections in cognitive decline, including the impact of viruses like herpes simplex and bacteria associated with gum disease. Sandison emphasizes the need for comprehensive testing to identify underlying issues contributing to cognitive decline. In conclusion, Sandison's work focuses on empowering individuals to take control of their brain health through lifestyle choices. She encourages early intervention, a balanced diet, regular exercise, and social engagement as key strategies to prevent or reverse cognitive decline. Her book, "Reversing Alzheimer's: The New Toolkit to Improve Cognition and Protect Brain Health," provides further insights and practical guidance for those seeking to enhance their cognitive function.

Modern Wisdom

How Catching Covid Can Change Your Personality - Dr Diana Fleischman | Modern Wisdom Podcast 290
Guests: Dr Diana Fleischman
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Dr. Diana Fleischman discusses the psychological and behavioral changes that can occur after illness, particularly following COVID-19. She shares her personal experience of increased social anxiety and emotional sensitivity post-infection, prompting a broader exploration of how infections can alter personality traits and behaviors. Fleischman explains that pathogens may manipulate host behavior to enhance their transmission, leading to shifts in priorities during illness, such as a preference for familiar foods and social connections. She introduces the concept of "lassitude," an emotional state associated with being sick, which optimizes behavior to conserve energy and seek care from familiar individuals. This state can heighten sensitivity to social rejection and alter appetite, as the body instinctively avoids unfamiliar foods that may harbor pathogens. The discussion also touches on the evolutionary perspective of social dynamics during illness, emphasizing the importance of kin and friends for care. Fleischman highlights the potential long-term effects of COVID-19 on personality and relationships, suggesting that chronic inflammation could lead to lasting changes in behavior and mental health. She notes that societal conversations often overlook individual psychological experiences during illness, focusing instead on broader medical implications. The conversation further delves into how illness can influence sexual dynamics and attraction, with men and women responding differently to infection threats. Overall, the dialogue emphasizes the intricate interplay between health, personality, and social behavior, advocating for a deeper understanding of these connections in the context of illness recovery.
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