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Researchers examined tissues for spike and nucleocapsid proteins in a patient with COVID-19. Spike proteins are targeted by vaccines, while nucleocapsid proteins are not. In respiratory secretions, spike proteins were found, indicating the virus's presence. In the brain of a vaccinated patient who died, spike proteins were present, but nucleocapsid proteins were not. The absence of nucleocapsid proteins in the brain is puzzling.

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.

Having COVID may lead to a slight decline in cognitive function, with a 3-point IQ loss for those who recovered within 12 weeks and a 9-point loss for ICU patients. Long COVID patients experience more significant deficits. The study suggests these effects may improve over time. Doctor Adam Hampshire finds the findings promising, especially for those with persistent symptoms. Joanna, who has long COVID, highlights the need for better support and access to clinics for those affected. More research and funding are essential for effective care and management.

The speaker discusses a long-running claim from the pandemic era: that they could smell when someone had COVID or had been recently vaccinated, and that many others reported a distinctive odor associated with COVID. They acknowledge that some people can barely smell it while others experience headaches, nausea, or sickness, and note that many people's sense of smell has been altered during and after illness. The video focuses on the scent profile and the chemistry behind spike protein exposure, rather than virology, arguing that spike protein alone can drive COVID-related injury and long COVID, with no need for viral components. The speaker references research from 2024–2025 examining sweat and breath to identify chemicals that change in COVID and post-COVID vaccine states, noting that the research looks at both long-haul and long COVID profiles as well as post-vaccine chemistry in terms of odor. According to the presented science, spike protein flips the body’s chemistry, turning sweat into a distinct odor described as a strange, sour, greasy signal with a metallic twist. The speaker recalls smelling a mixture of metal and formaldehyde and explains that compounds such as fatty acids and ketones surge, along with pheromones that could subtly influence behavior. The description asserts that during spike protein exposure, cells are in chaos, and the protein binds to receptors like ACE2, triggering a biochemical storm that alters volatile organic compounds (VOCs), which are the gaseous clues the body releases. VOCs are said to create an odor that is subtle yet disturbing, detectable within about one to two feet indoors, with outdoors and humidity affecting detectability. Key chemical changes cited include: oxidative stress leading to reactive oxygen species and the production of nonanol (a greasy, rancid compound) that quadruples in sweat in long COVID; methyl oleate rising to at least twice the usual amount, adding a soapy, earthy layer; a shift to ketone production (two-butanone) giving a faint acetone-like sweetness; iron release from ferritin forming an iron pentacarbonyl, contributing a metallic, rusty penny smell; malondialdehyde (MDA), a burnt fat aldehyde, increasing two to three times in long-haul cases and sharpening the scent with a rancid sting; benzaldehyde increasing due to tryptophan breakdown, giving a sharp formaldehyde-like bite; two ethyl hexanol from skin ester hydrolysis adding a plasticky soapiness (some respondents reported soapiness). Ethyl octanoate is mentioned as mimicking an alarm pheromone in bees, contributing a pear-like scent and signaling danger. The speaker links VOCs to behavioral and social effects, noting heightened pheromonal signals: cortisol spike with a 40% rise in androstanone (giving a musky scent and potentially calming or influencing competitive behavior), drostanone rising by about 50% adding an animalic, sweaty edge that can trigger avoidance or aggression, and ethyl octanoate resembling an alarm pheromone. They describe hive-like social effects, cognitive rigidity, conformity, and a perceived protective or suppressive social response, including references to depopulation theories and population sterilization, interpreted as social control mechanisms embedded in the bioweapon narrative. The speaker, a former clinical psychologist with a background in mass-killing prevention and biowarfare response, signals intent to delve deeper in future videos and invites comments on topics to cover next.

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.

In 2020, people were suffering from radio wave sickness, whose symptoms include loss of smell and taste, hair loss, dizziness, and nausea. Radio wave sickness was removed as a diagnosis from the medical system in the 1920s after the 1919 Kansas flu with the rollout of radios. Cell phones and computers work on radio waves, so radio wave sickness was renamed the flu, autoimmune, or chronic fatigue syndrome. In 2020, there was a large rollout of new technology, and people started losing their smell and taste. This new technology is in phones, cooking the nose and sense of smell and taste. This is the same playbook as the 1919 Kansas flu. It is not germs or viruses, but technology that is the cause.

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.

In 2020, while everyone was dealing with COVID, new technology was being rolled out, including numerous cell phone towers. This exposure is linked to symptoms like loss of smell and taste, dizziness, hair loss, and what some are calling long radiation poisoning or long radio wave sickness. To combat these effects, it's suggested to practice barefoot grounding, detox heavy metals, eliminate Wi-Fi, and hardwire devices. Avoid using smart devices like AirPods, as they may negatively impact brain function. The argument is that the real issue people are facing is not viruses or germs, but rather the effects of radio wave sickness.

The mRNA vaccine delivers spike proteins to all cells, including the brain, shutting down the mental immune system. This was known since 2007 and was enhanced for efficiency. Fauci's labs were involved in gain of function research. The spike protein increases brain inflammation, leading to a new social operating system being introduced to society. This system aims to erase the previous one, ultimately impacting human population levels.

The speaker explains that the SARS CoV-2 virus, which causes COVID-19, has been successfully isolated and observed under a microscope. They show how the virus affects the lungs, causing scar tissue and disrupting blood flow. The virus enters the body through the ACE2 receptors and triggers an inflammatory pathway, leading to complications. The speaker highlights that the virus affects blood vessels throughout the body, including the brain, heart, lungs, kidneys, and GI tract. This widespread damage occurs due to the activation of the AT1R pathway, which triggers various inflammatory cells and molecules. Overall, COVID-19 damages multiple organs by instigating an internal battle within the blood vessels.

Wi-Fi may be degrading our mitochondria and opening our blood-brain barriers. Radiofrequency radiation exposure has been shown to affect the permeability of the blood-brain barrier and alter microRNA expression in the brain, potentially leading to neurodegenerative disease. One person found an article stating this, but was unsure of its validity. A doctor conducted a study that was expanded upon by researchers in China, resulting in a published article. These findings were followed by suppression, misinformation, and a shutdown of government-funded research in the United States. This can cause a "leaky brain."

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.

The speaker observed vasculitis, or inflammation of the blood vessels, in the brain tissue of almost all cases examined post-vaccination. Lymphocytes aggregate around small vessels, indicating inflammation possibly triggered by an antigenic structure like spike protein. This was described as one of the most alarming findings. Individuals with this complication may experience transient defects like loss of speech, unconsciousness, or blindness, but the brain can compensate if there is no major inflammation or hemorrhage. The speaker clarified that the individuals did not die from the vasculitis itself. It's possible for vaccinated individuals to experience these symptoms without knowing the underlying cause. Changes in character have been reported in some vaccinated individuals, which may be related to this inflammation.

Protein misfolding is a recent phenomenon in the study of neurodegenerative disorders like Parkinson's and Alzheimer's. Other peptides besides the prion protein can also misfold and form toxic fibrils. Prions have been studied as potential biological warfare agents due to their robustness and toxicity. The transmission of prions is difficult, but recent research suggests that small epitopes on viruses and bacteria may also have amyloidogenic properties. Neuroinvasion and anosmia are independent phenomena caused by SARS-CoV-2 infection, indicating ongoing pathology at a fundamental level. The spike protein of SARS-CoV-2 has been found to cause amyloidogenic clots in the blood, potentially contributing to long-haul symptoms. There are also concerns about the homology between SARS-CoV-2 and HIV, as HIV epitopes have amyloidogenic properties and have been the focus of bioweapon research.

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.

Spike is a toxin that can cross the blood-brain barrier, causing disruption to the brain's blood vessels and leading to inflammation. This inflammation is responsible for the brain fog experienced by both COVID patients and those who have been vaccinated. Despite claims that there have been no deaths or injuries from the vaccine, this is not true. The image shown reveals the presence of inflammation in the brain, indicated by the blue color. This inflammation is a result of the spike toxin.

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.

The gut-brain axis involves the potential crossing of microbes and viruses between the gut and the brain, though direct studies like brain biopsies are lacking. There's a belief that the brain may have its own microbiome that can be altered. The idea of a sterile brain is challenged by conditions like encephalitis, suggesting that dysbiosis may play a role. Microbes in the mouth are also being linked to Alzheimer's. The concept of brain sterility may only apply to healthy brains, with imbalances caused by fungi or viruses leading to unhealthy conditions. Infections should be viewed as microbiome imbalances.

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.

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.

Speaker 0 and Speaker 1 describe findings from studying COVID and the gut microbiome, focusing on bifidobacteria. They state that their lab was the one to detect COVID in stool samples. Their central questions were what COVID does to the microbiome and how long the virus remains in the gut. They observed that one patient had COVID for up to 45 days after respiratory symptoms resolved, and another case showed the virus detectable for up to a year and a half after respiratory symptoms ended. This led them to investigate differences between people who do and do not get COVID, including households with similar exposures. A key observation was linked to bifidobacteria. They note that a difference between individuals who stayed healthy and those who contracted COVID was the level of bifidobacteria. They point out that bifidobacteria are the bacteria commonly advertised as probiotics, present in newborns and that aging is associated with its decline. They emphasize bifidobacteria as an important microbe for the microbiome and its potential role in health outcomes. The discussion includes an example: a farmer who kissed his COVID-positive wife and did not get COVID himself had high microbial diversity and a good amount of bifidobacteria, suggesting resilience due to microbial composition, including bifidobacteria. They extend the implication to mental health, noting that loss of bifidobacteria has been observed in anxiety and bipolar disorder, while acknowledging this is not the only microbe involved in those conditions. Another function attributed to bifidobacteria is aiding digestion: they help break down food to release sugars that enter cells, and assist in releasing calcium. The speakers contrast this with the broader focus on mitochondria and mitochondrial function, arguing that gut microbes initiate the process by breaking down food in the bowels to supply sugars and calcium for cellular processes. In summary, their findings indicate that people with higher bifidobacteria are more resilient to COVID and healthier, whereas those with lower bifidobacteria correlate with greater vulnerability; bifidobacteria play a role in sugar absorption, calcium release, and overall metabolic and potentially mental health outcomes. Speaker 1 and Speaker 0 confirm: people with more bifidobacteria were more resilient and did not get sick from COVID, while those who got very sick did not have enough bifidobacteria or had low levels.

Arrhythmias are common in COVID-19, and there are auto antibodies in this pathway that may be causing them. Additionally, there is a connection between t1r receptors and depression and dementia, which can lead to brain fog and fatigue. The challenge is to find something in COVID-19 that cannot be explained using these four substances.

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.

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.

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.