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Speaker 0: Because there was such a mass vaccination campaign with a product that, you know, tens of thousands, hundreds of thousands of people were injured in this process, what work is the NIH doing in terms of research to somehow help these people? Because just from my own experience, my wife and I made a film about this, right? These people were, even though in some cases they were supported a bit by, but mostly just completely gaslit and just, no, your issue doesn't exist. Right? So how are you approaching this? Speaker 1: Well, you're absolutely right. There were absolutely like, lot patients of who were vaccine injured were gaslit, pretending as if they didn't get injured or that somehow their symptoms are all Speaker 1: in their head or something. Actually, this is part of a broader phenomenon, where, you have patients with conditions that are poorly understood, where the medical system will gaslight them leave. They can they're telling you it's a a psychological issue rather than a physical issue. It should make you think that you're crazy because you you you have symptoms that you just, you know you have, but you can't convince anyone else to do anything about it. Injury is one of them, long COVID, MECFS, Lyme chronic Lyme disease, a whole host of these conditions where it just fits a very similar pattern. Speaker 1: The key underlying thing is that there isn't excellent science to guide decision making for clinicians or anybody else, for patients. And I've made sure that people know at the NIH that I'm very interested in investing in answers for patients for all of those. Vaccine injury, long COVID, MECFS, chronic Lyme. We need to get better answers. The the gaslighting happens because the, if you're let's say you're a doctor and you see a patient and you have no idea what's causing their condition. Speaker 1: Right? Because the scientific literature doesn't have an answer. You're gonna be unless you're an amazing doctor who's really good at, you know, sort of being honest and compassionate, you're going to be wanting to, like, move on to the next patient. And, it's really, really unfortunate. The answer is to get good answers, right? Speaker 1: So invest in, research on treatments, on underlying physiology, physiological causes, you know, basic biological knowledge, so that those patients actually can can the doctors and the caregivers for those patients can will treat them correctly. Speaker 0: So but is is NIH doing this for people that are that have been COVID vaccine injures against a huge number of people relatively. Speaker 1: We have investments in that, and we're going have more investments in that at the start, you know, this year. For all of those conditions, I think patients deserve an answer, and I'm definitely, interested in finding I would love to know myself.

When we take Ibuprofen, it damages the tight junctions in the gut lining, leading to a leak of information into the immune system. Chronic use can cause dysfunction between the immune system and bacteria, leading to infections. This cycle undermines the gut-brain barrier and sense of self identity. Our brain is a result of this communication.

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."

Speaker 1 discusses a published case linking the gut microbiome to cognitive impairment. The paper centers on a patient with Clostridium difficile and a mini-mental state exam (MMSE) of 21, who could not remember much or engage in activities like golfing. The intervention involved transplanting the microbiome from the patient’s wife into the patient, after which the MMSE improved from 21 to 26 to 29, and the patient began remembering his daughter’s date of birth. This case was the first reported instance of using the wife’s fecal matter to implant into the husband. It prompted consideration of connections between Alzheimer's disease and gut problems. Dr. Sheldon Jordan encouraged analyzing the stools of patients with Alzheimer's to examine their microbiomes. Dr. Barodo (Barote), a pioneer of fecal transplant, explained that fecal transplant is the procedure where stools from a healthy donor are put into a patient with C. difficile; it is the only FDA-approved indication in America. While the transplant is used to treat C. difficile, in this case it appeared to improve Alzheimer's symptoms. The speaker contacted Dr. Barodi (Barodi) to publish the case, and it took a long time to publish. This experience contributed to the exploration of a gut–brain connection. The brain is connected to the bowels via blood vessels, nerves, and lymphatics, making it possible for gut contents to influence the brain and vice versa. Microbes secrete substances, including methane gas, which could affect the brain if overproduced by certain gut microbes. The case suggested there is something meaningful going on in the microbiome, leading to the idea that the best way forward is to advance science by studying the microbiome of the brain and the gut together. The speaker notes that microbiome research is in its infancy and much work remains to be done in this space.

Speaker 0 provides a candid update on her father’s health, describing a long and painful struggle with akathisia and a broader pattern of psych med injuries. She explains that her father has not taken a psych medication since January 2020, and the recent flare of neurological symptoms is not due to new meds. The August 2023–onward relapse is attributed to a combination of stressors (loss of both parents, moving countries, selling a home), mold exposure, and previous sensitivity to exposures, which apparently retriggered old neurological injuries. She notes that the symptoms have been misdiagnosed for years, and that the family has faced sepsis from pneumonia and a difficult course of recovery. Akathisia, described as the worst thing she’s ever seen, is a central feature. It is a neurological injury characterized by intolerable restlessness and an urgent urge to move, sometimes accompanied by crawling sensations under the skin. The speaker recounts her own two-week experience of akathisia after stopping Lexapro in 2015, followed by a two-and-a-half-year period of severe withdrawal symptoms. She emphasizes that withdrawal from psych meds is not simply a return of baseline symptoms but a neurological injury that can be misinterpreted as a relapse. She shares that stopping medications abruptly, especially after long-term use, can cause severe rebound and injury, and she advocates for a careful, gradual taper (roughly a 10% reduction at each step). The transcript covers broader systemic concerns about psych meds: millions in the U.S. are on psychiatric medications, with long-term use potentially causing mitochondrial dysfunction that manifests as neurological injury. She links these injuries to chronic conditions, fatigue, brain fog, and diverse sensitivities. She stresses that distracting online narratives—like blaming stem cell therapies for these symptoms—are not accurate in her family’s case; the stem cell treatments were not the cause of the current neurological issues. She explains that mold exposure and the resulting Chronic Inflammatory Response Syndrome (SIRS) likely contributed to the brain and immune system dysregulation. Mold-related illness may predispose individuals to mental illness, which in her family has historically been treated with medications that may have caused or worsened injuries. A central thesis is the connection between psych med-induced mitochondrial dysfunction and the potential for long-term neurological injury. The ketogenic/ carnivore diet emerges as a key part of her strategy to manage symptoms: mitochondrial dysfunction can be alleviated by providing mitochondria with an alternate fuel, improving energy production, which she argues is supported by emerging research. She references papers and metabolic research sites to support these claims and mentions a forthcoming podcast on these topics. She created prescribed-harm.com to catalog patient stories and provide a resource for families and clinicians, inviting others harmed by these medications to share their experiences. She asserts that the pharmaceutical industry often downplays or reframes the damage, and she urges broader awareness and better education before prescribing psych meds. In closing, she notes that her family is hopeful for recovery, that prayers and support are appreciated, and that there is light at the end of the tunnel as they pursue time for recovery and avoid triggering reactions. She signals ongoing discussion of mitochondrial dysfunction and psych med injuries in future episodes and posts, while thanking supporters for listening. Speaker 1 briefly adds two lines about a period of extreme hardship for his family, including his wife’s near-death experience, their daughter’s health problems, and social pressure, while emphasizing gratitude for mundane normality and breathing.

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.

The rapid increase in autoimmune conditions and allergies is unlikely due to human genetics, which change over long periods. People with these conditions often have dysbiosis, a dysregulation of gut health characterized by reduced diversity, fewer healthful microbes, and more pathogenic microbes. While a causal relationship hasn't been established for all autoimmune conditions, mechanisms exist. Dysbiosis leads to a breakdown of the mucosal layer and separation of endothelial cells, which are held together by tight junctions. Butyrate, a short-chain fatty acid, helps maintain these tight junctions. The breakdown allows molecules, like bacterial endotoxins, to flow from the gut into the bloodstream, revving up the immune system. Increased inflammation leads to oxidative stress, causing DNA damage and accelerating tissue aging.

The traditional view of the gastrointestinal tract as a barrier to large molecules is inaccurate. Microbes in the colon break down substances like sugar, enabling them to enter cells where mitochondria and the Krebs cycle utilize them. If these microbes are lacking due to dysbiosis, sugar may not enter cells. Leaky gut, where large molecules and bacteria parts enter the blood, is a concept linked to dysbiosis. Dr. Sahil Khanna's work showed restoring the gut microbiome improved chronic UTIs, suggesting a connection between lost microbes and such conditions. Overemphasis on killing microbes, as seen during the pandemic and in Lyme disease treatment, can harm the microbiome. It's crucial to focus on replenishing the gut after antimicrobial treatments, similar to C. diff treatment where vancomycin is followed by microbiome restoration.

The speaker is conducting 61 clinical trials on the microbiome to understand its role in various diseases like diabetes, alopecia areata, pemphigoid disease, and lupus. These trials aim to map the microbiome in relation to these conditions, building upon previous experience with clinical protocols. A key observation is the presence of dysbiosis, or microbiome imbalance, which is linked to leaky gut. Stool is described as the body's first defense against ingested viruses, fungi, and parasites. When this barrier is compromised, microbes can pass from the colon to the blood vessels and nerves, secreting metabolites that travel to the brain and cause problems. This process is being linked to neurological conditions like Alzheimer's, Parkinson's, MS, and ALS, where imbalanced microbes and fluctuating metabolites are believed to cause nerve damage.

When we take Ibuprofen, it damages the tight junctions in our gut lining, leading to a leaky gut. This disrupts the communication between our immune system and bacteria, causing infections. Chronic Ibuprofen use can further weaken this barrier, affecting our sense of self identity at a cellular level. This breakdown in communication can result in a dark cycle of health issues. Our brain's function is influenced by the communication between our gut bacteria and fungi, rather than being solely a human process.

Leaky gut occurs when the gut's mucus layer and tight junctions break down, allowing toxins and bacteria to enter the bloodstream. In a healthy gut, tight junctions prevent leakage. A compromised gut can contribute to mental health issues like depression, anxiety, and ADHD, as well as skin problems, thyroid problems, colon problems like constipation, diarrhea, and irritable bowel syndrome, food sensitivities, and joint problems. Soluble fiber can help fix leaky gut by forming a gel that lines the gut walls. When microbes ferment fibers from whole veggies, fruits, herbs, and seeds, they produce short-chain fatty acids that heal and repair the gut. More information on healing the gut can be found on the speaker's TikTok page in the "gut health rabbit hole" playlist.