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We need studies where people test their stools to see if long-term vitamin C improves bifidobacteria. To advance microbiome research, protocols need to be done properly. A clinician cannot recommend different vitamin C products from different stores because of variations in supervision. Selling a specific product ensures consistency, avoiding comparisons between different vitamins. Advancing this research is challenging because natural substances like vitamin C, vitamin D, and naturally occurring microbes cannot be patented. Patenting requires fabricating or modifying something to be new and novel. The speaker realized that forces are trying to stop innovations, despite a clinician's role to help patients with informed consent.

Speaker 0 describes being on the front line in Miami and using vitamin C as a go-to, questioning whether it is taken orally and in what amount. Speaker 1 confirms oral administration and notes taking a lot of vitamin C due to exposure and concern. Speaker 0 explains that a scientist contacted them after testing their sample, asking if they noticed their Bifidobacteria levels had risen fourfold. The speaker reveals they had been taking high dosages of vitamin C, which prompted a shift in approach. While dealing with treating COVID-19 patients and assessing stools in high-risk and severe cases, they decided to consult naturopaths and collect stool samples before and after treatment to evaluate the impact. Speaker 1 recounts that they began making phone calls, offering to pay for stool samples before and after on patients treated with vitamin C. They collected about twenty to twenty-five samples and observed that vitamin C increased Bifidobacteria. This finding led to publishing research showing that vitamin C increases Bifidobacteria in vitro, and they extended this to show an increase in patients as well. Key points: - Vitamin C was used as a primary approach by a frontline clinician in Miami, with emphasis on oral administration. - A scientist noted a fourfold increase in Bifidobacteria, prompting a change in strategy toward investigating vitamin C’s effects. - They initiated a program to collect stool samples before and after vitamin C treatment in COVID-19 patients, collaborating with naturopathic practitioners and funding the stool analyses themselves. - About 20–25 samples were analyzed, revealing that vitamin C increased Bifidobacteria. - They published a paper demonstrating the increase of Bifidobacteria with vitamin C both in vitro and in patient samples.

Vitamin C is distinct from traditional chemotherapy, which can harm both cancerous and healthy tissues. Instead, vitamin C selectively targets cancer cells while preserving normal cells. This unique property can help maintain the health of normal tissues, enhancing the effectiveness of other cancer treatments. Additionally, vitamin C may boost the immune system, enabling it to more effectively combat cancer.

" I'm a big believer of vitamin c. " "This doesn't mean it's going to work for everyone and we're not making any claims. " "There is definitely something about vitamin C through the years that have said to people, wait, vitamin C is pretty safe. " "But then we looked at the in vitro studies and that's how they grow the bitter bacteria. " "In vitro studies of vitamin C effect on the microbiome, you actually see increased Bifidobacteria with in vitro. " "So we just proved on a human clinical model what the in vitro model did. " "I'm on this big push of increasing the betrobacteria. " "That's my science... my vision. " "Are antibiotics good? Are they good long term? " "Now we're in the world of biologics. What are biologics doing to the microbiome? " "Maybe all disease starts with lots of bifidobacteria. " "As I'm improving the benefit of bacteria, I see improvement in the disease clinically as a physician."

A new study suggests that a common vitamin used to strengthen bones may also slow aging. The discussion centers on vitamin D and its potential anti-aging benefits. In a large randomized, placebo-controlled study, researchers found that individuals who took vitamin D compared to those who did not actually had a shorter telomeres, a DNA marker associated with aging. The implication discussed is that, while vitamin D is already known to be beneficial for older adults in reducing risks of cancers, autoimmune conditions, and other metabolic diseases, it may provide an additional aging-related advantage by affecting telomere dynamics. Specifically, the group taking vitamin D showed less shrinkage of telomeres over time, suggesting a potential slowing of cellular aging relative to the control group. The conversation also touches on the broader interest in staying youthful and the relevance of vitamin D to cancer care. One speaker notes that their oncologist advised taking vitamin D after a cancer-related diagnosis, highlighting its perceived importance in cancer management and overall health. However, there is an important caveat about dosing. There is concern about the possibility of overdosing on vitamin D. It is noted that extremely high doses can be dangerous and may actually counteract benefits by accelerating aging or negating protective effects. Therefore, dosing should be carefully managed. For most people, a common recommendation is around two thousand to three thousand international units (IU) per day, with the understanding that many individuals should be taking vitamin D. Nevertheless, if a person has a vitamin D deficiency, a physician may prescribe a higher dose, underscoring the need for medical supervision rather than self-prescribing. The dialogue closes with an emphasis on consulting a physician to determine appropriate vitamin D intake and to avoid overdose, acknowledging the potential risks associated with excessive supplementation. The speakers express appreciation for the medical guidance and the reminder to adhere to professional recommendations regarding vitamin D use.

The speaker discusses promising results for high dose vitamin C in cancer treatment. A recent study on high dose vitamin C shows so much promise, and there have already been human trials underway in which patients who received high dose vitamin C did have drastically improved outcomes: they lived longer and they had less symptoms from the chemo. Mechanistically, the vitamin C literally wipes out the cancer cells via, like, four distinct very strong mechanisms. The speaker also notes that it is very safe as well. In addition, the speaker mentions other natural cancer therapies: ivermectin, fenbendazole, and now dandelion root extract, stating that all of these show extreme promise for natural cancer treatments.

It's frustrating that effective treatments used globally aren't considered here. A doctor mentioned that many treatments don't work, and with a high mortality rate, there's little to lose by trying new options. Patients often present with severe breathing difficulties and thick mucus in their lungs, visible on X-rays. Proven treatments exist, like high-dose IV vitamin C, which has shown success in trials, but these are often dismissed. Instead, patients are frequently sedated and placed on ventilators. Despite the historical skepticism surrounding vitamin C, it has potential benefits that are overlooked, leaving many to question the current medical approach.

Vitamin D alone could prevent about 30,000 cancer deaths in a single country in a single year. The study looked in Germany and examined what would happen if they administered wide-scale vitamin D to the 50 and older population. Based on the most recent meta-analyses of vitamin D and cancer, there is about a 13% reduction in cancer mortality, and that is extrapolated to an entire country, resulting in saving about 30,000 lives per year. A recent paper on vitamin D and cancer and its biological effects is highlighted: there are over 900 peer-reviewed recent papers finding that vitamin D, when raised to adequate levels, exhibits anticancer activity against literally basically every single cancer known, through vitamin D receptor signaling as well as tumor microenvironment control and immune modulation. This is described as very, very important as winter months approach, so ensuring adequate vitamin D intake is advised. The speaker notes that some of the most powerful cancer prevention tools are neither profitable nor novel, and vitamin D is very inexpensive, biologically active, and, according to randomized clinical trial evidence, saves lives at scale. The main question posed is why public health agencies are ignoring this.

In medicine, particularly with interventional treatments like high-dose IV vitamin C, ensuring patient safety is crucial. This involves two key areas: first, conducting thorough history, screening, and laboratory analysis of the patient; second, administering the IV in a manner that optimizes physiological and biochemical responses. This approach aims to minimize side effects for the patient.

B vitamins are water soluble, so they must be consumed daily to be absorbed, and the portion that isn’t absorbed passes through the body. A large dose of vitamin B2 (riboflavin) can make your urine turn a bright yellow, indicating excess B vitamins are being excreted. The body uses what it can from these nutrients, but the guidance is to top them up on a daily basis to maintain adequate levels. This recommendation is especially emphasized if you have a specific condition related to one of these crucial nutrients. In short, daily replenishment helps ensure absorption and prevents unnecessary buildup, since any excess is likely to pass through the system.

Cancer thrives in an acidic environment and loves glucose while hating alkaline conditions and oxygen. Dr. Tullio Simoncini used sodium bicarbonate, an alkalizing substance, to counteract cancer's acidity. Cancer consumes 15 times more glucose than other cells. To conquer cancer, it is important to create an alkaline environment, reduce glucose levels, and ensure the body is oxygenated. These three factors are common denominators in successful approaches to fighting cancer.

In integrative medicine, proactive measures like intravenous vitamin C are utilized. Administering high doses, such as 20 to 50 grams, can significantly elevate blood levels and has a direct antiviral effect. The immune system produces hydrogen peroxide to combat pathogens, and high-dose vitamin C can enhance this response. It's commonly used by integrative doctors for both viral and bacterial infections, either alone or alongside other treatments. Additionally, intravenous vitamin C helps reduce inflammation, alleviating pain and symptoms associated with infections like the flu, which are often caused by inflammatory compounds released by the body.

Calcium kills an enormous number of people around the world every year due to the dairy industry, and calcium remains one of the biggest supplement sales worldwide. Above the minimal amount you need, calcium is a carcinogen; calcium causes cancer. Calcium promotes increased oxidative stress in every cell in your body, which predisposes you to every disease known to exist demand. Magnesium is beneficial because its primary role is to lower calcium levels inside the cell. When you bring calcium levels down and magnesium levels up, then the vitamin C can start coming in, and you can start getting a normal cell. So avoid calcium in all its forms.

Speaker 0: I had been on the front line in Miami, and my go-to is always vitamin C. Speaker 1: Do you take it orally or is that— Speaker 0: just Orly. Orly. Speaker 1: Orly. Is there a certain amount that you can take orally? Speaker 0: Well, I was taking a lot because I was exposed and I was worried. But then what I realized was I tested my sample, my scientist calls me and he goes, Did you notice your C? Did you notice your Bifidobacteria went up four times the level? What have you been doing? I go, Oh, I’ve been taking high dosages of vitamin C. And then he said to me, Well, you got to look into vitamin C. So right away, I switched my gears. As I’m dealing with treating COVID patients, as I’m dealing at looking at the stools before in high risk and severe, I switched my gears and I said, Okay, we need to call a bunch of naturopaths and send us patients before and after. So I started making phone calls again and said, I’ll pay for stool samples before and after on patients with vitamin C. And then we had like twenty, twenty five samples, and we noticed that the vitamin C increased Bifidobacteria. We published on that because actually vitamin C increases Bifidobacteria in vitro. So we published the paper to show that it increased in patients.

"Vitamin C improves gut Bifidobacteria in humans." "This was an incidental finding of my berythrombacteria increasing with vitamin C." "the only thing I've done different is I've been taking these enormous amounts of vitamin c." "Essentially, what we noticed was an increase in the bifidobacteria." "within twenty four hours of the infusion of the pills." "We created the Microbiome Research Foundation essentially to raise the funds to continue doing the research." "So when the vitamin C came on, it was really calling my colleagues and saying, have a protocol that is looking at the microbiome." "Our job was not to treat the kids." "We gave an informed consent." "we didn't need an IRB approved giving vitamin c to these kids." "We got these kids poop." "Our job was to look at what is vitamin c doing before and after." "before and after for nutraceuticals, pre and post vaccination, pre and post drugs, pre and post foods." "We tested 20 kids."

A randomized controlled trial showed that a combination of vitamin D, omega-3 fatty acids, and an exercise program reduced the risk of cancer by sixty percent. These are simple interventions that people can do. This information doesn't get much press because it's counterproductive for the pharmaceutical industry and the medical complex if people don't get cancer. The study was published in a peer-reviewed journal and is supported by other studies. There is data that shows exercise reduces the risk of cancer, and simple relaxation techniques like meditation and yoga can improve outcomes if you get cancer. Simple lifestyle interventions can reduce the risk of getting cancer and improve outcomes if you have cancer.

Samples taken from patients before the pandemic show that a high level of vitamin D does not protect against Covid-19. In fact, it increases the risk of hospitalization by two times and also tends to advance the risk of severe illness.

A University of South Australia study has found that maintaining healthy vitamin D levels can lower the chances of COVID-19 patients ending up in the hospital. However, vitamin D will not reduce the risk of catching COVID-19. Approximately four million adults in Australia are vitamin D deficient.

The main issue with vitamin C is that it cannot be patented, which means there's no financial incentive for companies to invest in it. Without a patent, there’s no profit, and without profit, there’s little motivation to pursue its potential benefits. Ideally, saving lives should be the primary incentive, but unfortunately, that’s not how the healthcare system operates.

In 1926, a booklet was released about using sodium bicarbonate as medicine, highlighting its versatility and affordability. It can be used to clean refrigerators, treat diaper rash, and more. As a medicine, sodium bicarbonate can be taken orally, transdermally in baths, injected, or nebulized. For nebulization, a capsule combining it with glutathione can be used. Transdermal absorption is more effective than oral. For baths, one to two pounds of sodium bicarbonate is recommended, along with magnesium chloride bath flakes or dead sea salt. Epsom salt (magnesium sulfate) is less medically effective. Orally, sodium bicarbonate is part of a cancer protocol. Dr. Tullio Simonsini from Rome used sodium bicarbonate to treat cancer, kidney disease, and diabetes. Due to toxins and nutritional deficiencies, people have become acidic, making sodium bicarbonate beneficial.

Vitamin C boosts the immune system by increasing white blood cell mobility and activity; without it, they become sluggish. Vitamin C also enhances phagocytosis, which is the ability of phagocytes to consume pathogens. Additionally, vitamin C aids white blood cells in producing defenses against infections. A lack of vitamin C can prolong the duration of illness. White blood cells contain 100 times more vitamin C than blood because the immune system relies heavily on it.

During the pandemic, the speaker took 1,000-3,000mg of Vitamin C but currently takes none due to a balanced microbiome. Testing confirms good bifidobacteria levels, especially during summer with outdoor microbe exposure. Vitamin D from the sun also boosts bifidobacteria. Vitamin C intake may need to increase depending on location. As people age, skin produces less Vitamin D, making Vitamin D and K2 the most important vitamins for older individuals.

The dialogue centers on treatments and outcomes for COVID-19, with concerns about what is being used and what might work. One participant remarks on the reluctance to use certain treatments that are successful worldwide, recounting a conversation with a doctor. Another asks what kinds of treatments are being tried, noting that some approaches “are coming out with different things that are in the testing phase.” A third person criticizes a platform they believe “kills more people than actually save,” and another agrees that “they don’t work anyway,” questioning the harm in trying alternatives when current efforts aren’t effective. A key exchange discusses expectations for patient survival. One person says, “I don’t expect any of these people to survive. Ninety percent of them would die,” while another adds that if patients are “already dying anyway,” it may be reasonable to try additional measures rather than do nothing. There is debate about whether trying unproven treatments is appropriate; one participant notes that without a scientific basis, extra attempts can make patients worse, while another concedes that they would try anything to save their life. The conversation then shifts to clinical presentations and treatment strategies. With COVID patients who cannot breathe, X-rays show “the lungs are white,” indicating affected lungs with very thick, white secretions. The question arises of what “white lung” means—whether it is mucus and coating that fill the lungs and impede oxygen transfer. In response, the discussion distinguishes between early-stage treatments (like hydroxychloroquine and zinc) and later-stage interventions. It is stated that once lungs are severely affected, certain proven treatments exist that have passed trials in Asia through Dr. Chang, described as a US-board-certified physician. Specifically, extremely high-dose IV vitamin C is claimed to be successful in treating patients, providing the lungs with antioxidant support to help expel the infection, alongside IV antibiotics to treat the infection while avoiding reliance on ventilation and sedation. There is a contrast drawn between approaches in different regions. The dialogue notes that high-dose IV vitamin C has passed three trials in Asia and is reported as effective, while in the speaker’s locale, there is hesitation or reluctance to adopt this method. The discussion ends with a remark about how some people might attribute success to “good genes,” implying a belief that genetics may influence susceptibility or outcomes, though this is stated rather than argued as a scientific conclusion. Overall, the conversation emphasizes that several participants are wary of conventional treatments, advocate for exploring high-dose IV vitamin C as a therapeutic option, and describe the characteristic radiographic and clinical features of severe COVID-19 lung involvement.

Vitamin D toxicity is described as extremely rare, and is said to involve only one symptom: elevated calcium in the bloodstream. The speaker references Bruce Hollis, a recognized pioneer in vitamin D research, and asks whether a vitamin D toxicity problem has ever been observed. Hollis allegedly responded that he has never seen such a problem, despite involvement in numerous vitamin D studies. The transcript asserts that developing any toxicity would require consuming hundreds of thousands of international units of vitamin D3 for months. Taken together, the remarks suggest a high safety margin for vitamin D intake under typical conditions, with toxicity appearing only after extraordinary, prolonged consumption.

There is a flood of research on what vitamin D can do for cancer, and it helps in many different ways. Research that shows vitamin D doesn't help is influenced by big pharma. Studies that don't show a favorable outcome use tiny amounts of vitamin D, which is why they don't create the desired effects.