That story is wrong, and it's worth replacing. People don't stop taking their supplements because they stop caring about their health. They stop because it's difficult to form new habits.

This is one of the most consistent findings in all of adherence research: adherence fades over time, and fades fast. A real-world analysis that tracked how reliably people kept up with a simple once-daily medication found that the share taking it as directed slipped from 60.3% at six months to 41.5% at one year, and to just 30.1% by the two-year mark.¹

Same people, same good intentions, same easy schedule — and within two years, most had drifted off course. If that happens with a single pill that people have every reason to take, what chance does a shelf full of optional supplements have?

The Story We Tell Ourselves Is Wrong

When the routine falls apart, almost everyone reaches for the same explanation: "I failed; I'm just not disciplined enough." It's a tidy story, and it puts the blame in a familiar place — on you. It's also wrong, and it has quietly ended more health efforts than any actual lack of willpower ever has.

Here's the truth. The thing that predicts whether people keep going isn't character. It's load. In a multicenter study of older adults managing several conditions at once, three-quarters reported a high treatment burden and more than two-thirds did not take their medications as directed.

The strongest drivers of that burden weren't personality or motivation — they were the complexity of the regimen and the sheer number of things to take.² In plain terms: the heavier and more complicated you make a routine, the more reliably people abandon it. So let's retire the self-blame. You didn't lack the willpower. You were handed a routine that almost no one, however motivated, manages to sustain.

The Friction Stack

To see why, look at what a typical supplement routine actually asks of a busy person. Remember which bottles to take. Remember when. Count out a small fistful of capsules. Find water. Get them all down without gagging on the big one. Do it again at lunch with a different set. Refill the organizer on Sunday so the week doesn't fall apart. Reorder before you run out.

None of these steps is hard on its own. That's what makes the burden easy to underestimate. But stacked together, every single day, on top of a life already full, those tiny demands start to feel like another series of nagging obligations. Before you know it, you miss a dose — and it hardly seems to matter. Then you miss another, and the routine starts to unravel. Before long, the bottles sit untouched. The miracle isn't that people quit. It's that anyone keeps it up at all.

Why the Usual Fixes Don't Work

This is the hidden friction the supplement industry has never wanted to talk about, because for most products there's no good answer to it. When the industry does acknowledge the problem, its answer is almost always to push the work back onto you. Buy a better pill organizer. Set a phone alarm. Download an app that nags you. The unspoken message is that the routine is fine and you simply need to try harder to tolerate it.

The research is unkind to that idea. When investigators put the obvious high-tech fix to the test in a randomized trial — a medication-management app with daily reminders, adaptive text messages, and even phone calls from a real person — it made essentially no difference.

Adherence was already high in both groups and statistically identical, and the authors noted plainly that simple reminders had repeatedly failed to solve the problem.³ (The trial was modest in size and stopped early, so it isn't the last word — but it fits a long pattern.) You can remind someone all day long; if the underlying routine is a burden, the reminders just become one more thing to ignore.

There's a deeper reason these fixes fall short. Behavioral scientists call it the intention-behavior gap — the wide, well-documented gulf between meaning to do something and actually doing it, day after day. In one qualitative study of people trying to sustain a long-term routine for their own health, researchers linked that gap less to weak intentions and more to the absence of easy, ongoing support; when keeping up required continuous effort and vigilance, even committed people slid.⁴

We Drew the Opposite Conclusion

We looked at the same problem and came to a very different place. If the burden is what makes people quit, then removing the burden is the entire job. That means reducing the number of doses and amounts to take and reducing the number of decisions you have to make each day.

Part of the solution is to lean into a food-first format so that your supplement regimen feels like it's part of a meal instead of a medical event. It means a routine simple enough that it survives a chaotic Tuesday, a work trip, a sick kid, a week when everything goes sideways. This is the opposite of the industry's instinct. Where the old model adds, we subtract. The goal is to create supplements you'll actually use, because a supplement you don't take is useless.

The proper role of nutritional supplements is right there in the name. They're intended to support the nourishment you get from whole foods, not to replace meals or excuse a poor diet. The pill model makes targeted support feel like a separate task, something that is apart from your daily nourishment. A food-first format corrects that mismatch.

It keeps the priority where it belongs: eat real food, then add focused support to that food where it makes sense. The format itself reinforces the hierarchy instead of blurring it. You are not using supplements to cover for bad habits. You're making a good meal work harder for you.

That shift matters because it aligns the product with the behavior you want to protect. Caring for yourself no longer has to mean one more ritual off to the side, detached from the food on your plate. It becomes part of the same act.

The food-first strategy also restores something the old model quietly took from you: the sense that you're capable of taking care of yourself. When a routine is built to fail, every lapse feels like proof that you can't be trusted to follow through. When a routine is built to fit real-world living, following through stops being a test you keep failing and becomes something that is sustainable in the long term.

The Bottom Line

You are not the problem. The reason most people stop taking their supplements has nothing to do with weak character and everything to do with a design that has a low chance of success in the first place. The evidence is remarkably consistent: complexity and pill count drive people away, reminders don't rescue a routine that's too heavy, and good intentions can't close the gap on their own. Blaming yourself for quitting a routine that almost no one sustains isn't just unfair — it's aimed at the wrong target entirely.

So, we set out to remove the burden rather than ask you to endure it. Fewer things to take, a food-first format, a routine light enough to survive a real life. Do that, and consistency takes care of itself. Not because you became someone new, but because, for once, the thing was built for the person you already are.

Frequently Asked Questions

These statements have not been evaluated by the U.S. Food and Drug Administration.

This article is for general education. The products described are dietary supplements intended to support normal health and wellbeing as part of a food-first lifestyle. They are not a substitute for a varied diet, a healthy lifestyle, or the advice of your physician. If you are pregnant, nursing, taking medication, or managing a health condition, talk with your healthcare provider before beginning any supplement.

This article is for informational purposes only and does not constitute medical advice. Consult a qualified healthcare provider before making changes to your health regimen.

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Long ago, before refrigeration was invented, early humans preserved their food in different ways. One of the most common methods is drying meat, fruit, and vegetables under the sun. Pickling, curing, and fermenting were also used, depending on a particular culture's practices. All the same, the goal was to prevent their food supply from spoiling so that they didn't have to consume them immediately.¹

As industrialization expanded and the need for immediate access to food grew, companies began experimenting with chemicals to extend shelf life of their products. Examples include the use of nitrites, sodium benzoate, and sulfites.² Over time, more preservatives were added to the food supply, prolonging the shelf life of processed goods so they can be shipped to consumers all over the world.

However, this gradual expansion of chemical additives has far-reaching consequences. Today, there are at least 950 substances in the American food supply that are actually banned in Europe due to their possible health effects, CBS News reports. And the worst part is that these ingredients are not required to be listed on product labels.³

As awareness of the impact of ultraprocessed foods on human health rises, so does the scrutiny of the ingredients used in their manufacturing. Research has linked them to rising rates in chronic disease,⁴ and a 2026 study noted that the very preservatives Big Food uses to extend shelf life of their products is causing cancer.⁵

Higher Preservative Intake Tracks with Higher Cancer Rates

A study published in The BMJ examined how everyday exposure to food preservatives influences cancer risk. Researchers analyzed long-term dietary data from the French NutriNet-Santé cohort, a large prospective study designed to follow people over time and observe how diet links to disease development.⁶

The team focused on preservative additives as a category, then broke them down into specific chemical groups and individual compounds. The reason for following this angle was simple: No study had completely focused on preservatives as a root cause for disease, despite their prevalence in the food supply.

Preservatives Track with Rising Diabetes Risk

If preservatives increase the risk of cancer, what other chronic diseases can they fuel? A companion study from the same research team, now published in Nature Communications, looked at metabolic health and noticed similar patterns. Using the same dataset from the French NutriNet-Santé cohort, the researchers followed participants over time, tracked detailed dietary records, and identified new cases of Type 2 diabetes as they occurred.⁸

The goal was to isolate preservative exposure and see whether it predicted diabetes risk beyond known factors such as body weight, physical activity, and overall diet quality. The study population included adults from the general community, many of whom entered the study without diagnosed metabolic disease. Over a follow-up period that averaged 8.05 years, higher preservative intake consistently aligned with higher incidence of Type 2 diabetes.

By pointing out preservatives as a distinct factor, this study presents a shift on how you think about the progression of diabetes. Simply put, risk does not hinge solely on the consumption of refined sugar or weight gain, although those certainly play a part, too. Chemical additives built into the food supply influence how your body handles glucose over the long-term.

Lower Your Exposure to Harmful Food Additives with These Tips

Health authorities have allowed countless preservatives into the food supply without proper safety testing, but that doesn't mean they're unavoidable. Here are my recommendations to help you protect yourself and your loved ones:

Frequently Asked Questions (FAQs) About the Link Between Preservatives and Rising Cancer Rates

For decades, people have been told that a glass of wine a day protects your brain. That belief is now collapsing under the weight of new evidence. A comprehensive study — tracking more than half a million adults across the U.S. and United Kingdom — shows that alcohol harms your brain at every level of consumption.¹

Dementia is a progressive disease that steals memory, reasoning, and independence. While genetics and aging play a role, lifestyle factors are increasingly recognized as major drivers — and alcohol use stands out as one of the most damaging. Even light drinking is now linked to measurable brain injury.

Instead of protecting cognition, alcohol impairs mitochondrial energy production, damages neurons, and accelerates the biological aging process that leads to dementia. The truth is simple: there’s no safe amount of alcohol when it comes to preserving your brain. This evidence marks a major shift in understanding — one that replaces decades of wishful thinking with hard data.

Genetic Evidence Confirms That Every Drink Raises Dementia Risk

For a study published in BMJ Evidence-Based Medicine, researchers analyzed data from 559,559 adults aged 56 to 72 to uncover how drinking affects long-term brain health.² These participants were followed for up to 12 years, with 14,540 developing dementia during the study.

The research combined traditional observational data with a genetic method that uses people’s DNA to reveal whether a behavior actually causes disease rather than just correlates with it. This powerful approach allowed scientists to separate cause from coincidence.

Alcohol’s Brain Effects Have Far-Reaching Public Health Implications

Based on their findings, the scientists estimated that cutting alcohol use disorder rates in half could lower dementia cases by roughly 16% globally. This doesn’t just apply to people with heavy drinking habits — it means that any reduction in alcohol intake, even among light drinkers, could meaningfully protect brain health. This translates into a simple yet powerful form of prevention: every skipped drink matters.

Alcohol and Linoleic Acid Follow the Same Toxic Pathway in Your Liver

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It’s not only your brain that’s at risk from excess alcohol — your liver is also affected. While most people know alcohol destroys your liver, few realize that linoleic acid (LA) — the primary polyunsaturated fat found in seed oils — is just as damaging once it’s metabolized.

Alcoholic fatty liver disease and nonalcoholic fatty liver disease (NAFLD) share the same root problem: mitochondrial injury. Whether that damage comes from ethanol in beer and wine or from LA in salad dressings, fried foods, and processed snacks, the result is the same — fat builds up in your liver because your cells can’t make energy efficiently anymore.

How to Protect Your Brain and Lower Dementia Risk

If you’ve believed that a little alcohol was harmless — or even good for you — it’s time to rethink that idea. The evidence now shows that every drink raises your risk of brain damage over time.

Dementia doesn’t happen overnight. It’s the result of repeated injury to your neurons, your mitochondria, and the delicate networks that control memory and emotion. Fortunately, you have full control over two of the biggest risk factors: alcohol and LA. What you do starting today determines how sharp your mind will stay decades from now.

You don’t need to wait for symptoms to appear to take action. Alcohol and LA work through the same toxic mechanisms, harming your liver first and your brain soon after. The damage is cumulative — but it’s also reversible. Every drink you skip and every seed oil you cut is a step in the right direction for your mitochondria. The sooner you make these changes, the longer your mind stays clear, your energy steady, and your personality intact.

FAQs About Alcohol and Dementia Risk

Chronic disease is the defining health crisis of our time. Despite medical advancements, rates of diabetes, heart disease, cancer, and neurodegenerative conditions continue to rise. The U.S. spends more on healthcare than any other country, yet people are getting sicker, not healthier.

This failure stems from conventional medicine's narrow focus on pharmaceuticals and procedures that only prolong dependence rather than recognizing the role of mitochondrial function and cellular health in preventing and treating chronic disease. It's time to challenge this system, expose its shortcomings, and demand a shift toward solutions that actually restore health at its foundation.

The Financial Toll of Lifelong Disease Management

The financial burden of managing chronic diseases is overwhelming, even for those with health insurance. This has made medical debt one of the most pressing economic crises in the United States today.¹ The problem is not just that these conditions are expensive — it's that they are rarely resolved. Patients are placed on lifelong prescriptions and procedures that generate billions in revenue for pharmaceutical and insurance companies while failing to restore health.

The Soaring Economic Burden of Chronic Disease

Chronic disease is the leading cause of healthcare spending in the United States. According to the Centers for Disease Control and Prevention (CDC),³ 90% of the nation's $4.5 trillion annual healthcare costs go toward treating chronic illnesses, averaging $13,493 per person.⁴ These expenses include doctor visits, hospital stays, surgeries, and long-term prescription drug use.

Patient Burnout — When Medications Become a Life Sentence

The endless cycle of seeking relief without healing is the defining reality for millions trapped in the modern medical system. A patient battling chronic pain, for instance, may begin with a mild prescription for relief, only to find themselves escalating to stronger medications as their condition worsens.

In other words, the more medications a person takes, the more likely they are to experience cognitive impairment, fatigue, and emotional distress. Even when these drugs are prescribed with good intentions, their long-term effects often make daily life more difficult, not better.

The Hidden Costs of Chronic Illness — Mental, Emotional and Social Strain

If you're living with a chronic illness, you already know that the struggle goes far beyond physical symptoms — the mental and emotional toll can be just as overwhelming. According to a study published in Middle East Current Psychiatry,²⁰ 68.7% of chronic disease patients experience stress, 51.1% suffer from anxiety, and 58.8% struggle with depression.

Ultimately, chronic disease affects every aspect of living. As long as the medical system continues to focus only on symptom management, millions will remain stuck in a cycle that chips away at their quality of life.

Conventional Medicine's Blind Spot

Modern medicine prides itself on advancements in pharmaceuticals and surgical interventions, yet it has continuously overlooked the most fundamental factor in health — cellular function. Few researchers understood this better than the late Dr. Ray Peat, a biologist and pioneer in bioenergetic medicine and human metabolism, whose work challenged nearly every mainstream dietary and metabolic dogma.

As a result, promising research on cellular health and metabolic therapies remains on the fringes of healthcare, while patients are left to navigate the system on their own. Until the medical establishment shifts its focus to supporting mitochondrial function, addressing nutritional deficiencies, and eliminating toxic exposures, the chronic disease epidemic will continue to spiral out of control. The real solutions to health are not hidden — they are simply ignored.

A Wakeup Call — The Healthcare System Is in Desperate Need of Change

Modern medicine is failing the very people it was meant to help. Chronic disease has reached epidemic levels, yet the healthcare system's only response is more drugs, more procedures, and more expensive interventions — none of which address the root causes of disease.

Your body isn't lacking pharmaceuticals; it's deprived of the essential conditions needed for optimal cellular function. Poor nutrition, metabolic dysfunction, environmental toxins and chronic stress are the real drivers of modern disease. Yet, these factors are overlooked in favor of high-cost, high-profit interventions that do nothing to reverse illness at the cellular level.

This cycle does not have to continue. Real health is possible, but it requires a shift from managing illness to restoring function at the cellular level. Instead of masking symptoms, medicine needs to prioritize the conditions that allow the body to heal itself. The good news is that solutions already exist. Research in bioenergetics and metabolic therapies is paving the way for a future where chronic disease is no longer the norm.

The human body is incredibly resilient when given the right tools, and healing is within reach for those willing to step outside the conventional model. By shifting the focus toward cellular health, the future of medicine can finally move beyond disease management and toward real, lasting vitality.

Frequently Asked Questions (FAQs) About the Root Cause of Chronic Disease

That disconnect is finally being acknowledged. An international team of researchers, working with dozens of medical organizations and thousands of patients, has formally retired the old label. The condition now carries a new name, polyendocrine metabolic ovarian syndrome (PMOS), that reflects what doctors and patients have long suspected: this disorder reaches well beyond the reproductive system, pulling hormone signaling, blood sugar regulation, cardiovascular health, and mental well-being into its grip.

The renaming is more than cosmetic. Patients have spent years bouncing between specialists who treated each symptom in isolation, missing the metabolic engine driving the whole picture. Women without visible cysts were told they did not qualify for the diagnosis. Lean women were dismissed because they didn't fit the assumed body type.

Adolescents were waved off as hormonal teenagers while damage accumulated. The new framework changes the conversation entirely, and the findings behind it reveal just how interconnected the breakdown really is and why the old name held so many women back from getting help.

Doctors Finally Admit This Condition Wasn't Just About Ovarian Cysts

Published in The Lancet, an international policy paper brought together 56 medical organizations, patient advocacy groups, and clinical experts from around the world to address a problem patients had complained about for years — the name polycystic ovary syndrome did not describe the disease accurately at all.¹ Researchers collected 14,360 survey responses from women with the condition and health professionals across multiple countries and disciplines.

According to the paper, the old name interfered with diagnosis, delayed treatment, and created confusion among both patients and clinicians. Many women spent years chasing isolated symptoms like acne, infertility, or weight gain without realizing they were connected through the same endocrine and metabolic disorder.

Your endocrine system is your body's hormone messaging network. Your metabolic system controls how you turn food into energy. In PMOS, both systems start malfunctioning together. Researchers specifically noted that the current name "obscur[ed] diverse endocrine and metabolic features" and contributed to fragmented care.

Metabolic Dysfunction Extends Far Beyond the Ovaries

Insulin resistance increases androgen production, while elevated androgens worsen abdominal fat accumulation and metabolic dysfunction. The result becomes a self-reinforcing cycle. Many women feel trapped because symptoms intensify each other over time instead of staying isolated.

Addressing the Metabolic Factors Linked to PMOS

So, if the diagnosis itself has been overhauled, what should women actually do differently? The answer starts upstream of the symptoms at the metabolic level, where the cascade begins. A name change doesn't alter the underlying hormone and metabolic dysfunction associated with PMOS.

Much of the focus centers on supporting insulin sensitivity, inflammatory response, and healthier communication between your gut, metabolism, and reproductive hormones. Once those systems begin working together again, symptoms may stop spiraling in multiple directions at once.

These findings come from clinical and observational research, including studies of supplements in specific populations. Results may not apply to all individuals.

FAQs About PCOS' New Name

This article is for informational purposes only and does not constitute medical advice. Consult a qualified health care provider before making changes to your health regimen.

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Few substances have captured my attention as profoundly as methylene blue. Earlier this year, I engaged in an in-depth discussion with Georgi Dinkov, a respected expert in metabolic health, who shed light on the multifaceted benefits of this remarkable compound.¹

Methylene blue, a quinone-like molecule, is not just another supplement; it’s a powerful agent that can play an important role in cellular metabolism. By accepting and donating electrons, methylene blue enhances mitochondrial function, addressing issues like reductive stress that are often overlooked in conventional medicine.

This conversation with Dinkov highlights methylene blue’s role in reaching optimal health and treating a myriad of conditions, ranging from mental health disorders to acute medical emergencies.

Methylene Blue and the Electron Transport Chain

Methylene blue has the ability to integrate seamlessly into the electron transport chain (ETC), which plays a role in cellular energy generation. Unlike traditional antioxidants that either donate or accept electrons and subsequently require excretion, methylene blue possesses the unique capability to cycle between its oxidized and reduced forms indefinitely.

This continuous electron transfer process ensures sustained improvement in mitochondrial efficiency, which is key for energy production and overall cellular health. Dinkov emphasized that methylene blue acts as an emergency oxidant, stepping in to accept electrons even when essential co-actors like NAD+ are deficient.

This makes methylene blue capable of resolving metabolic issues associated with electron buildup and reductive stress. By maintaining the flow of electrons within the ETC, methylene blue prevents the stagnation that leads to cellular dysfunction and various health problems.

Methylene Blue for Enhanced Brain Health

The therapeutic potential of methylene blue is vast and varied, extending across a spectrum of neurological and psychological conditions. Dinkov shared insights into several studies where methylene blue, even at relatively low doses of 15 to 50 milligrams (mg), demonstrated significant benefits in treating treatment-resistant depression and psychosis.²

These findings are groundbreaking, suggesting that methylene blue enhances cognitive function and stabilizes mood by improving mitochondrial performance and reducing oxidative stress in the brain. Methylene blue enhances the benefits of niacinamide (vitamin B3) on brain health and metabolism.³ Furthermore, in terms of neurodegenerative diseases, methylene blue has shown remarkable promise.

A modified version of methylene blue, developed by a UK-based company, has been patented for Alzheimer's treatment. Clinical trials have reported an astounding 80% reversal of Alzheimer’s symptoms in participants, according to Dinkov, highlighting methylene blue’s ability to not only halt but also reverse cognitive decline.⁴

These applications underscore the compound’s role in enhancing brain health by ensuring efficient energy production and mitigating the damaging effects of oxidative stress. A stabilized form of methylene blue known as hydromethylthionine (LMTM) also shows promise in treating mild to moderate Alzheimer’s disease.⁵

Unlike traditional methylene blue, LMTM is a stabilized dihydromesylate salt, which offers improved pharmacokinetic properties, including better brain uptake and longer half-life in humans. The study involved 1,162 patients across two Phase III trials and revealed a concentration-dependent activity of LMTM on cognitive decline and brain atrophy.

Notably, the optimal therapeutic dose was identified around 16 mg a day, which maximizes cognitive benefits without the diminishing returns observed at higher doses of 150 to 250 mg per day. This plateau effect underscores that beyond a certain concentration, no additional benefits are observed, aligning with the study’s findings that higher doses do not confer extra advantages.

Moreover, LMTM demonstrated significant benefits both alone and as an add-on to existing Alzheimer’s treatments. Patients receiving LMTM showed reduced cognitive decline and slower brain atrophy compared to those with lower plasma levels. This suggests that even at lower, more manageable doses, LMTM effectively slows the progression of Alzheimer’s by enhancing mitochondrial function.

Methylene Blue’s Life-Saving Benefits in Septic Shock

Expanding methylene blue’s therapeutic applications, a systematic review and meta-analysis published in Critical Care Explorations evaluated the efficacy and safety of methylene blue in patients with septic shock,⁶ a condition with high mortality rates.

The analysis included six randomized controlled trials encompassing 302 patients and sought to determine whether methylene blue administration could improve outcomes compared to placebo or usual care.

The findings suggest that methylene blue may significantly reduce short-term mortality, shorten the duration of vasopressor use by approximately 31 hours, and decrease hospital length of stay by about two days.

Additionally, methylene blue was associated with an increase in mean arterial pressure at six hours post-administration. Importantly, the study did not find an increase in adverse events.

Methylene blue functions by inhibiting endothelial and inducible nitric oxide synthase, thereby counteracting the profound vasodilation characteristic of septic shock. By restoring vascular tone, methylene blue helps maintain adequate organ perfusion and oxygenation, which are necessary for patient survival.

Methylene Blue for Cancer Treatment — Targeting Ovarian Tumors

Research is also exploring methylene blue as a treatment for ovarian cancer, particularly in cases resistant to conventional chemotherapies. A study published in Cancers (Basel) used a carboplatin-resistant ovarian cancer tumor model in mice to assess the impact of methylene blue on tumor growth.⁷

The findings revealed a significant in vivo reduction in tumor proliferation among mice treated with methylene blue compared to those receiving carboplatin alone or no treatment. Specifically, methylene blue demonstrated superior tumor suppression, highlighting its effectiveness against chemoresistant ovarian tumors.

Further in vitro analyses provided insights into the mechanisms underlying methylene blue’s anticancer effects. The study examined the impact of methylene blue on mitochondrial energetics in both cancerous and normal cell lines. Methylene blue altered the oxygen consumption rate and mitochondrial membrane potential in the ovarian cancer cells, suggesting enhanced mitochondrial respiration and induction of apoptosis.

In contrast, normal cells exhibited a markedly different response, with less pronounced changes in mitochondrial function, indicating a selective targeting of cancer cell mitochondria by methylene blue.

The combination of methylene blue with a mixture of lipoic acid and hydroxycitrate and carboplatin was investigated to evaluate synergistic effects. While the combination therapy showed a modest enhancement in tumor response compared to methylene blue alone, the difference was not statistically significant. Importantly, the metabolic therapies did not induce toxicity or weight loss in the treated mice, underscoring the favorable safety profile of methylene blue-based treatments.

By targeting the altered mitochondrial function and inducing apoptosis in chemoresistant cancer cells, methylene blue offers a novel approach that could improve treatment outcomes for patients facing limited options. The differential response between cancerous and normal cells also suggests that methylene blue selectively targets tumor metabolism, minimizing harm to healthy tissues.

Methylene Blue in Emergency Situations, Including Heart Attack

Beyond its chronic health benefits, methylene blue proves invaluable in acute medical emergencies. Dinkov elaborated on its effectiveness in treating conditions such as cyanide and carbon monoxide poisoning. In these scenarios, methylene blue acts swiftly to restore cellular respiration by accepting electrons and facilitating the utilization of oxygen, thereby reversing the toxic effects of these poisons.

I also recommend having methylene blue readily available at home in case of a heart attack. While sudden death is the most common symptom of heart disease, surviving individuals face the serious threat of reperfusion injury, where cellular dysfunction and death may worsen following the restoration of blood flow.

Methylene blue administration significantly mitigates tissue damage; however, proper dosage is important to avoid overdose. Administer methylene blue within minutes of the cardiac event to meet the critical time threshold.

In cases of stroke or heart attack, even a single dose below 50 mg may be life-saving. This rapid benefit makes methylene blue an essential tool in emergency medicine, offering a quick and efficient means to counteract metabolic crises.

I strongly advocate for the inclusion of methylene blue in emergency kits, as its ability to stabilize metabolic function swiftly provides an additional layer of protection against sudden, life-threatening metabolic disturbances. The potential of methylene blue to act as a universal antidote in various poisoning scenarios underscores its significance in both medical and emergency settings.

Methylene Blue and Antiaging Benefits

The antiaging properties of methylene blue is another exciting frontier that Dinkov passionately discussed.⁸ Studies have indicated that methylene blue reverses aging in human cells by maintaining optimal mitochondrial function and reducing oxidative damage, which are key factors in the aging process. Daily doses ranging from 5 mg to 50 mg help achieve the necessary concentration for these benefits without causing discoloration in urine or tissues.

Moreover, when combined with red light therapy, methylene blue’s effects are significantly amplified. This synergy promotes cellular rejuvenation and longevity by enhancing mitochondrial efficiency and reducing oxidative stress, thereby combating the visible signs of aging and supporting overall cellular health.

Dinkov mentioned an innovative approach where methylene blue is used in a dilution similar to mouthwash as an oral rinse, offering antiseptic benefits without the harsh side effects of conventional mouthwashes.⁹ This application not only leverages methylene blue’s metabolic benefits but also integrates it into daily routines for enhanced health and longevity.

Beyond the primary benefits discussed, methylene blue exhibits several other promising properties that could significantly enhance various aspects of health and medicine. Dinkov mentioned that methylene blue acts as a powerful aromatase inhibitor at sub-micromolar concentrations, which could have implications in managing hormone-related conditions.¹⁰

Additionally, methylene blue’s ability to enhance the flow of electrons within the electron transport chain makes it a versatile supplement for addressing a wide range of metabolic disturbances. Dinkov also introduced the concept of the "Methylene Blue Test of Health," where the dosage at which an individual’s urine begins to turn blue serves as an indicator of their metabolic health.¹¹

A lower dosage threshold for this coloration suggests better metabolic function, while higher thresholds may indicate underlying health issues such as cancer or diabetes, which are characterized by extreme reduction states in cells.

This innovative approach provides a simple yet effective method for individuals to monitor their metabolic health and take proactive measures to address any issues. As research continues to unfold, the full spectrum of methylene blue’s benefits will likely expand, positioning it as a cornerstone in both preventative and therapeutic health strategies.

Safety and Dosage Considerations

While the benefits of methylene blue are substantial, Dinkov highlighted the importance of appropriate dosing to avoid severe adverse effects that may occur with high doses, particularly serotonin syndrome — a fatal condition caused by excessive serotonin levels in the brain.

Methylene blue is a potent monoamine oxidase type A (MAO-A) inhibitor, which may dangerously elevate serotonin levels when combined with selective serotonin reuptake inhibitors (SSRIs) or other serotonergic drugs. I would advise strong caution for anyone ever to take an SSRI drug, as I don’t believe anyone benefits from them.

Further, at doses exceeding 30 mg to 50 mg, methylene blue may cause temporary blue discoloration of urine and, occasionally, the tongue. Although harmless, this effect is startling if unexpected. High doses may also interfere with pulse oximeter readings, leading to inaccurate assessments of blood oxygen levels.

Individuals with severe renal insufficiency should use methylene blue with caution and under close medical supervision, as impaired kidney function affects drug clearance. Additionally, methylene blue is contraindicated for patients with glucose-6-phosphate dehydrogenase (G6PD) deficiency due to the risk of hemolytic anemia.

Common side effects associated with methylene blue include mild and transient gastrointestinal discomfort, such as nausea and diarrhea. Allergic reactions, ranging from skin rashes to life-threatening anaphylaxis, are also possible. Neurological effects like headaches and confusion may occur.

Cardiovascular effects, though less common, may include increased blood pressure and palpitations. Furthermore, methylene blue interacts with various medications, particularly antidepressants and antimalarials, altering their efficacy or causing adverse reactions.

To mitigate these risks, Dinkov recommends lower daily doses of methylene blue, typically between 5 mg to 15 mg, especially for long-term use. These dosages are sufficient to harness its metabolic benefits without significantly increasing the risk of serotonin syndrome. Additionally, Dinkov pointed out that while higher doses (up to 50 mg) have shown efficacy in certain therapeutic applications, they need to be approached with caution and under professional supervision.

If you’re considering methylene blue supplementation, consult with a knowledgeable health care professional to tailor the dosage to your specific needs and avoid harmful interactions with other medications.

My Recommendations for Methylene Blue Use

There are three types of methylene blue typically sold — industrial-grade, chemical-grade (laboratory-grade), and pharmaceutical-grade. The only one you should use is the pharmaceutical-grade variety in solid, capsule, or tablet form. Avoid using any solutions of methylene blue as dissolving it in water leads to a significant decrease in its effectiveness after 48 to 72 hours.

Methylene blue is a popular choice in aquarium maintenance due to its antifungal, antiparasitic, and oxygen-transporting capabilities. It's commonly used to alleviate fish stress, combat fungal infections, and eliminate external parasites like Ich (white spot disease). However, aquarium-grade methylene blue often contains harmful contaminants, including heavy metals, which pose serious health risks to your aquatic pets.

To ensure the safety and well-being of your pets, I strongly advise against using methylene blue products designed for aquariums in any pet-related applications. Instead, choose pharmaceutical-grade methylene blue, which undergoes rigorous testing to confirm it is free from harmful impurities.

Personally, I have eliminated my regular intake of methylene blue, finding that daily walks by the ocean are an excellent way to manage reductive stress naturally. However, in scenarios where I might not have access to the ocean, I would consider taking 5 mg of methylene blue daily, adjusting to 3 mg if I were 75 pounds lighter in weight, and doing so six days a week.

It’s essential to emphasize that the appropriate and legal way to use methylene blue is through a prescription from a qualified physician. If you’re contemplating the use of methylene blue for your health, I strongly encourage you to consult with your doctor to determine if it’s suitable for your specific needs and circumstances.

Alzheimer’s doesn’t start with forgetfulness — it starts with damage. Long before memory loss appears, your brain begins breaking down at the cellular level. And one of the hidden drivers behind that destruction is something many people don’t think about: iron.

When iron builds up in your brain tissue and reacts with fats and proteins, it causes oxidative stress that destroys neurons from the inside out. This iron-driven process doesn’t just accompany Alzheimer’s — it could be what kicks it into gear. A study from the University of Southern California and the University of California, Irvine uncovered a key clue: people with Down syndrome who develop Alzheimer’s show far more brain iron than those with Alzheimer’s alone.¹

That excess iron is tied to brain cell death, inflammation, and early buildup of harmful plaques. If your body can’t safely store and regulate iron, the damage spreads fast — especially in areas tied to memory and executive function. And once your antioxidant defenses are overwhelmed, there’s little left to stop the cascade. Understanding how and why this happens opens the door to new strategies — not just for slowing Alzheimer’s, but for preventing it before it takes hold.

Too Much Iron in Your Brain Speeds Up Alzheimer’s Damage

The study, published in Alzheimer’s & Dementia, looked at how too much iron in your brain drives Alzheimer’s disease, especially in people with both Down syndrome and Alzheimer’s.² Researchers studied brain tissue from three groups: healthy adults, adults with Alzheimer’s, and adults with Alzheimer’s related to Down syndrome. Their goal was to understand how iron buildup harms brain cells and leads to sticky protein clumps called amyloid plaques, which are tied to Alzheimer’s.

Are Tiny Brain Bleeds the Source of All That Extra Iron?

One major clue came from the discovery of iron deposits in areas linked to microscopic bleeding. These “microbleeds” are tiny leaks from brain blood vessels that often go unnoticed. When blood escapes into brain tissue, it breaks down and releases iron.

Over time, this creates pockets of stored iron that cause more damage. The study found that a cleanup enzyme, which helps process iron from blood, was three times higher in the brains of people with Down syndrome and Alzheimer’s, suggesting chronic bleeding was driving iron overload.

How to Protect Your Brain from Iron-Driven Damage

High iron is an under-recognized health threat, and there’s a general lack of awareness in the medical community regarding the health risks associated with high iron levels. If you’re concerned about memory loss or have a family history of Alzheimer’s, it’s time to start thinking about iron — not just in your blood, but in your brain.

The study I’ve shared shows that too much brain iron doesn’t just sit there quietly. It ignites a chain reaction of oxidative stress and cell damage that accelerates cognitive decline. Your first move should be reducing the root cause: excess iron accumulation combined with poor antioxidant defenses. Here’s what I recommend to take control of the iron-oxidation cycle and give your brain the support it needs to stay sharp, focused, and protected.

By actively lowering excess iron, restoring mineral balance, and strengthening your antioxidant defenses, you protect your brain from the inside out. These steps are simple, actionable, and backed by clear biological mechanisms. Start with testing, make the dietary swaps, and stay consistent — your future brain will thank you.

FAQs About Iron and Alzheimer’s Disease

Gut microbiota plays a crucial role in maintaining your health by regulating your body's metabolism. Among these microorganisms, Akkermansia muciniphila stands out as a key player. Research suggests Akkermansia plays a role in metabolic and immune functions and may support gut health.² Low levels of this bacterium have also been linked to an increased risk of a variety of diseases, including intestinal inflammatory diseases and certain parasitic infections.³

Current research highlights the importance of Akkermansia in managing a wide variety of these conditions. For instance, studies published inFrontiers in Immunology and Frontiers in Microbiomes have shown that alterations in Akkermansia abundance are associated with the severity of metabolic disorders and immune-related diseases.^4,5

Additionally, research in Critical Reviews in Microbiology and Microbiome Research Reports has explored its role in gut health and its potential as a therapeutic target in ongoing research.^6,7,8

Exploring the Benefits of Akkermansia Muciniphila

Low levels of Akkermansia are associated with metabolic diseases such as obesity and Type 2 diabetes. Conventional treatments for these conditions typically involve medications that can have deleterious side effects. For instance, drugs like metformin, commonly prescribed for diabetes, may cause gastrointestinal issues and vitamin B12 deficiency.

Research Explores Akkermansia's Role in Supporting Metabolic Health

A 2024 Chinese review published in Frontiers in Immunology explored the potential of Akkermansia muciniphila as a probiotic for metabolic conditions and overall human health.⁹ The researchers investigated how it affects gut microbiota, immune function, and various metabolic processes that are relevant in conditions like obesity, Type 2 diabetes, cardiovascular disease, and fatty liver disease.^10*

*These findings are from research conducted in clinical settings. Results may not apply to all individuals.

Mechanisms of Action

According to the authors, the proposed mechanisms of action vary by condition.¹² In animal models of obesity, pasteurized Akkermansia has been reported to reduce carbohydrate absorption and increase energy excretion through feces, and to inhibit adipocyte (fat cell) formation. In Type 2 diabetes models, Akkermansia has been observed to stimulate GLP-1 secretion and influence insulin production.

GLP-1 is a hormone naturally produced in your intestines that plays a crucial role in blood sugar regulation and appetite control. When released after eating, it stimulates insulin production from the pancreas while suppressing glucagon, helps slow down stomach emptying to promote feelings of fullness, and acts on the appetite centers in your brain to reduce hunger.

It also supports the growth of insulin-producing beta cells in your pancreas and has been associated with cardiovascular benefits in research settings.

In animal models of fatty liver disease, Akkermansia has been reported to support hepatic (liver) fat metabolism. Researchers observed an increase in L-aspartate, which is associated with a metabolic chain reaction that may help reduce hepatic fat storage.

Dosages Used in Metabolic Studies

The following dosages are from animal (mouse) studies and are presented for research context only. They range from 100 million to 200 million colony forming units (CFUs) depending on the condition:†

†These findings are from laboratory or animal research and may not directly apply to human health.

In human trials, dosages up to 10 billion CFUs have been studied. As mentioned earlier, a three-month proof-of-concept clinical trial tested Akkermansia supplementation in 32 overweight and obese volunteers, using either live Akkermansia (10 billion CFU/day) or pasteurized Akkermansia (30 billion total fluorescent units (TFU)/day).¹⁶

Probiotic Potency Explained: CFU, AFU, and TFU

When evaluating the potency of probiotics, there are three units of measurement you need to be aware of: colony forming units (CFU), active fluorescent units (AFU), and total fluorescent units (TFU).

The primary difference between CFU, AFU, and TFU lies in what they measure: CFU quantifies the number of live microorganisms; AFU assesses the functional activity of those microorganisms; and TFU measures the total bacterial mass, regardless of their functional activity. While CFU is an indicator of the potential for colonization and survival of probiotics in the gut, AFU could offer additional insights into the functional capabilities of the probiotic strains.

Akkermansia's Role in Brain Function

Akkermansia has also been studied for its interactions with brain function through the gut-brain axis. A comprehensive review published in the journal Critical Reviews in Microbiology explored the bacterium's relationship with various neuropsychiatric conditions, documenting distinct patterns of abundance across different disorders.²⁰ For example, research has reported reduced levels of Akkermansia in depression, anxiety, Alzheimer's disease, substance use disorders, and ALS.

In Alzheimer's disease research, patients tended to have reduced levels of Akkermansia, and supplementation has been studied across multiple preclinical models. For example, in Alzheimer's mouse models, researchers observed reduced Aβ40 and Aβ42 levels — isoforms of amyloid beta peptide implicated in the disease — in the cerebral cortex, along with improvements in spatial learning and memory.

The supplementation also influenced brain measures at a cellular level in mouse studies, reducing microgliosis — the activation and proliferation of microglia (the brain's immune cells) in response to injury or inflammation. Akkermansia also lowered inflammatory cytokines in the hippocampus, supporting oxidative metabolic activity, and restoring mitochondrial enzyme function.

How Akkermansia Can Support Brain Health

According to the Critical Reviews in Microbiology paper,²¹ research suggests Akkermansia may influence brain function through three proposed mechanisms:

However, the paper emphasizes that while these mechanisms show promise, many aspects remain unclear. Most hypotheses about Akkermansia's effects on brain function are based on its documented impacts on intestinal barrier protection, immune modulation, and metabolite production rather than direct evidence. Additional research, particularly human studies, is needed to fully understand its therapeutic potential for neuropsychiatric disorders.

*These findings are from laboratory or animal research and may not directly apply to human health.

Akkermansia in Intestinal-Related Diseases

Akkermansia is also being researched for its role in supporting intestinal health, with implications for certain intestinal conditions, according to a 2024 Microbiome Research Reports review.²² As in the other studies discussed, one of the standout findings was that Akkermansia is associated with improved gut barrier function.

Akkermansia May Have a Unique Role in Stress Management

Last but not least, Akkermansia supplementation has been studied in the context of stress-related conditions. A scientific review published in the September 2024 issue of Microbiome Research Reports investigated how Akkermansia interacts with the body to support mental health and assessed its activity in stress management.²⁴

Although the research did not specify a particular study population, it provides insights into the potential applications of this bacterium.

As noted in this paper, animal research suggests that Akkermansia may reduce stress-related behaviors through several proposed mechanisms involving the microbiota-gut-brain axis, including the upregulation of BDNF. For context, BDNF is a protein that supports the survival and growth of neurons in the brain, essential for learning and memory.

Higher levels of BDNF have been associated with reduced symptoms of depression and improved cognitive function in research. Through its connection with BDNF, Akkermansia may support neuronal health and stress resilience, according to current published data.

Akkermansia also produces extracellular vesicles (EVs) that can interact with the host gut epithelium and may have biological activity comparable to whole bacterial cells. EVs are tiny particles released by cells that can transfer proteins and genetic material to other cells, and the EVs produced by Akkermansia have been observed in research to induce central nervous system-linked effects.

Here's a summary of four studies examining Akkermansia effects on different neurological and stress conditions in mouse models,†† and the dosages used:²⁵

††These findings are from laboratory or animal research and may not directly apply to human health.

How Research Suggests You Can Support Akkermansia Levels

One area researchers have studied is whether dietary patterns can shift Akkermansia abundance. As reported in Frontiers of Immunology:²⁶

"Supplementation with prebiotics, fructo-oligosaccharides, FODMAP (fermentable Oligo-, Di- and Mono-saccharides and Polyols — which includes fructose, lactose, oligosaccharides, polyols, and sugar alcohols (polyols, such as sorbitol, mannitol, xylitol, and maltitol)), and dietary polyphenols may increase the abundance of Akkermansia in healthy humans or animals. In addition, prebiotics can reverse the reduction of Akkermansia abundance due to high-sugar or high-fat diets."

Pasteurized Akkermansia postbiotics and live Akkermansia supplements are another area of research and clinical use. Based on the published evidence (see Nature Medicine 2019 and Gut Microbes 2021 cited earlier), research has used live Akkermansia at 1 billion to 10 billion CFUs per day in human studies, with the pasteurized form showing greater associated benefit in the published proof-of-concept trial. That said, I recommend a two-phase approach:

In closing, growing evidence suggests Akkermansia muciniphila may have implications for multiple aspects of health.

Keep in mind that the research findings are not universal, and individual responses may likely vary. My team is developing an affordable test to analyze your gut microbiome, with specific focus on Akkermansia. With that baseline, your health care practitioner will be able to make better-informed recommendations about whether Akkermansia augmentation might be appropriate for your specific condition.***

***Talk to your health care provider about whether this testing is appropriate for you.

FAQs About Akkermansia Muciniphila

This article is for informational purposes only and does not constitute medical advice. Consult a qualified health care provider before making changes to your health regimen.

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Editor's Note: This article is a reprint. It was originally published September 1, 2024.

As an advocate for the crucial role of mitochondrial health in overall wellness, I was thrilled to have the opportunity to sit down with renowned mitochondrial researcher Hemal Patel, a professor in biology at the University of California in San Diego.

We discussed the latest breakthroughs in our understanding of these remarkable cellular powerhouses, as well as the fascinating connection between mitochondrial function and the gut microbiome. Patel and I share the view that impaired mitochondrial function lies at the heart of most chronic diseases. As he stated:¹

"People tend to think of mitochondria as involved in longevity, which is healthy aging. But there are [many] other things that people think are involved as well, which may or may not be important … where the pendulum is shifting is it's really about the mitochondria at the end of the day. If you don't have those, and if you're not making good energy, none of those other factors matter at the close of everything."

This sentiment echoes my own conviction that optimizing mitochondrial health is the single most important step you can take to achieve vibrant, lasting health.

Diving Into Your Mitochondrial Landscape

Patel provided fascinating insights into the sheer scale and complexity of the mitochondrial network within the human body. There are about 100,000 trillion mitochondria in your body,² each with hundreds of electron transport chains.

The staggering number of these energy-producing organelles, each with their own intricate machinery, underscores just how vital they are to your cellular function and, by extension, your overall well-being. One of the most intriguing aspects of our discussion centered on the endosymbiotic theory of mitochondrial evolution.

As Patel described, these organelles are believed to have originated as independent microbes that were incorporated into the earliest eukaryotic cells about 1.5 billion years ago. This symbiotic relationship not only allowed for the development of more efficient energy production, but also gave mitochondria the ability to "regulate key processes that tie to cell death and survival." According to Patel:³

"These organisms, and maybe they were aliens at the time, got incorporated into the cells, and they created the symbiosis that then allowed some magical next steps to happen. And everything in life is fixated on growth, and everything that's fixated on growth is dependent on energy. Whether it's a good or bad growth, it requires energy to do it, and so mitochondria changed that currency in a dynamic way.

Biochemical processes that made energy before that were inefficient, right? You can cook things, but you couldn't cook them fast enough and sort of accelerate enough. Mitochondria gave us that acceleration to get to that next step. And from that perspective, people have sort of always thought of them as energy makers, the powerhouse of the cell. I think that's almost completely true.

But the other thing that they don't realize is, because we have this organism that's now a symbiont in our cells, it regulates other things as well. It needs to survive, and in order to ensure survival, it regulates key processes that tie to cell death and survival. I think that's the more important feature. Energy is a balance of that, but it's really their ability to signal, sense and organize …"

The Relationship Between Your Mitochondria and Cellular Membrane

Patel's groundbreaking work expands on the intimate connection between mitochondria and the cellular membrane, especially the specialized microdomains known as caveolae. He believes the cell membrane is actually the most important part of your cells:⁴

"I'll ask people what's the most important part of the cell? And most people will say the nucleus, because we're taught to think about the central brain and the control center of stuff. The next thing that people say is mitochondria, because they know about the energy and energetic systems. Very few people say the cell membrane is the most important part of the cell. And as a cell membrane biologist, this is the most important part, right?

It's what defines a cell. It's what defines who you are. When you have this conglomeration of cells come together, it's the first barrier that's going to see any kind of stress. I agree that in all these chronic diseases, mitochondrial dysfunction is the end effect. The primary effect, I would argue, is a defect in the membrane, which then ultimately leads to this demise of energy generation and utilization in the cell."

Further, as he explained, "Every metabolic cell has this interesting connection between the membrane and the mitochondria. And in the heart, there's this particular interaction where it happens almost all the time. If there's mitochondria at the cell surface, it's almost 100% of the time associated with this microdomain."

Even more intriguing, Patel suggests that these caveolae structures may actually function as a "capacitor for oxygen," serving as a specialized storage and delivery system for this vital molecule. He described how the high concentration of cholesterol within these microdomains allows them to bind and regulate the flow of oxygen into the cell, thereby protecting the mitochondria from the deleterious effects of oxidative stress.

"We think that this membrane actually becomes the storage conduit and the channel by which oxygen gets tempered and delivered into the cell," he explained. "It works as a capacitor, and we've published a bunch of reviews on this concept, and this idea that the caveolae is a capacitor for oxygen and metabolism."⁵

Your Mitochondrial-Gut Axis and Predicting Disease with Your Microbiome

Patel's research also highlights the intricate relationship between mitochondrial function and your gut microbiome. As he shared:⁶

"The gut and the rest of the mitochondrial network in your system are interacting and engaged, where, if your vagal nerve and your gut are connected, you're sending different signals in terms of who and what you are. It's changing the entire composition of that and you're making new metabolites that then we can capture in plasma that do unique, amazing things when we test this out in the cell-based system."

This two-way communication between your gut and your mitochondria, facilitated by the production of microbial metabolites, represents a promising frontier in our understanding of how to optimize human health. As Patel noted, his research has shown that even a short-term shift in the gut microbiome, such as that observed during a week-long meditation retreat, can have a profound impact on markers of metabolism and overall well-being.

Patel and colleagues have even used machine-learning algorithms to analyze gut microbiome data and predict the presence of various disease states. As he explained:⁷

"We can predict with just looking at the metagenomic sequence … you can train the machine-learning system what anxiety looks like in terms of the microbiome, and then give it some controls to say this is not what anxiety looks like, and then start feeding it knowns and having it predict.

It can predict anxiety at about 74% accuracy, cancers, because it's so populated with breast cancer, almost 90%. PTSD [post-traumatic stress disorder], which is a little more complicated, like 65%."

Ultimately, Patel said, "With more and more data, you can get to the state where you'll be able to look at unique series of factors that are very limited. You want to run all of them to then start predicting various diseases." Then, you can dial in on the underlying causes and make changes to help prevent them.

The Black Hole Spiral of Premature Death

Your colon also plays a role in driving mitochondrial dysfunction and poor health. As I explained, I believe that the gradual breakdown of your colonic epithelium, driven by factors like overconsumption of linoleic acid (LA) from polyunsaturated fats (PUFAs) found in seed oils. This and other mitochondrial poisons lead to a disruption in the delicate oxygen balance within your gut.

This, in turn, creates an environment that supports the proliferation of harmful, oxygen-tolerant microbes, while inhibiting the growth of the beneficial, oxygen-intolerant microbes that are crucial for gut health and overall well-being. Mucin serves as the glue that holds your colonic epithelium together. The colonocytes, or cells lining your colon, create a barrier and seal that needs to be maintained.

When disrupted, I view this as a metaphorical "black hole spiral" — a progressive, downward spiral toward premature death.

Until an intervention addresses what is damaging your colonocytes and restores the proper oxygen levels, the population of beneficial, oxygen-intolerant microbes cannot be reestablished. This mitochondrial-gut microbiome communication is crucial, but if the oxygen-tolerant pathogenic bacteria predominate, the beneficial bacteria are crowded out and you simply are unable to produce the necessary metabolites to thrive.

Unless you can remove the excess oxygen from your colon, even the best lifestyle factors like exercise, sleep, nutrition, and supplements will not lead to improvement. However, you cannot simply introduce probiotics to replenish your oxygen-intolerant microbes, as commercially available probiotics are often non-viable.

They provide postbiotic benefits but cannot serve as a true "seed" to reestablish the proper microbial community. The environment should be right for these microbes to thrive, just as you cannot expect a seed to grow in a desert. Avoiding mitochondrial poisons, like LA and endocrine-disrupting chemicals, is key toward this end.

Overcoming the Limitations of Conventional Mitochondrial Testing

Patel also shared insights on the limitations of conventional approaches to assessing mitochondrial function. He explained that the majority of preclinical studies utilize young, healthy animal models, which fail to accurately reflect the complexities of human disease.

To overcome these challenges, Patel highlighted the importance of developing more sophisticated, clinically relevant models that incorporate factors like age and existing disease states. "If you're going to develop preclinical therapeutics, you really have to look at disease models that you're testing it in, ultimately, and relevant disease models that model the human condition."⁸

Patel also shared his perspective on the limitations of traditional muscle biopsy-based mitochondrial testing, which he described as "painful" and "self-limited." To address this, his team has been exploring the use of novel, less-invasive approaches, such as the analysis of blood samples:⁹

"We've been doing this in cell systems for probably about a decade. And who knew humans would be interested in knowing about their mitochondrial biology? And so we were working on a series of studies where we were doing muscle biopsies, which is the gold standard. We do lots of clinical trials with collaborators on campus.

They give us muscle tissue, we then look at mitochondrial function in that muscle tissue and give you all kinds of ideas about whether, using fat, glucose, ketones, how which complex is defective? How you're using electrons, is it working the right way? Those sorts of things that you can manipulate at that level. The problem is there's no way to scale this, and it's painful."

Instead, Patel and his team developed a commercial test called "mescreen" that allows individuals to obtain a comprehensive assessment of their mitochondrial function from a simple blood draw. This innovative approach not only provides valuable insights into a person's metabolic health, but also paves the way for more widespread adoption of mitochondrial testing as a tool for preventive and personalized health care.

Forging a Collaborative Path Forward

The intersection of mitochondrial biology, gut health, and personalized medicine represents a promising area for future collaboration. With Patel's expertise in mitochondrial biology and the gut-microbiome axis, and my own focus on the crucial role of the colonic environment, I believe we are poised to make significant strides in our understanding of how to optimize human health and longevity.

As we move forward, I am excited to continue exploring the miraculous world of mitochondria, and to uncover the intricate connections between these cellular powerhouses, the gut microbiome and the overall state of your health. I believe we can uncover the keys to unlocking vibrant, lasting wellness for individuals and communities alike.

Looking ahead, the work of researchers like Patel holds immense promise for the future of health care. By deepening our understanding of mitochondrial function and its intricate relationship with the gut microbiome, we can develop more targeted, personalized interventions to address the root causes of chronic disease.

From the use of machine learning to predict disease risk based on microbiome profiles, to the exploration of novel mitochondrial-targeted therapies, the field of mitochondrial medicine is poised to revolutionize the way we approach wellness and longevity.

By empowering individuals with the knowledge and tools to optimize their mitochondrial health, we can unlock a new era of proactive, preventive health care that addresses the underlying drivers of disease, rather than simply treating the symptoms.

Much of the public conversation around drugs such as Wegovy and Ozempic focuses on weight loss results. Yet every medication produces effects that extend beyond its primary purpose. Some of those effects are expected and well documented. Others emerge only after large numbers of people begin using a drug in everyday life, creating opportunities for researchers to identify patterns that weren't obvious during the approval process.

Two recent investigations approached this issue from very different angles. One examined reports submitted to a major federal safety database, while the other analyzed hundreds of thousands of online discussions from people sharing their experiences with these medications. Together, they offer a broader view of what researchers are learning as GLP-1 drugs move to mainstream use.

The findings reveal how modern safety monitoring extends far beyond conventional clinical trials and why researchers are paying close attention to new signals as these medications reach an ever-larger population. One of the most concerning discoveries involved a rare vision-threatening complication that appeared more frequently with one specific GLP-1 formulation than researchers expected.

Wegovy Showed the Strongest Signal for a Rare Eye Stroke Linked to Vision Loss

An analysis published in the British Journal of Ophthalmology examined more than 30.6 million reports submitted to the U.S. Food and Drug Administration's (FDA) Adverse Event Reporting System between 2017 and 2024.¹

They wanted to determine whether semaglutide drugs, including Wegovy, the weight-loss version, and Ozempic, the Type 2 diabetes version, were associated with ischemic optic neuropathy (ION), a condition that damages the optic nerve and threatens vision. Among 31,774 semaglutide-related reports, researchers searched for unusual patterns that might indicate a rare but serious safety concern.

Thousands of GLP-1 Users Reported Side Effects That Clinical Trials Overlooked

A study published in Nature Health by researchers at the University of Pennsylvania examined 410,198 Reddit posts discussing semaglutide and tirzepatide medications, such as Zepbound and Mounjaro, between May 2019 and June 2025.³ Like semaglutide, tirzepatide is used for weight loss and Type 2 diabetes, but it works on two appetite- and blood sugar-regulating hormones instead of one, which is why it is often described as a next-generation version of the same general drug class.

Using artificial intelligence (AI) to sort through the discussions, researchers identified 67,008 people who reported taking one of these drugs and analyzed the side effects they described in their own words. The goal was to determine whether patients were experiencing symptoms that clinical trials and official reporting systems fail to capture.

Restore Your Body's Natural GLP-1 System

The studies in this article raise important questions about the long-term safety of GLP-1 drugs. These drugs do produce weight loss, but they do it by flooding your body with a single synthetic signal at doses that may carry real costs. A different approach asks why your body stopped producing that signal well on its own, and works to restore it. Your gut microbes produce short-chain fatty acids (SCFAs), especially butyrate, which fuel specialized intestinal cells that release GLP-1 naturally.

When this system works properly, your body regulates hunger and metabolism through its own signals rather than through a drug. Many people produce very little butyrate, however, because modern diets and lifestyle habits disrupt the microbes responsible for making it. As butyrate levels fall, gut barrier function deteriorates, inflammation rises and the metabolic signals that help control appetite become less reliable. Rebuilding this system addresses the root cause rather than replacing it.

This article is for informational purposes only and does not constitute medical advice. Consult a qualified healthcare provider before making changes to your health regimen.

FAQs About Wegovy and Eye Risks

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Editor's Note: This article is a reprint. It was originally published May 5, 2024.

In this video, I interview Gary Vaynerchuk about his family roots and how his upbringing contributed to his current success. Vaynerchuk, often known as Gary Vee, is a prominent entrepreneur, author, speaker, and internet personality.

He’s best known for his work in digital marketing and social media, leading his own company VaynerMedia, a digital agency focused on social media-first approaches. He first gained prominence by revolutionizing his family's wine business through innovative online marketing, which included creating one of the first e-commerce platforms for alcohol and hosting a daily webcast called "Wine Library TV."

His efforts dramatically increased the business's annual revenue from $3 million to $60 million. Vaynerchuk has also authored several books, including "Crush It! Why NOW Is the Time to Cash in on Your Passion" and "Jab, Jab, Jab, Right Hook: How to Tell Your Story in a Noisy Social World," which provide insights into leveraging social media to build personal brands and businesses.

He is also involved in venture capital, having invested in companies like Facebook, Twitter, Tumblr, and Uber early on. Through his personal brand and his company, he’s become a leading influencer among marketing professionals and entrepreneurs.

Family, Faith, and Health

Vaynerchuk was born in Babruysk, Belarus, which was part of the Soviet Union until its dissolution in 1991. His family emigrated to the United States when he was 3 years old. His father opened a liquor store and Gary, even as a young boy, would help out, because that’s how families in Belarus work. They work together.

Eastern Europeans also tend to have deep spiritual family values, which is relatively rare in the U.S. these days. I heard him on a few other podcasts and was intrigued by the fact that he was so tuned into the spiritual aspect of reality.

I'm not as interested in WHAT he does, as HOW he does it. Where does the passion come from? I’m also intrigued by how the love of one’s parents can contribute to a person’s success in life. Are the two connected? I believe so.

Natural Healing — Your Body Knows What to Do

Eastern Europeans also tend to be far savvier about natural health than many Americans. Vaynerchuk recounts the story of how his great grandmother would wake him and his sister up when she came to visit and make them go outside and walk on the grass in their bare feet. Today, this is known as “grounding” or “earthing.”

“I'm very affected by my upbringing,” he says. “It’s my framework. I was also taught to never go to the doctor, ever, for my whole life. And also, no foreign chemicals. If I take two Advil right now, I'm unconscious.

Whether it's the foods, or the things you put into your body, or how you interact with nature. I also remember my family being weird — or so I thought as a kid in the 80s in America.

We'd go to Sandy Hook, the beach, and my family would immediately run in and grab sand from the bottom of the ocean and scrub their faces with it. The other thing, literally anytime I wasn't feeling well, for the first 15 years of my life, my mom or my grandma would say ‘Drink some tea and go to sleep ...’

If you asked 18-year-old me in 1993, ‘Talk about medicine,’ my initial answers would be ‘ginger, cinnamon, mint, red beets.’ When I used to have a chest cold, my mom would put vodka on a rack and heat it up and put it on my chest. Not Vicks VapoRub. Just real ancient, historical ways of doing stuff ...

I just remembered something I haven't thought about 30 years. I used to think of my body like a superhero. If the superhero character got their thumb cut off, the thumb would just grow back in. I literally grew up thinking that if I did nothing, that it would fix itself.

Three weeks ago, I jammed my thumb playing basketball very badly. My friends were like, ‘Let's put some ice on it.’ It swelled up. I didn't do it.

A week later, my trainer said, ‘You know, it's interesting that you didn't do the ice thing, because I've been reading a lot about how the body naturally does it. It swells up to protect you. It's a natural cast.’ It was just interesting the way he was talking about it. And he said, ‘Some people are now debating that you're actually better off not icing it.’”

Healthy Body, Healthy Mind

Indeed, your body is designed to stay healthy. It’s not designed to get diseased. That only happens because you’re not providing the foundational elements required for self-healing. If you have a healthy metabolism, you will not have chronic pain anywhere, and energy to spare.

Metabolically healthy people also tend to be perpetually curious. You need to have enough energy to be curious, and most people don’t have enough energy because they’re metabolically poisoned. Like Vaynerchuk suggests, optimism is another feature commonly found among healthy people.

“I believe my optimistic point of view on everything has an incredible impact on my life,” Vaynerchuk says. “So, it goes both ways. I grew up in my dad's liquor store, and so, I got into very bad habits and really hurt my back. My QL.

But I would say soft tissue and fascial work has given me a new lease on life. I've always felt healthy. But I definitely had aches and pains and mobility issues until I got serious about that seven, 10 years ago.”

Foundational Basics Pay Off

The challenge most of us have is that our work doesn't in any way, shape, or form resemble the work of our ancestors, whose work forced them to move about all day long. We don't do that. Most people are stuck behind a desk most of the day. There are serious consequences of this, including aches and pains.

I'm in the process of developing something called 22nd Century yoga, which is a form of mobility medicine where you engage in daily movements that will help you stay limber. Also, as noted by Vaynerchuk, when you violate your own inner wisdom, your body will communicate your mistake to you, frequently in the form of pain, discomfort, or fatigue.

For example, most people realize that they feel better after spending time outdoors in a natural setting. Just being in the sun has tremendous healing benefits, not only because it prompts vitamin D production but also because the near-infrared rays in sunlight nourish your body in other ways.

Sunlight interacts with light receptor proteins called chromophores in your body. When light hits the chromophores, they activate a variety of biological processes, including mitochondrial chelating systems in the cells, nitric oxide release, and ATP production, all of which, together, promote DNA repair and cellular regeneration. Most of the Eastern European patients that I treated instinctively knew that the sun is a source of nutrition and were outside regularly.

The same thing goes for getting dirty, which helps strengthen your immune system. “I still have a very good relationship with germs,” Vaynerchuk says. “It’s incredible to me how infrequent I struggle with any kind of cold.” Today, we know that as the hygiene hypothesis, which suggests that if you're overly hygienic and too assiduous about cleaning with antiseptics, your immune system becomes weaker.

Finding Balance

In the interview, we also talk about the role of media and how it’s being used for propaganda, including health propaganda.

“One of the great things that happened to me was I was born in the Soviet Union, but I grew up in America. So, propaganda was something I thought about all the time. Like when Reagan was president, I could sense that he was doing a good PR job. At 10, I understood.

I was also very entrepreneurial, and very quickly, in my early 20s, I'm like ‘Everything is business.’ We now talk about Big Food, Big Pharma. It was very, very intuitive to me in my 20s. And so, I've lived my adult life taking everything with a grain of salt.

I feel like that's becoming a more modern conversation as people are trying to figure out east-west, historical versus modern. And you know, I do think people overcorrect the other way.

I've got personal [friends] who so have demonized modern medicine that they are no longer with us, because they didn't do some things that they should have that probably could have helped them. So, I think a lot about finding the middle.”

As mentioned, while not a health expert, Vaynerchuk’s perspective on health tends to be intuitively spot-on, thanks to his upbringing. Ultimately, you’d want to trust your body to figure it out. It is not that you abandon rationality and data — you certainly need to take that into consideration — but to blindly trust experts other than your body is a foolish choice in my opinion.

On Marketing Well

Next, our conversation transitions into areas that Vaynerchuk is most known for, namely marketing and entrepreneurship. He comments:

“I think what I've done well is communicate to people about incredible truths [that] in marketing ... have been fruitful. I think people are getting a lot more alternative knowledge from the way the internet works and things of that nature. But I think I'm incredibly practical.

It's funny, I think about business and marketing the way that you and I are discussing health right now. If you're worried about your body, why on earth would you not listen to your body? I find something very interesting about the medical industry, which is they like to fight each other on who's right.

And I see it in marketing. I tell a lot of marketing ideological professors or pontificators who also write books like I do — ‘Wait a minute, if you're so good at marketing, why doesn't your book sell?’ I grew up learning marketing by trying to help my father's liquor store do more business, because that's what you do for your family business.

And so, since I was 6 years old, I've been obsessed with attention. Let me explain what I mean. What I find amazing about what you and I are doing right now is we couldn't do this 40 years ago. Humans that have passion or expertise for things couldn't get into the world. We needed to have a gatekeeper say that we’ll interview you or will give you three minutes on this show.

But no one had platforms. And so, I've been focused on attention my whole life. And now, every platform allows for attention. That is a remarkable change in the world. So, for example, I believe that what I was doing at 6, which was paying attention to what the cars that were driving by my lemonade stand would most likely look at to see that my lemonade was 25 cents.

From that day on to today, I spend all of my time trying to understand where consumer attention is. What are they paying attention to? What do they look at? Which platforms? Is it direct mail? Is it Google? Is it YouTube? Is it TikTok? And so, my great passion is understanding where attention is and then communicating in practical, optimistic terms what we are talking about.”

3 Keys to Marketing Success

In the early 2000s, Vaynerchuk broke out with a wine show on YouTube called Wine Library TV. He cites three reasons for the success of that show.

“One, I was deeply knowledgeable and passionate about wine at that point, and I spoke about wine in a way that no one had ever spoken about it before. Wine was put on a very elitist pedestal. And as you probably know, through your life, people are intimidated by wine, right? ...

So, I wanted to make it less intimidating. I spoke about it in very casual terms, and I would compare it to things that people knew. Instead of talking about a wine tasting like ‘an esoteric cassis from the south of France,’ I would say, ‘You know that grape Jolly Rancher you loved as a kid?’ I made it relatable.

And finally, I used a new medium. I was able to use YouTube when it first came out when nobody really knew how big it was going to be to reach a lot more people than, let's say, The New York Times’ dining section.

I believe the framework that I started for wine is what I do now. I have a marketing company called VaynerMedia that works with the biggest companies in the world to do their marketing and social and traditional channels. But I feel passionate for the people that are listening that are entrepreneurial.

I just wrote a new book called ‘Day Trading Attention,’ which is really my thesis. I couldn't explain to everyone here how great of an opportunity everybody has to reach an audience for the first time, really, in the history of distribution, [in a way that’s] immediate and creative.

For the first 15 years, it was email marketing. You would have to amass a lot of followers, and then you would post and a percentage of them would see it. We now live in a new era where it's really profound.

Every individual piece of content on LinkedIn, on YouTube, on Instagram, has the potential to reach a very broad audience based on the quality of the piece of content, not on how many followers you have.

This is a level of meritocracy of information and entertainment that we have never seen in the history of the world. And I could not recommend more for people to get very serious about organic social media, meaning you just post — you don't even have to run media ads on it — for you and your platform.”

The Hidden Connection Between Your Gut and Your Intuition

Vaynerchuk continues:

“I turned on Netflix the other night and saw a documentary about gut health trending in the top 10. I was happy to see that. I'm personally fascinated by intuition and the fact that — I believe — the gut is your primary brain, and your brain is second.”

He’s, again, spot-on. Your gut is the primary way that you obtain health, and I would say 97% to 98% of the public do not have good gut health. It correlates really strongly with metabolic flexibility, the ability to optimally generate cellular energy. They're intimately related, and if you don't have good gut health, you can't connect to your gut, which is sort of a euphemistic way of saying you can't connect to your energy or your intuition.

AI Will Revolutionize Information Sharing yet Again

Of course, we now stand at the precipice of yet another revolution, in terms of information gathering and sharing. In the last several years, we’ve seen the rise of tremendous censorship, especially pertaining to natural or alternative health, which is in direct competition with Big Pharma.

For a time, after being deplatformed everywhere, I feared the knowledge I and many others have and share would eventually be lost forever. Now, I realize that’s not the case.

Artificial intelligence such as ChatGPT is rapidly overtaking traditional search engines, and there’s a tremendous opportunity in that. Just about anyone can create their own AI chatbots trained on the material YOU want it to know, and at present, there doesn’t appear to be a way to put that genie back in the box.

More Information

To learn more, you can pick up any one of his books, listen to his podcast, or follow him on Facebook, Instagram, X, YouTube, or TikTok.

In addition to "Crush It! Why NOW Is the Time to Cash In on Your Passion," "Jab, Jab, Jab, Right Hook: How to Tell Your Story in a Noisy Social World" and “Day Trading Attention: How to Actually Build Brand and Sales in the New Social Media World,” he’s also coming out with a children’s book called “Meet Me in the Middle.” It’s a story about a patient pig and an eager eagle.

“Patience is [among] my top five favorite traits in a human being,” he says. “However ... a lot of people, when they hear me talking about patience, think that I'm talking about non-action, or that I'm talking about laziness. And I keep telling people, there's a reason that there are separate words. Laziness and patience are not the same ...

I created V Friends, it's my Sesame Street-meets-Pokémon, to help kids and parents finally find the middle, because everything can be great and balanced, and most things aren't, really, where they’re at.”

The target is Aedes aegypti, the mosquito that spreads dengue fever, yellow fever, and Zika virus. Dengue alone can cause high fever, severe headaches, muscle and joint pain, nausea, and, in its most severe form, life-threatening bleeding and shock. As these diseases reach regions that once rarely encountered them, the tactics used to fight them have grown more aggressive and more contested.

What sets this plan apart is that it sidesteps the chemical spraying many people associate with mosquito control. Instead, it enlists a quiet ally already found in nature, turning the insects' own biology against them. To some, that represents an elegant alternative to dousing whole communities in insecticide. To others, it raises an uneasy question about handing a private corporation the power to alter a local ecosystem at all.

That tension sits at the heart of the debate. To understand why the proposal has stirred both enthusiasm and alarm, it helps to look closely at how the strategy actually works, what researchers expect it to accomplish, and where it could fall short.

Why Google's Mosquito Plan Faces Resistance

Google-owned Debug is seeking approval to release 32 million Wolbachia-infected male mosquitoes across parts of California and Florida as part of an effort to suppress populations of Aedes aegypti mosquitoes. The company plans to release millions of male mosquitoes infected with a bacterium called Wolbachia.

These males mate with wild female Aedes aegypti mosquitoes, but the eggs don't hatch because the Wolbachia bacteria create reproductive incompatibility between infected males and uninfected females.

Because female mosquitoes typically mate only once in their lives, a single mating with one of Debug's males means the more than 100 eggs she would otherwise lay never hatch. Because only males are released, the program doesn't increase the number of biting mosquitoes. The goal is to shrink the invasive Aedes aegypti population generation after generation by preventing new mosquitoes from being born rather than killing existing ones with insecticides.¹

However, a June 2026 report published by Futurism highlighted the growing public backlash surrounding the idea of a technology company carrying out a large-scale environmental intervention.² Many residents expressed concern about allowing a private corporation to release millions of insects into open ecosystems, especially when the long-term consequences remain uncertain.

Researchers Warn the Risks Extend Beyond Mosquito Control

Beyond the public's concerns, the peer-reviewed literature raises its own cautions. A review published in Acta Tropica examined Wolbachia-based mosquito-control programs deployed around the world and compared them with other mosquito-control strategies.⁴

While the researchers found evidence that these programs can reduce disease transmission, they also emphasized that large-scale mosquito releases introduce environmental and logistical uncertainties that are difficult to fully predict in advance. The review identified concerns ranging from the possibility of unintended genetic effects in the environment to the substantial resources and long-term oversight required to keep such programs functioning as intended.

Take Control of Mosquito Exposure Where You Live

The debate over Google's mosquito-release proposal highlights a larger issue that affects you regardless of whether the project moves forward: mosquito-borne disease continues to expand into new areas, and reducing your exposure starts at home. While large-scale mosquito-control programs attract headlines, the most reliable protection begins with practical steps that address mosquito breeding and human exposure directly.

FAQs About Google's Sterilized Mosquitoes

Test Your Knowledge with Today's Quiz!

Take today’s quiz to see how much you’ve learned from yesterday’s Mercola.com article.

Do you often feel wiped out, even after sleeping all night? You’re not the only one — lots of people deal with low energy every day. The sneaky part? Your daily habits could be the culprits, quietly draining you without you noticing.¹ From putting up with household clutter to staying up with bright lights, these little things add up fast.

But here’s the best news: you can turn it around with easy fixes. Let’s explore why these habits tire you out and give you simple tips to feel better. Soon, you’ll spot these energy-drainers in your own life and know how to kick them out — starting right now.

Your Body’s Energy SOS — Habits That Wear You Down Physically

Your body needs steady care to keep going strong. Disregard that, and you’ll feel slow and tired. Here are three habits that zap your physical energy — and how to stop them.

Chaos at Your Desk — How Your Workspace Steals Your Energy

Your work area either keeps you sharp or leaves you fried. These three habits might be tiring you out at your desk — here’s how to take back control.²

Task Trouble — When Your To-Do List Drains You Dry

How you manage tasks can keep you pumped or leave you swamped. These three habits overload your brain — here’s how to lighten up.

Everyday Choices That Tire You Out

Your daily routine can sneakily sap your energy. Are these three habits hiding in your life? Let’s dig them out and fix them.³

Sensory Overload — When Your Senses Steal Your Energy

Your brain is a processing powerhouse, but it has limits. When sensory input overwhelms it, you're not just tired — you're truly overstimulated. Here are three habits that lead to sensory overload, and how to reclaim your calm.⁴

Breaking Free from Harmful Habits

Remember, feeling tired all the time isn’t your fate. Whether your desk stresses you out, tasks stack up, or your routine throws you off, small changes flip the script. You don’t have to fix it all now — start with one or two that feel familiar. Little steps add up quick. Look at your day: which habits ring a bell? Write them down and pick one to tackle this week. You’ll be shocked how much pep you get back.

FAQs — Common Questions About Energy-Draining Habits

Your body's a busy place, full of tiny workers keeping you healthy. Some of these workers, like macrophages and mitochondria, do more than you might think. They're not just cleaning up germs or powering your cells — they're also teaming up to control inflammation, that fiery response that protects you from infections in the short term but contributes to diseases when it becomes chronic.

It's important to understand how these cellular heroes work, why they're key for fighting infections and calming autoimmune flare-ups, and, perhaps most importantly, how to support them with simple, everyday habits.

Meet Your Body's Cleanup Crew — What Are Macrophages?

You've got a squad of cells called macrophages patrolling your body. Think of them as your cleanup crew — part janitor, part security guard. They roam around, gobbling up germs like bacteria and viruses, and tidying up after cuts or bruises. But they don't stop there. They also play a big role in managing your immune system's reaction when trouble hits.

Inflammation is like a fire alarm — it's loud and grabs attention when you need to fight off invaders. But if it keeps blaring after the germ's gone, it's trouble. That's where macrophages and IL-10 save the day, especially for conditions like autoimmune diseases — such as rheumatoid arthritis or lupus, where your body attacks itself — or severe infections like sepsis, a body-wide emergency.

What Are Mitochondria? More Than Just Energy Makers

Inside your cells, you've got tiny mitochondria, often referred to as "power plants." They churn out energy to keep you moving, like batteries powering a city. Macrophages lean on them to fuel their cleanup jobs. But mitochondria do much more than just make energy.

So, mitochondria aren't just keeping the lights on — they're helping you fight germs and calm things down when the battle's over.

What Did Scientists Find About Mitochondria and Inflammation?

In a 2025 study published in Science Advances, researchers tested mice to see how mitochondria help macrophages.¹ They interfered with the complex III switch in the macrophages of some mice, breaking it on purpose. Then they gave these mice the flu or a serious infection-like state. Those mice got much sicker than normal ones.

How Does Superoxide Work? The Firefighter Analogy

Let's break this down with a picture you can see in your head. Imagine superoxide as a firefighter spotting a blaze — that blaze is inflammation. The firefighter grabs a radio and calls for backup — IL-10, the water truck that douses the flames.

How Can a Protein Save the Day?

Here's where it gets interesting. When superoxide couldn't call for help, researchers found a backup plan: a protein called protein kinase A (PKA). Think of PKA as a stand-in firefighter.

Do All Macrophage Jobs Need Superoxide?

Not exactly. Macrophages don't just fight germs; they also make repairs. The researchers gave some macrophages a "repair" signal called IL-4 to heal tissues instead of battle invaders. Interestingly, broken complex III did not interfere with this job.

Why Should You Boost IL-10 Naturally?

More IL-10 means a stronger "off switch" for inflammation. That's beneficial for your health, especially if you've got:

How Does Butyrate Boost IL-10 Naturally?

One superstar for raising IL-10 is butyrate, a short-chain fatty acid your gut bacteria make when you eat fiber-rich foods. It's beneficial for both your gut and immune system. Growing evidence indicates butyrate increases IL-10 production.²

What Are Other Ways to Boost IL-10 Naturally?

Butyrate's not the only trick up your sleeve to boost IL-10. Here are more easy ways to increase IL-10 and keep your immune system happy:

Why Does Mitochondrial Health Matter to You?

Mitochondria play a key role in producing adenosine triphosphate (ATP), the energy currency essential for numerous cellular functions. When mitochondrial function is compromised, ATP production decreases, leading to cellular energy deficits.

This reduction in energy impairs the cell's ability to regulate normal processes, fostering an environment ripe for chronic inflammation. If your mitochondria are dysfunctional, you might notice trouble fighting infections, more inflammation, and chronic disease.

FAQs About Mitochondria and Autoimmune Disorders