LivingBetter Ideas

Echoes in the Forest:

2026-06-14T18:36:28.492-06:00

A Personal Pilgrimage to France’s WWI Front Lines

By John Fisher (assisted by AI)

There is a profound difference between studying history from a distance and standing precisely where it unfolded. In April 2017, Melanie and I had the opportunity to travel into the heart of northeastern France, journeying deep into the Forest of Retz near Puiseux-en-Retz.

Our destination was a striking landmark from the Great War: General Mangin’s Observation Tower (La Tour d'observation du général Mangin). As you can see in th picture, the massive, open-stair larch-wood structure towers above the trees. But for us, this wasn’t just a sightseeing stop. It was a deeply personal pilgrimage.

Melanie walking down the observation tower

A Connection Across Generations

Every family carries its own quiet echoes of the First World War. For my family, that echo belongs to my great-uncle, Arnold, pictured here in his Canadian Army uniform.

Arnold was just one of many brave young men who left Canada to fight on the muddy, perilous battlefields of France. During his service, he survived one of the most horrific realities of modern warfare when he was gassed on the Western Front. Though he survived the war, the physical toll of that chemical attack lingered for the rest of his life.

Walking through the quiet French countryside, it was impossible not to think of Arnold and the unimaginable hardships his generation endured.

The View That Changed the War

The ridge where the tower stands—known historically as Hill 200—holds an immense strategic legacy. During the final year of the war, the French Army constructed an intricate, 30-meter wooden watchtower on this high point to peer over the dense forest canopy and monitor enemy movements.

It was from the top of that original platform that French General Charles Mangin surveyed the landscape and launched the decisive Allied counter-offensive of the Second Battle of the Marne on July 18, 1918. Supported by hundreds of Allied tanks and aircraft, this sudden, massive assault caught the enemy by surprise and marked a critical turning point on the Western Front.

The original tower was destroyed by a severe storm in 1924, but this exact replica was meticulously rebuilt and opened just as we arrived in 2017 to commemorate the centenary of the war.

Great Uncle Arnold Toole

The reconstructed tower was built primarily using massive beams of larch wood (known in French as mélèze). Larch was selected because it is a highly durable, rot-resistant softwood that naturally withstands harsh outdoor elements without requiring heavy chemical treatments. This allowed the 2017 reconstruction to safely replicate the appearance and architectural style of the historic 1918 timber watchtower while ensuring it could endure as a long-lasting monument.

Where History Meets the Present

As Melanie and I walked the damp forest floor beneath the tower, the remnants of the conflict felt entirely tangible. The earth here is still scarred by old frontline trenches, communication lines, and weathered craters—now covered in quiet moss and spring growth.

Climbing those heavy timber steps gives you more than just a sprawling view of the Aisne department; it gives you perspective. Looking out over the quiet treetops where my Great-Uncle Arnold and so many others fought, the immense weight of their sacrifice truly hits home.

History isn't just found in archives or museums. Sometimes, it is found standing at the edge of an old trench, looking up at the sky, and remembering the individuals who stood there before us.

America's Health Problem

2026-03-16T17:13:00.003-06:00

We’re getting the Word of Wisdom wrong

The episode features Greg Matson interviewing Dr. Ben Bikman, a BYU scientist who studies metabolism and insulin resistance. Bikman argues that mainstream dietary guidance has been shaped by weak or misleading science, especially the long-standing claim that saturated fat is a primary cause of heart disease. He says this led to decades of low-fat advice, increased carbohydrate consumption, and worsening metabolic health. In his view, refined carbohydrates are the main dietary driver of insulin resistance, which he describes as the most common metabolic disorder worldwide and a root cause of many chronic conditions, including type 2 diabetes, heart disease, infertility, fatty liver disease, and cognitive decline.

A major theme of the interview is Bikman’s distinction between glucose and insulin. He argues that blood glucose is often measured too late in the disease process, while elevated insulin can signal metabolic dysfunction many years earlier. He contends that insulin resistance develops silently over time, with the body producing more and more insulin to keep glucose in the normal range. For that reason, he believes clinicians should pay more attention to insulin levels rather than relying so heavily on glucose and LDL cholesterol.

Bikman also rejects the idea that weight control is simply “calories in, calories out.” He says calories matter, but hormones, especially insulin, strongly influence whether the body stores or burns energy. In the interview, he argues that high-carbohydrate meals raise insulin, promote fat storage, lower metabolic rate, and increase hunger later, whereas meals centered on protein and fat tend to produce better satiety and metabolic outcomes. He recommends three broad nutrition principles: control carbohydrates, prioritize high-quality protein, and do not fear natural fats. He also emphasizes resistance training and muscle mass as important because muscle helps clear glucose from the bloodstream and improves insulin sensitivity.

The final part of the discussion turns to Latter-day Saint theology, especially Doctrine and Covenants sections 89 and 49. Bikman argues that many church members misread the Word of Wisdom as prescribing a vegetarian or plant-based diet. He says no prophet has officially defined a specific “Word of Wisdom diet,” and he interprets the revelation more broadly as a warning against addiction rather than a command to avoid meat. He appeals to D&C 49 and 1 Timothy 4 to argue that teachings forbidding meat are spiritually and scientifically mistaken. This religious section is one of the central features of the episode and is presented as a challenge to common dietary assumptions in LDS culture.

APA reference

Matson, G. (2026, January 30). We’re getting the Word of Wisdom wrong [Video]. YouTube. https://www.youtube.com/watch?v=sq_TOMum5lo

Keywords

insulin resistance, nutrition, Word of Wisdom, saturated fat, metabolic health

Control Glucose Spikes

2026-02-08T18:08:00.003-07:00

The Science of Eating: 10 Hacks from "Glucose Revolution" That Actually Work

By John Fisher (assisted by AI)

If you’ve ever felt the mid-afternoon slump or the sudden craving for something sweet after a meal, you’ve experienced a glucose spike. Recently, I’ve been listening to Glucose Revolution by biochemist Jessie Inchauspé, and it offers a fascinating look at how our blood sugar affects everything from our mood to our long-term health.

What I appreciate most about Inchauspé’s approach is that it isn’t a restrictive diet. It’s not about what you eat, but how you eat it. As someone who enjoys good food and cooking, I found these "hacks" to be practical tools rather than rigid rules.

Here are the 10 core hacks from the book that can help you flatten your glucose curves without giving up the foods you love.

1. Eat Your Food in the Right Order

This is perhaps the most powerful takeaway. When you sit down to a meal, try to eat the components in this specific sequence:

Fiber (Vegetables)
Protein and Fats
Starches and Sugars

By eating fiber first, you create a mesh in your intestine that slows down the absorption of glucose from the rest of the meal.

2. Add a Green Starter

Building on the first hack, always start your lunch or dinner with a "veggie starter." It doesn’t have to be complicated—a simple green salad, some roasted broccoli, or even a few stalks of celery. This flattens the glucose spike of the entire meal.

3. Stop Counting Calories

Inchauspé argues that calories don’t tell the whole story. A slightly higher-calorie meal that keeps your blood sugar stable is often better for your metabolic health than a low-calorie sugary snack that sends your insulin soaring. Focus on the quality and timing of food, not just the number.

4. Flatten Your Breakfast Curve

Breakfast is the most critical meal for blood sugar control. If you start the day with a sugar spike (cereal, juice, toast and jam), you are setting yourself up for a rollercoaster of cravings all day.

The Fix: Switch to a savory breakfast. Think eggs, avocado, leftovers, or Greek yogurt with nuts. Keep the starches low and the protein high.

5. All Sugars Are the Same

From a molecular standpoint, your body doesn’t distinguish much between "natural" agave syrup, honey, and white table sugar. They all cause glucose spikes. If you’re going to eat sugar, pick the one you enjoy the most and eat it mindfully, rather than fooling yourself that one is "healthier."

6. Pick Dessert Over a Sweet Snack

Timing is everything. If you eat a cookie on an empty stomach (a snack), it hits your system instantly. If you eat that same cookie immediately after a meal (dessert), the fiber, protein, and fat you just ate will slow down the sugar absorption. Always choose dessert over a standalone snack.

7. Reach for Vinegar

This sounds like an old wives' tale, but the science backs it up. Drinking one tablespoon of vinegar (apple cider vinegar is popular) diluted in a tall glass of water 20 minutes before a meal can reduce the glucose spike of that meal by up to 30%. The acetic acid in vinegar helps your muscles soak up glucose faster.

8. Move After You Eat

You don’t need to run a marathon. Just 10 minutes of movement within an hour of eating—a walk around the block, doing the dishes, or some light tidying—allows your muscles to use the extra glucose in your bloodstream immediately, preventing a large spike.

9. If You Must Snack, Go Savory

If you are hungry between meals, avoid the sweet treats. Go for a savory option like a handful of nuts, a piece of cheese, or a hard-boiled egg. These provide energy without the crash.

10. Put "Clothing" on Your Carbs

If you are going to eat carbohydrates (like a piece of bread or a bowl of pasta) or something sugary, never eat them "naked." Dress them up with protein, fat, or fiber.

Example: Don’t just eat dry toast; add avocado and an egg. Don’t just eat an apple; pair it with some peanut butter or a slice of cheddar. The "clothing" slows down the breakdown of the "naked" carb.

Final Thoughts

You don’t have to implement all ten of these at once. I recommend starting with the Savory Breakfast and the Order of Eating. Even these small adjustments can lead to better energy, clearer focus, and better long-term health.

Have you tried any of these glucose hacks? Let me know in the comments which one you’re adding to your routine this week.

A Prophetic Warning and Global Depopulation

2026-02-08T17:53:00.004-07:00

In her article "A Voice of Warning," Charolette Winder argues that the "calamities" mentioned in the Family Proclamation of the Church of Jesus Christ of Latter-day Saints are not just natural disasters but the measurable social decay resulting from family disintegration. One of the most significant "macro" calamities is the current global crisis of population degrowth.

Key Principles and Social Calamities

The article argues that the "calamities" warned of in the Proclamation are manifesting through the disintegration of the family unit, which has measurable, generational impacts on society:

The Weight of Divorce: Social data indicates that divorce diminishes a child's future competence in areas such as education, earning power, and emotional well-being.
Irreparable Social Decay: The American College of Pediatrics and other studies suggest that the negative long-term consequences of family breakdown are harder to rebuild than physical homes lost to natural disasters.
The Duty to Warn: Leaders emphasize that teaching unpopular truths about family and gender is an act of love and a fulfillment of their "stewardship" as watchmen.

The Crisis of Depopulation

A central focus of the article is the "macro" level threat of depopulation, which it links to the "disintegration of the family" mentioned in the Proclamation:

Falling Fertility Rates: To sustain population replacement, a rate of 2.1 children per woman is required; however, most developed nations are now well below this threshold.
Global Predictions: A 2024 study in The Lancet warns that by the year 2100, over 97% of countries will have fertility rates below the necessary replacement level.
Failed Incentives: Nations like Russia, Hungary, and Denmark have attempted to "bribe" or incentivize citizens to have children through cash bonuses and tax breaks, but these efforts have yielded few results due to high "opportunity costs" and shifting social priorities.
Economic Consequences: Shrinking populations lead to a smaller workforce, increased tax burdens, and potential societal upheaval as deaths begin to outnumber live births.

Conclusion

Winder concludes that while the Proclamation's warnings are stark, they are intended to persuade individuals toward choices that lead to stability and happiness. Despite the "messiness" of modern family life, the article offers a message of hope, stating that through Jesus Christ, families can find healing and restoration even when they fall short of the ideal.

Reference:

Winder, C. (2025, May 27). A voice of warning: Prophets and proclamations. Public Square Magazine. https://publicsquaremag.org/faith/proclamation-on-the-family/the-family-proclamation-what-it-warned/

Healthy Snacks

2026-01-27T17:20:00.001-07:00

Practical guidance for choosing afternoon snacks that stabilize blood sugar, reduce cravings, and support long-term health

By John Fisher (assisted by AI)

Afternoon snacking often gets a bad reputation, but according to Jessie Inchauspé, the problem isn’t snacking—it’s what and how we snack. When blood glucose rises sharply and then crashes, we experience fatigue, brain fog, cravings, and overeating later in the day. Inchauspé’s work focuses on keeping glucose curves flat through simple, practical food choices. A well-chosen afternoon snack can support steady energy, focus, and appetite control rather than undermine them.

What Makes a Good Afternoon Snack?

In Inchauspé’s framework, a glucose-friendly snack is:

Low in added sugar
High in protein, fiber, and/or healthy fats
Preferably savory rather than sweet

The goal is to slow digestion and prevent rapid glucose and insulin spikes.

The perfect midday snack—two hard-boiled eggs with salt & pepper

Glucose-Friendly Snack Ideas

These options consistently align with Inchauspé’s principles:

Plain, full-fat Greek yogurt with nuts or seeds
Cheese with a small handful of nuts
Apple slices paired with almond or peanut butter
Hummus with raw vegetables (carrots, cucumbers, peppers)
Hard-boiled eggs
A few squares of 85%+ dark chocolate paired with nuts

Why These Work

These snacks:

Slow digestion
Reduce insulin spikes
Support sustained energy and concentration
Prevent late-afternoon crashes and overeating at dinner

Snacks to Avoid

Inchauspe advises limiting snacks that spike glucose quickly, including:

Cookies, pastries, and granola bars
Fruit eaten alone (without fat or protein)
Sweetened yogurt
Crackers or pretzels by themselves

Rule of thumb: never eat carbohydrates alone—always pair them with protein or fat.

What About Protein Bars?

Protein bars are not automatically “bad,” but Inchauspé would urge caution.

Common Problems

Hidden sugars (syrups, honey, dates)
Refined carbohydrates (rice syrup, tapioca starch, maltodextrin)
Ultra-processing that worsens metabolic response
Marketing that overemphasizes protein while ignoring glucose impact

When a Protein Bar Is Acceptable

Occasionally, a bar may work if it has:

≤ 5 g added sugar
≥ 10 g protein
≥ 8 g fiber
Healthy fats from nuts or seeds
A short ingredient list you recognize

Even then, whole foods are preferred.

Snack Strategies by Goal

1. Diabetes Management

Goal: flat glucose curves and minimal insulin spikes
Best options:

Full-fat Greek yogurt with nuts
Cheese and nuts
Hard-boiled eggs
Vegetables with hummus or guacamole

Avoid fruit alone and highly processed “health” snacks.

2. Weight Loss

Goal: satiety and fewer cravings later
Best options:

Greek yogurt with cinnamon and nuts
Apple slices with nut butter
Eggs with vegetables
Cheese with olives
Chia pudding made with unsweetened milk

Stable glucose reduces rebound hunger and evening overeating.

3. High-Energy Teaching Days

Goal: focus, endurance, no 3–4 p.m. crash
Best options:

Yogurt with nuts
Eggs with a pinch of salt
Hummus with crunchy vegetables
Dark chocolate with nuts (small portion)
Cheese with apple slices

If drinking afternoon coffee or tea, pair it with food.

Simple Weekly Prep (10 Minutes)

Boil a half-dozen eggs
Portion nuts into small containers
Wash and cut vegetables
Keep plain yogurt and cheese readily available

The Bottom Line on Snacking

The bottom line is simple: snack to stabilize blood sugar, not to chase quick energy.

A good snack should prevent glucose spikes and crashes by combining protein, healthy fats, and fiber. When blood glucose stays steady, energy lasts longer, focus improves, cravings decrease, and overeating later in the day becomes less likely. Highly processed, sugary, or carb-only snacks do the opposite—even when they’re marketed as “healthy.”

If you remember one rule, make it this: never eat carbohydrates alone. Pair them with protein or fat, favor whole foods over bars and packaged snacks, and treat convenience foods as occasional tools—not daily staples. Stable glucose leads to stable energy, better appetite control, and better health overall.

Reference

Inchauspé, J. (2022). Glucose Revolution. New York, NY: Simon & Schuster.

AI in research and writing

2026-01-09T07:52:00.004-07:00

Using AI in research and writing is like flying a plane on autopilot: The pilot must always be in control.

Image created by chatGPT

By John Fisher (assisted by AI)

I recently shared the following message with my students, comparing the use of artificial intelligence in research and writing to a pilot operating a plane on autopilot.

Using artificial intelligence for research and writing is like flying a modern aircraft on autopilot during a long flight. The autopilot can hold altitude, maintain course, and manage routine adjustments with remarkable precision, reducing workload and fatigue. In the same way, AI can handle repetitive cognitive tasks—summarizing sources, generating drafts, organizing ideas, or checking grammar—allowing the researcher or writer to focus on higher-order thinking.

However, no responsible pilot abandons the cockpit. Autopilot does not replace judgment, situational awareness, or accountability. The pilot must continuously monitor instruments, verify assumptions, and be prepared to intervene when conditions change or when the system behaves unexpectedly. Likewise, AI does not understand truth, ethics, or context in the way a human scholar does. It can produce plausible text that is incomplete, biased, or incorrect unless carefully supervised.

People remain responsible for defining the destination, selecting credible sources, interpreting evidence, and making final decisions about tone, argument, and accuracy. When turbulence appears—conflicting data, ethical concerns, or messy analysis—the pilot disengages autopilot and flies manually. Used well, AI is a powerful flight system that enhances performance. Used carelessly, it creates risk. Effective scholarship, like safe aviation, depends on human oversight, expertise, and command.

I expect my students to use AI in their studies—for research, summarizing sources, brainstorming, organizing ideas, analyzing and evaluating, and editing and formatting their work. Throughout this process, students must remain in control by providing appropriate prompts and using their own creativity to generate initial ideas and to write the final work. Students need to learn how to use AI responsibly because these tools will be part of their professional practice in their future careers.

Hashtags: #AIinEducation #AcademicChatter #ResponsibleAI #HigherEd #FutureOfWork #HumanInTheLoop #StudentAIuse

Nicotine health benefits

2025-12-06T16:36:00.003-07:00

Re-examining the Therapeutic Potential of Nicotine Agents and the Venom-COVID-19 Connection

by John Fisher, PhD (assisted by AI)

Nicotine, often stigmatized as a highly addictive substance, is presented by Dr. Bryan Ardis as a powerful, non-addictive therapeutic agent that has been deliberately suppressed by health authorities. Citing published research, he posits that nicotine has the potential to treat a wide array of conditions, ranging from neurodegenerative disorders like Parkinson's and Alzheimer's to inflammatory conditions and symptoms of Long-Haul COVID-19. Notably, in the context of persistent post-viral symptoms, case studies demonstrated a complete disappearance of Long-Haul COVID-19 symptoms in participants using nicotine patches, with the rationale being that nicotine can successfully dislodge snake venom-like spike proteins from the body's nicotine receptors.

Research from early in the COVID-19 pandemic suggested a "smoker's paradox," where active smokers appeared to be underrepresented among patients with COVID-19, leading to the idea that smoking or nicotine might be protective.

Specific studies and findings related to a potential protective effect:

Infection Rates:
- A French study found that among 480 patients who tested positive for the virus, only 4.4% of those admitted to the hospital were regular smokers, suggesting they were much less likely to develop a symptomatic or severe infection compared with the general population.
- The French study authors claimed the protective effect for ambulatory patients divided the risk of getting infected by five, and for hospitalized patients, by four.
- A study in China suggested that only 12.6% of 1,000 people infected with the virus were smokers, while the smoking rate in China's general population is around 28%.
- A large-scale retrospective cohort study on a naval vessel found that current smoking status was associated with a lower risk of developing COVID-19 (Odds Ratio (OR) of 0.64 in multivariable analysis).
- A meta-analysis of 233 studies found current smokers, compared with never smokers, were at a reduced risk of testing positive for SARS-CoV-2 infection (Relative Risk (RR) = 0.74).
Mortality/Severity (Nicotine Replacement Therapy):
- A large study of hospitalized COVID-19 patients found that prescriptions for nicotine patches, lozenges, or gum were associated with reduced mortality among current smokers. Specifically, smokers prescribed Nicotine Replacement Therapy (NRT) had a significantly lower mortality rate (4.5%) compared to smokers who did not receive NRT (7.7%). The researchers hypothesized that nicotine may activate anti-inflammatory mechanisms.

Nicotine Research Summary and Potential Benefits

Dr. Bryan Ardis's research, as presented in chapter 13 of his book, centers on two main, interconnected arguments:

Nicotine is a powerful healing agent and is not the main addictive chemical in tobacco products. He contends that a "massive propaganda campaign" has been launched to demonize nicotine.
- Addiction Misconception: Citing a Harvard study, he argues that nicotine has "poor reinforcing effects (addictive effects) when administered alone". He asserts that tobacco companies added a highly addictive, man-made chemical called Pyrazines to tobacco products starting in the early 1970s to increase sales, and that Pyrazines—not nicotine—are responsible for the intense addictive properties and high relapse rates.
- Healing Power: Nicotine is presented as a miraculous compound found in the tobacco plant and common vegetables.
Nicotine is an effective antidote against "venomous COVID-19-spike proteins." This theory is based on the idea that COVID-19's spike proteins are nearly identical to neurotoxins found in King Cobra and krait snake venom.
- Mechanism of Action: These venoms, and the "spike proteins," bind tightly and specifically to nicotine receptors in the body, particularly in the brain. Nicotine, when introduced, is proposed to release these venom/spike proteins, allowing normal signaling to resume. This mechanism is offered as the reason why smokers were an active group least infected and hospitalized for COVID-19.

⚕️ Conditions Nicotine May Help (According to Dr. Ardis)

Dr. Ardis asserts that nicotine has the potential to prevent, reverse, or cure numerous conditions, often providing links to published studies that he believes confirm these benefits:

COVID-19 and Related Symptoms

Lingering COVID-19 Symptoms (Long-Haul COVID-19): Complete disappearance of symptoms in days for 100% of participants in a case study using 7 mg patches.
Loss of Taste and Smell: Nicotine releases the venom spike proteins blocking the olfactory nerve, restoring the ability to transmit signals for smells and tastes.
Tinnitus (Ringing in the Ears).
POTS (Postural Orthostatic Tachycardia Syndrome): His wife's symptoms disappeared after three days of chewing nicotine gum.

Neurological and Cognitive Conditions

Parkinson's Disease (PD): Nicotine administration is said to improve memory impairment and dyskinesia (uncontrollable movements).
Alzheimer's Disease (AD): Nicotine administration is said to improve cognitive impairment.
Schizophrenia: Nicotine is known to prevent, improve, and reverse it.
Autism Spectrum Disorder (ASD): Nicotine patches have been found to improve the behavior of autistic children and adults, including aggression and irritability, with dramatic improvements in social scores.
Memory Impairment: Nicotine improves memory impairment caused by sleep deprivation and hypothyroidism.

Inflammatory and Other Chronic Conditions

Chronic Inflammatory Diseases: Nicotine is believed to be more anti-inflammatory than pro-inflammatory.
- Arthritis: Improved or reversed inflammatory conditions.
- Ulcerative Colitis.
- Sepsis.
Multiple Sclerosis (MS): Nicotine has a proven ability to prevent it, with a study showing a significantly lower risk for those who used both smoking and snuff.
Cancer (Glial Blastoma): Nicotine alone dissolved brain "turbo cancers" by half the size in less than 72 hours in animal studies.
Type 1 Diabetes: Nicotine can protect against and improve or even reverse Type 1 Diabetes in some cases in mouse models, reducing high blood sugar (hyperglycemia) and protecting pancreatic insulin content.

👨‍⚕️ Dr. Ardis's Recommendations for Nicotine Use

Dr. Ardis suggests that people considering nicotine should consult their doctor and offers the following recommendations for those who choose to proceed:

Consult Resources: He directs readers to a free document simply titled "NICOTINE" in the Patient Resources Section of his website, thedrardisshow.com, for information on how to begin using nicotine agents and personal brand recommendations.
Starting Dose: For most people, he suggests starting with small doses like 1-3 mg daily for the first week before increasing to higher doses.
Personal Use: He personally buys 21 mg patches and cuts them into six equal pieces (roughly 3-4 mg size), which he wears every single day and intends to continue for the rest of his life.
Delivery Methods: He encourages exploring nicotine patches, nicotine gum, nicotine pouches, or even eating nicotine-rich vegetables.
Nicotine-Rich Vegetables: Vegetables that contain nicotine include: eggplant, zucchini, green tomatoes, cauliflower, white potatoes, red tomatoes, bell peppers, and celery. Eggplants are noted as having the second highest amount of nicotine of any plant on earth.

Conclusion

Dr. Ardis encourages individuals to investigate the wealth of information confirming nicotine's healing qualities. He personally recommends starting with a small dose, such as a 7 mg patch, or by cutting a 21 mg patch into six pieces to achieve a daily dose of roughly 3-4 mg. While commercial products like Tolevita patches are primarily marketed for smoking cessation, their availability in multiple doses, including the smaller 7 mg size, provides a straightforward path for those who, like Dr. Ardis, believe in the non-addictive, therapeutic application of nicotine for conditions such as chronic inflammation, cognitive decline, or persistent post-COVID symptoms. As with any therapeutic intervention, individuals are strongly advised to consult their doctor to determine if nicotine patches, gum, pouches, or nicotine-rich vegetables are appropriate for their specific health needs.

For individuals seeking to explore this documented healing potential, commercially available products, such as Tolevita Anti-Smoke Herbal Patches, which are available in 7 mg, 14 mg, and 21 mg strengths, offer a practical, over-the-counter means to administer a controlled dose of nicotine.

Important Context:

It is crucial to note that the majority of public health organizations and later, larger meta-analyses concluded that smoking is a risk factor for severe COVID-19 and death, particularly for current and former smokers who contract the disease. The studies suggesting a protective effect often focus on the rate of infection or hospitalization and must be viewed with caution due to inconsistencies in the data and the known severe risks of tobacco use on overall health.

Reference:Ardis, Bryan. (2024). Moving beyond the Covid-19 lies: restoring Health & hope for humanity. Harvest Creek Publishing. Available at thedrardisshow.com

Hashtags: #NicotineAntidote #COVIDLies #NicotineReceptors #Pyrazines #DrBryanArdis

Selenium's Role in Brain Health

2025-12-03T04:38:00.003-07:00

The Role of Selenium in Neurological Health

In this episode of The Dr. Ardis Show, Dr. Brian Ardis presents a comprehensive review of medical literature suggesting that a single mineral—Selenium—is critical in preventing and reversing symptoms of Alzheimer’s, Parkinson’s, and Multiple Sclerosis (MS). Dr. Ardis argues that Selenium deficiency is a primary driver of cognitive decline and that supplementation can mimic the neuroprotective benefits of exercise.

The Mechanism: Oxidative Stress and Neurogenesis

Dr. Ardis explains that the brain is highly susceptible to oxidative stress, a key factor in neurodegenerative diseases. Selenium is required to synthesize selenoproteins and glutathione peroxidase, which act as the body’s primary defense against oxidative damage and inflammation.

Furthermore, research cited in the episode highlights that Selenium stimulates neurogenesis (the growth of new neurons) in the hippocampus, the area of the brain responsible for memory and learning.

Key Research Findings

** The Exercise Connection:** Studies on mice revealed that physical exercise improves brain function by increasing the transport of Selenium to the brain. Crucially, researchers found that administering Selenium without exercise resulted in the same increase in neural precursor cells—effectively doubling or tripling the number of new neurons. This suggests Selenium is a viable therapy for elderly or disabled individuals unable to exercise.
Alzheimer’s Disease: A systematic review of human studies showed that Alzheimer’s patients consistently exhibit lower Selenium levels in their plasma and red blood cells compared to healthy controls. Supplementation significantly increased Selenium levels in the Cerebral Spinal Fluid (CSF) and improved cognitive test scores (such as the MMSE and ADAS-Cog), often outperforming multivitamins that contained lower doses.
Parkinson’s Disease: The transcript details how Selenium protects the nigrostriatal pathway, a dopamine pathway essential for motor control.

Image provided by Gemini AI

Degeneration in this pathway leads to Parkinson's symptoms like tremors and rigidity. Studies indicated that Selenium deficiency exacerbates damage to dopamine neurons, while supplementation reduced DNA damage and improved motor function.

Thyroid and General Health

Dr. Ardis reiterated a foundational point regarding thyroid health: the thyroid cannot synthesize hormones (T3 and T4) without three specific components—Selenium, Iodine, and the amino acid Tyrosine. He suggests that many thyroid conditions are actually untreated Selenium deficiencies.

Dosage and Recommendations

The episode concludes with practical advice on dosage. While the FDA recommends a daily limit of roughly 200–400 mcg, Dr. Ardis discusses the safety of higher doses for therapeutic purposes, citing experts who suggest up to 1.2 mg may be safe. However, the standard recommendation provided is 200 mcg per capsule, suggesting 2 capsules (400 mcg) daily for those with neurological concerns to restore cognitive function and protect against oxidative stress.

Annotated Bibliography: Selenium and Neuroprotection

Akbaraly, T. N., Hininger-Favier, I., Carrière, I., Arnaud, J., Gourlet, V., Roussel, A. M., & Berr, C. (2007). Plasma selenium over time and cognitive decline in the elderly. Epidemiology, 18(1), 52–58.

Transcript Context: Referred to as the "EVA Study" (Epidemiology of Vascular Aging), this 9-year longitudinal study followed 1,389 elderly participants in France. Key Findings: The study established a longitudinal link between falling selenium levels and cognitive decline. Researchers found that participants with the greatest decrease in plasma selenium over the 9-year period had the highest probability of cognitive decline. Conversely, those who maintained or increased their selenium levels showed a protective effect against cognitive deterioration.

Cardoso, B. R., Ong, T. P., Jacob-Filho, W., Jaluul, O., Freitas, M. I., & Cozzolino, S. M. (2010). Nutritional status of selenium in Alzheimer's disease patients. British Journal of Nutrition, 103(6), 803–806.

Transcript Context: Dr. Ardis discusses this study to highlight the deficiency of selenium in diagnosed patients. Key Findings: This case-control study compared 28 elderly patients with Alzheimer’s Disease (AD) to 29 healthy controls. It found that selenium concentrations in plasma, erythrocytes (red blood cells), and nails were significantly lower in the Alzheimer’s group. The authors concluded that selenium deficiency is strongly associated with the pathology of AD, potentially due to the brain’s inability to combat oxidative stress without adequate selenoproteins.

Leiter, O., Zhuo, Z., Rust, R., Wasielewski, J. M., Grönnert, L., Kowal, S., ... & Walker, T. L. (2022). Selenium mediates exercise-induced adult neurogenesis and reverses learning deficits induced by injury and aging. Cell Metabolism, 34(3), 408–423.

Transcript Context: This is the foundational mouse model study cited regarding "exercise vs. supplementation." Dr. Ardis refers to the lead researcher, Dr. Tara Walker. Key Findings: The study discovered that the cognitive benefits of physical exercise are mediated by the transport of selenium to the brain via the protein selenoprotein P. Crucially, the researchers demonstrated that selenium supplementation alone (without exercise) could replicate these effects, tripling the number of neural precursor cells in the hippocampus and reversing cognitive deficits caused by aging and hippocampal injury.

Pereira, M. E., Souza, J. V., Galvao, J., & Oliveira, C. S. (2022). Effects of selenium supplementation in patients with mild cognitive impairment or Alzheimer’s disease: A systematic review and meta-analysis. Nutrients, 14(15), 3205.

Transcript Context: Dr. Ardis uses this systematic review to argue for the efficacy of selenium supplementation in humans. Key Findings: A meta-analysis of 11 clinical studies involving selenium supplementation. The review found that supplementation significantly raised selenium levels in the blood and cerebrospinal fluid (CSF). It also noted that patients taking selenium alone often showed greater improvements in cognitive scores (such as the MMSE and ADAS-Cog) than those taking selenium as part of a broader multivitamin, possibly due to dosage or absorption competition.

Solovyev, N. D. (2015). Importance of selenium and selenoprotein for brain function: From antioxidant protection to neuronal signalling. Journal of Inorganic Biochemistry, 153, 1–12.

Transcript Context: Cited to explain the biochemical mechanisms of selenium in the brain, specifically regarding the "nigrostriatal pathway" in Parkinson's and protection against neurotoxins. Key Findings: This review paper details how selenoproteins (like glutathione peroxidase) protect neurons from oxidative damage and modulate neurotransmission. It highlights selenium’s specific role in preserving the dopamine pathways involved in Parkinson’s disease and its ability to chelate and protect against neurotoxins like mercury and lead.

Hashtags: #Selenium, #BrainHealth, #Alzheimers, #Parkinsons, #Neuroprotection

Building Better Energy

2025-12-02T15:38:00.004-07:00

Exercise strengthens mitochondria - Image from chatGPT

How to Grow and Strengthen Your Mitochondria for Better Health and Vitality

By John Fisher (assisted by AI)

Mitochondria are the tiny powerhouses inside your cells that turn food and oxygen into energy. When they work well—and when you have enough of them—you feel stronger, clearer, and more resilient. When they struggle, you feel tired, sluggish, and less able to recover. The good news is that your body can build new mitochondria and make existing ones work better through simple daily habits. This process, called mitochondrial biogenesis, is one of the most powerful natural tools for improving long-term health, energy, and aging.

Below is a clear, practical guide to the proven ways you can strengthen your mitochondria and boost your body’s natural energy production.

1. Move Your Body With Aerobic Exercise

Aerobic exercise—walking, cycling, swimming, or jogging—is the most reliable way to build new mitochondria. When your muscles need more oxygen, your cells respond by growing additional energy factories to meet the demand.

How to do it:

20–40 minutes per session
3–5 days per week
Moderate pace (you can talk but not sing)

Even a brisk daily walk begins to spark mitochondrial growth.

2. Add Some High-Intensity Intervals

Short bursts of higher effort trigger powerful cellular signals (such as PGC-1α) that tell your body to make more mitochondria. You don’t need much—just consistency.

Simple interval example:

30 seconds fast
1–2 minutes slow
Repeat 6–10 times

This boosts both the number and efficiency of mitochondria.

3. Strength Training Helps Too

While not as dramatic as cardio or intervals, strength training improves mitochondrial function—especially as we age. Stronger muscles contain healthier, more efficient mitochondria.

Try:
Two to three sessions per week of basic resistance exercises (squats, bands, light weights).

4. Eat Foods That Feed Your Mitochondria

Your diet gives mitochondria the raw materials they need to produce energy and repair themselves.

Key nutrients include:

Omega-3 fats: salmon, walnuts, chia seeds
Antioxidants: berries, leafy greens
CoQ10: meat, fish, or supplements
B vitamins: eggs, whole grains
Magnesium: nuts, seeds, beans

These foods reduce oxidative stress and strengthen energy production at the cellular level.

5. Use the Power of Fasting

Allowing your body a longer break between meals activates pathways that repair old mitochondria and stimulate the creation of new ones. A simple 12–14 hour overnight fast is enough.

Example:
Finish dinner by 7 p.m., eat breakfast at 8 or 9 a.m.

This gentle fasting window promotes cellular cleanup and improved metabolic health.

6. Prioritize Quality Sleep

During deep sleep, your body repairs damaged mitochondria and builds new ones. Without good sleep, energy production suffers—no matter how healthy your other habits are.

Aim for 7–9 hours, with regular bed and wake times.

7. Manage Stress Before It Manages You

Chronic stress hormones interfere with mitochondrial function, reduce energy, and increase inflammation. Simple daily calming routines help reverse this.

Helpful practices:

Slow walks
Prayer
Deep breathing
Meditation
Quiet reflective time

Even five minutes makes a difference.

8. Avoid What Damages Mitochondria

Some habits directly harm your cells’ ability to produce energy. Avoiding these preserves the progress you’re making.

Major offenders include:

Smoking
Heavy alcohol use
Chronic overeating
Highly processed foods
Regular sleep deprivation

Protecting your mitochondria is as important as building them.

Conclusion

Your mitochondria drive nearly everything your body does—movement, healing, thinking, and staying alive. By exercising regularly, eating nutrient-rich foods, getting enough sleep, managing stress, and avoiding harmful habits, you create the ideal environment for your cells to produce strong, steady energy. These simple steps help you feel more alive today while supporting healthier aging for years to come. Small daily habits, multiplied over time, can transform your energy from the inside out.

Reference: Krupnick, M.J. (2025, August 8). Do mitochrondria hold the power to heal? Harvard Magazine. https://www.harvardmagazine.com/research/harvard-research-mitochondria-cells-healing

Brains Grow Differently

2025-11-15T12:32:00.000-07:00

By John R. Fisher, PhD (assisted by AI)

Introduction

Parents, teachers, and anyone who has raised teenagers have probably noticed it: girls often seem to mature earlier, while young men may take a bit longer to reach the same level of judgment, impulse control, and emotional steadiness. This difference isn’t just social—it’s biological. Modern neuroscience shows that although everyone develops through the same stages, the timing of brain maturation is different for men and women. Understanding these patterns helps us appreciate why young adults think and act the way they do—and how we can support them along the way.

The Prefrontal Cortex: The Last Piece to Finish

The prefrontal cortex is the part of the brain responsible for:

decision-making
managing emotions
impulse control
long-term planning

This area matures last, and its development shapes the “adult” mind.

Women Mature Earlier (Around 21–23)

Research using MRI scans shows that women typically complete key brain-development processes earlier. These include:

myelination, which strengthens neural pathways
synaptic pruning, which removes unused or inefficient connections

Because puberty also begins earlier for girls, hormones such as estrogen help accelerate emotional regulation and executive function.

Men Mature Later (Around 25–27)

For men, the same processes occur—but they take longer. Testosterone surges begin later and influence brain development over a longer period. As a result:

impulse control develops more gradually
risk-taking tendencies last longer
emotional regulation stabilizes later

Why the Difference?

The gap reflects natural biological pacing. Girls move through developmental stages sooner, which pushes brain maturation earlier. Boys move through these stages later, creating a longer runway to reach full adult neurological function.

How This Plays Out in Real Life

These biological timelines help explain common patterns:

Young women often display stronger planning and emotional self-management in their early 20s.
Young men may be more likely to take risks and act impulsively until their mid-20s.
By the late 20s, both sexes reach similar levels of mature cognitive functioning.

These are trends, not rules—every individual is different. But the general patterns hold across populations.

Conclusion

Men and women reach full brain maturity on different timelines, but both follow a predictable developmental arc. Recognizing these differences helps parents, leaders, and young adults themselves understand that maturity is not just a choice—it’s a process shaped by biology. When we appreciate how the brain grows, we respond with more patience, more compassion, and better support for young people navigating the transition into adulthood. Ultimately, understanding brain development helps us live better—not by judging differences, but by respecting them.

References

Lenroot, R. K., & Giedd, J. N. (2010). Sex differences in the adolescent brain. Brain and Cognition, 72(1), 46–55. https://doi.org/10.1016/j.bandc.2009.10.008

Additional Supporting References

Giedd, J. N. (2008). The teen brain: Insights from neuroimaging. Journal of Adolescent Health, 42(4), 335–343. https://doi.org/10.1016/j.jadohealth.2008.01.007

De Bellis, M. D., & Keshavan, M. S. (2003). Sex differences in brain maturation in youth: A structural MRI study. Cerebral Cortex, 13(12), 1284–1291. https://doi.org/10.1093/cercor/bhg102

Communication in Healthcare

2025-11-14T08:52:00.002-07:00

What we can learn from clinicians about handling emotions in tough situations?

By Dr. John Fisher (assisted by AI)

Communication in healthcare involves more than sharing information. It is emotional work. Clinicians often face fear, grief, frustration, anger, and confusion—both from patients and within themselves. Their ability to manage their own emotions directly affects communication quality, patient safety, and their own well-being.

A study by Luff et al. (2016) shows how clinicians handle their emotions during difficult conversations. The researchers identify several practical strategies that help clinicians stay calm, clear, and professional.

1. Stepping Back Helps Clinicians Stay Grounded

Luff et al. (2016) found that clinicians often pause before they respond. Even a brief moment—a breath or a short silence—helps them stay steady instead of reacting too quickly.

This reflects emotion regulation theory, which explains how people manage feelings before they express them. Pausing is an example of antecedent-focused regulation because the clinician redirects emotion before it grows stronger.

2. Cognitive Reframing Reduces Distress

The study also showed that clinicians use cognitive reframing. They remind themselves that strong emotions from patients or families are about the situation, not about them personally.

This mental shift helps them stay calm and compassionate. It reduces defensiveness and allows clearer communication. This strategy fits Gross’s (1998) idea that reframing is one of the most effective ways to manage strong emotions.

3. Debriefing With Colleagues Builds Emotional Control

Another important strategy in the study was debriefing. After a difficult conversation, clinicians talk with a colleague to release tension and gain perspective. Luff et al. (2016) found that this helps clinicians:

process emotions safely
prevent emotional overload
reflect on the situation
communicate more effectively in the future

This shows that emotional support within the healthcare team improves communication with patients.

4. Self-Management Improves Empathy and Clarity

Clinicians who manage their emotions well communicate more effectively. Luff et al. (2016) found that they show more empathy, calmness, clarity, and professionalism during stressful moments.

This ties to emotional labor theory (Hochschild, 1983). Healthcare workers often must appear calm even when they feel stressed. The study shows that they can do this in a healthy way—by regulating emotion rather than suppressing it.

Why This Matters

Strong communication depends on how a message is delivered, not only on the words used. When clinicians manage their emotions well, they:

prevent conflict
make room for patient concerns
build trust
reduce their own stress
support safer decision-making

The findings from Luff et al. (2016) highlight how closely emotional skills and communication skills are connected.
With rising burnout in healthcare, learning to manage emotions during communication is no longer optional—it is essential.

Reference

Luff, D., Martin, E. B., Jr., Mills, K., Mazzola, N. M., Bell, S. K., & Meyer, E. C. (2016). Clinicians’ strategies for managing their emotions during difficult healthcare conversations. Patient Education and Counseling, 99(9), 1461–1466. https://doi.org/10.1016/j.pec.2016.06.017

Healing Waters

2025-09-15T23:31:00.006-06:00

The Enduring Story of Boulder Hot Springs

By John Fisher (assisted by AI)

Our family first discovered hot springs in the 1980s when our children were young, making stops at three different springs during our travels. Among them, Boulder Hot Springs in Montana stood out—not just for its healing waters, but for its history, character, and enduring charm. Over the years, as we journeyed to and from Alberta where our children now live, Boulder Hot Springs became a favorite stop. Today, reopened as a hotel and spa, it still retains the spirit of the past with themed rooms and the quiet dignity of a place deeply rooted in Montana history.

The History of Boulder Hot Springs
The site now known as Boulder Hot Springs was first used by Native peoples who traveled through the valley during seasonal crossings, pausing to bathe in the warm, mineral-rich waters. By the early 1880s, A.C. Quaintance built a hotel that drew local miners and ranchers in search of rest and healing after long days of labor.

In 1909, the main building and baths were rebuilt in California Mission style by millionaire James A. Murray. Through the decades, the resort welcomed presidents, the wealthy, and everyday travelers alike. In 1935, an earthquake destroyed the Olympic-sized pool, but Boulder Hot Springs remained a bustling retreat well into the mid-20th century.

By the late 20th century, the property had fallen into decline until Dr. Anne Wilson Schaef, author and healer, became a guiding force in its restoration. Beginning in 1989, she and her team poured years of effort into saving the hotel—patching old walls, repainting, and steadily bringing life back to the once-dilapidated building. She also headquartered her internationally recognized healing work, Living in Process, at Boulder Hot Springs. Dr. Schaef kept the spirit of the springs alive until her passing in 2020, leaving behind both a restored landmark and a legacy of healing.

A Living Treasure
Today, Boulder Hot Springs continues its tradition as a place of renewal. Guests are welcomed into uniquely themed rooms, each with a character that blends old-world charm with modern comfort. The hot pools, steam, and stillness invite visitors to experience the same restorative powers that have drawn people here for generations.

For our family, it remains more than a stop on the road north—it is a touchstone to memory, history, and healing. Every visit reminds us why Boulder Hot Springs has endured: it offers not only warmth and rest, but also a deep sense of connection with the land, the past, and the people who have kept it alive.

Conclusion
From its beginnings as a Native resting place, to its heyday as a grand mission-style resort, through near ruin, and finally to its rebirth as a hotel and spa, Boulder Hot Springs embodies resilience and renewal. For us, it is both a personal tradition and a Montana treasure.

Keywords: Boulder Hot Springs, Montana history, healing waters, Anne Wilson Schaef, hot springs hotel
Hashtags: #BoulderHotSprings #MontanaHistory #HealingWaters #FamilyTradition #HistoricHotels

Radon Mine Math

2025-09-13T10:41:00.001-06:00

A look at the dose, risk, and what it means for short stays

Inside the Earth Angel Mine

By John Fisher (assisted by AI)

My wife and I recently dug into the numbers behind spending time at a radon mine in Basin, Montana. We wanted to know: if two nonsmoking women—one age 50, one age 75—spent three hours a day in the mine for five days, what kind of radiation dose would they get, and what would that mean for long-term health? The results might surprise you: the dose is measurable, the risk is real, but it is small for a short visit.

Breaking Down the Dose

The air in the mine carries about 1,700 picocuries per liter of radon on average (that’s roughly 63 kBq/m³ for those who like the technical side). Levels go up and down during the day, anywhere from about 700 to 2,200 pCi/L.

Spending a total of 15 hours underground (three hours each day for five days) works out to about 0.9 millisieverts (mSv) of effective radiation dose. For comparison, a chest CT scan is around 7 mSv, while natural background radiation in the U.S. is about 3 mSv per year.

Testing in the Earth Angel Mine matches these numbers closely. Measurements taken in 2024 and 2025 showed radon levels between about 1,600 and 2,300 picocuries per liter, right in line with the 1,700 pCi/L average described above. That means the dose estimates are consistent: a short visit of around 15 hours total adds up to less than 1 millisievert of radiation, far below what you would get from a medical CT scan and only a fraction of the natural radiation we all receive in a year. The science confirms that while the exposure is real and worth noting, it remains quite low for visitors who only spend a few days at the mine.

What That Means for Risk

Radiation experts estimate lifetime cancer risk by using a general rule of about 5–6% increased risk per sievert of exposure. At 0.9 mSv:

For a 50-year-old nonsmoking woman, the added lifetime risk is about 0.005% (roughly 1 in 20,000).
For a 75-year-old nonsmoking woman, the risk is lower because there’s less time for a radiation-related cancer to appear. The figure is about 1 in 30,000 to 1 in 60,000.

These are averages across populations—not personal predictions. Risks add up if you go back year after year.

Practical Pointers

Choose your spot wisely: Radon levels fluctuate. Areas with lower concentrations cut exposure.
Stay hydrated and comfortable: Unlike some mines that feel warm and damp, the Earth Angel Mine stays cool at about 55°F (13°C). Wear layers to keep warm while underground, and be sure to drink water and rest after each session.
Protect your lungs: No smoking, ever. It multiplies radon’s risk.
Don’t overdo it: Benefits reported in European studies often last 3–6 months. Give your body time before repeating a course.

Conclusion

Spending a few days at a radon mine delivers a measurable but modest dose of radiation. The potential benefits—like pain relief and reduced inflammation—are balanced against a small but real cancer risk. For nonsmoking visitors, especially older adults, the numbers suggest the risk from a short visit is low. Still, it’s worth knowing the math so you can make an informed decision before you go underground.

Keywords: radon therapy, Basin Montana, radiation dose, health risks, cancer risk

Hashtags: #RadonTherapy #MontanaTravel #HealthRetreat #RadiationRisk #WellnessJourney

Radon Mine Retreat

2025-09-13T10:27:00.006-06:00

Soaking feet in radon mine waters

Our Five Days at Earth Angel Mines in Basin, Montana

By John Fisher (assisted by AI)

My wife and I recently spent five days with our daughter at Earth Angel Mines in Basin, Montana. Each day followed a simple routine: three one-hour sessions in the mine—morning, afternoon, and evening—with a period of rest after each dose. That added up to about three hours a day over five days. Between treatments we enjoyed the Boulder Hot Springs, which are only a short drive away. For lodging, we stayed right at the mine in one of their rental units, making the whole experience convenient and immersive.

This post is both a reflection on our time there and a practical overview of what you need to know if you are considering radon therapy.

Why People Seek Radon Therapy

Radon mines like Earth Angel are part of a small but long-standing tradition in the U.S. and Europe. The idea is that controlled exposure to low levels of radon gas may reduce pain and inflammation, especially for conditions like arthritis, back pain, or fibromyalgia. Visitors sit in the mine’s warm, humid tunnels where radon levels are naturally elevated.

Many people—ourselves included—go in search of symptom relief, improved mobility, and, in some cases, a reduction in medication use.

The Benefits Reported

Pain relief: European clinical studies, especially in Austria, suggest that a short series of radon sessions can ease pain for several months. Some patients report being able to cut back on painkillers.
Reduced inflammation: Recent research points to possible immune effects, such as dampening inflammatory pathways.
Overall well-being: Beyond the science, there’s the subjective experience. Spending quiet time underground, then relaxing in the hot springs, gave us a sense of calm and renewal.

For us, the most immediate benefit was the structured routine—sessions, rest, hot springs—that encouraged us to slow down and focus on our health.

The Risks You Should Understand

Radon is not without controversy. It is classified as a Group 1 carcinogen and is the second leading cause of lung cancer after smoking. Even low-dose exposures add incrementally to lifetime cancer risk. For a short visit like ours, the increase is very small—on the order of 1 in 20,000 additional risk for a healthy nonsmoker—but repeated or prolonged visits could raise that number.

Other practical risks include:

Humidity and heat: Mines maybe warm and damp, which can be uncomfortable for some people. The Earth Angel Mine stays cool at about 55°F (13°C). Wear layers to keep warm while underground, and be sure to drink water and rest after each session.
Respiratory sensitivity: Anyone with lung disease should be cautious.
Uncertain science: While many patients report feeling better, large-scale, long-term studies are still limited. (See other articles in this series.)

Pros and Cons in Balance

Pros

Potential for meaningful, months-long pain relief.
Restful, meditative environment.
Combination with local hot springs makes for a holistic wellness trip.
Lodging on site is convenient.

Cons

Scientifically controversial and not widely accepted in mainstream medicine.
Small but real cancer risk from radon exposure.
Effects may fade over time and are not guaranteed.
Not appropriate for everyone, especially smokers or those with serious respiratory conditions.

Final Thoughts

Our week at Earth Angel Mines was both a health retreat and a family memory. We valued the quiet time together, the structured rhythm of sessions and rest, and the chance to enjoy Boulder Hot Springs each day.

If you are considering radon therapy, weigh the potential short-term relief against the long-term risks. Go in informed, listen to your body, and always discuss such treatments with your healthcare provider—especially if you have pre-existing health issues.

For us, the trip was worthwhile not just for any physical benefit but also for the time it gave us to pause, reflect, and enjoy being together as a family.

Radon Treatment Pros and Cons

2025-09-13T10:19:00.003-06:00

What Advocates Claim

People who visit radon mines usually sit or lie in old mining tunnels where radon levels are high. Proponents believe low-dose radon exposure can have therapeutic effects, particularly for chronic pain and inflammatory conditions. Reported benefits include:

Pain relief – Some patients with arthritis, ankylosing spondylitis, or other rheumatic diseases report reduced joint pain and stiffness after a series of radon sessions.
Reduced inflammation – Supporters say radon exposure activates anti-inflammatory pathways in the body.
Improved mobility and quality of life – Some claim better physical function after treatments.
Decreased medication use – A few studies suggest that patients undergoing radon therapy sometimes reduce their reliance on painkillers or steroids.

What the Science Says

Research on radon therapy exists, especially in Europe (Austria, Germany, Czech Republic), but results are mixed and sometimes controversial.

Some clinical studies: Controlled studies (often in Austrian spa towns like Bad Gastein) report short- to medium-term pain relief in patients with musculoskeletal or autoimmune diseases. Effects sometimes last months.
Hormesis theory: The benefits are explained using radiation hormesis—the idea that very low doses of radiation may stimulate protective or healing biological responses.
Limitations: Most studies are small, sometimes not double-blinded, and not widely replicated outside these spa regions.

Health Risks

Mainstream medicine, especially in the U.S., is cautious:

Radon is a Group 1 carcinogen – Long-term exposure is the second leading cause of lung cancer after smoking.
No safe level established – Even low-dose exposures may increase cancer risk, especially with repeated or prolonged visits.
Short-term benefits vs. long-term risks – Pain relief might come at the cost of a higher lifetime cancer risk.

Balanced View

Potential short-term benefit: Some patients do feel better, and there is scientific work exploring why.
Uncertain long-term safety: The cancer risk is real, and no medical guidelines recommend radon therapy as a standard treatment.
Alternative therapies: Many of the same conditions (like arthritis) can also be treated with other approaches.

✅ In short: Radon mine therapy may provide temporary relief for pain and inflammation, but in theory it carries potential long-term health risks, especially lung cancer, with high doses. It’s an example of something that looks promising for symptom management but is not widely accepted in mainstream medicine because of the cancer concern. ChatGPT can’t find any documented case where a single short visit to a radon “health mine” was directly reported as causing cancer.

This information was provided by chatGPT.

EASY 3-Step Exercise To INSTANTLY Improve Your Articulation!

2025-09-12T08:12:00.001-06:00

What Women Don't Understand About Men | Jordan B Peterson

2025-09-12T08:03:00.001-06:00

Old Olive Tree of Mirovica

2025-08-27T10:15:00.002-06:00

Three Times Around the Old Olive Tree

by John Fisher (Assisted by AI)

In May 2025, my wife and I took a trip to Bar, Montenegro, and stumbled upon something truly special—the Old Olive Tree of Mirovica. This isn’t just any tree. It’s a massive, ancient olive tree that locals say is over 2,250 years old. That’s right—this tree was already growing when the Romans were still figuring things out.

They call it “Stara Maslina na Mirovici”, and it’s been protected by law since 1957 because of its history, size, and importance to the area. Its trunk is huge—about 7.8 meters around—and the branches stretch out wide enough to shade an area as big as a small house (111 square meters, if you like numbers). Scientists even checked its age with fancy tree-ring methods, and yep, it’s ancient.

But the real magic of this tree isn’t just in how old or big it is. It’s in the stories people tell about it. The locals see it as a guardian, a nurturer, even a mother. They believe people have been healed under its branches. That fights have ended here. That couples who made promises of love beneath its leaves stayed together forever.

There’s a local custom tied to it too. Folks say if you walk around the tree three times—once for love, once for health, and once for luck—good things will follow.

So, my wife and I gave it a try. We walked three full circles around that old olive tree, and I know this may sound a little corny—but ever since then, our love feels stronger, our health has gotten better, and our luck hasn’t run out.

It was one of the simplest but most meaningful moments of our whole trip. If you ever find yourself in Bar, take the time to visit. Walk slow. Listen to the wind in the branches. And maybe, just maybe, take those three steps around.

Want to visit?

🌐 www.kucamaslina.me

📍 GPS: N 42.080164, E 19.129400

📷 Instagram & YouTube: @kucamaslinabar

#OldOliveTree #MontenegroAdventure #LocalTraditions #TreeOfLove #BarWonders

Moroccan Stew over Couscous

2025-08-25T08:22:00.002-06:00

Serves 4 | Easy stovetop version with instant couscous

Ingredients For the Stew

• 1½ Tbsp olive oil

• ½ large onion, chopped

• ½ tsp ground ginger

• ½ tsp black pepper

• ½ tsp turmeric

(or substitute with ½ tsp ras el hanout)

• 1 tsp salt (or to taste)

• Optional meat (choose one):

• 1½ to 2 cups cubed beef or lamb, raw

• 1½ to 2 cups cooked cubed chicken (added at the end only)

• 2 medium carrots, peeled and halved

• 1 medium turnip, peeled and quartered

• 1 cup pumpkin or butternut squash, cubed

• 1 medium potato or sweet potato, peeled and cubed (optional)

• 1 small zucchini, cubed

• ¼ head of cabbage, cut into wedges

• 1 small tomato, peeled and chopped (or ½ cup canned diced tomato)

• ½ cup canned chickpeas, drained and rinsed

• ½ cup raisins

• ½ cup chopped dried apricots

• 4–5 cups water or low-sodium broth

For the Couscous

• 1½ cups instant couscous

• 1½ cups boiling water or broth

• 1 Tbsp olive oil or butter

• ½ tsp salt

Instructions

1. Make the Vegetable Stew

If using beef or lamb:

1. Heat oil in a large pot over medium heat.

2. Add the chopped onion and sauté until softened.

3. Stir in beef or lamb along with ginger, black pepper, salt, and turmeric or ras el hanout.

4. Brown the meat for a few minutes, then continue below.

If using chicken:

1. Heat oil in a large pot over medium heat.

2. Add the onion and sauté until soft.

3. Stir in ginger, black pepper, salt, and turmeric or ras el hanout.

(Skip meat here; it will be added later.)

Then (for both versions):

4. Add carrots, turnip, pumpkin, and optional potato/sweet potato. Stir to coat with spices.

5. Add the chopped tomato and enough broth or water to cover. Bring to a boil, then reduce heat and simmer 15 minutes.

6. Add zucchini, cabbage, chickpeas, raisins, and apricots. Simmer another 10–15 minutes until vegetables are tender.

7. If using chicken, gently stir it in during the final 5 minutes to warm without shredding.

2. Prepare the Instant Couscous

1. In a large bowl, combine couscous, olive oil or butter, and salt.

2. Pour in boiling water or broth. Stir once, cover, and let sit 5 minutes.

3. Fluff with a fork before serving.

To Serve

• Mound couscous on a large platter.

• Spoon the vegetables and dried fruit over the top.

• Arrange meat on top or around the edges.

• Ladle some broth over the dish or serve it separately.

Survive Sleepless Nights

2025-08-24T06:57:00.001-06:00

Didn’t Sleep? Here’s How to Power Through the Day

by John Fisher (assisted by AI)

We’ve all been there—tossing and turning at night only to drag ourselves out of bed with too few hours of rest. While the ideal is seven or more hours of sleep each night, sometimes life doesn’t cooperate. The good news is that there are practical strategies you can use to make it through the day with energy and focus, even after a rough night. Here are some research-backed tips, adapted from Omada.

Start with Light and Movement

The moment you wake up, open the blinds or step outside. Natural daylight helps suppress melatonin, the hormone that makes you feel drowsy, and clears your morning fog. If you can, pair this with a quick stretch or walk to jumpstart circulation and energy.

Use Caffeine Wisely

I don't recommend anything but herbal tea, but for those who drink coffee or black tea, that first cup can be a lifesaver, especially when paired with a balanced breakfast. But moderation is key—limit yourself to one or two cups before noon. Too much caffeine can make you jittery, and drinking it late in the day can keep you from getting the rest you need tonight.

Fuel Your Body with the Right Foods

When you’re sleep-deprived, your body naturally craves sugar and processed foods. Instead, focus on protein-rich meals and snacks to keep your energy steady. Think eggs with avocado, salmon and spinach, or chicken with carrots. These foods will sustain you better than the quick highs—and crashes—that come with sugary snacks.

Simplify Your Day

Sleep loss makes everything feel harder. Review your to-do list and cross off anything non-essential. Cancel or postpone what you can, and if you’re still overwhelmed, ask for help. Conserving your energy for what really matters will make a difference.

Re-Energize Without More Coffee

When the afternoon slump hits, resist the urge to refill your mug. Instead, take a short walk or do some light movement. Exercise—even a little—can give you a natural energy lift without interfering with your sleep cycle.

Take a Power Nap

If you can carve out 30 minutes, a short nap will leave you more alert and can help your immune system bounce back from lost rest. Keep it brief, though—long naps may leave you groggy or affect your ability to sleep later.

Manage Your Reactions

Finally, be mindful of your emotions. A lack of sleep shortens your fuse, making it easy to overreact. When frustration rises, pause and take 5–10 slow, deep breaths. This simple practice can help calm your nerves and give you space to respond thoughtfully instead of impulsively.

Conclusion

One rough night doesn’t have to ruin your day. By being strategic—getting light first thing, eating the right foods, using caffeine in moderation, and carving out time to reset with a nap or short walk—you can stay steady until bedtime. And when you finally do turn in, you’ll be setting yourself up for a better night’s sleep ahead.

Tips from Omada.

Project-based Learning

2025-08-16T10:54:00.001-06:00

Utah Valley University’s Project‑Based Learning: Bridging Classrooms and Communities

By John Fisher (assisted by AI)

Introduction

Project‑based learning (PBL) is a student‑centred teaching method in which learners gain knowledge and skills by actively exploring real‑world challenges and producing tangible resultsen.wikipedia.org. Unlike lectures or rote exercises, PBL tasks students with investigating complex problems over an extended period, collaborating with peers, communicating their findings and creating final products that matter. At Utah Valley University (UVU), PBL has become a cornerstone of instruction across disciplines, connecting students with community partners and preparing them for the demands of the modern workforce.

Defining Project‑Based Learning

In PBL, learning is organized around projects rather than discrete assignments. Students research, design and implement solutions to authentic problems; they must communicate, collaborate and adapt as the project unfolds. This dynamic approach builds deeper understanding and transferable skillsen.wikipedia.org. UVU’s Innovation Academy spearheads PBL initiatives by partnering with local organisations and businesses and supporting faculty in redesigning courses around hands‑on experiences.

Voices from the Classroom

Dr. Ashley Egan: Ownership and Community

Biology professor Dr. Ashley Egan credits PBL with providing “incredible learning opportunities and community connections” for her students. She explains that when students take ownership of their project outcomes, they produce demonstrable evidence of effective learning, leadership, follow‑through and skills development. Many list their projects as work experience on their résumés and maintain professional networks with community partners—proof, Egan says, that PBL “gives them confidence in their future.”

Prof. Zachary Largey: Mission‑Driven Motivation

English professor Zachary Largey sees PBL as an invitation for students to “think beyond themselves and their grades.” By partnering with non‑profit organisations, Largey’s students experienced real‑world applications without their professor connecting the dots. They “care about their work more because they value the non‑profit’s mission,” he notes, adding that the payoff in student engagement and learning makes PBL efforts worthwhile.

Examples of PBL in Action at UVU

Project‑based learning spans disciplines at UVU, connecting students to meaningful work:

ENGL 2010 – Public‑Facing County Web Content: Partnering with the Utah County Public Defender Association, students researched legal terminology and county policy and wrote accessible content and FAQs for a public‑facing website. They strengthened research and writing skills, adapted their voice for multiple audiences and contributed to public communication about legal rights.
BOT 2100 – Native Plant Identification Education: In collaboration with Orem City and Vineyard City, botany students conducted field research to identify native plants and created educational tools for park visitors. Working alongside city officials, they developed skills in plant identification, scientific documentation, public communication and city greenspace design.
ENTR 2500 – Business Solutions Development: Business students teamed with the Utah County Sheriff’s Office to study translation services in the county court system. They evaluated service models and proposed actionable plans to improve accessibility for non‑English speakers, building entrepreneurial problem‑solving skills and experience working with high‑stakes partners.
HLTH 1100 – Community Health Fair: Health‑science students partnered with Vineyard CARES and Springville City to design and run a community health fair. They recruited local health resources and hosted educational stations on nutrition, mental health and water safety, applying course content to serve real community needs and practicing event planning and communication.

These examples illustrate how UVU students solve real problems, work with community stakeholders and produce work that benefits the public.

Building Partnerships and Support

UVU’s Innovation Academy connects faculty with high‑impact partners—from local schools and non‑profits to companies like FanX Studios, Loveland Living Planet Aquarium and Huntsman Cancer Institute. The university’s Jobs CEO Council links business, education and community leaders to address critical skill needs. Tools like Riipen, an experiential learning platform, match faculty with vetted industry partners.

To help faculty integrate PBL, UVU offers resources such as the Excelerate Summer Program (a launchpad for faculty new to PBL), one‑on‑one course redesign walkthroughs, the PBL OTL Starter & Summer Institute and a Community of Practice where faculty share ideas and learn from peers. UVU also invites instructors using or exploring PBL to join its network, showcase their courses in a PBL spotlight series and share successes and lessons learned, fostering a culture of active, authentic and career‑connected learning.

Conclusion

Project‑based learning transforms education by shifting the focus from passive absorption to active problem solving. At Utah Valley University, PBL empowers students to research, create and communicate solutions that matter. Faculty members like Dr. Ashley Egan and Prof. Zachary Largey see students develop leadership, resilience and mission‑driven motivation through hands‑on projects. Whether writing legal resources, mapping native flora, solving business problems or organizing health fairs, UVU students apply classroom knowledge to real challenges and deepen their understanding in the process. With robust partnerships, faculty support and a growing community of practice, UVU demonstrates how PBL can bridge classrooms and communities—and prepare students for meaningful careers and civic engagement.

Keywords: project‑based learning, UVU, Innovation Academy, community partnerships, experiential education

My Weight Loss Program

2025-06-25T09:19:00.005-06:00

Losing It the Right Way: A Personal Journey to Healthier Living

How I’m Taking Control of My Weight to Manage Type 2 Diabetes and Build a Sustainable Lifestyle

By John Fisher (assisted by AI)

At 5 feet 8 inches (1.73 meters) and 180 pounds (81.6 kg), I recently realized my Body Mass Index (BMI) is 27.4, placing me in the overweight category. Having been diagnosed with Type 2 diabetes, I know that losing even a small amount of weight could significantly improve my health. My goal is to lose 10% of my body weight—18 pounds—in four months, averaging a little over 1 pound per week. But this isn’t just about numbers—it’s about creating a lifestyle I can live with.

What Actually Causes Weight Loss?

Weight loss boils down to calories in versus calories out. If you eat fewer calories than you burn, your body begins to use stored fat for energy. But it’s not just about eating less—it’s about eating smarter. That means eating nutrient-dense foods and moving more throughout the day. My plan is simple: eat the right types and amounts of food and stay active.

My Plan to Reach 162 Pounds

Target weight: 162 lbs (73.5 kg)

Target BMI: 24.7 (healthy range)

Weekly goal: ~1.1 to 1.2 pounds

Estimated daily calories: ~1,600–1,800 per day

Key elements of my plan:

• Plan and track meals with a food tracking app

• Weigh myself daily to stay aware of progress

• Exercise three times weekly, with a mix of weight training and outdoor work

• Stay accountable to my daughter, my diabetes coach, and a friend who exercises with me

Identifying My Weight Loss Obstacles

Through self-reflection, I’ve noticed some habits that make weight loss harder:

• Eating irregularly and binging after fasting

• Snacking on nuts too frequently (4+ times/day)

• Putting too much on my plate and going back for seconds

• Eating too fast

• Late dinners (after 8 pm)

• Too little vegetable intake compared to protein

• Eating while driving (habit, not hunger)

• Being less active in winter

Making Healthier Choices

1. Daily Nutrition Goals (out of ~1,700 calories):

• Protein: 25–30% (100–130g)

• Fat: 25–35% (45–70g)

• Carbs: 40–50% (160–225g), focusing on fiber-rich and low-glycemic carbs

• Vegetables: 3x the amount of protein by volume

2. Exercise Plan:

• Weight training 2x/week

• Gardening and walking in summer

• Quick workouts or stretching in winter

3. Support & Accountability:

• Daily check-ins with my daughter

• Weekly calls with my diabetes coach

• Regular encouragement from an exercise mentor

4. Tracking & Reflection:

• Daily weigh-ins: Pros—real-time feedback. Cons—daily fluctuations may frustrate.

• Food tracking: Increases awareness and supports planning

Conclusion (with Health Disclaimer)

This is more than a weight loss plan—it’s a step toward reclaiming my health and building a lifestyle I can live with. Getting to 162 pounds will support my diabetes management and reduce other health risks. It’s not always easy, but it’s worth it.

⚠️ Important Health Note:

This plan reflects my personal health journey. It is not intended as medical advice. Everyone’s needs are different—please consult your doctor, registered dietitian, or certified coach to design a plan that’s right for you.

Keywords: weight loss, diabetes, calorie deficit, healthy eating, exercise plan

Hashtags: #WeightLossJourney #Type2Diabetes #HealthyHabits #FitnessOver40 #MindfulEating

Eating Healthy

2025-03-28T10:42:00.000-06:00

Real Advice from Real Students: How I Can Eat Better and Live Healthier

By John Fisher (assisted by AI)

In today’s world of confusing nutrition trends, ever-changing diet fads, and busy lifestyles, figuring out how to eat well can feel overwhelming. In a recent Health and Wellness class, students were asked how they could eat better, reflecting on personal experience, goals, and practical strategies. Their thoughtful responses offer a grounded, relatable perspective on nutrition—rooted in everyday life, budgets, and long-term well-being. From reducing sugary drinks to meal prepping and questioning diet culture, the insights fell into five common themes: Whole Foods over Fad Diets, Water over Sugary Beverages, Budget-Friendly Eating, Mindful and Sustainable Planning, and Critical Evaluation of Diet Trends.

Theme 1: Whole Foods over Fad Diets

Many students emphasized moving away from restrictive eating philosophies in favor of whole, nutrient-dense foods.

"Focusing on whole foods, like fresh fruits, vegetables, lean proteins, and whole grains, instead of following restrictive diets, is a great way to improve long-term health."

"Whole foods provide our bodies with the right nutrients, unlike processed foods, which can contribute to health problems like obesity, diabetes, and heart disease."

Others spoke of the flexibility and sustainability that comes with whole foods:

"This way of eating feels sustainable, and I can see myself sticking with it in the long run."

Theme 2: Water over Sugary Beverages

A recurring theme in student responses was the choice to reduce or eliminate sugary drinks in favor of pure water.

"Sugary drinks and artificially sweetened drinks can disrupt your metabolism’s natural thirst functions."

"Drinking your calories is a fast way to overeat."

"My plan to be healthier is to drink 72oz of water each day… drinking three 24oz water bottles throughout the day makes it less overwhelming."

The connection between hydration and overall well-being was clear:

"I think it will help my overall focus and help me feel less tired, which would be nice."

Theme 3: Budget-Friendly Eating

Students also addressed the financial challenges of healthy eating and offered creative ways to shop smart.

"Buying cheap healthy foods in bulk such as rice and beans, getting frozen fruits and vegetables, and shopping at discount stores can help."

"I would make a shopping list and stick to it. Meal planning would help me avoid impulse buys and ensure I have the ingredients I need for the week."

"As a college student I don’t make much money, and it is important for me to budget… following this plan will help me save money while eating healthier."

Theme 4: Mindful and Sustainable Planning

From meal prepping to finding realistic routines, students recognized that small changes lead to lasting habits.

"I think one principle that I could follow to improve my eating habits would be to eat out less."

"Meal prepping on weekends will help ensure I have healthy choices available."

"Even if I don’t follow every rule perfectly, adding protein and vegetables to every meal is a small change I can stick with."

"Accountability buddies can also keep people motivated. I might try that with my sister."

Theme 5: Critical Evaluation of Diet Trends

Students demonstrated strong awareness of the dangers of fad diets and misinformation.

"There’s a lot of misinformation out there—especially on the internet—which can often be very convincing."

"If a diet promises fast results with no effort or exercise, it’s probably a scam."

"We should research diets from unbiased sources and understand our body’s nutritional needs before following trends."

This skepticism helped students focus on long-term health:

"I believe these habits will contribute to better overall well-being and long-term health benefits."

Conclusion:
Students in this Health and Wellness class show that the path to better eating isn’t about perfection—it’s about small, informed, and consistent choices. Whether it’s choosing water over soda, planning meals, shopping smarter, or avoiding fad diets, these students offer powerful advice rooted in real life. Their reflections highlight a key takeaway: eating better starts with knowing yourself, doing your research, and creating habits that truly support your health.

Keywords:
nutrition, whole foods, meal planning, hydration, fad diets
Hashtags:
#HealthyHabits #WholeFoods #DrinkMoreWater #EatSmart #WellnessGoals

Pure Water Health

2025-03-16T10:05:00.008-06:00

The Critical Role of Pure Water in Health and the Hidden Dangers of Sugary Beverages

By John Fisher (assisted by AI)

Water is the foundation of life, making up approximately 90% of our blood and playing a critical role in overall health. However, the quality of water we consume significantly impacts its benefits. Dr. Casey Means emphasizes that tap water often contains harmful contaminants, making reverse osmosis or high-efficacy charcoal-filtered water essential for optimal hydration (Means, 2024). Additionally, the increasing consumption of high-fructose sugar and artificial sweeteners contributes to dehydration and obesity, highlighting the importance of making informed choices about beverages.

The Importance of Pure Water for Hydration and Health

Clean water is essential for metabolic health. According to Dr. Richard Johnson, even mild dehydration can trigger obesity by activating the polyol pathway, which causes the body to manufacture fructose, leading to fat storage (Means, 2024). This process allows humans to store "metabolic water" in fat cells, a survival mechanism that contributes to weight gain. Research suggests that people with obesity are ten times more likely to be dehydrated than lean individuals (Means, 2024). Furthermore, a study in Germany found that drinking just one additional glass of water per day reduced children's risk of becoming overweight by 30% (Means, 2024). Therefore, investing in high-quality water filtration systems like reverse osmosis or Berkey charcoal filters can be a crucial step in preventing obesity and improving overall health.

The Role of High-Fructose Sugar in Dehydration and Obesity

High-fructose corn syrup (HFCS) is a major contributor to metabolic disorders. Found in sodas, processed foods, and sweetened beverages, HFCS increases appetite and promotes fat accumulation more than regular sugar (Hyman, 2020). It is metabolized primarily in the liver, leading to the excessive production of fat, insulin resistance, and metabolic syndrome (Hannou, Haslam, McKeown, & Herman, 2018). Additionally, sugary drinks often replace water intake, contributing to dehydration and increased urine production (Harvard T.H. Chan School of Public Health, n.d.).

The Impact of Artificial Sweeteners on Hydration and Metabolism

While artificial sweeteners were introduced as a healthier alternative to sugar, research suggests they may have unintended consequences. Commonly found in "diet" drinks, these sweeteners can disrupt the body's natural thirst mechanism and do not support hydration as effectively as water (myTula, n.d.). Furthermore, they alter gut microbiota and may decrease satiety, leading to increased calorie consumption and potential weight gain (Pearlman, Obert, & Casey, 2017). Some studies indicate that artificial sweeteners contribute to metabolic disorders by affecting glycemic responses and insulin sensitivity (Medical News Today, 2025).

Conclusion

Ensuring adequate hydration with clean, filtered water is essential for metabolic health and preventing obesity. The consumption of high-fructose sugars and artificial sweeteners disrupts hydration and metabolism, increasing the risk of weight gain and other health complications. By prioritizing pure water intake and reducing the consumption of processed and sugary beverages, individuals can take significant steps toward improved health and well-being.

References

Harvard T.H. Chan School of Public Health. (n.d.). Sugary drinks. Retrieved from https://www.hsph.harvard.edu/nutritionsource/healthy-drinks/sugary-drinks/
Hyman, M. (2020). Avoid the hidden dangers of high fructose corn syrup. Cleveland Clinic. Retrieved from https://health.clevelandclinic.org/avoid-the-hidden-dangers-of-high-fructose-corn-syrup-video
Hannou, S. A., Haslam, D. E., McKeown, N. M., & Herman, M. A. (2018). Fructose metabolism and metabolic disease. Journal of Clinical Investigation, 128(2), 545-555. Retrieved from https://www.jci.org/articles/view/96702
Medical News Today. (2025). Do no-calorie artificial sweeteners have any effect on gut health or metabolism? Retrieved from https://www.medicalnewstoday.com/articles/do-no-calorie-artificial-sweeteners-have-any-effect-on-gut-health-or-metabolism
Means, C. (2024). Good Energy: The Surprising Connection Between Metabolism and Limitless Health [Kindle iOS version]. Retrieved from Amazon.com
myTula. (n.d.). The sweet truth: How artificial sweeteners affect your hydration. Retrieved from https://mytula.com/blog/the-sweet-truth-how-artificial-sweeteners-affect-your-hydration
Pearlman, M., Obert, J., & Casey, L. (2017). The association between artificial sweeteners and obesity. Current Gastroenterology Reports. Retrieved from https://link.springer.com/article/10.1007/s11894-017-0602-9

Keywords

pure water, hydration, obesity, high fructose sugar, artificial sweeteners

Hashtags

#HealthTips #PureWater #ObesityPrevention #MetabolicHealth #StayHydrated

Science-Backed Eating

2025-03-15T09:06:00.003-06:00

The Truth About Nutrition: Rethinking What We Eat

Introduction

Despite the overwhelming impact of diet on health, medical schools largely neglect nutrition education. Dr. Casey Means, in Good Energy: The Surprising Connection Between Metabolism and Limitless Health, reveals how corporate interests have shaped food research and dietary guidelines to the detriment of public health. This article explores the deep-rooted conflicts in nutrition science and outlines simple, science-backed dietary principles to promote optimal health.

The Misinformation Epidemic in Nutrition Science

During her time at Stanford Medical School, Dr. Means did not take a single nutrition course—a reality for 80% of medical students today. While the medical field often dismisses nutrition as too complex or contradictory, a more troubling issue is at play: industry-funded research.

Food corporations spend eleven times more on nutrition studies than the National Institutes of Health (NIH). Predictably, this funding bias leads to misleading conclusions. For instance:

• 82% of independently funded studies link sugar-sweetened beverages to harm, yet 93% of industry-funded studies find no harm.

• Government food guidelines are shaped by academics with conflicts of interest—95% of experts on the 2020 USDA Dietary Guidelines panel had financial ties to food companies.

• A 2022 nutrition study (partly funded by processed food companies) ranked Lucky Charms as healthier than whole foods like lamb and beef.

The consequences of such biased research extend to school lunches, food subsidies, and public health policies, perpetuating diet-related diseases.

A Simple, Science-Backed Approach to Eating

Rather than relying on compromised research, Dr. Means proposes an intuitive, common-sense approach to nutrition based on whole, unprocessed foods:

✅ Organic, unrefined, or minimally refined fruits, vegetables, nuts, seeds, legumes, and beans.

✅ Pasture-raised, organic, 100% grass-fed meats (e.g., beef, lamb, venison, bison) and foraging poultry (e.g., chicken, turkey, duck).

✅ Wild-caught, small omega-3 fish like salmon, sardines, and anchovies.

✅ Dairy from pasture-raised animals, ideally A2-strain milk, cheese, yogurt, and kefir.

✅ Fermented foods such as kimchi, sauerkraut, and tempeh.

✅ Filtered water, preferably through reverse osmosis or charcoal filtration.

By focusing on these nutrient-dense, unprocessed foods, individuals can bypass corporate influence and take control of their metabolic health.

Conclusion

The modern food industry has muddied the waters of nutrition science, prioritizing profit over public health. Instead of being swayed by conflicting studies, Dr. Means encourages a return to simple, whole-food eating patterns. A diet free from processed foods, added sugars, and industry-driven misinformation can lead to better health, longevity, and well-being.

By making mindful, informed food choices, individuals can break free from the cycle of diet-related illnesses and reclaim their health.

Reference

Means, C., & Means, C. (2024). Chapter 6: Creatinng a good energy meal. in Good Energy: The Surprising Connection Between Metabolism and Limitless Health [Kindle iOS version]. Retrieved from Amazon.com

Hashtags

#NutritionTruth #WholeFoods #HealthRevolution #FoodIndustryExposed #MetabolicHealth