How to Repair and Strengthen Your Body
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Fasting - "Time Restricted Eating:" Benefits of which you may not be aware.
Fasting activates autophagy, promoting cellular repair and reducing inflammation while allowing the body to switch from glucose to fat for energy. This ancient system is already PROGRAMMED INTO ALL OF US.
enhances brain function,
reduces afternoon "nods" - aka fatigue,
protects muscle tissue, and
supports overall health through metabolic switching. That is, conditioning the fat-burning pathway.
It works through time-restricted eating. This video illustrates that the body thrives when not constantly fed. You do NOT have to fast for days. Even eating 1 meal per day, or 2 meals within an 8-hour window, has proven benefits.
Here is the summary: Consistent time-restricted eating is a solution to afternoon "blahs." You are not tired in the afternoon because of a lack of calories (energy). You are tired because you ate too often (and too much) and didn't give your body time to heal (repair).
Bone Health - A rapid and hard strike to the heel sends a signal to your brain to build bone.
Use it or lose it! Regarding your bones, "use it" means putting a short, violent strike to the heel. When you do this, the brain gets a signal to strengthen your bones. Here are the dos and don'ts.
Do: walk barefoot daily on a hard surface, striking your heel first, then pushing off with your toes.
Do: use the traditional Asian "bone health" workout explained in the video.
Do: wear soft-soled shoes when running on pavement, but walk barefoot or on hard-soled shoes when walking on hard surfaces.
Don't: fall into the dogma that you need to cushion every step. This deprives your brain of the signal to strengthen your bones.
The video illustrates the proper technique for a bone-building exercise. A shock wave is transmitted through the skeleton when you rise on your toes and drop to your heel abruptly. The mechanics of the rise and drop phases when your heel strikes a hard surface are the crucial signal for bone health.
Here is a useful article titled "What Happens to Your Body When You Jump." https://bit.ly/4uf6U5I
Here is the summary: For bone health: 1. Walk barefoot or on hard-soled shoes on a hard surface. 2. Jump rope 3. Any activity that creates a "hard strike" to your heel will stimulate bone growth. FORCE (speed) matters!
Cold Plunge for Vascular Health? There is a better way that you CAN do daily.
For most people focused on vascular health (especially the legs, veins, and circulation), cold foot soaks are the smarter, safer, and more practical choice than full cold plunges. They deliver many of the benefits with far fewer risks.
A foot soak creates a much milder response while still causing beneficial vasoconstriction (narrowing) in the legs followed by vasodilation (widening) when you warm up
Best routine: 10–15 minutes in cold water (around 10–15°C / 50–59°F) or add ice.
Do it in the evening after standing/sitting all day.
Optional: Try contrast therapy (alternate cold and warm water) for even better vascular "training."
Have you tried a cold plunge and just are NOT inclined to do this regularly? The cold foot soak overcomes this problem while providing the same benefits.
Here is the summary: For most people focused on vascular health (especially the legs, veins, and circulation), cold foot soaks are the smarter, safer, and more practical choice than full cold plunges. They deliver many of the benefits with far fewer risks.
Stressed? Try this method used by all animals (except humans) to overcome fight-or-flight stress.
Your autonomic nervous system (ANS) automatically regulates your body's internal functions. It has two main branches that work in opposition to keep you balanced
Sympathetic Nervous System (SNS) — "Fight, Flight, or Freeze."
Parasympathetic Nervous System (PNS) — "Rest, Digest, and Recover."
Shaking (or therapeutic trembling) is a natural, built-in mechanism many mammals use to discharge excess sympathetic arousal after a stressful event. Humans often suppress this instinct, which can leave residual tension in the body.
How to use shaking practically:
Stand with feet shoulder-width apart, soften your knees, and let your body shake naturally for 1–5 minutes (you can start by gently vibrating your legs or core).
Many people use Trauma Release Exercises (TRE), which safely induce this tremor response. Here is a link: https://www.choosingtherapy.com/trauma-release-exercises/
Here is the summary: Shaking for 60 seconds helps reset the nervous system after stress, mimicking natural animal behaviors. It reduces chronic cortisol levels, activates mechanoreceptors to block stress signals, and promotes muscle relaxation through the Golgi tendon organ, ultimately enhancing recovery and regulating the body's response to psychological stressors.
Stop what causes you to urinate at 2 am by DRAINING your legs where fluid has accumulated.
During the day, gravity causes fluid (edema) to pool in your lower legs. When you lie down to sleep, this fluid redistributes back into your bloodstream, increasing blood volume. Your kidneys then process the extra fluid into urine, leading to more nighttime urine production and nocturia (waking up to pee).
Elevate or "drain" your legs by propping them up above heart level for 30–60+ minutes in the late afternoon/evening)
Your body reabsorbs and excretes much of that excess fluid while you're still awake and can urinate normally.
Compression stockings can help, but elevating your legs is a better solution.
Athletes "in the know" often raise their legs to drain toxins produced after a hard or long leg workout.
This is especially helpful for people with leg swelling, venous issues, or heart conditions. Compression stockings during the day can provide similar benefits.
Other benefits include: reduced swelling (for diabetics, for example), improved circulation, may relieve varicose veins, supports wound healing, eases discomfort and fatigue. and enhances lymphatic drainage.
Belly (visceral) fat is the most dangerous kind. Even thin people can be at risk. Practice these simple - yet effective methods to reduce that deadly visceral belly fat.
Key Solutions/Protocol Recommended
Fasted morning training — Exercise in a fasted state (e.g., walking or training before eating) to enhance fat burning, particularly around the belly/organs.
Time-restricted eating (TRE) — An ~8-hour eating window, specifically 11 AM to 7 PM. This creates a fasting period that helps reduce visceral fat and improve metabolic health (aligned with studies showing TRE benefits for visceral fat reduction).
Strategic carbohydrate placement — Timing carbs around workouts or specific times (rather than cutting them entirely) to optimize energy, hormones, and fat loss without derailing progress.
These elements combine to create a sustainable protocol that prioritizes visceral fat loss over just weight on the scale. The videos highlight that visceral fat is more responsive to these changes than subcutaneous fat.
Simple Steps: Step 1. Measure your waist. Use a tape measure at belly button level. Breathe out. Do not suck in. Write down the number. This is your baseline. Step 2. Set your eating window. Choose an eight-hour window that ends at least three hours before bedtime. For example, 11 a.m. to 7 p.m. or 10 a.m. to 6 p.m. Stick to it every day. Step 3. Stop eating after dinner. No snacks. No dessert. No late-night refrigerator raids. If you are hungry, drink water or herbal tea. Step 4. Train fasted in the morning. Within 30 minutes of waking, do 10 to 20 minutes of movement, such as a brisk walk, light jogging, bodyweight squats, and lunges.
Belly (visceral) fat reduction - dietary steps
Visceral fat is a toxic, inflammatory organ wrapped around your organs—not normal fat. Starving it backfires if your body's in stress/inflammation mode.
Eat these 5 foods daily to flip the switches:
Fatty fish (salmon/sardines): Boosts adiponectin (the "skinny hormone") to burn fat.
Cruciferous veggies (broccoli sprouts/kale): Sulforaphane unclogs your liver.
Pumpkin seeds: Magnesium kills cortisol and stress storage.
Chia/flax seeds: Viscous fiber sponges glucose spikes and boosts satiety signals.
Avocado: Oleic acid mimics fasting, triggering fat burn without skipping meals.
Look to other recommendations on this site to reduce belly fat, but these foods have been proven very helpful. For example, chia seeds form a gel-like coating in your intestines, slowing the absorption of sugars. This helps lower "insulin resistance" and excess circulating glucose, which then reduces triglycerides. All these, when elevated, contribute to belly fat.. Watch the video for other foods that help.
Important Point: Lowering visceral fat is NOT about reducing calories. It is about being smart about the foods you eat so the calories you consume do not SPIKE your blood sugar levels. When this is the case, your body will use the calories, especially if you perform some exercise before and after meals.
Sarcopenia (muscle loss or muscle wasting) is a major problem in many older adults. Protein alone is NOT a solution, and even adding resistance exercise may not be adequate. A part of the problem is a loss of "signaling" within the body to build muscle, which can decline with age.
Key Solutions/Protocol Recommended: You need all of these if your muscles are wasting.
Resistance exercise — Exercise in a fasted state (e.g., walking or training before eating and after eating) to enhance fat burning, particularly around the belly/organs. Try to stand up and walk every 2 hours.
Protein intake with Whey being the best — Not all protein is created equally and the difference is the distribution of amino acids in the different forms. Eggs, fish, meat, and plant-based proteins are good, but Whey has shown better results.
Fish oils along with beneficial lifestyle behaviors — Supplementation or eating fish has been shown to enhance muscle protein synthesis rates, increase muscle mass and function
Creatine with exercise (or no benefit). Creatine monohydrate combined with resistance training is one of the most well-supported adjuncts, with consistent evidence showing greater gains in lean mass, strength, and functional performance
Overcoming "anabolic resistance" - The Problem
Aging muscle develops a blunted muscle protein synthesis (MPS) response to dietary protein — older adults show postprandial MPS rates approximately 16% lower than those of young adults. This is where Fenugreek seeds and certain fermented cheeses may help. The cheeses are Cottage Cheese (full fat), Parmigiano-Reggiano & Grana Padano
Simple Steps: 1. Take breaks and go for a short walk. 2. Consume foods with Whey protein or make a smoothie. These are high in Whey: Whole milk, Greek yogurt, quark, and kefir. 3. Supplement with creatine when you exercise. 4. Consume cheeses and Fenugreek seeds to help your body assimulate the proteins.
Longevity Tools - Action Items
Implement time-restricted eating by compressing eating into an 8-10 hour window and allowing 14-16 hours of fasting to activate autophagy. Make sure to supplement with micronutrients if you fast for longer periods.
Engage in two focused resistance training sessions per week, working major muscle groups close to genuine effort, to rebuild muscle and trigger myokine release.
Incorporate brief, controlled doses of physical stress (e.g., cold exposure, sauna, high-intensity intervals) to trigger mitochondrial biogenesis.
Reduce systemic inflammation by avoiding ultra-processed foods, refined seed oils, sugar, and addressing hidden sources like gum disease, sleep apnea, and visceral fat.
Engage in novel, challenging activities requiring body-brain coordination (e.g., learning an instrument, a new sport) to stimulate BDNF production and neural growth.
Prioritize deep sleep by optimizing bedtime habits (e.g., avoiding alcohol, screens, and overheating) to allow the glymphatic system to clear waste.
Incorporate dynamic, multidirectional stretches and rotational movements to rehydrate fascia and improve mobility.
Distribute protein intake evenly across three meals to overcome anabolic resistance and support muscle repair.
Summary:
Aging as Maintenance Inhibited Rather Than Decline: Aging after 60 behaves more like a building that needs maintenance than a countdown timer. They explained that the body's repair systems activate on demand through controlled physical and metabolic stress, not comfort. Avoiding stress and seeking comfort can signal to cells that maintenance isn’t needed, which many gentle approaches to aging well misunderstand.
Cellular Autophagy and Fasting Process: Stimulate autophagy, a natural cellular junk-removal system that breaks down damaged components for recycling. They described how this process is largely switched off when insulin levels are high, particularly during or after eating. A meaningful autophagic response requires fasting for 12-16 hours, and they mentioned that muscle tissue is among the first to disappear after age 60.
Longevity Mechanisms and Cellular Cleanup: Autophagy, a key longevity mechanism, is mostly switched off when insulin levels are high from eating or snacking, suggesting that time-restricted eating could allow for cellular cleanup. They discussed how muscle loss after 60 can be reversed through resistance training, requiring only two focused sessions per week with genuine effort. Controlled stress from cold exposure, heat, or short bursts of high-intensity effort can trigger mitochondrial biogenesis, building new power plants in cells.
Chronic Inflammation and Health Impacts: Chronic low-grade inflammation, known as "inflammaging," acts as a silent obstacle to health benefits from clearing waste, rebuilding muscle, and multiplying mitochondria. They described how ultra-processed foods, refined oils, and hidden triggers like gum disease and visceral fat can contribute to persistent inflammation. Reducing inflammaging requires addressing multiple small sources of inflammation rather than a single dramatic intervention, allowing other maintenance systems to work effectively.
Metabolic Flexibility Building Strategies: Metabolic flexibility is key: it describes how the body should smoothly transition between burning glucose and stored fat based on availability. They outlined four key levers for building metabolic flexibility: fasting, resistance training, cold and heat exposure, and lowering inflammation. These strategies work together to improve insulin sensitivity, which is closely tied to how quickly a person ages after 60, and demonstrated the practical impact through examples of how people feel when meals are delayed.
Brain Health and Novelty Exercise: A fifth lever of exercise lives in the brain, focusing on the importance of novelty and mental activity to support brain health. Brain-derived neurotrophic factor (BDNF) is a protein that supports neuron growth and memory formation, but it emphasizes that any mental activity doesn't count unless it requires learning something new. Structured activities like learning an instrument or taking up a new sport that require coordination between body and brain produce the strongest response, because the discomfort of being genuinely bad at something new is the mechanism for creating new neural pathways.
Deep Sleep and Brain Waste Clearance: Deep sleep supports the brain's glymphatic system, which clears metabolic waste and reduces beta-amyloid proteins during this sleep stage. Deep sleep allows brain cells to shrink and widen the spaces between them, enabling effective waste removal that isn’t possible during wakefulness. Insufficient deep sleep can lead to waste buildup in the brain over time, and common disruptions like alcohol, screens, and warm bedrooms interfere with the deep sleep stages needed for proper waste clearance.
Fascia and Aging Movement Strategies: Fascia, a hydrated tissue with nerve endings affecting mobility and pain, can dehydrate and develop adhesions after age 60, making static stretching less effective. Dynamic movements like rotational reaches and multidirectional stretches are more effective at rehydrating tissue and breaking up adhesions. Anabolic resistance in older muscle - heavy weight training- is essential after age 60; muscle requires a larger protein dose in a single sitting to achieve the same muscle protein synthesis rate as in younger individuals, making the common pattern of light meals throughout the day insufficient.
Muscle Repair and Aging Strategies: To trigger meaningful muscle repair, distribute protein evenly across meals rather than consuming one large serving at the end of the day. They discussed how this approach, combined with other factors like resistance training, fasting, cold exposure, heat, and sleep, creates a synergistic effect that slows down the aging process. The key to maintaining vitality is consistently applying these six interconnected lifestyle levers over time, rather than relying on any single dramatic change.
Fix Cold Feet!
What is a cause?
Modern shoes (especially cushioned ones) have insulated the soles of our feet from the varied thermal and sensory input they evolved to receive over ~300,000 years of barefoot human existence. This chronic lack of stimulus leads to peripheral vascular decline—chronically cold feet, reduced vessel elasticity, and poorer autonomic regulation. A simple daily 2-minute cold-water protocol on the feet can reverse much of this by training the vessels through repeated constriction–dilation cycles.
Key Physiology
The soles contain the highest density of cold-sensing receptors on the body. Just 3–4% of body surface area generates a disproportionately strong autonomic signal.
Cold water triggers rapid sympathetic vasoconstriction in the plantar vessels → blood shifts centrally → baroreceptors detect the pressure rise → parasympathetic rebound (heart rate drops, system rebalances). This completes a full stress/recovery cycle that chronic modern life rarely allows.
When you step out, reactive hyperemia occurs: vessels dilate and blood surges 3–5× baseline. This is the actual “exercise” for the smooth muscle. Letting the feet air-dry and rewarm naturally (no immediate towel) is essential—the body’s own warming completes the training.
The Paradox Explained
Chronically cold feet become warmer long-term because deliberate cold exposure restores the vessels’ ability to cycle efficiently. Cold water does not “warm” the feet; it trains them to warm themselves.
Adaptation Timeline (Daily Practice)
Days 3–4: Gasp response diminishes
Day 7: Smaller heart-rate spike, faster recovery
Day 14: Reduced subjective cold sensation
Day 21: Measurably better baseline peripheral circulation (warmer feet throughout the day)
Acute cold exposure can temporarily increase cold symptoms (via nasal mucosal vasoconstriction reflex), but chronic daily practice produces the opposite: greater resilience.
Why Shoes Cause the Problem
Barefoot life provided continuous, varied thermal input → constant micro-cycling of vessels.
Leather soles transmit ~30% of ground temperature; rubber ~10%; modern cushioned foam ~3%.
Result: decades of thermal monotony + lost proprioceptive feedback → vessels “forget” how to cycle fully. Children’s natural preference for barefoot activity reflects the receptor field seeking the stimulus it evolved for.
The Protocol
Fill a basin or bathtub with cold tap water (start ~10–15 °C / 50–59 °F depending on tolerance; colder is fine once adapted).
Stand with water covering the ankles for 2 minutes. Breathe normally.
Step out. Do not towel-dry. Allow natural rewarming via reactive hyperemia (2–5 minutes of tingling warmth).
Put on warm socks afterward if desired.
Do this daily, ideally morning or midday (evening cold can interfere with sleep onset).
Progressions (Kneipp-style):
Weeks 1–2: Static immersion
Week 3+: Cold-water treading (walking in place, lifting feet fully)
Week 5+: Alternating warm (36–38 °C) / cold baths
Adjust for conditions (Raynaud’s, diabetes with neuropathy, age >65): start shorter/warmer and progress gradually. Use a thermometer if sensation is impaired.
Additional Benefits & Context
Supports sleep (trained vessels dump heat better at night).
May reduce morning nasal congestion linked to overnight cold feet.
Complements barefoot dew walks or snow walking for combined thermal + proprioceptive training.
Echoes traditions worldwide (Kneipp hydrotherapy, Japanese ashiyu, Roman frigidarium foot channels, Scandinavian snow walking after sauna).
In Germany/Austria, related Kneipp therapies are sometimes reimbursed by statutory health insurance for vascular and autonomic issues.
Caveats: Not a cure-all. Consult a doctor for advanced neuropathy, significant peripheral artery disease, or Raynaud’s. The protocol maintains existing capacity more than it rebuilds lost capacity.
This is essentially a low-cost, high-efficiency form of vascular and autonomic training that modern footwear largely removed from daily life.
Listen to the summary.
When you eat matters as much as what you eat!
Identical meals produce glucose spikes 20 to 40% higher in the evening than in the morning. Circadian biology, not the food, causes this. Six systems peak in the morning and decline through the day, all driven by the brain's master clock:
Pancreas: Clock genes in the beta cells make insulin secretion peak in the morning. In mice, disrupting the clock gene Bmal1 alone caused diabetes without any diet change.
Melatonin: It starts rising about 2 hours before bedtime and directly suppresses insulin release. A common variant in the MTNR1B receptor gene worsens evening glucose tolerance and raises diabetes risk.
Muscle: It handles about 80% of glucose uptake, and it has more glucose transporters at the cell surface in the morning.
Liver: Enzyme activity is higher in the morning, so evening calories are more likely to be stored as fat. This may contribute to fatty liver disease.
Gut microbiome: The bacterial mix shifts across the day. In mice, clock disruption led to more calories extracted from the same food. Human data on this are weaker.
Thermic effect: Digesting a meal costs more energy in the morning. Studies report 30 to 100% more, and one found about 2.5 times more.
Key evidence: In a 2018 controlled study (Sutton et al.), identical meals eaten earlier improved insulin sensitivity, 24-hour glucose, and blood pressure. Panda's work found that limiting eating to a 10- to 12-hour daytime window improved body fat, glucose, lipids, and inflammation without cutting calories.
Takeaway: You don't have to change what you eat. Move your largest meal earlier (lunch rather than dinner), keep the evening meal light, and finish eating before melatonin onset, around 7 pm for most adults.
Listen to the summary.
Vinegar, or better yet, apple cider vinegar, added to food improves metabolic health (blood sugar levels).
Detailed Summary of “What Happens Inside YOUR Body When YOU Add Vinegar to YOUR Meal” (The Feynman Method)
The video explains why a carbohydrate-rich meal (such as white rice, bread, or pasta) often leaves people feeling energetic for only a short time, followed by an afternoon crash, mental fog, and sudden cravings for sweets—and how a small amount of vinegar can interrupt that cycle by changing the speed at which nutrients enter the system, without altering the meal’s calories or total carbohydrate content.
The Usual Sequence After a Starchy Meal: Starch begins breaking down as soon as it touches saliva, thanks to the enzyme amylase. Once the food reaches the small intestine, pancreatic amylase finishes the job rapidly, converting starch into glucose molecules. These are absorbed almost as quickly as they are produced, flooding the bloodstream within 20–30 minutes.
A typical blood volume holds only about a teaspoon of sugar at any moment. A plate of rice can deliver several times that amount in half an hour. The body treats the sudden rise as a crisis: pancreatic beta cells release a large surge of insulin to clear the excess glucose into muscle, liver, and fat tissue. Insulin frequently overshoots. Blood glucose does not simply return to baseline—it drops below the pre-meal level (reactive hypoglycemia).
Because the brain relies almost exclusively on glucose, this dip produces the familiar “food coma”: heavy eyelids, difficulty concentrating, and an urgent craving for more sugar. The very meal meant to supply steady energy instead triggers a boom-and-bust cycle that drives the next snack.
How Vinegar Intervenes at Three Checkpoints (Note: this is for vinegar - not ACV, with its probiotic supporting properties.)
Acetic acid (the active component of vinegar) does not change what is eaten; it changes the timing and efficiency of processing at three successive points:
Stomach emptying (the pylorus): The pyloric sphincter controls how quickly partially digested food leaves the stomach. Acetic acid signals receptors along the digestive tract to narrow this opening, so the meal is released in smaller, spaced-out portions rather than a single rapid surge. The same quantity of food now enters the intestine over a longer period—more like a controlled tap than a fire hose.
Enzymatic breakdown: Acetic acid temporarily reduces the activity of amylase and the later-stage enzyme alpha-glucosidase. Starch chains are cut more slowly, so glucose is produced at a lower rate even after the food has left the stomach.
Muscle glucose uptake (AMPK and GLUT4) : Inside muscle cells, acetic acid raises the activity of AMP-activated protein kinase (AMPK), an energy sensor. Activated AMPK moves glucose transporters (GLUT4) to the cell surface independently of insulin. Muscles therefore absorb circulating glucose more readily, acting like open sponges rather than locked rooms that wait for an insulin “key.” This further reduces the amount of insulin the pancreas needs to release.
Taken together, the three effects convert a sharp 30-minute glucose spike into a gentler rise spread over two to three hours. The pancreas sees no emergency and responds with a proportional, moderate insulin release. There is no overshoot, no reactive hypoglycemia, and no sudden post-meal crash or sugar craving.
Longer-Term Consequences of Flatter Curves: Repeated sharp glucose and insulin spikes leave low-grade oxidative stress and inflammation in blood-vessel walls—an accumulating contribution to arterial hardening over years. Flatter curves produce far less of this irritation.
High insulin also strongly suppresses the release of stored fat for energy. A milder insulin response keeps that “fat-burning door” only briefly and partially closed, giving the body more opportunity during the rest of the day to draw on its own fat stores. Vinegar itself does not burn fat; it simply removes one of the hormonal obstacles that normally keep fat locked away after a high-carb meal.
Finally, pancreatic beta cells have a finite capacity. Forcing them into repeated emergency surges year after year contributes to their eventual decline and to the progression toward insulin resistance and type 2 diabetes. Meals that never demand an emergency response impose far less cumulative stress on those cells.
Evidence and Practical Application: Multiple human studies show that 10–20 ml of vinegar (roughly 2–4 teaspoons) taken with a carbohydrate-rich meal reduces the post-meal glucose rise by 20–30 % compared with the same meal without vinegar. Insulin responses are correspondingly smaller and more proportionate.
For the effect to work, timing matters: the vinegar should be in the stomach 5–10 minutes before the meal begins. Taking it afterward is usually too late—the enzymes and pylorus have already done most of their rapid work. The practical recommendation is to dilute a tablespoon in a full glass of water (to protect tooth enamel and soft tissues) and, if desired, drink it through a straw followed by a water rinse.
People with insulin resistance, prediabetes, or frequent post-meal energy crashes tend to notice the largest benefits because their glucose curves start out the steepest. Those with gastroparesis (already slow stomach emptying) or severe acid reflux should be cautious or avoid the practice, as further slowing gastric emptying or adding acid can worsen symptoms.
Core Message
The video’s central point is not that carbohydrates are inherently bad or that vinegar is a miracle fat-burner or detox agent. It is that the rate of nutrient delivery determines whether the body’s glucose-regulation machinery operates in its calibrated, low-stress mode or is forced into repeated emergency over-corrections. A single spoonful of vinegar, used correctly, is simply a way to put the same meal on a schedule the body can handle smoothly.
How Vinegar or ACV improves metabolic health when added to food. As little as 1 tablespoon added to your meal can make a big difference.
The probiotic aspect of ACV improves digestion, including the absorption of vital micronutrients, so it enhances and prolongs satiety.
The acid in either ACV or regular vinegar breaks down complex food structures, releasing micronutrients, again enhancing and prolonging satiety.
The acid of either slowly releases food from the stomach into the intestines, thus slowing absorption of glucose (sugar) and avoiding the "SPIKE" or rush of sugar.
Listen to the short or long summaries.
LONG SUMMARY AUDIO
SHORT SUMMARY AUDIO
HIGHER DOSES OF LITHIUM COMBAT THE CYTOKINE STORM CAUSED BY COVID/SPIKE/JAB:
The video discusses higher doses of lithium beyond the recommended ~1 mg/day nutritional/microdose, primarily in two contexts: historical toxicity and short-term therapeutic use (e.g., for cytokine storms).
1. Historical high doses (grams) – Harm emphasized
In 1949, heart patients on low-salt diets were given lithium chloride in gram quantities (not milligrams) as a salt substitute so the food would still taste salty.
Nehls states these amounts were already known to be highly toxic (citing a 1913 self-experiment published in the Journal of the American Medical Association).
Patients died; the events were publicly framed as “accidental food poisoning” but, according to Nehls, were deliberate clinical testing of tolerance.
This toxicity was then used to justify the FDA’s effective ban on lithium as a dietary supplement that same year, clearing the way for pharmaceutical development of lithium as a drug.
Benefit claimed: None at these doses; pure harm (toxicity and death).
2. Therapeutic / intermediate doses (tens of mg) – Benefits for cytokine storms
For severe COVID-19 / cytokine storms, Nehls references:
Early 2020 case reports in which lithium administration immediately ended the cytokine storm.
A subsequent randomized controlled trial in which patients received two daily doses totaling 20–40 mg of lithium (plus standard care).
Stated benefits: Hospital stay halved, no one required intensive care, and zero deaths in the lithium group (versus deaths and ICU admissions in the control group).
He presents this as lithium acting as the natural antidote to an overreacting immune system / cytokine storm.
These doses are still far below classic psychiatric doses (hundreds of mg of lithium carbonate for bipolar disorder).
3. Psychiatric / high therapeutic doses
Nehls repeatedly contrasts the 1 mg nutritional dose with the much higher (roughly 100–1,000×) doses used in psychiatry for bipolar disorder or mania.
He notes that the toxicity and monitoring requirements associated with those high doses do not apply to the microdose range.
Safety comments on doses above 1 mg
In the video, he cites European chemical-agency guidance that up to ~85 mg of lithium per day can be taken long-term without harm.
At the 1 mg level (and even somewhat higher micro/low doses), he states there are essentially no negative effects and that the safety margin is large compared with other essential minerals.
Summary of what the video states
1 mg/day: Essential nutritional dose; benefits for hippocampal health, neurogenesis, mood, suicide/violence reduction, Alzheimer’s prevention; essentially no harms.
20–40 mg (short-term): Can rapidly terminate cytokine storms with clear clinical benefits in the cited COVID trial.
Grams: Highly toxic and lethal (historical salt-substitute cases).
Psychiatric range (hundreds of mg): Effective for bipolar but carries known side effects and monitoring burdens that do not apply to microdoses.
The core recommendation throughout remains the 1 mg daily microdose for general prevention and brain health.
Lithium is the simplest supplement you can take for brain health and reduce the symptoms from COVID / Spike / Jab.
Michael Nehls, MD, PhD, weighs in on the profound value of Lithium as a treatment for brain health and for reducing the inflammation caused by the Spike protein.
He is a physician and molecular geneticist. As a basic researcher, he has deciphered the genetic causes of various hereditary diseases at German and international research institutions. He has published two of his discoveries in collaboration with several Nobel laureates. His discovery of a key gene in immune development was honored as a "Pillar of Immunology" by the prestigious American Association of Immunology.
Here are summaries of a talk he gave on the value of Lithium, which used to be added to certain foods but was subsequently banned by the FDA.
Go to the bottom of this section to determine how much supplemental lithium must be taken to achieve the recommended dose of 1mg/day of ELEMENTAL LITHIUM.
SHORT SUMMARY:
In A July 2026 interview, physician and molecular geneticist Dr. Michael Nehls argues that lithium is an essential trace element (not just a psychiatric drug) required at ~1 mg/day for brain health.
He asserts a widespread modern deficiency impairs hippocampal neurogenesis (new nerve-cell growth), contributing to Alzheimer’s, depression, anxiety, suicide, and violence. Lithium acts as a natural inhibitor of neuroinflammation (e.g., via GSK3β) and is the natural antidote that reduces or eliminates cytokine storms; low-dose lithium orotate can help prevent or reverse early deficits.
He links higher lithium in drinking water to better mental-health outcomes, notes historical use (e.g., 7UP as “lithiated soda”), and alleges regulatory suppression (FDA 1949 ban) to protect pharmaceutical interests.
LONG SUMMARY:
Dr. Michael Nehls presents lithium as a fundamental, evolutionarily ancient nutrient critical to the “mental immune system” centered in the hippocampus. The hippocampus continuously generates new neurons (adult neurogenesis), supporting memory, curiosity, resilience, social bonding, and protection against Alzheimer’s (which he describes as starting with hippocampal failure). Lithium supports this process and counters neuroinflammation.
Key points Nehls makes about lithium:
Essentiality and dose: Humans need roughly 1 mg of elemental lithium per day (provisional recommendation). This is orders of magnitude below psychiatric doses used for bipolar disorder. The amount in a typical smartphone battery roughly equals a year’s human requirement. Deficiency is widespread because modern inland diets lack the lithium-rich coastal foods (especially shellfish/oysters) early humans relied on for tens of thousands of years; lithium leaches from soils into the ocean.
Mechanisms, including cytokine storms: Lithium inhibits enzymes such as GSK3β and inositol monophosphatase, reducing chronic neuroinflammation, activating autophagy, and enabling hippocampal neurogenesis. Critically, Nehls states that lithium is the natural antidote to an overreacting immune system and can reduce or eliminate cytokine storms. He cites August 2020 case reports in which lithium administration immediately ended the cytokine storm in severe COVID-19 patients, and a subsequent randomized controlled trial in which patients receiving lithium (in addition to standard care) were discharged in half the time, required no intensive care, and had zero deaths—contrasted with the control group. He argues this knowledge, available early in the pandemic, could have saved many lives. A 2025 Harvard/Nature-related finding is also referenced linking low brain lithium to dementia pathology.
Epidemiology and outcomes: Multiple studies (Texas and elsewhere) associate higher lithium levels in drinking water with lower rates of Alzheimer’s/dementia, suicide, psychiatric admissions, violence/murder, and even some cancers or cardiovascular issues. “Blue zones” and historically “holy” springs often correlate with elevated lithium. Low lithium is framed as contributing to modern rises in depression, anxiety, and cognitive decline.
History and regulation: Lithium was present in early soft drinks such as 7UP (originally “lithiated soda” with ~1 mg per serving). In 1949, the FDA effectively banned lithium as a dietary supplement after high-dose lithium chloride experiments (grams, not milligrams) on heart patients that caused toxicity and deaths; Nehls characterizes these as deliberate and notes the subsequent push toward pharmaceutical lithium. In much of Europe, lithium remains restricted or banned in supplements. He has advocated (including at the European Parliament) for recognizing it as essential like iodine and allowing safe low-dose supplementation.
Practical recommendation: 1 mg daily of elemental lithium from lithium orotate. Read the label and make sure it is 1mg of elemental Lithium and NOT 1mg of lithium orotate. There is a big difference (available on Amazon in the U.S.; restricted in parts of Europe). He states this dose is safe, produces noticeable benefits (improved mental clarity, mood, etc.) relatively quickly for many, and has minimal downside at nutritional levels. Combined with other factors (e.g., algae-oil omega-3s, oxytocin-boosting activities such as dog companionship), it forms part of a lifestyle approach that he claims can prevent or reverse early hippocampal decline, rendering many symptom-focused drugs less necessary.
Dr. Nehls shows how the current regulatory and industry stance is a “conspiracy against lithium” that prioritizes patentable drugs treating chronic disease over an inexpensive, non-patentable essential nutrient that could reduce disease burden at population scale. The discussion also covers mRNA spike-protein effects as one modern amplifier of neuroinflammation that lithium can help counteract, but the core thesis remains lithium deficiency as a foundational, correctable driver of brain-health epidemics.
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HIGH DOSE LITHIUM SUMMARY AUDIO:
The daily recommended dose of lithium is 1mg of ELEMENTAL Lithium and NOT 1mg of a given lithium supplement because it only a small portion of the supplement is elemental lithium.
The most common lithium supplements are lithium orotate (by far the predominant form) and lithium aspartate. Lithium carbonate and lithium citrate are prescription medications (typically for bipolar disorder at much higher doses) and are not sold as dietary supplements.
Key facts about elemental lithium content
Labels can be confusing because some list the weight of the whole salt (e.g., “120 mg lithium orotate”) while others list the amount of elemental (pure) lithium. Always check for the elemental lithium figure.
Lithium orotate: Most widely available. A common commercial product is labeled as 5 mg elemental lithium from ~120–131 mg of the orotate salt. To get 1 mg elemental lithium, you would need roughly one-fifth of a typical 5 mg capsule (or ~26 mg of the pure compound).
Lithium aspartate: Less common but available. Elemental content is slightly higher (~4.8%), so you need a bit less of the compound for the same elemental dose.
Typical product strengths
Most over-the-counter products supply 1 mg, 5 mg, or sometimes 10–20 mg of elemental lithium per serving (median around 1.5 mg across products studied). Suggested supplemental ranges are generally 0.3–5 mg elemental lithium per day.
Important: These are low-dose (nutritional/microdose) supplements, not equivalent to prescription lithium. This is not medical advice—consult a healthcare professional before use, especially if you have kidney issues, take other medications, or are pregnant.
Here is an example label. They indicate that the supplement provides 5mg of elemental Lithium.
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