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Episode
12 Ancestral Diet & Lifestyle Habits That Actually Make Sense — No Raw Liver Needed
~72 min
Episode Brief·YouTube

12 Ancestral Diet & Lifestyle Habits That Actually Make Sense — No Raw Liver Needed

Thomas DeLauer
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TL;DR

The four things you'd lose by not watching

4 items

TL;DR

The four things you'd lose by not watching

4 items
1

Grounding for 10–20 minutes daily can improve blood flow by reducing red blood cell aggregation.

2

Irregular meal timing with large protein boluses mimics ancestral eating and may optimize nutrient utilization.

3

Cracking a window at night reduces CO2 buildup and improves sleep quality.

4

Brief all-out sprints on an incline treadmill a couple times per week can reduce visceral fat.

Protocols

Concrete recipes — what, when, how much, and why

12 items

Occasional Grounding

WhatStand barefoot on grass, soil, or earth for 10–20 minutes to improve blood flow via reduced red blood cell aggregation.
WhenDaily or as often as possible, e.g., while making a phone call in the backyard.
Dose10–20 minutes per session
For whomAnyone, especially those with poor circulation or high blood viscosity.
WhyDirect contact with the earth's surface thins the blood by reducing red blood cell clumping, enhancing circulation.
CaveatsNot a replacement for medical treatment; avoid if there are open wounds or in contaminated areas.

The speaker acknowledges that grounding sounds 'crazy' but insists there is legitimate science, including randomized controlled trials. He emphasizes that you don't need to walk barefoot in the forest like a 'weirdo'—just standing on grass for a short period is sufficient. He ties this to the broader theme of reconnecting with our ancestral environment in simple, non-disruptive ways. The effect is measurable and can be combined with sunlight exposure for compounded benefits.

Mechanism

The earth's surface has a negative charge. When bare skin contacts it, electrons transfer into the body, reducing the zeta potential of red blood cells and decreasing aggregation. This leads to lower blood viscosity and improved microcirculation.

The main thing that happens is it changes red blood cell aggregation. So you actually have a thinning of the blood. So, you get more blood flow when your feet are connected to the earth.

Also said
“Most of the literature suggests that like just 10, 15, 20 minutes of just being barefoot out on the earth or out in the grass can have a positive effect.”— Provides the specific duration supported by studies.

Sunlight Exposure

WhatExpose skin to sunlight, particularly UVB and blue light, to trigger nitric oxide release from skin nitrate compounds, yielding anti-inflammatory and blood flow benefits.
WhenDuring daylight hours, ideally combined with grounding.
DoseNot specified; brief exposure sufficient to activate the pathway.
For whomAnyone, especially those with inflammation or poor circulation.
WhySunlight converts skin nitrate stores into nitric oxide (NO2), which improves vasodilation and reduces inflammation.
CaveatsAvoid burning; moderate exposure is key. Not a substitute for sunscreen in prolonged sun.

The speaker notes that this anti-inflammatory effect of sunlight is rarely discussed. He frames it as another simple, non-weirdo habit—just being outside with some skin exposed. Combined with grounding, it creates a powerful, free health intervention. He also mentions having done full videos on the topic, indicating deeper dives exist.

Mechanism

Human skin contains nitrate compounds. When UVB and blue light from the sun hit these compounds, they are photolyzed into nitric oxide (NO2). NO2 is a potent vasodilator and has anti-inflammatory effects. This is the same molecule targeted by pre-workout supplements for a 'pump,' but here it's generated naturally.

On our skin, we have these nitric oxide components, we actually have these uh nitrate compounds. And what happens is when the sun, the UVB and blue light from the sun hits them, it shakes them up a little bit and actually turns them into nitric oxide.

Also said
“This NO2 then potentially has anti-inflammatory effects, but of course has blood flow effects.”— Highlights the dual benefit of the mechanism.

Sprinting (Uphill)

WhatPerform short, all-out sprints on an incline treadmill or hill to mimic ancestral high-intensity bursts and reduce visceral fat.
WhenA couple times per week, for 20 seconds of all-out effort per session.
Dose20 seconds of all-out effort, repeated a couple times per week.
For whomActive, relatively healthy individuals; uphill sprinting is safer for most people than flat sprinting.
WhyAncestral humans engaged in brief, maximal sprints (zone 4–5) that positively impact metabolic rate and visceral fat reduction.
CaveatsNot for those with joint issues or cardiovascular conditions without clearance. Uphill reduces hamstring injury risk.

The speaker argues that steady-state cardio in the moderate zone is unnatural; our ancestors either walked long distances or sprinted. He recommends uphill treadmill sprinting as a safe way to achieve this without the injury risk of flat-ground sprinting. This protocol is part of a polarized training approach: lots of low-intensity walking plus a few seconds of maximal effort weekly.

Mechanism

Short, maximal efforts trigger sympathetic nervous system pulses and hormonal cascades (catecholamines, growth hormone) that mobilize visceral fat. The exact mechanism is not fully detailed, but the speaker references anthropological data and Dr. Sean Omera's work linking sprinting to visceral fat loss.

What I would recommend is put a treadmill on an incline and sprint on an incline. That way you're not having this like extra length you have to travel where you're going to risk hurting a hamstring or just injuring yourself in the first place.

Also said
“It really is sprinting in these short periods of time that has a positive impact on metabolic rate and all kinds of things.”— Reinforces the metabolic benefit of sprinting.

Walking (Rucking)

WhatWalk long distances, optionally with a weighted rucksack, to mimic ancestral persistence hunting and low-intensity movement.
WhenDaily, e.g., a couple of miles in the morning.
DoseA couple of miles or more; duration not strictly defined.
For whomEveryone, especially those who can't or don't want to run.
WhyAncestral humans covered long distances walking, often while carrying loads; this zone 1–2 activity supports metabolic health and endurance.
CaveatsStart with unweighted walking if new to exercise; progress gradually with weight.

The speaker shares an anecdote from Dr. Jacob Taus about humans' unique sweating ability enabling us to outlast prey. He suggests that walking is a deeply ancestral habit that doesn't make you a 'weirdo'—just throw on a rucksack and walk. This pairs with the sprinting protocol to create a complete ancestral movement pattern.

Mechanism

Low-intensity, long-duration movement enhances mitochondrial density, fat oxidation, and cardiovascular efficiency without the stress of higher-intensity exercise. The speaker references the human ability to sweat and thermoregulate, which allowed persistence hunting over long distances.

Our ancestors would walk and cover long domains. In fact, a lot of the ancestral evidence that we do have shows that we would probably hunt our prey over long periods of time.

Also said
“You know what makes humans unique is that we have the ability to sweat and handle long distances where we would kind of hunt down our prey until they would get tired.”— Adds the physiological rationale for walking long distances.

Fractal Eating

WhatEat meals at irregular intervals, sometimes skipping breakfast, lunch, or dinner, and occasionally consume very large protein boluses (100–200g) in one sitting.
WhenWhenever hungry or when food is available; no fixed schedule.
DoseNo set pattern; vary meal timing and size randomly.
For whomAnyone without medical conditions requiring regular meals (e.g., diabetes on medication).
WhyMimics the unpredictable food availability of ancestral life, which the body is adapted to handle, and large protein meals are fully utilized over extended digestion.
CaveatsNot for those with eating disorders or hypoglycemia without medical guidance. Ensure adequate total daily nutrition.

The speaker passionately argues against rigid meal timing, calling it a 'weird high horse.' He believes the anxiety around missing a protein meal is unfounded. He suggests treating food as if it weren't available 24/7—sometimes skipping dinner if not hungry. This approach reduces stress around eating and aligns with ancestral patterns. He also notes that modern evidence supports the utilization of large protein intakes, debunking the 30g-per-meal myth.

Mechanism

The body upregulates digestive and absorptive processes when large protein boluses are consumed. Doubly labeled water studies show that amino acids from large protein meals are still incorporated into tissues over a longer period. Random fasting periods may also improve metabolic flexibility and autophagy.

Sometimes eat breakfast, sometimes skip it. Sometimes skip lunch. Heaven forbid you skip dinner. Just because it's not normal in society doesn't mean that it's unhealthy or healthy.

Also said
“If you hunted down prey and you got two or 300 grams of protein and you scarfed down in one sitting until you were full and then you get an opportunity to eat again for another 24 hours or 48 hours, yeah, that protein didn't go to waste.”— Vivid ancestral scenario illustrating the logic.

Sweating (Sauna/Heat)

WhatInduce sweating regularly through sauna use, walking in heat, or exercise to promote detoxification and hormetic stress responses.
WhenSeveral times per week; can be combined with grounding and sunlight.
DoseNot specified; enough to break a sweat.
For whomMost people; those with heat intolerance or certain medical conditions should consult a doctor.
WhyAncestral humans sweated frequently, which may aid in waste elimination and trigger beneficial heat shock proteins.
CaveatsStay hydrated; avoid excessive heat exposure.

The speaker believes modern humans don't sweat enough. He suggests sauna as an easy way to sweat without exercise, and notes that even in cold climates, ancestors likely sweated under layers. Sweating can be combined with other habits like walking in the sun. He emphasizes the cleansing effect and the hormetic benefits beyond just temperature regulation.

Mechanism

Sweating activates sweat glands to excrete waste products. Heat exposure also induces heat shock proteins, which protect cells from stress, and produces a hormetic effect that strengthens cellular resilience.

Sweating is something that we did ancestrally that I think a lot of us don't do. We don't sweat. We don't break a sweat.

Also said
“It's just something about using those glands to actually push out wasted material and just get a cleansing effect. Not to mention the heat shock proteins, the hormetic effect, and all the other things.”— Lists the key benefits beyond thermoregulation.

Biome Swaps (Fermented Foods/Probiotics)

WhatConsume fermented foods or a high-quality probiotic to enrich the gut, skin, and lung microbiome, mimicking the microbial diversity from ancestral living (community, touch, eating off the ground).
WhenDaily, as part of diet or supplementation.
DoseNot specified; follow product instructions if using a probiotic.
For whomEveryone, especially those with poor gut health or low microbial diversity.
WhyModern sterile environments deplete our microbiomes; fermented foods and probiotics restore beneficial bacteria, supporting immunity and overall health.
CaveatsMost probiotics are 'garbage' and don't survive digestion; choose clinically backed ones. Fermented foods may cause bloating initially.

The speaker discusses how ancestral humans constantly exchanged microbes through touch, community, and eating off the ground. He cites Scandinavian studies showing kids who play in dirt have better immune systems. While we can't (and shouldn't) eat dirt, we can mimic this with fermented foods or a high-quality probiotic. He then pivots to a sponsored recommendation for Seed probiotic, which he claims is the only one he trusts due to its prebiotic+probiotic formulation and clinical evidence.

Mechanism

Fermented foods contain live bacteria and prebiotic fibers that feed existing gut microbes. Probiotics, if properly encapsulated, deliver viable bacteria to the colon. This microbial transfer supports immune function, digestion, and even skin and lung health through systemic immune modulation.

Personal experience

The speaker states he personally uses Seed probiotic and has for a long time.

The closest thing that we can do is we can eat fermented foods, right? That's probably very realistic what our ancestors would do.

Also said
“There are evidence-based models out of like the Norwegian and I think the just Scandinavian countries... where like kids that play in the dirt have better immune systems.”— Provides real-world evidence for the hygiene hypothesis.

Periodic Carbohydrate Restriction

WhatOccasionally go several days to a week without carbohydrates, mimicking seasonal scarcity, to upregulate fat and protein utilization pathways.
WhenPeriodically, e.g., a week without carbs or three days low-carb.
Dose3–7 days of very low carbohydrate intake, interspersed with normal or higher-carb periods.
For whomMetabolically healthy individuals; not for those with adrenal issues or eating disorders.
WhyAncestral humans experienced seasonal carbohydrate scarcity (winter), which upregulated PGC1A and PPAR-alpha, improving metabolic flexibility.
CaveatsNot necessary to go full keto; just temporary restriction. Ensure adequate electrolytes.

The speaker clarifies this is not about going keto forever but about introducing realistic periods of low carb intake, just as our ancestors would have experienced in winter. He suggests a week without carbs or a few days here and there. This pairs with the next protocol of periodic low-protein high-carb days to create a seasonal eating pattern.

Mechanism

Carbohydrate restriction activates PGC1A and PPAR-alpha pathways, enhancing mitochondrial biogenesis and fatty acid oxidation. When carbs are reintroduced, the body upregulates GLUT4 translocation and glycogen storage enzymes, improving glucose handling.

Carbohydrate restriction doesn't have to be going keto. It just means maybe an element of realism, right? There are periods of time when we will not be able to get carbohydrates in.

Also said
“There's upregulation of PGC1A and PR alpha and all these things that allow us to use proteins and fats better when we're deprived of carbohydrates.”— Names specific molecular pathways involved.

Periodic Low-Protein High-Carb

WhatOccasionally have days or periods where protein intake is low and carbohydrates come from fruit and honey, mimicking seasonal abundance.
WhenPeriodically, alternating with higher-protein or low-carb phases.
DoseNot specified; occasional days.
For whomThose already practicing some form of dietary cycling.
WhyAncestral humans would have had times of high carbohydrate availability (summer/fall) with less animal protein, and the body upregulates glucose utilization pathways.
CaveatsEnsure overall protein needs are met over the long term; not for those with blood sugar issues.

This is the briefest habit mentioned. The speaker simply suggests having periods of low protein and high carbs from natural sources like honey and fruit. It complements the carbohydrate restriction phase to create a full seasonal cycle. He emphasizes that none of these dietary shifts would make you a 'weirdo'—eating fruit is socially acceptable.

Mechanism

High carbohydrate intake upregulates GLUT4 translocation and glycogen storage, while lower protein may reduce mTOR activation periodically, potentially promoting longevity pathways.

Have periodic periods where you're low protein and just high carb. And when I say high carb, I mean like honey and fruit and things you would find in nature.

Sleep with Fresh Air (Crack a Window)

WhatSleep with a window cracked open to reduce CO2 buildup from occupants and improve sleep quality.
WhenEvery night during sleep.
DoseAll night, window slightly open.
For whomEveryone, especially those who sleep poorly or share a bedroom.
WhyIndoor CO2 levels rise significantly from breathing, correlating with poor sleep; fresh air restores ancestral sleeping conditions.
CaveatsConsider noise, safety, and outdoor air quality. Use a grounding pad or strap if desired for added benefit.

The speaker was initially sent this idea by Paul Saladino and later saw evidence from Minnow Hinselman. He notes that multiple people or pets in a room exacerbate the issue. The solution is simple: crack a window. He ties this to the grounding concept, suggesting we are biologically built to sleep on the ground with fresh air. He also mentions using a grounding pad or strap as an optional add-on.

Mechanism

Elevated CO2 can cause respiratory acidosis and disrupt sleep architecture. Fresh air normalizes CO2 levels, potentially improving oxygen saturation and sleep depth.

CO2 levels will rise significantly and there is a direct correlation with high CO2 and poor sleep. So what's the solution to this? It's not to go sleep outside. It's to crack a dang window.

Also said
“We're designed to get fresh air. At the end of the day, like the whole grounding thing I talked about, we're probably biologically built to sleep on the ground with fresh air.”— Links the habit to the broader ancestral theme.

Intense Workouts to Failure

WhatDuring workouts, push to the brink of total failure and exhaustion for at least a few seconds to trigger sympathetic pulses and hormonal benefits.
WhenA couple times per week, for 20 seconds of all-out effort.
Dose20 seconds of all-out effort, a couple times per week.
For whomHealthy individuals with some fitness base; not for beginners or those with cardiovascular issues.
WhyAncestral humans faced life-or-death situations requiring maximal effort; brief, intense efforts stimulate hormonal and enzymatic adaptations.
CaveatsAvoid excessive volume; just 'touch the edge' briefly. Not a full CrossFit Metcon.

The speaker emphasizes that this doesn't require long, grueling workouts—just a few seconds of true maximal effort. He uses the analogy of ancestors fighting to the very end. The key is to 'touch the edge' and then recover. This pairs with the parasympathetic counterbalance protocol to manage the stress response.

Mechanism

Maximal effort triggers a massive sympathetic nervous system response, releasing catecholamines and growth hormone. This hormonal pulse can improve fat mobilization, muscle adaptation, and mental resilience.

You have to bring your intensity of your workouts, lifting, whatever, to the brink of total failure and exhaustion for at least a few seconds.

Also said
“It can be I'm going to go 20 seconds of allout effort a couple times per week. Just touch the edge. Flirt with it.”— Provides the specific, minimal dose.

Parasympathetic Counterbalance

WhatAfter any intense physical or mental stress, intentionally engage in relaxation (e.g., lying down, deep breathing) to shift from sympathetic to parasympathetic state.
WhenImmediately after workouts, stressful events, or at the end of the day.
Dose5–20 minutes of deliberate relaxation.
For whomEveryone, especially those with high stress or anxiety.
WhyHumans' prefrontal cortex keeps us in stress loops; we must consciously down-regulate to mimic the rapid recovery seen in wild animals.
CaveatsMay be difficult in office settings; find a private space or adapt.

The speaker delves into a philosophical tangent about the future being a projection, explaining why humans can't naturally snap back to calm like a gazelle. He suggests 'gamifying' relaxation: after a hard workout, lie down for 20 minutes; after a stressful call, lie on the floor for 5 minutes. The goal is to make these transitions seamless and not feel like a 'weirdo' for needing them. This is the final habit and ties together the theme of practical ancestral living.

Mechanism

Activating the parasympathetic nervous system via relaxation techniques reduces cortisol, lowers heart rate, and promotes recovery. The speaker argues that unlike animals, our brain's future-projection keeps us sympathetically activated, so we need to manually trigger the relaxation response.

When you have intensity, counter it with relaxation. When you have stress, counter it with something soothing. Make a concerted effort for that because we as humans, unfortunately, have to gify it because it's not going to come to us innately.

Also said
“If you look at a gazelle, you look at a wild animal, they get chased by a predator and when they make it to safety, they go right back to munching on grass like nothing ever happened. Reason is is they don't have the brain development that humans have.”— Illustrates the evolutionary mismatch driving the need for this practice.

What's new

Personal practice updates, fresh positions, predictions

4 items

fractal-eating

Instead of rigid meal timing, our ancestors likely ate in random patterns—long fasts, large protein boluses, and irregular intervals—which modern evidence supports as effective for nutrient utilization.

Why this matters: Challenges the popular intermittent fasting dogma of strict eating windows and the fear of losing muscle if protein isn't spaced evenly.

Background

Mainstream fitness culture often prescribes 3–6 evenly spaced protein feedings per day to maximize muscle protein synthesis. The speaker argues this is a modern construct not rooted in ancestral reality.

The speaker contends that humans evolved with unpredictable food availability, leading to a pattern he calls 'fractal eating'—random periods of fasting interspersed with large meals. He points to doubly labeled water studies showing that even 100–200 grams of protein in one sitting is fully utilized, just over a longer digestion period. This undermines the common belief that the body can only absorb 30–50 grams of protein per meal. He suggests that skipping meals occasionally, including dinner, is not only safe but may be more aligned with our biology. The key is to treat food as if it weren't available 24/7, reducing the anxiety around meal timing.

We don't need to gify everything to a certain time. One of the most ancestral realistic things that you could do is just not be so dang rigid about the times that you eat.

Also said
“If you got 100 grams of protein or 200 grams of protein in, chances are you would utilize all of it. It just might take longer to digest.”— Directly counters the common protein absorption limit myth.
“And we have doubly labeled water studies where we actually radioisotope label leucine and amino acids coming in from protein to see that it's going to these places.”— Cites specific scientific evidence for large protein bolus utilization.

sleep-co2

Sleeping indoors with closed windows causes CO2 buildup from occupants, which correlates with poor sleep; simply cracking a window can restore fresh air and improve sleep quality.

Why this matters: Reframes a common sleep issue as an ancestral mismatch—humans evolved sleeping outdoors with fresh air, not in sealed rooms.

Background

Most people sleep with windows closed, especially in urban or climate-controlled environments. CO2 levels can rise significantly in bedrooms overnight, but this is rarely addressed in sleep hygiene advice.

The speaker was initially alerted to this by Paul Saladino and later found supporting evidence from researchers like Minnow Hinselman (likely a mispronunciation). He explains that multiple people or pets in a room elevate CO2, which has a direct correlation with poor sleep. The solution is not to sleep outside but to simply crack a window. He ties this to the broader theme of disconnection from our ancestral environment—we are biologically built to sleep on the ground with fresh air. This is a low-effort, high-impact habit that doesn't require any special equipment or lifestyle change.

CO2 levels will rise significantly and there is a direct correlation with high CO2 and poor sleep. So what's the solution to this? It's not to go sleep outside. It's to crack a dang window.

Also said
“I remember even Minnow Hinselman's posted something about this, very evidence-based guy, that people tend to sleep better with the windows open.”— References an evidence-based source to bolster the claim.

movement-patterns

Ancestral human movement consisted of either long, slow distance (zone 1–2) or all-out sprinting (zone 4–5); the middle-intensity steady-state cardio is unnatural and may be less effective for visceral fat loss.

Why this matters: Challenges the common fitness prescription of moderate-intensity cardio for health and fat loss, suggesting a more polarized approach based on anthropological data.

Background

Modern exercise guidelines often recommend 150 minutes of moderate-intensity aerobic activity per week. The speaker argues this 'gray area' of high aerobic work is abnormal from an evolutionary perspective.

Citing anthropological studies and a conversation with Dr. Sean Omera, the speaker notes that wild animals and ancestral human remains show no visceral fat despite no processed foods and periods of sprinting. He suggests that sprinting in short bursts has a positive impact on metabolic rate and visceral fat reduction. The practical takeaway is to incorporate both long walks (or rucking) and brief, intense sprints, while avoiding excessive time in the moderate-intensity zone. For those unable to sprint safely on flat ground, he recommends uphill treadmill sprinting to reduce injury risk.

Sitting in this gray area of high aerobic work is seemingly abnormal in some ways. It seems as though when you look at some of the anthropological data that we were either moving over long distances... or we were sprinting in like zone four, zone 5.

Also said
“When we look at wild animals, we see, well, they don't eat processed foods and they have these periods of sprinting and they have no visceral fat.”— Uses wild animal analogy to support the sprinting-visceral fat connection.

parasympathetic-balance

Unlike wild animals that quickly return to a relaxed state after stress, humans' large prefrontal cortex keeps us projecting into the future, requiring intentional practices to shift into parasympathetic mode after stress or intensity.

Why this matters: Offers a neuroscientific explanation for why modern humans struggle to relax and proposes deliberate 'gamification' of relaxation as an ancestral health practice.

Background

Stress management is often discussed in terms of mindfulness or meditation, but the speaker roots the problem in human brain evolution—our ability to imagine the future traps us in sympathetic arousal.

The speaker contrasts a gazelle that resumes grazing immediately after escaping a predator with humans who ruminate. He attributes this to the prefrontal cortex, which 'manufactures a future for ourselves' and keeps us in a stress loop. He even touches on the philosophical idea that the future doesn't exist—it's a projection. Because we can't naturally snap back to parasympathetic like wild animals, we must intentionally counterbalance every intense or stressful event with relaxation. This could be lying down for 5 minutes after a stressful call or doing 20 minutes of relaxation after a hard workout. The goal is to 'gamify' these transitions so they become seamless habits, not weirdo behaviors.

We have this big giant prefrontal cortex that takes in all this information, takes thoughts and all this stuff and manufactures a future for ourselves. ... The future doesn't really exist, right? It's all a projection of patterns and images.

Also said
“When you have intensity, counter it with relaxation. When you have stress, counter it with something soothing.”— Summarizes the actionable rule derived from the evolutionary insight.

Recommendations

Products, supplements, and tools mentioned in the episode

2 items

Grounding Pad or Strap

Tool

Mentioned as an optional tool to achieve grounding while sleeping, for those who want to extend the practice beyond daytime barefoot time.

The speaker suggests that if you want to take grounding further, you could put a grounding pad on your bed or use a grounding strap. This is presented as a convenient way to get the benefits of earthing during sleep, complementing the cracked window for fresh air. No specific brand is endorsed.

vs alternatives

Compared to standing barefoot outside, a grounding pad offers passive, overnight exposure.

Maybe put a grounding pad on your bed if you really wanted to or a grounding strap at the very least.

Find Grounding

Treadmill for Incline Sprinting

Tool

Recommended as a safer alternative to flat-ground sprinting to reduce hamstring and injury risk while still achieving high-intensity effort.

The speaker advises putting a treadmill on an incline and sprinting on it to simulate uphill running. This reduces the stride length and impact forces, making it accessible to more people. It's a practical tool for implementing the sprinting protocol without needing a hill or track.

vs alternatives

Compared to outdoor flat sprinting, incline treadmill sprinting is safer and more controlled.

Put a treadmill on an incline and sprint on an incline. That way you're not having this like extra length you have to travel where you're going to risk hurting a hamstring or just injuring yourself in the first place.

Find Treadmill
Disclosed sponsorships1speaker disclosed

Seed Probiotic

Supplement Sponsored · disclosed

Recommended as the only probiotic the speaker trusts, due to its prebiotic+probiotic formulation, multi-stage delivery, and clinical evidence. It is positioned as the closest modern equivalent to the microbial diversity from fermented foods and ancestral living.

DisclosureSeed is a sponsor of this channel; the speaker provides a 25% discount link in the description.

The speaker criticizes most probiotics as 'garbage' that get broken down before reaching the gut. He endorses Seed because it combines a prebiotic and probiotic in one capsule with a delivery system that survives stomach acid. He personally uses it and has for a long time. The recommendation is woven into the biome swaps habit, making it a practical tool for those who don't consume enough fermented foods.

vs alternatives

Compared to other probiotics, Seed is claimed to be superior due to its dual-action and clinical backing, whereas most are 'full of filler materials and get broken down before they even get in your gut.'

Personal experience

I've been using it. And quite frankly, it's the only one that has clinical evidence behind it and the only one that actually makes sense because it's a prebiotic and a probiotic in one.

The one below is Seed. That's a 25% off discount. Definitely recommend you try it. It's the one that I've been using.

Also said
“It's literally the only probiotic I would recommend because I do think most of them are trash and full of filler materials and get broken down before they even get in your gut in the first place.”— Explains the strong endorsement and differentiation.
Find Seed

Notable quotes

Lines worth pulling out — contrarian, specific, or perfectly phrased

6 items
The crazy stuff sells. If I pumped myself up full of a bunch of steroids and started lifting logs and looked like a maniac out in the woods, people would probably watch my stuff and they would probably apply it.
Candid admission about the attention economy in ancestral health content, setting up the video's premise of practical vs. performative habits.
We don't need to gify everything to a certain time. One of the most ancestral realistic things that you could do is just not be so dang rigid about the times that you eat.
Directly challenges the rigid meal-timing culture in fitness and intermittent fasting communities.
You're not going to lose your gains if you miss a protein meal.
A reassuring, contrarian statement against the pervasive fear of muscle loss from skipped protein feedings.
The future doesn't really exist, right? It's all a projection of patterns and images and lights and all these things that we are seeing in this information sphere.
Unexpected philosophical tangent that grounds the parasympathetic protocol in a deeper existential insight.
Touch the edge. Flirt with it.
Memorable, concise advice for incorporating maximal intensity without overdoing it.
Crack a dang window.
Blunt, actionable summary of the CO2 sleep solution, delivered with frustration at how simple it is.

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Topics covered

groundingsunlightsprintingwalkingfractal-eatingsweatingbiome-swapscarbohydrate-restrictionprotein-cyclingsleep-co2workout-intensityparasympathetic-balanceancestral-healthprobiotic-seedmeal-timingnitric-oxidered-blood-cell-aggregationheat-shock-proteinsprefrontal-cortexvisceral-fat
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Educational summary of the cited expert source — not medical advice. Open the source recording linked above and consult a qualified physician before acting on any protocol.