HenStone

[Scott Adams @ScottAdamsSays]

A Final Message From Scott Adams

[HenStone @HenStone]

@PeterLBrandt It is the US 10 year treasuries yield

[MAGA Voice @MAGAVoice]

BREAKING 🚨 Robert F Kennedy Jr just DROPPED this EPIC South Park Episode. Never deleting this app

LMAO 🤣

[Chris Martenson @chrismartenson]

"Someone" is so afraid of this peer-reviewed paper's conclusions that they have resorted to DOS attacks to keep it from being read. The reason? It explores the hypothesis that the spike protein produced by the mRNA jab contributes to cancer. It would be a shame if it went viral

[Metabolic Uncle @MetabolicUncle]

PROTEIN SOURCE MATTERS MORE THAN YOU THINK

I know now why I can eat so many excess calories (currently around 700 every day) and not add body fat. I'm close to 4,500 calories, mainstreaam definetly would call half of my calories absolute junk, and I'm just not adding body fat. It might be my high daily glycine and taurine intake.

Mainstream advice treats protein as interchangeable calories. Twenty grams of chicken equals twenty grams of fish equals twenty grams of beef in their simplistic worldview.

A new study demolishes that notion using a simple experiment that reveals something most nutritionists refuse to acknowledge: the amino acid composition of your protein source directly affects whether you get fat or stay lean.

Researchers fed obesity-prone mice high-fat, high-sucrose diets (the kind that reliably makes mice fat) but varied only the protein source. Four groups: chicken, cod, crab, and scallop. Same macros. Same caloric density. Only the protein quality differed.

The scallop-fed mice didn't get fat. Complete prevention of diet-induced obesity despite eating a diet designed to cause obesity. The other three groups gained weight as expected. The difference wasn't trivial. We're talking complete protection versus predictable weight gain on identical calorie intakes.

The mechanism reveals itself when you examine the amino acid profiles. Scallop protein contains exceptionally high levels of taurine and glycine.

These two amino acids correlated negatively with body mass gain and fat accumulation across all groups. Every other amino acid correlated positively with fat gain. Read that again. Higher intake of standard amino acids predicted weight gain. Higher intake of taurine and glycine predicted leanness.

This aligns perfectly with Peat's understanding of protein quality. Most animal proteins deliver excessive methionine, cysteine, and tryptophan relative to glycine and taurine.

These ratios matter for thyroid function, liver metabolism, and fat oxidation. Scallop protein provides the opposite ratio, flooding the system with glycine and taurine while keeping the problematic amino acids in check.

The metabolic effects extended beyond body composition. Scallop-fed mice showed dramatically reduced plasma triglycerides, free fatty acids, glycerol, and ketone bodies during fasting.

This indicates reduced lipolysis and improved metabolic efficiency. Their bodies weren't desperately breaking down fat stores because they weren't in a stressed, catabolic state. Lower liver mass in scallop-fed mice suggests reduced fat accumulation and inflammatory stress in hepatic tissue.

Cholesterol metabolism improved substantially. The HDL to total cholesterol ratio increased in both fasted and fed states. Mainstream medicine obsesses over lowering cholesterol with drugs. This study shows that proper amino acid ratios naturally optimize cholesterol transport and clearance without pharmaceutical intervention.

Feed efficiency dropped in scallop-fed mice. They extracted less energy from food yet maintained lean mass while losing fat. This contradicts the calorie-is-a-calorie dogma.

The body's handling of nutrients depends entirely on metabolic context, hormone status, and nutrient quality. Apparent nitrogen digestibility also decreased, suggesting the scallop protein triggered different metabolic pathways than the other protein sources.

Energy intake was lower in crab and scallop groups, but only scallop prevented obesity. This means appetite regulation alone doesn't explain the effect.

The scallop protein actively prevented fat storage through metabolic mechanisms independent of calorie intake. Lean mass remained constant across all groups, confirming that the anti-obesity effect came from reduced fat accumulation, not muscle wasting.

The practical implications are straightforward. If you're eating chicken breast as your primary protein because some fitness guru told you it's lean and healthy, you're potentially choosing the worst option for body composition.

The study directly compared chicken to superior protein sources and chicken performed poorly. Cod performed marginally better. Crab and scallop dominated.

Taurine and glycine aren't exotic compounds requiring pharmaceutical intervention. They're abundant in certain foods and nearly absent in others. Scallops, oysters, and other shellfish provide massive doses.

Collagen and gelatin supply glycine in quantities impossible to obtain from muscle meats. Bone broth made properly extracts both. These aren't supplements. They're foods mainstream nutrition ignores because they don't fit the lean-protein-complex-carbs-healthy-fats narrative.

The study used a high-fat, high-sucrose diet to induce obesity. This wasn't a low-fat, whole-grain, vegetable-heavy protocol. The mice ate fat and sugar. Yet proper protein quality completely prevented obesity under these conditions. This suggests that protein quality matters more than carbohydrate or fat intake for body composition in metabolically stressed states.

Conventional nutritionists will dismiss this as a mouse study. They'll claim it doesn't apply to humans. They'll ignore it because it contradicts their protein recommendations. And yet here I am with my example. Having no issuess with muscle mass eating no meat, just dairy protein from goat milk plus a lot of collagen hydrosolate + exrta glycine +extra taurine.

The biochemistry of amino acid metabolism is conserved across mammals. Taurine and glycine perform the same functions in human metabolism. The liver processes amino acids identically. The mechanisms aren't species-specific.

Most people are glycine deficient. Muscle meat provides inadequate glycine relative to methionine. This imbalance stresses detoxification pathways, impairs collagen synthesis, and disrupts metabolic function.

Adding glycine through supps, or gelatin or bone broth corrects this ratio. Taurine deficiency is equally common in populations eating primarily muscle meat with minimal shellfish consumption.

The obesity epidemic corresponds perfectly with increased consumption of muscle meat and decreased consumption of whole animal foods including organs, bones, and shellfish.

Modern diets provide excessive methionine and tryptophan with inadequate glycine and taurine. This study demonstrates the metabolic consequences of that imbalance.

You don't need scallops specifically. Any protein source high in glycine and taurine produces similar effects. Oysters, mussels, clams, shrimp, and other shellfish work.

Collagen and gelatin supply glycine in therapeutic amounts. Bone broth made with cartilage-rich bones provides both. The key is shifting your amino acid intake away from pure muscle meat toward these neglected protein sources.

I don't take a lot of time for cooking, so I'm just taking the collagen and the amino acids in my daily Skyr with honey. That's very easy to do, and glycine and taurine are also very cheap.

The dose matters. The mice in the study consumed scallop protein as their primary protein source for six weeks. Sprinkling collagen powder in your coffee once daily won't replicate these effects.

I have a substantial intake of high-glycine, high-taurine proteins replacing significant portions of muscle meat consumption. This means either multiple servings of shellfish weekly or daily gelatin supplementation in meaningful amounts.

Personally, I eat daily 30 to 40 grams of collagen + 3 to 5 grams of glycine and 5 to 7 grams of Taurine. This is not a recommendation or medical or any other form of dosage advice. Do your own research. Ask a doctor who has an interest in this kind of hacks. This is what I do. With my activity levels and muscle mass and under my full personal responsibility.

The study confirms what traditional diets understood intuitively. Cultures that remained metabolically healthy consumed whole animals including cartilage, skin, organs, and shellfish.

They didn't isolate muscle meat and discard everything else. Modern nutrition stripped away this wisdom and replaced it with chicken breast and protein powder. The metabolic consequences are evident in obesity rates.

This research provides a clear path forward. Reduce muscle meat consumption. Increase shellfish, gelatin, and bone broth intake. Prioritize protein sources naturally high in glycine and taurine.

Monitor your body composition and metabolic markers. The changes will manifest in reduced fat accumulation, improved lipid profiles, and better metabolic health without calorie restriction or increased exercise.

The mainstream won't acknowledge this. They'll continue recommending lean chicken breast, red meat and whey protein while obesity rates climb. They'll prescribe statins for cholesterol instead of fixing amino acid ratios.

They'll ignore the elegant simplicity of this intervention because it doesn't require pharmaceutical products or complicated dietary protocols.

Your protein source determines your metabolic fate more than your total protein intake. Choose accordingly.

Study:

"Scallop protein with endogenous high taurine and glycine content prevents high-fat, high-sucrose-induced obesity and improves plasma lipid profile in male C57BL/6J mice - H. S. Tastesen, A. Keenan, L. Madsen, K. Kristiansen, Bjørn Liaset"

[The Sigma Mindset @thesigmamindset]

You'll never look at your phone again after watching this ‼️‼️

[Atlas Press @realAtlasPress]

Absolute GOLD from Marcus Aurelius here

[Irlandarra @aldamu_jo]

When Trump says Venezuela stole oil from the United States, he’s talking about projects by Oil Companies that were nationalized by the government of Venezuela two decades ago. Massie

An American War Soldier in Vietnam in 1969 gave a message to the future for the next 50 years.

"Don't send your sons to finish what politicians start”

[Brian Grimm, M.D. @DrGrimmMD]

This book tried to warn us. We’re watching it happen now.

In the late 1960s, an ophthalmologist named Fritz Hollwich wrote something that reads almost uncomfortably well in 2025.

He argued that stress of any kind increases adrenal output, that prolonged stress leads to abnormalities and pathology, and that sensory input from the environment can only be tolerated up to what our regulatory systems are able to accommodate⬅️
BINGO.

Beyond that point, regulation fails.

What mattered most in his warning wasn’t stress alone, but how the environment delivers it. Hollwich was explicit that environmental influences act through the sensory organs, especially the eye, and that artificial light differs fundamentally from sunlight in its composition and biological effect.

He went so far as to say artificial light should only ever be supplementary, never a replacement, and warned that children educated in windowless schools would eventually show pathological consequences.

That wasn’t metaphor. It was systems biology before we had the language for it.

Fast forward to now.

We live inside a constant sensory flood without fluctuations. Screens, LEDs, RF, non-native EMF. Signals the human regulatory system never evolved to interpret continuously. Biology adapts because it has to.

Mitochondria shift redox balance.
Membrane potentials change.
Hormonal axes compensate.
Regulatory systems stretch until they can’t.

What we’re calling modern disease patterns aren’t random failures. They look like attempted cellular and mitochondrial adaptations to an alien signaling environment.

Hollwich didn’t know about melanopsin, mitochondrial electron backpressure, or dopamine timing. But he understood this clearly: regulation has limits, sensory input is dose-dependent, and pathology appears when the signal overwhelms the system.

This wasn’t nostalgia.
It was a forecast.

We didn’t change biology.
We changed the signal.

[Elon Musk @elonmusk]

Interesting

[Harry Fisher @harryfisherEMTP]

Think about it:

Even if you accept the official numbers,
1 in 2,600 kids who get the COVID shot develop myocarditis… that’s a life long, life threatening injury.
Now think Disney.
Top rides move 17,000 – 30,000 people/kids a day.
At that rate, it’s roughly 11 kids a day ending up with sudden heart damage.

If Disney rides were destroying the lives of 11 or more children a day, the parks would be shut down and investigated immediately, wouldn’t they?

God bless

[Based Jessica @RealJessica]

Newsweek asked RFK Jr. "why don’t you stop promoting conspiracy theories?"

RFK Jr’s reply:

"My father told me when I was a little boy that people in authority lie and the job in a democracy is to remain skeptical. I've been science based since I was a kid. Show me the evidence and I'll believe you, but I'm not going to take the word of official narratives."

"The way you do research is not by asking authoritative figures what they think. Trusting experts is not a feature of science, and it's not a feature of democracy. It's a feature of religion and totalitarianism."

[Sama Hoole @SamaHoole]

Ancient Middle East, roughly 1000 BCE. Multiple religions suddenly develop prohibitions against pork. Judaism, Islam, later various Christian sects. The explanation given is hygiene. Pork carries trichinosis. It's "unclean."

But here's the interesting part: Cattle and sheep carry diseases too. Anthrax, brucellosis, various parasites. Yet beef and lamb are deemed clean and acceptable.

The real reason for pork prohibition is economic and political. Pigs are democratic animals. They're easy to raise. Any peasant family can keep a pig, feed it scraps, and have meat for winter. Pigs don't require large grazing lands. They convert waste into protein efficiently.

Cattle and sheep, however, require pasture. Land. Lots of it. Land that must be controlled, owned, managed. Land that concentrates in the hands of those wealthy enough to hold it.

In ancient societies, if everyone can raise pigs, everyone has access to meat. Power disperses. But if meat requires cattle grazing on large estates, meat access becomes controllable.

The priests and rulers who established dietary laws weren't idiots. They understood that pork democratized protein access. A peasant with a pig was independent. A peasant dependent on beef from landlord's cattle was controlled.

The "unclean" designation wasn't about parasites. It was about power.

This pattern repeats through history. Medieval European nobility consumed pork freely while peasants were restricted. Victorian England saw pork associated with lower classes while beef signified wealth and status.

Modern industrial agriculture has inverted some of this. Factory-farmed pork became cheap commodity meat. But the cultural associations remain. Beef is prestigious. Pork is common.

The interesting thing is pork is nutritionally excellent. High in fat, rich in B vitamins, contains all essential amino acids. It's particularly high in thiamine, crucial for metabolism.

But it was shamed, restricted, and prohibited not because it was inferior, but because it was too accessible.

When everyone can access protein, hierarchies flatten. The elites have always understood this. That's why pork was made "unclean" while beef and lamb were sanctified.

Control the meat supply, control the population. If that meat supply is too easy to produce independently, demonize it.

[🌞HELIOS🌞 @helios_brah]

"There is no proof for health risks from non-ionizing EMF radiation!"

The "no proof":

👉 NTP (2018) - "Toxicology and carcinogenesis in rats exposed to whole-body radio frequency radiation"

👉 Falcioni (2018) - "Brain and heart tumors in rats exposed from prenatal life until natural death to mobile phone radiofrequency field"

👉 Pall (2013) - "Electromagnetic fields act via activation of voltage-gated calcium channels to produce beneficial or adverse effects"

👉 Marino, Becker (1977) - "Biological effects of extremely low frequency electric and magnetic fields"

👉 Glaser (1971) - "Bibliography of reported biological effects and clinical manifestations attributed to microwave and radio-frequency radiation"

👉 Yakymenko (2016) - "Oxidative mechanisms of biological activity of low-intensity radiofrequency radiation"

👉 Marino (1976) - "Effect of electric fields on living organisms"

👉 Hardell (2008) - "Biological effects from electromagnetic field exposure and public health"

👉 Hyland (2000) - "Physics and biology of mobile telephony"

👉 Lerchl (2015) - "Tumor promotion by exposure to radiofrequency electromagnetic fields"

👉 Nittby (2008) - "Cognitive impairment in rats after long-term exposure to GSM-900 mobile phone radiation"

👉 Salford (2003) - "Nerve cell damage in mammalian brain after exposure to microwaves from GSM mobile phones"

👉 Schirmacher (2000) - "Electromagnetic fields (1.8 GHz) increase the permeability to sucrose of the blood-brain barrier in vitro"

👉 Sirav (2016) - "Effects of GSM modulated radio-frequency electromagnetic radiation on permeability of blood-brain barrier in male & female rats"

👉 Tang (2017) - "Effects of radiofrequency radiation exposure on blood-brain barrier permeability in male and female rats"

👉 Pall (2016) - "Microwave frequency electromagnetic fields (EMFs) produce widespread neuropsychiatric effects including depression"

👉 Auvinen (2002) - "Brain tumors and salivary gland cancers among cellular telephone users"

👉 Belyaev (2005) - "Microwave radiation induces changes in histone protein conformations"

👉 Belyaev (2009) - "DNA strand breaks and oxidative stress in human cells exposed to mobile phone radiation at 900 MHz"

👉 Dasdag (1999) - "Whole-body exposure of rats to microwaves emitted from a cell phone"

👉 Desai (2009) - "Effects of mobile phone radiation on UV-induced skin cancer in mice"

👉 Frey (1998) - "Headaches from cellular telephones: are they real and what are the implications?"

👉 Gandhi (2012) - "Exposure limits: the underestimation of absorbed cell phone radiation, especially in children"

👉 Guler (2012) - "The effect of radiofrequency radiation on DNA damage in human blood cells"

👉 Hassanshahi (2017) - "The effect of Wi-Fi radiation on the male reproductive system"

👉 Johansson (2006) - "Electrohypersensitivity: state-of-the-art of a functional impairment"

👉 Khurana (2009) - "Cell phones and brain tumors: a review including the long-term epidemiologic data"

👉 Kundi (2004) - "Mobile phone use and cancer"

👉 Lerchl (2008) - "Effects of mobile phone electromagnetic fields on sperm quality"

👉 Li (2014) - "Effects of 1800 MHz radiofrequency fields on circadian rhythm"

👉 Lu (2012) - "Effects of microwave radiation on brain tissue"

👉 Magras (1997) - "RF radiation-induced changes in the prenatal development of mice"

👉 Makker (2014) - "Cell phone use and male infertility: a review"

👉 Meltz (2003) - "Radiofrequency exposure and mammalian cell toxicity, genotoxicity, and transformation"

👉 Morgan (2015) - "Mobile phone radiation and the risk of brain tumours"

👉 Naziroglu (2012) - "Modulation of oxidative stress in the hippocampus by electromagnetic fields"

👉 Panagopoulos (2004) - "Bioeffects of mobile telephony radiation in relation to its intensity or distance from the antenna"

👉 Phillips (2009) - "Electromagnetic fields and DNA damage.

👉 Ruediger (2009) - "Genotoxic effects of radiofrequency electromagnetic fields"

👉 Sage (2007) - "Public health implications of wireless technologies"

👉 Salford (1994) - "Permeability of the blood-brain barrier induced by 915 MHz electromagnetic radiation"

👉 Shahin (2013) - "2.45 GHz microwave radiation impairs learning and spatial memory"

👉 Singh (2016) - "Effect of electromagnetic radiation on the blood-brain barrier"

👉 Sommer (2007) - "Effects of GSM signals on human sleep"

👉 Vijayalaxmi (2008) - "Genetic damage in mammalian cells exposed to radiofrequency fields"

👉 Wang (2017) - "Effects of long-term exposure to 2.45 GHz radiofrequency radiation on the rat brain"

👉 Weyandt (2006) - "Neurobehavioral effects of microwave exposure in rats"

👉 Xu (2010) - "Effects of 1.8 GHz radiofrequency field on DNA damage in human lymphocytes"

👉 Yan (2008) - "Long-term exposure to 900 MHz electromagnetic fields increases oxidative stress"

👉 Zhang (2015) - "Effects of microwave radiation on the blood-testis barrier"

👉 Aitken (2007) - "Origins and consequences of DNA damage in male germ cells"

👉 Havas (2006) - "Electromagnetic hypersensitivity: biological effects of dirty electricity with emphasis on diabetes and multiple sclerosis"

👉 Havas (2008) - "Dirty electricity elevates blood sugar among electrically sensitive diabetics and may explain brittle diabetes"

👉 Milham, Morgan (2011) - "Attention deficit hyperactivity disorder and dirty electricity"

👉 Milham (2013) - "Dirty electricity, chronic stress, neurotransmitters and disease"

👉 Milham (2014) - "Evidence that dirty electricity is causing the worldwide epidemics of obesity and diabetes"

That is an excerpt of the 2,500+ peer-reviewed scientific papers/studies showing adverse biological effects from non-ionizing EMF radiation:

[Mindset Machine  @mindsetmachine]

Learn to accept this and everything will change 🫶

[Camus @newstart_2024]

The one brain structure that literally grows when you do things you HATE doing — and shrinks the moment you get comfortable.

Stanford neuroscientist Andrew Huberman dropped what he calls “one of the most important discoveries in the history of neuroscience” in a conversation with David Goggins.

It’s called the anterior mid-cingulate cortex (aMCC).

Recent human studies (not mice) show:
- It’s smaller in people with obesity → grows when they successfully diet
- Super-athletes have an unusually large aMCC
- People who live the longest keep this area big their entire life
- It enlarges every single time you force yourself to do something you genuinely do NOT want to do
- It shrinks almost immediately if you stop or if the same task becomes enjoyable

Huberman: “This isn’t the seat of intelligence or memory. This might actually be the seat of the WILL TO LIVE.”

The rule is brutal but simple:
If you love your ice bath → no growth
If you’re terrified of cold water but get in anyway → aMCC gets bigger
Skip a day or start liking it → it shrinks again tomorrow

Huberman waited years to tell David Goggins about this because Goggins has been unconsciously training his aMCC harder than almost anyone alive.

Watch the full clip below — it will permanently change how you think about discomfort, willpower, and longevity.

What’s one thing you really don’t want to do today… that you’re going to do anyway?

Drop it in the comments. Let’s build that aMCC together.

[Mr PitBull Stories @MrPitbull07]

In a mother’s womb were two babies. One asked the other: “Do you believe in life after delivery?”The other replied, “Why, of course. There has to be something after delivery. Maybe we are here to prepare ourselves for what we will be later.”
“Nonsense,” said the first. “There is no life after delivery. What kind of life would that be?”
The second said, “I don’t know, but there will be more light than here. Maybe we will walk with our legs and eat from our mouths. Maybe we will have other senses that we can’t understand now.”
The first replied, “That is absurd. Walking is impossible. And eating with our mouths? Ridiculous! The umbilical cord supplies nutrition and everything we need. But the umbilical cord is so short. Life after delivery is to be logically excluded.”
The second insisted, “Well I think there is something and maybe it’s different than it is here. Maybe we won’t need this physical cord anymore.”
The first replied, “Nonsense. And moreover, if there is life, then why has no one ever come back from there? Delivery is the end of life, and in the after-delivery, there is nothing but darkness and silence and oblivion. It takes us nowhere.”
“Well, I don’t know,” said the second, “but certainly we will meet Mother and she will take care of us.”
The first replied “Mother? You actually believe in Mother? That’s laughable. If Mother exists then where is She now?”
The second said, “She is all around us. We are surrounded by her. We are of Her. It is in Her that we live. Without Her, this world would not and could not exist.”
Said the first: “Well I don’t see Her, so it is only logical that She doesn’t exist.”
To which the second replied, “Sometimes, when you’re in silence and you focus and listen, you can perceive Her presence, and you can hear Her loving voice, calling down from above.”
Maybe this was one of the best explanations of the concept of GOD.
– this lovely parable is from Your Sacred Self by Dr. Wayne Dyer 🙏

[Skywatch Signal @UAPWatchers]

🚨The Kid Who Explained the 4th Dimension… Then Vanished

Imagine dropping a video that breaks down dimensional physics so cleanly it makes half the internet reconsider what reality actually is… and then you disappear... That's exactly what happened here.

A kid called Danny walks people through 1D, 2D, 3D, and then hits the leap, how a 4D intelligence would see straight through our world the same way we see through paper. He explains how perspective lies to us, how we never see the world as it actually is, and how a higher dimensional observer would watch every layer of our lives at once. Freaky right?
He doesn't stop there, he goes diving deeper into tesseracts and curved dimensions, nested universes stacked inside bigger ones. Exactly the kind of thinking physicists study and the kind NHI already operate in.
Right after uploading the video this kid just disappeared, gone, no follow ups, no socials, literally no trace.

Maybe he just moved on, or maybe he stumbled upon something human beings aren't supposed to articulate too clearly.

Higher dimensional awareness isn't just math. Its the entry point to understanding how NHI move, hide, see, and interact with us. To them, slipping in and out of our world is as simple as stepping across a sheet of paper.

Something to think about right?
#NHI #FourthDimension #Hyperdimensional #UAP #NonHumanIntelligence #HiddenKnowledge #ForbiddenScience

[andy jones @andy_l_jones]

So after all these hours talking about AI, in these last five minutes I am going to talk about:

Horses.

Engines, steam engines, were invented in 1700.

And what followed was 200 years of steady improvement, with engines getting 20% better a decade.

For the first 120 years of that steady improvement, horses didn't notice at all.

Then, between 1930 and 1950, 90% of the horses in the US disappeared.

Progress in engines was steady. Equivalence to horses was sudden.

[Sama Hoole @SamaHoole]

Let's talk about how long it takes for obviously wrong medical advice to change.

1950s: Doctors recommend smoking to pregnant women.
"It calms the nerves. Helps with stress."
Evidence of harm: Mounting.

How long until doctors stop recommending it: 20+ years.

1960s: Thalidomide prescribed to pregnant women for morning sickness.
Causes severe birth defects. Thousands of children born with missing limbs.
Evidence of harm: Immediate and catastrophic.

How long until it's banned: Took 5 years in some countries. US narrowly avoided approval.

1970s: DES (diethylstilbestrol) prescribed to prevent miscarriage.
Causes cancer and reproductive problems in daughters of women who took it.
Evidence of harm: Mounting throughout the decade.

How long until discontinued: 11 years after first concerns.

1990s: Margarine recommended over butter for heart health.
Evidence: Trans fats in margarine actually cause heart disease.

How long until trans fats banned: 25 years.

2000s: Vioxx approved for arthritis pain.
Causes heart attacks. Killed an estimated 60,000 people.
Evidence: Existed before approval. Company hid it.

How long until withdrawn: 5 years. Only after public pressure.

2010s: Opioids prescribed freely for pain.
"They're safe! Not addictive!"
Evidence: Massively addictive. Destroying lives.

How long until restrictions: 20+ years. Only after epidemic is undeniable.

The pattern is clear:
Medical establishment recommends something.
Evidence of harm emerges.
Establishment ignores evidence.
Years or decades pass.
Harm becomes undeniable.
Establishment slowly reverses course.

Never admitting they were wrong. Just "updating based on new information."

So when modern doctors say:
"Seed oils are heart healthy!" "Statins for everyone!" "Cholesterol is the enemy!" "Saturated fat causes heart disease!"

Remember: They've been catastrophically wrong before.

For decades.

And they never admit it until the damage is done.

How long were doctors wrong about cigarettes? Decades.

How long wrong about trans fats? Decades.

How long will they be wrong about seed oils and statins?

We're finding out in real time.

But if history is any guide: They'll be wrong for decades before admitting it.

And millions will suffer following their advice in the meantime.

The question isn't: "Are doctors right this time?"

The question is: "Why would you assume they are, given their track record?"