EVERYONE used to be thin. They ate over 3,000 calories and 100 grams of sugar per day.
(and it wasn't due to more exercise):
In the 1960s and prior, the obesity rate was consistently under 10% and has only gotten worse since, now sitting at about 40%.
In the late 1940s, a study was conducted on U.S Army soldiers to measure exactly how much they were eating, and despite only weighing 157 pounds on average, the men gorged on nearly 6,000 calories per day.
The researchers stated that “judging by interrogation and observation, the average man was moderately active and spent about three hours daily in the open.”
The soldiers’ diets consisted of milk, meat, bread, potatoes, fruit, vegetables, eggs and even lots of white sugar!
That’s right, the soldiers were putting away anywhere from ¾ of a cup to half a pound of refined sugar daily!
Another example is in 1945, where US soldiers were recorded as having eaten an average of 3,700 calories a day, including over 400 grams of carbohydrate and 180 grams of fat daily.
The researchers documenting this stated, “there was no significant variation of caloric intake with degree of activity of troops.”
Around the turn of the 20th century, people from Denmark were consistently recorded consuming over 3,000 calories daily.
The record keepers noted that,
“The most prosperous of the… families again reach the same level as the agricultural worker in their consumption of calories… The more well-to-do classes… [mostly doctors], obtained a fair supply of energy, particularly when their restricted amount of muscular work is taken into account.”
In other words, the rich ate a lot, didn't move much relative to the laborers and farmers, but were still exceptionally thin, as the researchers here stated that a man of “normal weight” was just 154 pounds!
The US' 1939 book of agriculture gives us a glimpse into the diets of the time.
On average, people consumed around 3,500 calories daily, with the wealthiest consuming well in excess of 4,000 calories daily, again weighing around 154 pounds with just moderate activity levels!
Throughout the 20s and 30s, the US bought anywhere from 106 to 118 pounds of sugar per person per year, equivalent to right around 140 grams or ¾ of a cup of sugar daily!
Bread and potatoes were also consumed in massive quantities, making this a high carb, high sugar diet. They ate so much saturated fat that the fat intake was recorded as either “butter” or “fats other than butter.”
They also consumed plenty of meat including organs and eggs, while so-called plant proteins like beans, peas and nuts were essentially negligible.
In 1943, the average diets of the US, Canada, and the United Kingdom included TONS of white sugar at over 100 grams, or half a cup, per day, and plenty of milk, meat, fruits, vegetables, potatoes and bread.
This all amounted to supplies north of 3,000 calories, including around 400 grams of carbohydrate and 130 grams of fat per day.
The average man and woman were listed at 154 and 123 pounds, respectively. They also maintained their lean physiques on no more than 100 grams of protein per day.
Another analysis from 1945 further confirms these trends, showing that the diets of the US, Canada, and UK were very similar to that in 1943.
The dietary guidelines of the pre-obesity era were the complete opposite of today.
Calories were treated like any other nutrient, they were concerned about people getting enough, whereas today the guidelines have calorie limits.
Recommended intake was AT LEAST 3,000 for an average man and 2,500 for an average woman, who weighed 154 and 123 pounds respectively.
At least 3,800 calories was considered a good target for young men 16-20 years old, and teenage girls were told to eat an insane 2,800 calories.
They also provided meal plans, suggesting a diet of milk at every meal, meat, bread, potatoes, sugar, fruits and vegetables.
Getting your recommended amount of sugar and calories for the day apparently didn’t make anyone fat!
One of the most famous studies in the history of nutrition was the Minnesota Starvation Experiment, which took place in the late 1940s.
These men maintained an average weight of around 150 pounds, yet ate well over 3,000 calories daily!
A typical dinner on this maintenance diet was roast beef with gravy, whipped potatoes, tomato salad and ice cream for dessert.
In 1942, the average amount of calories per person purchased was around 3,500, and that number jumped up to around 3,800 calories in 1948!
Fruit, vegetables, dairy, meat, bread, potatoes, and 1-2 pounds of sugars and sweets per week.
This trend continued into the 1950s, where English factory workers were on average 5'7 and 147 lb and ate 3,500 calories per day. This included non-active workers.
Clearly, our not-so distant ancestors ate way more, and ate lots of things we think of as unhealthy today, but they did not have the health issues we currently struggle with.
Ultimately, the explanation here is that our metabolisms have been completely and utterly decimated over the past 100 years.
What is it that slows down the metabolism and causes weight gain?
Lots of things can do it, but a few key ones are:
• Poor thyroid function
• An excess of polyunsaturated fats (seed oils)
• Inadequate micronutrients
• Suboptimal light environment / lack of sunlight
• Dysregulated circadian rhythm
• Digestive distress + increased serotonin
• A lack of muscle mass
• Chronic stress
• Chronic inflammation
• Excess estrogen
• Environmental toxins
People from past eras ate mostly animal fat: butter and cream, whereas today we eat mostly vegetable oil, which has anti-metabolic and thus fattening effects.
We don’t eat the whole animal anymore, including all of the tendons, organs, and even the glands that produced hormones, neglecting a unique set of compounds with beneficial effects.
Then there’s pollutants like BPA, heavy metals, PFAs, parabens, and so many more that get stored in fat to protect the rest of the organs from their toxicity.
Spending less time outside, in communities and in nature, has decimated the microbial environments in our bodies, making us more susceptible to bacterial overgrowths in the gut that end up fattening us up.
Our food has become a smorgasbord of emulsifiers, added vitamins, gums, colorings, flavorings and so much more that inflame our digestion and leave us ripe for fat gain.
Since the birth of big pharma in the 1940s, we’ve been exposed to increasingly higher loads of drugs that poison our energy metabolism, even if we aren’t prescribed them.
Even the light we get exposed to, enriched in blue light and lacking in the rest of the natural frequencies, plays a role in us putting on weight.
2 key easy and free ways to tell if you have dysbiosis:
1. Coated / white tongue in the morning (especially in the back) 2. Consistent foamy urine
Both very common signs of bacterial issues.
Stool testing is nice if you're really stuck, but if these are prevalent along with other gut symptoms - you can bet dysbiosis is an issue.
3 primary levers to pull to fix dysbiosis:
⬩Diet
⬩Antimicrobials
⬩Probiotics
For Diet: Starting with a low residue diet that limits bacterial fermentation.
Animal protein/fat: all cuts of beef, lamb, bison, etc. + eggs, seafood, dairy as tolerated (cottage cheese and Greek yogurt the least offensive typically)
+ easily digestible carbs like fruit juices, cane sugar and honey.
A low FODMAP diet can be effective if the problem is more upper GI (belching, upper bloating, lack of appetite).
One herbal protocol that was studied: 2 capsules each of proprietary blends (you can get these online) FC Cidal + Dysbiocide or Candibactin-AR + Candibactin-BR, 2x a day for 4 weeks
PROBIOTICS: I wouldn't start with these if the problem is really bad, but I think the closer you get back to normal, the more important they become.
Probiotics:
⬩Have antimicrobial/anti-biofilm effects
⬩Essential for gut immunity
⬩Enhance gut motility
⬩Can metabolize food components
In general - multi strain, long duration is the key to success. At least 2 months is a good starting point.
I like the Ruscio triple therapy, MegaSporeBiotic and Seed products.
2. GUT MOTILITY
Absolutely vital to keep things moving. If you don't:
⬩Greater bacterial fermentation
⬩More inflammation from food lingering
⬩More gas production, retention (bloating)
Some tools to enhance gut motility:
⬩Coffee
⬩Cascara
⬩Triphala
⬩Raw carrot
Walking consistently is also essential here, as is maintaining consistent sleep / wake times, since gut motility is coordinated by the circadian rhythm.
The most important aspect of gut motility is vagal tone - the primary governor of the "rest and digest" nervous system that allows things to flow along well.
Which brings me to...
3. STRESS
Stress will destroy digestion. It:
⬩Worsens gut immunity - allowing for dysbiosis
⬩Slows motility (but can also cause diarrhea)
⬩Impairs energy production
Obviously, solving stress is a massive puzzle, but supporting the vagal cholinergic system here is paramount for the gut.
The toxin making us dumb, docile, and sick that's hiding in the water.
How FLUORIDE poisons the brain:
1. Even a little is too much
One common argument from the establishment in favor of adding fluoride to the water is that it's just
"a little bit of fluoride"
and
"the dose makes the poison"
Well, that logic doesn't apply when you understand that fluoride ACCUMULATES in your tissues.
Drinking so-called "low" fluoride water has caused 70% of children and adolescents having fluoride toxicity (pictured).
Developing children in the womb whose mothers drink fluoridated water ALREADY start accumulating fluoride in their bones and their BRAINS.
Plasma levels of fluoride in humans exposed to fluoride in drinking water tend to be right in line with the levels induced in animal models.
Fluoride has also been found in cerebrospinal fluid in adults…
One study looked at fluoride concentrations in Scotland in relation to Alzheimer’s disease.
They found that those consuming the most fluoride had ~3X the risk of developing it,
despite Scotland's fluoride concentration being less than 5% the concentration the WHO recommends for tap water.
This was a far higher risk than even that of aluminum.
“This suggests that there may be no safe levels of these substances when it comes to dementia risk.”
2. How fluoride poisons us
Fluoride:
‣ Inhibits energy production
‣ Literally causes mitochondria to break (fragmentation).
‣ Promotes free radical production (oxidative stress)
‣ Causes systemic inflammation
Fluoride has been shown to cause cell death and inflammation in 2 key brain regions:
‣ The hippocampus - mainly responsible for memory
‣ The cortex - various higher thinking functions
Fluoride to increases TSH, a marker of hypothyroidism, in a dose dependent manner in people exposed to various levels of the toxin.
Thyroid hormones are key in regulating mood and cognition since they govern energy metabolism.
Fluoride ruins them.
One study showed that fluoride can induce depression in animals, and cause a drop in the energy production in the brain.
Another study showed that fluoride decreased a protein known as SYP, considered a cause of mental retardation in humans.
3. Fluoride, serotonin, autism and the pineal gland
Fluoride preferentially accumulates in the pineal gland:
a small region in the brain that produces melatonin from its precursor serotonin.
Fluoride exposure is closely associated with pineal gland calcification, a degenerative change which inhibits its function.
Fluoride exposure has been routinely linked to sleep disorders (lower melatonin) and higher serotonin levels.
Serotonin is NOT the happy chemical pharma wants you to think it is (we have a ton of content on that topic that I'll link below).
Many of fluoride’s neurotoxic effects are mediated by increased serotonin.
Pineal gland dysfunction and calcification, which can be mediated by fluoride, has been related to several cognitive disorders such as ADHD, Alzheimer’s and Autism.
Autism is well known to involve high levels of serotonin.
Fluoride has also been linked to ADHD, a disorder commonly attributed to dopamine insufficiency.
This makes sense since it raises serotonin, and dopamine / serotonin have an inverse relationship.
One experiment demonstrated that animals whose mothers were exposed to fluoride in the womb exhibited hyperactive traits,
while animals drinking fluoride after being born were characterized as having cognitive deficits.
There’s also been human association with fluoride exposure and ADHD prevalence.
In humans, administering fluoride:
“Subjects who received concentrated doses of fluoride appear to suffer from what might be termed tunnel vision, paying more attention to the lights on the left side of their visual field
two chemicals found in municipal waters (sodium fluoride and nitrate) produce reliable changes in sensorimotor performance.
It is worth noting that individuals also absorb fluoride when they brush their teeth.”
4. Fluoride lowers IQ
One 2012 review pooled together 27 studies, and all of them found decreases in relative IQ, resulting in an overall decrease of just about SEVEN IQ points.
Since then, at least 15 more studies have shown a negative association between intelligence metrics and fluoride exposure.
This exists even in the "safe" ranges of fluoride.
One study showed a dose-dependent decrease in IQ going from 0.36 ppm (under a third of the WHO limit) to 4.16 ppm (slightly above EPA limit) of fluoride.
Another study looked at prenatal exposure to fluoridated water, and the offspring exhibited a dose dependent decrease in IQ score.
For every half ppm increase in urinary fluoride concentration, a 2.5 point decrease in IQ was predicted!
Public “health” organizations all recommend adding fluoridated water to infant formula,
but even “optimal” levels of fluoride exposure for mothers is associated with a near 10 point drop in IQ in children if they were fed formula with tap water.
The animal and human epidemiological data is consistent in showing that fluoride has negative effects on various aspects of cognition.
This would be sufficient to label other substances (like arsenic and lead) as toxins, but for some mysterious reason, fluoride gets glossed over.
5. The solution
• Don't drink tap water
• Don't cook in tap water
• Don't brush your teeth with fluoride (nano hydroxyapatite is the best alternative)
• Research what bottled waters have low / no fluoride
• Distilled / Reverse osmosis water is clean
• Get plenty of calcium, vitamin A, D, K2 to restructure bones/teeth
• Support mitochondrial function / antioxidant system / gut to repair the damage fluoride has done.
☞ Put on more fat
☞ Lose muscle
☞ Produce less energy
☞ Do so in a more stressful manner
The primary stress hormone, cortisol, actually predicts your perceived age.
In other words, the lower your stress, the younger you appear to other people, and the younger you likely are biologically!
Stress directly promotes the breakdown of
☞ Skin
☞ Hair
☞ Muscle
while promoting the creation of fat mass.
Pregnenolone INHIBITS the release of CRH, the hypothalamic precursor of cortisol.
Prengnolone’s ability to inhibit the release of CRH/CRF is unique, targeting stress at the most basic biological root cause.
Pregnenolone also functionally inhibits the receptor for cortisol.
The "pregnenolone facelift" phenomenon is real.
The production of pregnenolone and its metabolites like DHEA, declines in aging, while the production of stress steroids like cortisol continue to rise.
The ratio of DHEA/Cortisol is one of the best predictors of disease and mortality, and declines with aging.
Pregnenolone also gets metabolized in large quantities to progesterone, which also inhibits CRH release and is a direct antagonist on the cortisol receptors.
Progesterone has GABAnergic effects, which is the key relaxing signaling molecule in the body.
Another compound which pregnenolone largely gets converted into is allopregnanolone, our body’s primary endogenous GABAnergic steroid.
2. Pregnenolone is anti-inflammatory
CRH, independently of cortisol production, also contributes to stress, disease and aging, by initiating inflammation.
Inflammation is uniformly seen in all chronic diseases and in the aging process, as it
☞ Breaks down our tissue
☞ Dampens energy production
☞ Generally makes us feel crappy
Pregnenolone actually degrades the toll like receptors (TLRs) that initiate inflammation in conditions from Alzheimer's disease to IBS.
3. Pregnenolone increases energy
As we age, our mitochondria become:
☞ More susceptible to damage
☞ More fragmented
☞ Smaller
☞ Less effective at producing energy,
☞ More prone to generate free radicals
but pregnenolone allows them to
☞ Produce more energy,
☞ Produce less with oxidative stress
☞ Undergo fusion, when mitochondria come together and become more robust.
The pro-energy effects of pregnenolone have been observed for nearly a century.
Some early studies showed that workers, especially those under stress, subjectively felt better when doing so with pregnenolone.
This anti-fatigue effect was also demonstrated in arthritic patients.
100-500 mg of pregnenolone taken orally has consistently shown an anti-fatigue, cognitive enhancing and anti-stress/anxiety effect.
I'll link the pregnenolone we use ourselves and with clients below.
Perhaps the most noteworthy testimonial:
" 'I didn't have my usual summer recovery from "winter sickness,' during a two week trip I felt perfectly well, but except for that short time I kept getting sicker and sicker (with inflammation of arteries, dental abscesses, asthma, migraines, and colitis).
Lying in bed one day trying to understand what had happened during that two week trip, I remembered that I had used the vitamin E containing a residue of pregnenolone on the trip, but used pure vitamin E after I got home.
I immediately got out of bed and took a pinch of pregnenolone. In about an hour, all of my
symptoms had stopped, and for over a week I was healthy and energetic.
But then I got sick again, and was so distracted by the pain that it was several days before I remembered the pregnenolone. Another pinch had the same dramatic sudden effect.