The FDA has swept these under the rug for decades.
We’re now waking up to the harms of these so-called “safe” ingredients, added to nearly every commercial food.
Let’s talk about it⬇️
The intimate link between food additives and gut health is a complex web we're only just beginning to unravel.
As our diets have evolved to include a myriad of packaged foods, these substances have woven their way into the fabric of our daily consumption.
The FDA classifies most of these ingredients as “generally recognized as safe,” a nice way of saying they get put into the food based on expert opinion with minimal study.
While food additives have long played a role in enhancing flavor, prolonging shelf life, and improving texture, recent studies suggest they may be double agents with hidden agendas in our gut's ecosystem.
Polysorbate 80 and carboxymethylcellulose are absolutely ubiquitous in foods and supplements.
In rodent studies, these emulsifiers cause dysbiotic bacterial overgrowth and support the genesis of COLITIS, i.e inflammatory bowel disease.
Specifically, Polysorbate 80 and carboxymethylcellulose seem to foster an environment ripe for mucus-degrading bacteria, degrading this layer of critical protection and paving the way for conditions like colitis and metabolic syndrome in animals.
Germ-free mice receiving fecal transplants from P80 and CMC-treated counterparts displayed similar microbial disruptions, demonstrating the cause and effect relationship.
Additionally, these substances have been demonstrated to drive a proliferation of inflammation-related pathogenic bacteria when direct contact with human-derived microbial communities is made, with the bacteria invading our mucus layer.
The detrimental effects extend beyond physical health.
P80 and CMC are implicated in altering behaviors.
Female mice, for instance, exhibited antisocial tendencies, while their male counterparts showed increased anxiety levels.
These behavioral changes align with identifiable shifts in the gut bacteria and levels of specific neuropeptides.
This should come as no surprise, the mental health connection to poor gut health is obvious and well understood at this point.
Another familiar food additive, maltodextrin, a thickening agent derived from starch, raises its own red flags.
It has been implicated in impairing gut homeostasis and promoting intestinal disorders, again by promoting the pathogenicity of certain gut bacteria.
Alarmingly, maltodextrin administration in a preterm pig model heightened the incidence of necrotizing enterocolitis, a nasty and severe intestinal inflammatory condition, indicating a potential risk in the most vulnerable patients—newborns.
This is in your baby formula.
More disturbingly, maltodextrin (MDX) triggers a stress response in intestinal goblet cells, diminishing our intestinal mucus production, and sensitizes to inflammatory stimuli.
This paints a worrying picture of its impact on the gut's protective mechanisms.
Artificial sweeteners also don't spare the gut.
These sweeteners, found in numerous diet foods and beverages, are linked to glucose intolerance and gut dysbiosis in animal models.
One study highlighted that prolonged saccharin intake led to glucose intolerance and changes in the fecal metabolites of mice, suggesting that these sweeteners might instigate metabolic disorders through inducing gut bacterial overgrowth.
Concerns extend to sucralose, another artificial sweetener.
Six-month consumption once again induced dysbiosis in mice, contributing to the formation of endotoxin and subsequent liver inflammation, bringing attention to their broader systemic effects.
Disturbingly, artificial sweetener-induced bacterial disruptions correlate with impaired hepatic detoxification mechanisms in prenatally exposed mouse pups, raising serious questions about sweetener’s impact for future generations.
Food colorants, particularly titanium dioxide, are another culprit.
Used widely for aesthetic appeal, their ingestion can cause intestinal inflammation and contribute to dysbiosis, a critical root cause if you’re dealing with any type of lingering gut issue.
The damage from titanium dioxide manifests through altered epithelial barrier permeability, creating unwanted bacterial translocation across the gut into systemic circulation, making this a problem for the entire body.
IBD sufferers also have increased titanium in their blood.
Alarmingly, evidence points toward titanium dioxide's role in the facilitation of colon carcinogenesis upon prolonged exposure, as seen in animal models, signaling a red flag for its presence in our diet.
This is far from a comprehensive look.
Other sweeteners like Splenda, additives like Silica and emulsifiers like the various gums, have shown similar effects.
There are literally hundreds if not thousands of these “safe” food ingredients out there just flying under the radar.
It’s also recently been shown that the ubiquitous food dye, red 40 or Allura Red AC, can cause inflammatory bowel disease outright, you guessed it, by increasing gut serotonin.
This was mediated by inducing dysbiosis and subsequent inflammation in the gut, along with increasing intestinal permeability.
You can read more about serotonin’s impact on your gut here:
In regulatory circles, the FDA and EFSA have been basing food additive approvals on outdated safety testing from the 70s and 80s.
The increasing evidence of food additives’ negative impact on gut health cannot be ignored, with the FDA responding by calculating dietary exposure to emulsifiers and assessing their safety anew.
However, this FDA study has its limitations, looking retrospectively only up to 2010.
The quick pace at which the food industry and additive use are growing means regulations will likely never keep up.
It’s up to you to protect yourself.
If you’re going to buy food with ingredients, at the very least check the label. If something seems like it shouldn’t be in your food, it probably shouldn’t. Better safe than sorry.
Additionally, some of these don’t even make it onto the label at all!
For example, in skim milk, vitamins A and D are added, but they’re fat soluble so they require the addition of emulsifiers, but you won’t find them on the label at all!
This may not seem like a big deal since they are in small quantities, but if you can avoid them I think it is optimal for your long term health.
Throughout my own experience and working with several others with gut problems, this can be a major cause of unexplained problems.
Be careful out there.
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(called VitroCap N)
People taking this supplement had a near 50% improvement in subjective visual discomfort from eye floaters
And they also had a measurable decrease (~50%) in the amount of their eyes that were gummed up by floaters compared to those that didn’t take it.
Eye floaters disappear within 3 months of taking fruit enzymes.
The enzymes contained in pineapple, papaya and fig:
⬩190 mg bromelain
⬩95 mg papain
⬩95 mg ficin
Literally dissolve the floaters away.
After 3 months of eye floater treatment, people who these fruit enzymes:
⬩92% felt “bright”
⬩90% felt better or much better
⬩92% were satisfied
When prior,
⬩80% felt their floaters were very severe
⬩78% had difficulty performing daily activities
Incredible.
Here is a visualization of what the fruit enzymes did.
You don’t need to just live with eye floaters.
Now you may be thinking, that’s great, but can I just eat fruit to get rid of my eye floaters?
Well,
After 3 months of eating 2 pieces of pineapple with lunch
Over 70% of people had reductions in floaters.
Insanity.
IODINE (eye drops) nearly cures eye floaters:
Over 95% of people with floaters saw improvement, regardless of how severe the floaters were.
Unfortunately they do not mention the exact type of iodine eye drop, but this is incredible!
(yes, it’s all in Polish, I translated it)
Nattokinase also eliminates eye floaters.
Studies showed that when injected into the eyes (ouch) of animals, it again breaks down the floaters.
No follow up in people, but given the fact that the fruit enzymes work orally, I wouldn’t be surprised if nattokinase can do the same.
Infrared lasers eradicate eye floaters.
This has been extensively studied, in fact it's the standard treatment right now.
What’s a free way of getting infrared light to your eyes?
That’s right, sunlight!
This is probably a big reason why studies consistently show outdoor time is related to better vision.
What causes eye floaters?
Most of the eye is composed of collagenous protein and carbohydrates (the vitreous body).
That’s why eyes are like jello, they kind of are, jello is just collagen protein in water.
The floaters themselves are detached, broken bits of the vitreous body.
What damages this jello like eye stuff, that causes eye floaters?
Oxidative stress.
The vitreous body is filled with antioxidants to protect it from this.
The most important is VITAMIN C - extremely concentrated in the vitreous body, more so than anywhere else in the body.
But what is the source of the oxidation that causes the vitreous body to degrade, resulting in eye floaters?
The OXYGEN comes from the retina - what actually facilitates vision.
If the eyes do not metabolize the oxygen, it leaks into the vitreous body, resulting in oxidation.
What impairs the metabolism of the eye that results in this oxidation, that ultimately causes eye floaters?
One big one is BLUE LIGHT.
It literally destroys the mitochondria of the retinal pigment epithelium.
Good thing we’re all in blue light and staring at screens 24/7!
I use blue blockers whenever doing lots of computer work, and at night, it’s almost a necessity nowadays.
It sucks, but the cheap ones don’t really do anything, so beware.
I use EMR-Tek, you can get a 15% discount below.
What else helps with eyeball metabolism and thus eye floaters?
You can destroy the retina with a mitochondrial toxin, and this reduces the metabolism in the eye.
Methylene blue can reverse it, preserving the eyes.
(Will link relevant content on MB below)
The eyes are highly dependent on GLUCOSE aka carbohydrate.
INSULIN actually enhances glucose metabolism in the eyes
And thus it prevents the death of the rods & cones that facilitate vision.
The metabolism in the eye is highly dependent on derivatives of vitamin B3.
In fact, giving eyes a metabolite of B3 (NMN):
⬩Restores metabolism in the eye
⬩Prevents oxidative stress
⬩COMPLETELY prevents death of retinal cells
A visual powerhouse!
It has been shown for over half a century that deficiency in vitamin A destroys vision.
Vitamin A is what ends up absorbing all of the light and allows us to SEE.
Not enough vitamin A and the whole eye comes crumbling down.
(more on vitamin A below)
Pharma companies are in the process of targeting metabolism to treat various visual diseases.
One of the ways they are doing this is by lowering INFLAMMATION.
The key sources of systemic inflammation in the body are:
Some other vital factors that support the antioxidant system in the eyes:
⬩Protein, especially glycine for glutathione
⬩Copper
⬩Manganese
⬩Keeping iron in balance - excess can lead to oxidative stress.
⬩VITAMIN B2
⬩ZINC
⬩SELENIUM
⬩TAURINE
Here's how it is the root cause, and what I would do if I had cancer:
(NOT MEDICAL ADVICE)
A key idea here is that most cancer “treatment” is just killing cells indiscriminately.
My approach would be root cause oriented - focusing on metabolism at the core.
The Warburg Effect is the propensity for cancer cells to metabolize glucose (carbs) into lactate,
instead of fully oxidizing it to produce energy or for other purposes.
Excess lactate production:
⬩Increases immunosuppression
⬩Drives inflammation
⬩Increases acidity in the tumor
All main drivers of cancer.
When you restrict carbs, levels of free fatty acids rise - the fat comes out of your fat tissue and into the blood.
Free fatty acids directly block the full oxidation of glucose and instead encourage the formation of lactic acid.
Free fatty acids (FFA) are high in cancer.
Copper is an essential mitochondrial nutrient, and its levels directly influence the differentiation of cells.
In other words, without sufficient energy production, your cells will not be able to turn into the right types of cells.
They will instead turn into cancer cells.
Thiamine and vitamin B1 analogues have shown promise as an anti-cancer tool in animals, as it corrects this metabolism by supporting the conversion of glucose away from lactic acid.
Warburg found that restricting B1 could induce cancer.
Methylene blue can also reverse the Warburg effect, and was shown to improve brain cancer.
Thyroid hormone is incredibly important here as it accelerates the entire metabolic chain, and recently was shown to transform cancer cells back into healthy cells.
CoQ10 is an important part of the mitochondria too.
It is often low in people with cancer.
Supplementation reverses the Warburg effect, correcting metabolism and improving cancer.
Vitamin K2 also is important in the mitochondria, and reverses the Warburg effect (cancer metabolism).
It also has shown anti-cancer promise.
Coffee & thyroid hormone are also uncouplers - compounds that allow the mitochondria to keep churning through energy by releasing heat.
Uncouplers were recently shown to reverse the Warburg effect & improve cancer.
These metabolic processes are intertwined with several other features of cancer:
One huge issue with inflammation in cancer is that it directly activates the adrenal axis, in other words STRESS or cortisol.
This is a self enforcing system, as stress hormones break down our tissues - driving an immune reaction (inflammation).
Stress also contributes to cancer by:
• Increasing free fatty acids (will explain later)
• Catabolizing muscle - which drives a lot of cancer death
• Suppressing immunity
Some anti-stress measures I would consider:
• Pregnenolone
• Progesterone
• Magnesium
• Plenty of carbohydrate, calories, salt
Again, I have a stress masterclass below that I'll link if you want to lower stress by all means necessary.
3. Immune suppression
Seemingly paradoxically, inflammation can be high while immunity is low.
The immune system is vital for clearing out cancerous cells.
But when the immune system is suppressed, cancer flourishes.
Most important immune supportive nutrients:
• Vitamin A
• Zinc
• Vitamin C
• Vitamin D
These nutrients support the proliferation & differentiation of immune cells.
These are also vital for the cancer-killing properties of immune cells.
High dose Vitamin C has been shown to drastically improve cancer outcomes in humans.
High Vitamin D levels are consistently tied to better cancer outcomes.
I would support immunity and bolster my chances.
4. Oxidative stress
Besides exogenous cancer causing chemicals, our bodies produce free radicals (ROS),
which can damage our DNA and spark the cancer process.
This oxidative stress also drives inflammation & growth.
The most important antioxidant supporting nutrients:
• E
• C
• Glycine
• B2
• Zinc
• Copper
• Selenium
• Carnosine
• Iron
I would also utilize foods like fruit (juice), honey, mushrooms and coffee for their antioxidant properties.
Another KEY driver of oxidative stress is excess iron.
While we certainly need iron, we can also easily get too much of it, or mishandle it in the body.
Iron can “rust” & drive oxidative stress.
Iron chelators are often protective against cancer experimentally.
The best way to lower iron is to give blood.
I've written about the cancer preventative properties of blood donation previously, which I'll link below.
IP6, or phytic acid, is found in grains or as a supplement and also chelates iron.
Lactoferrin is a personal favorite of mine, binding up excess iron and preventing inflammation and oxidative stress.
5. Growth hormones
We have some hormones that drive growth, that, when chronically elevated, are liable to cause cancer.
• Insulin
• Estrogen
Are two of the primary ones.
Insulin becomes elevated chronically with insulin resistance, which I've written about at length. I'll post that in the replies below.
Estrogen is a group of chemicals, well known to induce growth.
Many endocrine disruptors in things like:
• Plastic
• Drugs
• Personal care products
• Cooking materials
• Clothes
& more are estrogenic, and can cause cancer.
Estrogens are also produced by the fat tissue.
Inflammation & obesity increase aromatase activity, meaning you produce more estrogen.
Limiting seed oils would be vital since they drive obesity + inflammation.
Vitamin E prevents some of the inflammation and is anti-estrogenic.
Tools to lower / oppose estrogen:
‣ Saturated fat
‣ Vitamin A
‣ Vitamin D
‣ Vitamin E
‣ Progesterone
‣ Aspirin
‣ Vitamin B2
‣ White button mushrooms
‣ Insoluble fiber (raw carrot)
‣ Naringin, naringenin, apigenin (citrus fruits)
The gut is also a driver of high estrogen.
‣ Serotonin, released during gut inflammation, stimulates aromatase
‣ Estrogens are excreted through the gut, bacteria can re-activate estrogen
Estrogen excretion can be enhanced with insoluble fiber or activated charcoal.
The primary anti-estrogenic hormone is progesterone.
Progesterone prevents cancer, while synthetic progestins, which are estrogenic, can cause it.
Natural progesterone decreases risk by over 20%.
Breast and colon cancer risk significantly drop.
I'll link my writing on progesterone below.
6. Epigenetics
Basically, this is the chemical & reversible modification of your genes.
It's especially important in cancer as many of these genes control metabolism, immunity, growth & proliferation.
DNA is over-methylated, & the histones that DNA is wrapped in are under-acetylated in cancer.
These dampen the expression of genes: some regulate growth, others necessary for differentiation.
If you can’t express your genes properly, you won’t become you.
You will get cancer.
Acetylation "opens up" the genes to be used, methylation prevents the DNA from being used.
Some anti-cancer drugs are histone deacetylase inhibitors - which keep acetyl groups on these proteins,
and DNA methyltransferase inhibitors - prevents the methylation of DNA.
I would try to pump up my acetylation and tone down my methylation of genes.
Vinegar would be a top prospect to use as an acetylating agent, since it is largely acetic acid, and has been shown to acetylate histones when taken orally.
Consequently, it has anti-cancer properties and promotes differentiation.
I'll link my post on how vinegar works in this regard below.
Excess methyl groups come from the amino acid METHIONINE - which is high in muscle meat but low in collagen.
Methionine restriction in the diet has been studied as an effective tool for cancer.
Collagen also has lots of glycine.
Glycine is the body's way of buffering excess methylation.
So I would definitely be having bone broths, collagenous meats like oxtail and shanks, very regularly.
As it turns out, glycine has anti-cancer properties as well.
When metabolism is not working properly, it actually drives the epigenetic changes seen in cancer.
For example, when mitochondrial function is poor cells produce a compound called 2-hydroxyglutarate.
This compound directly drives hypermethylation / hypoacetylation.
7. Acidity
The pH of tumors is well known to be acidic.
This acidity drives inflammation & suppresses anti-tumor immunity, and contributes to insulin resistance.
The higher acidity of the tumor, the more liable it is to spread and kill you.
To combat acidity, yes, I would use baking soda.
Animal studies have shown that oral baking soda inhibits acidity in tumors and its subsequent metastasis.
I might even take some baking soda baths.
I'll link to more on baking soda below.
8. Hypoxia
This is the poor oxygen delivery in tumors.
The principle determinant of oxygen delivery is actually the amount of carbon dioxide in your body.
It displaces oxygen and gives it up to your cells.
CO2 therapies can be anti-cancer.
Ways to increase CO2 I would consider:
⬩CO2 Baths / tank
⬩Bag breathing
⬩Vitamin B1
⬩Eating enough carbs (produces more CO2)