Sulfites Kill Beneficial Bacteria According to New Study

The first scientific study to test the effects of food preservatives on beneficial bacteria has been published, and the results do not bode well for our health. Researchers from the University of Hawai‘i Maui College have found that sulfites in food preservatives, generally recognized as safe for consumption at levels of 5000 ppm (parts per million) or less, killed or inhibited the growth of beneficial bacteria at levels of 3780 ppm or less. In the words of lead researcher Dr. Sally V. Irwin,

Studies show a significant increase over the past 40 years in food allergies, obesity, and metabolic disorders that have a direct correlation to disbiosis, or changes in the microbiome…In trying to understand what in our environment may be causing this change, the use of many food preservatives and their effects on beneficial bacteria came to mind.”

What They Found

Sulfites are a food preserver found in dried fruits, wine, beer, bottled lemon and lime juices, processed meats, canned goods, and occur naturally in sauerkraut and its brine. Common sulfites include sulfur dioxide, potassium bisulfite, sodium sulfite, and sodium bisulfite. They are frequently used to stop fermentation, which is why they are most commonly associated with fermented beverages like wine.

Related: The Gut-Brain Connection – How it Affects Your Life

For this study, researchers chose four known beneficial bacteria, Lactobacillus species casei, plantarum and rhamnosus, and Streptococcus thermophilus, and tested their reactions to two different preservatives, sodium sulfite and sodium bisulfite. The sulfites were in concentrations from 10 to 3780 ppm and exposed to the bacteria for six hours. After only two hours of exposure to sulfites concentrated at 250-500 ppm, all four types of bacteria tested showed no increase or a substantial decrease in cell numbers when compared to the sulfite-free control.

Related: Candida, Gut Flora, Allergies, and Disease

These results should not be surprising, as this is what sulfites are designed to do. They are added to stop fermentation, the development of bacteria. Many modern innovations do what they are designed to do, but there is often a resistance to believe that what they do could also be harmful. Antibiotic-resistant superbugs are on track to kill more people than cancer by 2050, a result of our indiscriminate love affair with antibiotics, that miracle of modern medicine.

The Implications

This is a preliminary study in that its subjects are lab-grown bacteria and were exposed to the sulfites for a fraction of the time that occurs during real-world digestion. Yet the damage to that beneficial bacteria was clear.

Related: Gluten, Candida, Leaky Gut Syndrome, and Autoimmune Diseases

We depend on our beneficial bacteria. Without it, we are more vulnerable to serious infections, autoimmune disease, obesity, and numerous other damaging health conditions. This study solidly links what is in our food with one of the most serious health issues we face – the decline of our gut microbe diversity. It’s also the only study directly dealing with the effect of food additives on beneficial bacteria.

But there used to be one guy talking about the damage antibiotics do. Now we have a wealth of information confirming just how much damage messing with the gut microbiome can do.

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New Study Reports Pesticides In Conventional Produce Lowers Fertility

The study involved 325 women who went to a fertility clinic in Boston. Data on their eating habits and pregnancy outcomes were examined by researchers. The findings showed women in the study who ate fruits and vegetables with higher levels of pesticide residue impaired their ability to get pregnant and sustain pregnancy.

Women in this study were participating in the Environment and Reproductive Health Study. The objective was to identify determinants of fertility among couples studied at the Fertility Center. Variables were considered, including smoking, diet habits, and supplement intake. Researchers concluded:

“…intake of high–pesticide residue [fruits and vegetables] was associated with lower probabilities of clinical pregnancy and live birth among women undergoing infertility treatment.

Related: Dicamba – The Herbicide Monsanto is Promoting to Replace Roundup’s Glyphosate

They report that their findings are consistent with animal studies that have shown low-dose pesticide ingestion likely causes adverse effects to fertility.

We already knew that women occupationally exposed to pesticides and women exposed to pesticides used in agriculture by virtue of living in or near agricultural production areas experience greater risk of infertility, pregnancy loss and other adverse reproductive outcomes.” – Dr. Jorge Chavarro of the Harvard T.H. Chan School of Public Health and Brigham and Women’s Hospital in Boston.

Women in the study were 35 years old on average. Most were white and had at least a college education. They all underwent fertility treatments between 2007 and 2016.

Researchers estimated that replacing a single serving day of produce containing high levels of pesticide residue with a different, lower-pesticide option could increase pregnancy odds by 79 percent, and increase the chances of a live birth by 88 percent.

Recommended: You Need Sulforaphane – How and Why to Grow Broccoli Sprouts 

Women in the study were 35 years old on average, typically white, and they had at least a college education.

Dr. Chavarro stated that the study is the first to show that low doses of pesticide residue in conventionally grown fruits and vegetables can have adverse health effects. He also stated that washing produce does not reduce pesticide exposure, and buying organic fruits and vegetables makes sense for foods that typically have high levels of pesticide residue.

Pesticide Levels In Produce

The environmental working group puts out a list of the worst offenders and the better choices for conventional produce, helpful to those on a budget or who don’t have access to enough organic produce. The * indicates the item may be genetically modified. And don’t forget, grow your own!

Related: How to Regrow Your Favorite Herbs and Save Lots of Money

EWG’s Clean Fifteen

  1. Sweet Corn*
  2. Avocados
  3. Pineapples
  4. Cabbage
  5. Onions
  6. Sweet peas frozen
  7. Papayas*
  8. Asparagus
  9. Mangos
  10. Eggplant
  11. Honeydew Melon
  12. Kiwi
  13. Cantaloupe
  14. Cauliflower
  15. Grapefruit

EWG’s Dirty Dozen

  1. Strawberries
  2. Spinach
  3. Nectarines
  4. Apples
  5. Peaches
  6. Pears
  7. Cherries
  8. Grapes
  9. Celery
  10. Tomatoes
  11. Sweet bell peppers
  12. Potatoes
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Too Much Sugar Can Lead to a Higher Risk of Cancer – Study Confirms

A nine-year study by scientists in Belgium found that excess sugar consumption stimulates tumor growth and increases your risk of cancer. Scientists focused on the Warburg Effect, a phenomenon where cancer cells consume glucose and turn it into tumor-feeding lactic acid. According to one of the study’s researchers, Professor Johan Thevelein:

Our research reveals how the hyperactive sugar consumption of cancerous cells leads to a vicious cycle of continued stimulation of cancer development and growth. Thus, it is able to explain the correlation between the strength of the Warburg effect and tumor aggressiveness. This link between sugar and cancer has sweeping consequences. Our results provide a foundation for future research in this domain, which can now be performed with a much more precise and relevant focus.”

Related: Healthy Sugar Alternatives & More

The study used yeast cells to examine the connection between Ras protein activity and the sugar metabolism in yeast. Ras proteins send important signals controlling growth between cells, and mutated versions of these genes are frequently found in tumors. In this study, excess sugar caused the yeast tested to produce overactive Ras proteins.

Professor Thevelein summarized the study,

The main advantage of using yeast was that our research was not affected by the additional regulatory mechanisms of mammalian cells, which conceal crucial underlying processes. We were thus able to target this process in yeast cells and confirm its presence in mammalian cells. However, the findings are not sufficient to identify the primary cause of the Warburg effect. Further research is needed to find out whether this primary cause is also conserved in yeast cells.”

Related: Gluten, Candida, Leaky Gut Syndrome, and Autoimmune Diseases

Too much sugar can increase your risk of cancer and promote tumor growth. This sugar is being consumed through any variety of foods. You could then be forgiven for assuming that a diet with too much sugar is more likely to cause cancer. Yet the Mayo Clinic places that idea firmly in the cancer myth column, which brings up an important question.

Related: Cure Cancer Naturally

As more research confirms that our health is first and foremost a direct product of what we eat, will our current food and medical system be able to acknowledge that before it’s too late?

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Climate Change Causing Less Nutrition, More Sugar In Our food

How Excess Carbon Dioxide Diminishes Nutrients in Plants

Our food system has become a game of Jenga, and we’re running out of blocks to pull from the bottom. Disease and challenging growing conditions threaten popular foods like coffee, chocolate, bananas, and wheat. Bees, nature’s perfect pollinator, are stressed and disappearing rapidly. Plants are also less nutritious, thanks to climate change.

Climate change leads to more carbon dioxide in the environment. Plants enjoy the extra food, growing more quickly, but they are unable to sustain that growth. Too much carbon dioxide affects the amount of macro and micronutrients that in plants. What we eat contain fewer nutrients than ever before due to their “junk food” diet. Do we need to put plants on a low-carb diet?

The Deets

Scientists know that foods are less nutritious than they used to be but previously attributed that discrepancy to modern agriculture’s preference for higher yield crop varieties. Irakli Loladze, a mathematician studying the effect of CO2 on pants for 15 years, finds that climate change has an equal or greater effect on plant health and nutrition content.

Every leaf and every grass blade on earth makes more and more sugars as CO2 levels keep rising…We are witnessing the greatest injection of carbohydrates into the biosphere in human history―[an] injection that dilutes other nutrients in our food supply.”

How diluted are we talking here? A 2017 research paper estimated that by 2050, many of the staple crops we rely on like rice, wheat, barley, and potatoes will lose 7.6%, 7.8%, 14.1%, and 6.4%, of their protein, respectively. This is devastating news for countries that rely on those crops for protein. Eighteen countries could lose more than five percent of their dietary protein, and 148.4 million people will also be at risk.

Plants are also losing many of the essential micronutrients we need. One in three people is deficient in zinc. The concentration of calcium, magnesium, potassium, zinc, iron, and other minerals in the food we eat has by 8% because of rising carbon dioxide. Scientists and climate deniers alike agree the amount of CO2 in the atmosphere is still growing. Will we be able to counter the effects that has on the food we eat?

https://www.youtube.com/watch?v=igLaQ4Gi_0Y

No Easy Solutions, No Quick Fixes

Farming takes time, and results from changes are not always apparent. A new crop takes 15 to 20 years to arrive in stores. Other potential fixes like mass scale composting or reducing carbon dioxide in the air are also time-consuming processes. The well-being of the food we eat and our food system are deteriorating in a world where fewer people have the resources to produce their own food. Are we at the point where we are unable to stay healthy through food alone? Only time will tell…yet it’s the biggest unknown in this entire equation.

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Safe Fish to Eat and the Fish to Avoid

We’ve always been told fish is a nutritious choice, a good source of lean protein and healthy fats. But is it still a good choice today? Whether we choose cooked fish or sushi in a restaurant, we buy our fish at the market, or we hook a worm and catch our own, it may not be healthy or safe to eat. And if we bought it, we may be a victim of seafood fraud.

Fishy Bait and Switch Schemes

Seafood fraud is serious business. Oceana has found that, on average, 1 in 5 samples of seafood is mislabeled at every sector of the supply chain. In other words, there is a 1 in 5 chance that the fish you buy at a restaurant or market may not be what you thought you were buying. Chances are, it may not be what they thought they were buying, either.

Oceana reports, “Asian catfish, hake, and escolar were the three types of fish most commonly substituted. Specifically, farmed Asian catfish was sold as 18 different types of higher-value fish.”

This isn’t just a scam that affects your pocketbook; it may affect your health. “More than half (58 percent) of the samples substituted for other seafood posed a species-specific health risk to consumers, meaning that consumers could be eating fish that could make them sick.”

In April 2017, George Washington University published their findings from testing the fish from 6 popular Washington D.C. restaurants. They discovered 1 in 3 samples were not what they claimed to be.

Fish substitution is not only a racket to sell a lower priced fish at a higher price, it is also a means to sell illegally caught endangered fish.

Related: 5 Tons of GM Fish Sold for Human Consumption (And only the producer knows where they are)

Radioactive Fish

Yes, you can find articles claiming that we are being poisoned by radioactive fish, but the sources are… questionable. But then again, can we trust the FDA when they say we are not in danger? The following is a response to a direct inquiry.

“To date, FDA has no evidence that radionuclides are present in the U.S. food supply at levels that would pose a public health concern. This is true for both FDA-regulated food products imported from Japan and U.S. domestic food products, including seafood caught off the coast of the United States. Consequently, FDA is not advising consumers to alter their consumption of specific foods imported from Japan or domestically produced foods, including seafood. FDA continues to closely monitor the situation at and around the Fukushima Dai-ichi facility, as it has since the start of the incident and will coordinate with other Federal and state agencies as necessary, standing ready to take action if needed, to ensure the safety of food in the U.S. marketplace.”

So we are eating radioactive fish, but the contamination is at such a low level we don’t need to worry? Ah, okay…

Old McDonald Had a Farm…

Think of everything you’ve ever read or seen about the horrors of factory farming with pigs, chickens, and cows and imagine it’s worse for fish – much worse. Half of the fish consumed today are raised in aquafarms under horrific conditions of extreme overcrowding and filth. Some fish are genetically modified to accelerate growth. Hormones are injected to change reproduction. Antibiotics are added to the water in some countries. Fish that normally eat plants are fed fish and fish oils.

There is a high mortality rate among farm-raised fish. A high percentage of the fish are deaf or blind. Parasitic infestations are common. PETA reports, “Sea lice, for example, eat at the fish, causing their scales to fall off and creating large sores. In severely crowded conditions, these parasites often eat down to the bone on fish’s faces, resulting in what is sometimes called a “death crown.”

So, we are not only looking at genetic modification, disease, hormones, antibiotics, filth, starvation, genetically modified feed, and inhumane treatment, we also color fish. Salmon have artificial coloring added to their feed that changes the color of their flesh. Farm raised salmon are not naturally pink. They are gray. Chemicals are added to their feed to cause their flesh to turn pink. So we are also ingesting those chemicals when we eat farm-raised salmon. Bon appétit!

Related: Genetically Modified Salmon Is On Its Way To Your Store

The Mercurial Rise and More

The level of mercury in fish remains a serious health concern. We are warned to avoid certain fish. Scientific American lists the following as carrying “proportionately large mercury burden.”

  • bluefin tuna
  • walleye
  • king mackerel
  • marlin
  • bluefish
  • shark
  • swordfish
  • wild sturgeon
  • opah
  • bigeye tuna

Other fish that are “Also of concern, but to a slightly lesser extent” are:

  • orange roughy
  • Chilean sea bass
  • blue crab
  • lingcod
  • Spanish mackerel
  • spotted seatrout
  • wahoo
  • grouper
  • snapper
  • halibut
  • tile fish
  • rock fish
  • sable fish
  • blackfin, albacore, and yellowfin tuna.

Top level predators in the fish world accumulate mercury due to longevity and a constant diet of smaller, mercury laden fish. Concentrations in fish can be 1-10 million times higher than the mercury concentration in the water.

The Environmental Defense Fund tells us, “The problem of mercury-contaminated fish is widespread. According to the EPA’s National Listing of Fish Advisories:

  • Mercury advisories increased 95% between 2003 and 2010 (from 2,362 to 4,598). This is largely due to greater monitoring, not necessarily greater pollution.
  • All 50 states currently issue mercury advisories.
  • As of 2010, almost 18 million lake acres and approximately 1.4 million river miles were covered by some type of consumption advisory.
  • Currently, 28 states have statewide mercury advisories in freshwater lakes or rivers, and 19 states have statewide advisories for mercury in their coastal waters.”
Related: Top 5 Foods that Detox Heavy Metals and Toxins – With Protocol

The EPA says, “The 2011 total of 4,821 advisories covers 42% of the Nation’s total lake acreage and 36% of the nation’s total river miles.” But the EPA tells us mercury is not the only contaminant causing concern. “Ninety–four percent of all advisories in effect in 2011 involved five bioaccumulative chemical contaminants: mercury, PCBs, chlordane, dioxins, and DDT.” Remember these facts are 6 years old. How much worse is it now?

What Fish Should We Eat?

If you choose to eat fish, which fish should you choose? Clearly, this should be a simple question with an agreed upon list – but it isn’t. If you search through article after article on the Internet, zeroing in on trusted sources, you will still find widely varying lists. Although it is common knowledge that tuna is high in mercury, you will find tuna on many of these lists along with shellfish (the scavengers of the sea), and varieties of farm raised fish.

The most agreed upon healthy choices are:

  • Alaskan salmon (wild caught)
  • Cod
  • Mackerel (though Spanish Mackerel is on the “also of concern” list)
  • Sardines
  • Herring

We advise taking the time to research. Fish is not the same from one store to another. Look into the sustainability and health issues with each source.

Also: Seafood & Mercury – What’s Safe To Eat & What’s Not

Pollution is the Key

We can hook that worm or cast the perfect fly to catch a fish from a crystal clear lake or flowing stream. But we’d better check the local advisories before we eat it. There’s a good chance we’ll be advised to limit how much we eat or to avoid feeding our catch to pregnant women, small children, or the elderly.

It’s a no brainer. If we continue to pollute the water, we continue to pollute the fish. Although you’d never know it based on our current behavior, our oceans are not a dumping ground. If we continue to burn fossil fuels, we will continue to pump mercury into the air. Mercury will fall to the ground to contaminate the earth and our water. If we continue to use toxic chemicals that run off into our waterways, they will come back to us full circle through our food chain.

We have choices to make. Let’s make the right ones. For now? Be careful of the fish you choose to eat.

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The Top 10 Supplements You Can Use To Reverse Polycystic Ovary Syndrome

PCOS is a little-known disorder that has been plaguing 10% of women with infertility for decades. What does PCOS mean?

PCOS stands for Polycystic Ovary Syndrome, and it causes many unpleasant symptoms for women. For example, women with PCOS will have one or more of the following symptoms:

  • menstrual irregularity
  • excess hair growth on the face, chest, and back
  • thinning hair or hair loss from the scalp
  • mood swings
  • depression
  • acne
  • obesity
  • loss of sex drive
  • infertility

Luckily, each symptom is related to the same cause, which means that this disorder may be reversible.

Related Reading: Holistic Guide to Healing the Endocrine System and Balancing Our Hormones

What Causes PCOS?

PCOS is the result of insulin levels being too high for too long. In women, high insulin levels trigger the production of androgens like testosterone and increase free testosterone and DHT levels. This turns off fertility and causes most of the symptoms of PCOS.

Genetics also play a significant role in the development of PCOS. Most women who develop the disorder inherited genetic variants that increase the likelihood of developing insulin resistance. However, this does not mean that you are doomed to get PCOS if insulin resistance and infertility runs in the family.

Must Read: How To Reverse The Number One Cause of Infertility – PCOS

Diet, exercise, and stress play the most prominent role in determining whether you develop PCOS or not. If you are a woman who overfeeds on calories and sugar, spends most of your time sitting, and stresses yourself out about life, then you will probably develop PCOS. On the other hand, eating plenty whole plant foods, restricting sugar, exercising daily, and reducing stress (with meditation and quality sleep) will turn off PCOS and turn on fertility.

Oops, did I go over that too quickly? No need to go over it again. Just read below for a quick overview of the ideal PCOS reversing diet and lifestyle.

An Overview of the Diet and Lifestyle that Helps Reverse PCOS

Here’s a simple breakdown of what you should do if you have PCOS:

  • Limit sugar and carbohydrate intake
  • Eat high-fiber, low-carbohydrate vegetables with each meal
  • Eat enough calories to achieve your ideal weight (use MyFitnessPal to assist you with that)
  • Exercise for at least 30 minutes every day
  • Meditate every night before sleep
  • Make sure you are getting 7-9 hours of sleep every night

This diet and lifestyle address PCOS from many different angles, but some of you may need some extra help. This is when supplements can save the day.

The Top Ten Natural Supplements That Help With PCOS

There are plenty of supplements that can help reverse PCOS is many different ways, from reducing testosterone levels to improving insulin resistance. So, without further ado, here are the ten best supplements that help with PCOS:

1. Flax Seeds

Flax seeds are known to increase sex-hormone binding globulin levels and reduce androgen and insulin levels, making it an ideal supplement for women with PCOS.

Here are some ways to add flaxseeds to your diet:

  • Put them on top of a salad
  • Blend them into your smoothie
  • Make a seed and nut butter snack by grinding a couple of tablespoons of flax seeds and nuts into a powder and mixing in some melted coconut oil, stevia, and cinnamon.
Related: Nut Butter – The Bad, The Good, and How to Make it Better

2. Cinnamon

Many studies suggest that cinnamon helps reduce insulin resistance and restore ovarian function in women with PCOS. To get these benefits, ½ to 1 teaspoon per day is all you need.

Related: Cinnamon – Ceylon Vs Cassia, Health Benefits, and Other Interesting Facts

3. Vitamin B9

For women who want to get pregnant, vitamin b9 is essential. To improve fertility, researchers suggest that women who are at a healthy weight should take 400 micrograms of folic acid (one of the many forms of vitamin b9), and obese or overweight women should take 5 mg of folic acid.

However, it is best to supplement with a b-complex that contains all of the b vitamins. You may also feel better by supplementing with b complex that has a more natural form of Vitamin B9 (folic acid isn’t and may cause problems for some). L-methylfolate and 5-methyltetrahydrofolate (5-MTHF) are the most effective form of the vitamin.

4. Apple Cider Vinegar

Apple cider vinegar has been shown to increase insulin sensitivity in several studies, including a trial in women with PCOS. In this trial, seven women with PCOS took one tablespoon of apple cider vinegar per day. After 40 days, four of the women resumed ovulating, and six experienced a measurable reduction in insulin resistance.

For best results, consume 1-2 tablespoons per day. However, this doesn’t mean you have to take shots of pure vinegar. Use apple cider vinegar as the vinegar for your salad dressings instead.

Related: Health Benefits of Apple Cider Vinegar & How to Make Your Own

Also, check out Mother Earth Organic Root Cider

5. Magnesium

Magnesium deficiencies are the second most common deficiency in developed countries. Magnesium is important for women with PCOS because it improves insulin sensitivity and decreases nerve excitability, leading to less stress, tension, and PCOS symptoms.

When it comes to magnesium supplements, magnesium citrate is most popular. It’s well absorbed but may have a mild laxative effect in some sensitive people. For the people who experience discomfort from taking magnesium citrate, magnesium bisglycinate is the best option.

Regardless of which supplement you choose, make sure you are getting around 310 mg of magnesium per day (if you are a woman).

Related: Homemade Calcium and Magnesium

6. Zinc

Zinc is essential for the functioning of enzymes, hormones, and the immune system. A deficiency in zinc can cause a hormonal imbalance and make PCOS worse, while zinc supplementation can reduce some of the symptoms of PCOS.

This was confirmed in one study that found that zinc was able to reverse facial and chest hair growth in women with PCOS. Aim for 50 mg of elemental zinc per day.

7. Inositol

One of the most well-studied PCOS supplements is inositol, a sugar alcohol chemical compound found in healthy foods like citrus fruits, cantaloupe, and leafy greens.

Multiple studies have shown that inositol supplementation may improve insulin resistance and decrease male hormones in the bloodstream. Inositol also promotes ovulation and fertility.

All it takes is a dose of 1,200-2,400 milligrams per day for inositol to significantly improve PCOS symptoms.

8. Chasteberry (commonly known as Vitex)

Chasteberry helps lower prolactin levels. Three randomized control trials have found that it can help women with oligo/amenorrhea and infertility. However, some women with PCOS may not benefit from taking chasteberry if their prolactin levels are within normal ranges.

9. Reishi Mushroom

Reishi mushroom can help reduce stress levels and inhibit 5-alpha reductase, an enzyme that converts testosterone to dihydrotestosterone. There are no studies on the effects that reishi mushroom has on women with PCOS, but its ability to inhibit the production of DHT and reduce stress make it a promising supplement for PCOS.

10. Berberine

This compound is found in herbs like goldenseal, barberry, and Oregon grape root, and it may be the most effective of all the supplements in this list.

In one impressive study, berberine was found to reduce insulin resistance as effectively as metformin, a medication frequently prescribed for PCOS. Berberine also led to slightly more belly fat loss and lower levels of free testosterone than an equivalent dosage of metformin. Simply put, this natural compound is more effective than metformin — one of the most prescribed PCOS medications.

The recommended dose for berberine is 500 mg taken 2-3 times per day. Try taking it with milk thistle or coconut oil for best results because they may increase the absorption of berberine.

Editor’s Note:

Eliminate wheat, eliminate candida, and consider progesterone (I particularly like this Progesterone Plus with black cohosh and chasteberry) – but if the wheat and candida are eliminated you shouldn’t need progesterone (or any of the other aforementioned supplements).

Best Supplements To Kill Candida and Everything Else You Ever Wanted To Know About Fungal Infections

The Takeaway

Polycystic ovary syndrome (PCOS) is a common disorder that causes symptoms like acne, male-pattern baldness, mood swings, weight gain, fatigue, and infertility. Fortunately, you can reverse PCOS with the right combination of a plant-based low-carbohydrate diet, exercise, sleep, and meditation.

If you are struggling with the new diet and lifestyle, you can take various supplements that will help. By supplementing with magnesium and Reishi mushroom, you can relieve stress that may be making PCOS symptoms worse. Inositol, zinc, apple cider vinegar, cinnamon, flax seeds, and berberine are other natural dietary supplements that can help improve your health and PCOS symptoms more quickly as well.

Throughout the process of reversing PCOS, make sure you consult with your doctor and check your hormone levels to see how you are progressing.

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Stop Eating Like That and Start Eating Like This – Your Guide to Homeostasis Through Diet

I have worked with many doctors, health coaches, nutrition consultants, and other various health professionals who are baffled with a client’s inability, or their own inability to get over certain health issues. Ninety-nine percent of the time, the problem is sugar. We eat so much sugar! But it’s not just sugar. If you’re struggling with your health, and you feel like you’ve learned so much about health but still are unable to reach homeostasis, take a look at these common mistakes people make with their diet.

Contents

Juice

The sugar within a whole apple will not feed pathogenic gut flora or spike most people’s blood sugar when eaten as an apple. Apple juice, on the other hand, is a refined sugar. Juicing removes fruit sugar from its natural state, which is inside the fruit, surrounded and bound with fiber. If the juice gets hot enough the enzymes are getting destroyed too.

Must Read: How To Heal Your Gut

How to Juice For Health

Use a slow juicer to preserve enzymes and other delicate nutrients. Drink immediately; don’t store it. Use vegetables and herbs. This will not be that refreshing burst of sweetness fruit juicers are accustomed to.  Spinach, lettuces and other lighter leafy greens make for a pretty easy transition. Kale, cabbage, and collards can be difficult to work with (or drink) depending on the juicer and their palate. Try adding them in slowly. Personally, I cannot make collard work to save my life, but I’ve grown accustomed to kale and spinach.

Related: How to Optimize Curcumin Absorption – With Golden Milk Tea Recipe

Cayenne, turmeric, garlic, ginger, and cinnamon are a healthy juicer’s best friend. The herbal antimicrobial properties and some other factors help balance out the effects of the sugars from juicing.

Related: The Best Juicer

Wheat

The food pyramid is not our friend. Meat and grain industries have influenced dietary regulations for decades. How a food pyramid is done right depends on whether one is vegan, a raw foodist, or an omnivore, but the commonality is raw vegetables as the base for a balanced diet.

Related: How to Optimize Curcumin Absorption – With Golden Milk Tea Recipe

Grain has been consumed for thousands of years, but modern wheat is making people sick. There are a few likely reasons for this, including genetic engineering through hybridization (not to be confused with GMOs), glyphosates, unnatural harvesting practices, and the way we handle the modern processing that make the food products. Many who cannot consume wheat are able to eat spelt, Kamut, Einkorn, and some other ancient grains that contain gluten, but anyone with severe gluten issues would be wise to stay away from all wheat and gluten until the gut is balanced and healed.

A proper food pyramid would have raw herbs and vegetables as the most important items, with cooked vegetables and herbs being shown as the second most beneficial, with fruit following close behind. Meat and grains are not necessarily bad for you, but they don’t do nearly as much to heal the body (unless you’re severely deficient in nutrition). Cooked vegetables, meats, and grains have many benefits and can help sustain and build our body, but raw fresh produce and herbs produce the best ecosystem in our gut which equates to a healthy body.

Gluten-Free Grains and Grain Substitutions

  • Amaranth is an ancient grain that is very easy to absorb and assimilate and is rich in protein, as well as calcium, iron, magnesium, phosphorus, and potassium. It’s also the only grain that has been documented to contain vitamin C.
  • Buckwheat is technically not a grain; this fruit seed is related to rhubarb and sorrel. It’s a good source of antioxidants, fiber, manganese, magnesium, and tryptophan.
  • Corn can be problematic for those dealing with inflammation, but it’s a much better choice than wheat for anyone who’s not feeling their best. Corn is a good source of vitamins B1, B5 (pantothenic acid), and C; folate; and phosphorus.
  • Millet, “with its many nutrients, has been shown to support the cardiovascular, gastrointestinal, and respiratory systems. It has the potential to protect against diabetes and cancer.” – Click to read more about millet here
  • Montina is flour milled from Indian ricegrass (which is not to traditional rice). It’s rich in protein, carbohydrates, and fiber and is typically used as an additive to primary gluten-free flours.
  • Quinoa is an ancient grain that’s very popular right now. It’s often is used in place of traditional starches, such as pasta, rice, couscous, and cereals. Quinoa is rich in amino acids, manganese, magnesium, iron, copper, and phosphorous.
  • Rice. But not white rice. Brown rice contains the bran and germ portion of the kernel and is higher in fiber and other nutrients. Rice is rich in B vitamins, calcium, iron, magnesium, manganese, phosphorous, potassium, and zinc. Rice flour is commonly used for baking with gluten-free products.
  • Sorghum is an ancient millet like cereal grain that’s used in baking.
  • Teff is an ancient grain that is similar in size to poppy seeds. Teff has a nutty, molasses like flavor is somewhat mucilaginous. It’s can be eaten uncooked, as a cooked grain, or ground and added as part of the flour used in recipes. Teff is rich contains all eight indispensable amino acids, and it’s chock-full of thiamin and contains significant amounts of the minerals phosphorus, magnesium, aluminum, iron, copper, zinc, boron, and barium.
  • Wild rice is an aquatic cereal grain that grows wild in isolated lakes and riverbeds in the cold regions of North America. It contains protein, phosphorous, potassium, and magnesium and the B vitamins thiamine, riboflavin, niacin, and folic acid.

And of course, there are also beans and lentils for gluten free meals. Did I miss any? Comment!

Should I Be Soaking My Grains?

Phytic acid is an enzyme inhibitor of concern for many. Studies on phytic acid reveal that the phytic acid in whole grain can block calcium, zinc, magnesium, iron and copper absorption. It doesn’t happen with everyone; some seem immune to these adverse consequences because of a favorable ecosystem of gut flora. In addition, when animal fats that provide vitamins A and D accompany whole grains the effects of phytic acid are lessened.

Despite its potential drawbacks, phytic acid is similar in some ways to a vitamin, and metabolites of phytic acid may have secondary messenger roles in cells.” – All About Phytates Phytic Acid

For those with healthy gut flora, it’s probably not necessary to soak grains before cooking. For anyone suffering health issues, soaking grains and grain flours in an acid medium at very warm temperatures reduces or even eliminates phytic acid. I don’t generally soak grains or grain like products. I also tend to eat grains with raw herbs and vegetables, and I eat more vegetables in a day than I do grains. If you consume lots of grains you may do better with soaking them first.

I do soak legumes and I typically soak most nuts and seeds. I sprout them if I can.

Nuts

Nuts and seeds have enzyme inhibitors, including but not limited to just phytic acid. That’s why they last so long. Nuts and seeds will not break down into their simplest forms during digestion when their enzyme inhibitors are present.

Our pancreas produces our enzymes. Enzymes cause chemical reactions in the body. Enzymes break things down. Enzymes break down food, clots in the blood, they remove waste, break down fibrin, break down proteins and other food components to allow assimilation of nutrients, destroy foreign proteins, destroy viruses, and they are necessary for all bodily functions. Without enzymes we’re dead. Not having enough enzymes will equate to a stroke, heart attack, or some other catastrophic failure very soon.

Our pancreas only produces a finite amount or enzymes. Enzyme inhibitors are hard on the pancreas. Our modern diets are as a whole are very unfriendly to our pancreas. Chemicals that don’t breakdown, food that can’t be properly, fully digested for any reason, and to a lesser but still significant extent, any food that is void of enzymes put a burden on the pancreas. Think of the pancreas as the clock that our life is counting down from. If everything else is as healthy as it can be, the pancreas will still, eventually, stop producing enzymes no matter what else we do. We know that the quality of food can impact our DNA degradation, and enzymes are the other big piece of the longevity puzzle.

Related: Enzyme Supplementation For Disease

The more enzymes we get from our food, the longer our body will be able to produce our own enzymes, the longer we live.

Heat destroys enzymes. Pasteurized nuts are unlikely to sprout. The few that do still have some enzymes, but most do not.

Nuts, seeds, and legumes have natural enzyme inhibitors. Some are worse for us to consume than others, but all enzyme inhibitors inhibit certain enzymes from working. This is great for nuts and seeds so that they can be stored for years without breaking down, but these enzyme inhibitors disrupt our body’s functions.

How To Do Seeds Right

Pumpkin seeds, almonds, hazelnuts, hemp seeds, pecans, walnuts and a few of other nuts and seeds are chock full of enzymes while in their raw, natural forms. Provided they are raw, chewing them well enough can mix the enzymes with the inhibitors, effectively canceling each other out, but soaking and sprouting these nuts and seeds will remove the inhibitors, turning the nuts into enzyme rich, life-giving superfoods. Other nuts, and many legumes, really should be soaked and sprouted due to the nature of their enzyme inhibitors. There’s no need to sprout flax or chia seeds.

Enzyme supplements can also help to properly digest nuts and seeds, and eating them with raw vegetables can provide extra enzymes for digestion too.

Cooking can destroy many enzyme inhibitors but does not destroy all of them. Ideally, cooked nuts and seeds should be sprouted first.

Related: Homemade, Vegan Nut Milk Recipes and More

Soaking and Sprouting Nuts and Seeds

I use warm filtered water and a pinch of sea salt. The warm water will neutralize many of the enzyme inhibitors, but not all of them. I dump the water half way into it, refill, and then dump and rinse well before use. The salt also helps to activate some of the enzymes that deactivate the enzyme inhibitors.

I soak for 12-24 hours, depending on the nut or seed.

What You Need

  • 2-3 cups of raw, organic nuts or seeds (I don’t mix them, one kind per container)
  • 3-4 cups of warm water (cover nuts +15% for expansion)
  • 1 tablespoon of salt

Instructions

  1. Place the warm water in a medium bowl or jar that accommodates 2 liters or more
  2. Add salt
  3. Add the nuts or seeds
  4. Leave uncovered overnight.
  5. If you’re not sprouting, it’s time to dehydrate them. If I’m sprouting, at this point I soak them for one more round, another 8 hours or so, and then I lay them out on a towel and leave them overnight, damp. Wait until you see sprouting, and then you dehydrate the nuts or seeds.

Here is an article that goes into more depth on how to sprout using a mason jar.

There are preferred individual soaking times, but I just tend to go by size. Bigger nuts get a little more water time.

Sprouting goes a step further reducing the levels of enzyme inhibitors and unlocking other nutritional benefits, even more. But not all seeds sprout. Pine nuts, macadamias, pecans, and walnuts will not sprout, at least in my experience. Don’t even bother with soaking flax or sesame seeds. I like to sprout pumpkin, sunflower, almonds, broccoli, alfalfa, and clover. I can’t get brazil nuts to sprout, but I always treat them as if I could. Judging by the chia pet, it would seem you could soak and sprout chia seeds.

If you give a squirrel a raw nut, it will always bury it. The squirrel will only dig it up when the nut has sprouted. They have found sensors in squirrels’ noses that can identify a sprouted nut. Raw, unsprouted nuts have digestive enzyme inhibitors that prevent animals from digesting it easily. Only when it sprouts are these inhibitors deactivated. Smart squirrels!” – Diana Herrington

Beans, Legumes

Apparently, our ancestors understood this very well, because grains, beans, nuts, and seeds in their natural form were never consumed without being soaked or fermented first. It was a time-honored tradition of food preparation that kept agrarian cultures thriving. It wasn’t until food mechanization took the reigns and the processing of food became an industry, that soaking and fermenting became a dying tradition.” – Kim, Yogitrition

Do not buy canned beans. Do not trust companies to cook your legumes. Legumes can have intolerable quantities of enzyme inhibitors and dangerous types of lectins that need to be resolved with soaking (and cooking). Check out All About Lectins for more on lectins. Always soak your beans, legumes, and lentils before consuming.

Soak lentils and peas for about 5 hours, and I soak other legumes overnight.

Soy

Soy contains a few enzyme inhibitors including a trypsin inhibitor, that won’t allow nutrients to be properly digested. More than 90% of our soybean crop is genetically engineered. The GMO variety contains 27% more trypsin inhibitor. Soy should be consumed in a fermented form such as miso, tempeh, natto, and tamari sauce. Fermentation reduces soybean’s enzyme inhibitors. Sprouted soy and edamame (green soybeans) are easier to digest.

Asian women have very low rates of menopausal complaints, heart disease, breast cancer and osteoporosis. The soy industry, with sketchy evidence to support their claims, attributes this to soy being a regular part of the Asian diet. These claims, which have become widely accepted due to massive media campaigns, disregard extensive research that shows otherwise. They also disregard other dietary and lifestyle factors at play in Asian cultures. For example, there are many Asian populations that don’t eat soy as a regular part of their diet, yet still enjoy low rates of the chronic diseases mentioned. Among those who do eat soy regularly, fermented soy products are what is consumed the most. Asians aren’t downing quarts of overly-sweetened, highly-processed soy milk or popping supplements containing concentrated soy isoflavones, which has become popular in the U.S. Soy. In addition, the traditional Asian diet consists of primarily whole, fresh, natural foods including sea vegetables, which are packed with vital nutrients and one of the richest sources of absorbable calcium. They also eat a lot of fish, small amounts of meat, and little to no dairy products or processed foods—in stark contrast to the Standard American Diet, which consists of mostly processed foods high in sugar, fat, sodium, and excessive amounts of meat and zero sea vegetables.” – Family Wellness First: Nutrition

Related: Sprouting to Remove Enzyme Inhibitors

Agave Nectar

The Glycemic Index measures how quickly sugar from food enters the bloodstream. Fructose does not raise blood sugar or insulin levels in the short-term. This is why high fructose sweeteners are often labeled as “healthy.” Agave nectar’s low GI is because the sugar in it is fructose. The harmful effects of agave have little to do with the glycemic index. Glucose is an incredibly important molecule, found in many healthy foods and our bodies produce it. We need it. Every living cell does. The liver metabolizes fructose. When the liver cannot process all of the fructose it turns the fructose into fat, which gets shipped out of the liver as VLDL particles, fatty triglycerides, which raise our triglyceride levels.  Eventually, much of the fat lodges inside the liver, which can cause fatty liver disease.

Related: How To Reverse Fatty Liver Disease (Diet Plan Included)

The sugar in agave also feeds pathogens. It doesn’t take much agave to overwhelm the liver. Agave is probably no healthier than white table sugar and could be worse.

Honey

A little bit of raw honey is good for you. While there’s no scientific determination as to how much is too much, I reckon a tablespoon a day is just the right amount for those who are healthy, and far too much for those without a healthy gut.

Related: Candida, Gut Flora, Allergies, and Disease

The biggest two problems with consuming honey are:

  • It’s not always real honey, and it’s almost always pasteurized
  • People tend to cook it even when they buy raw (like when you put it in that coffee or tea)

Cooked honey loses too many of its beneficial properties to still be healthy. Honey should only be consumed raw with the natural enzymes intact.

Other Sugars

Coconut sugar, evaporated cane juice, apple juice, and brown rice syrup are all refined and processed foods. The sugar in fruit juice will have different results than the sugar in whole fruit. You can’t sweeten foods by adding sugar without the consequences of added sugar.

There are also sugar alcohols like maltitol, sorbitol, erythritol, and the most well known, xylitol. Manufacturers of xylitol market the sweetener as derived from xylan, which is found in the fibers of many plants including berries, oats, beets, sugar cane and birch. Sugar alcohols are naturally occurring substances but manufactured xylitol is another matter entirely. Xylitol can be derived from the xylan of birch trees, but xylan is also found in corn. Thanks to our tax dollar subsidies, corn is cheap. Xylitol typically comes from GMO corn to make matters worse.

Sugar alcohols do not break down like food does through digestion. The fermentation of undigested xylitol in the gut disrupts our flora. Studies have shown health issues with mice.

It appears that xylitola may be ok as a sweetener in small amounts, especially for those addicted to sugar. But it’s not healthy. It’s not at all beneficial to our bodies. And in large amounts, sugar alcohols are clearly toxic. For those sweet-tooth’ed ones looking to replace their sugar, there is not substitute without consequences. Sugar, in nature, is hard to come by. We just weren’t meant to eat foods that are so sweet.

But there is one. The holy grail for health nuts: Stevia. But even this sweetener is not without its problems. True health does not come with a sweet tooth.

Dried Fruit

Speaking of sugar, dried cranberries almost always have plenty of it. Lots of dried fruit has this problem. Why do dried bananas need sugar? Double check those ingredients. Ideally, there should only be one. We suggest making your own.

Yogurt

First of all, the whole probiotic craze negates the fact that our stomach acid is designed to kill bacteria. Most yogurt is made with weak bacteria that would be killed within the stomach before reaching the gut. “Would be…” Most conventional yogurt does not have enough of this beneficial bacteria and what little bit it did have was killed off in the processing.

Food Bars

Sugar, cooked, processed, soy and other sticky ingredients make bars a no-no for anyone trying to heal. I’ve found a few bars that I like, but they aren’t healthy. They are a treat. A much better choice than conventional food, but when you’re not well, you shouldn’t trust a company to make your food. Another common problem with healthy food bars, besides soy and sugar, is they tend to add healthy fats that are highly susceptible to degradation, like chia and flax seeds.

Smoothies

Smoothies are typically too sweet, thanks to fruit juice and lots of fruit. But smoothies can be done right if they are made at home. Check out How to Make the Healthiest Smoothies.

Packaged Health Food

The health food section of any grocery store is where the fresh produce is. That conventional, pesticide laden, perfect looking, 4 month-old apples is going to do most people a lot more good than a box of organic, all natural, free range, grass-fed, non-GMO, small farm, locally grown box of cereal. Healthy people eat lots of fresh, raw produce, and cook food from scratch. Pretenders buy their junk food in the organic section. It’s better than the conventional aisles, but it’s not healthy. Get to know your farmer’s markets and the farmers there. Grow your own. Take things one step at a time. And listen to your body. Forget the health food section, and stick to the produce and bulk sections.

Conclusion

When I do eat foods that aren’t the healthiest choices, I take Abzorb with it. It’s an enzyme and a probiotic. It works well. I use it to help digest the food and keep the gut eco system in check. It’s also useful for beans that maybe didn’t soak long enough. Also, it’s very important to get a wide variety of foods. Try a new food every day. Check out my salad recipe here. I’ll bet you’ll find a few new ones in there. Those salads are better than any supplement on the market. Good, large, diverse salads are the foundation of a healthy and powerful immune system.

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