Meet the FATS, Source: biomeonboardawareness.com

Soybean oil, corn oil, diabetes, metabolic syndrome & P-450

Summary:  Learn the association between Soybean oil, Corn oil, Diabetes, Metabolic Syndrome & P-450 inhibition, the main liver detox enzyme, having significant affects on expression of genes that metabolize drugs & toxicants.  Now is the time to be wary of and consider eliminating polyunsaturated fatty acids soybean oil and corn oil (as well as vegetable oil —since this typically contains soybean oil) as they were found to:

  1. Link to diabetes and metabolic syndrome. In the US, metabolic syndrome is estimated to be present in 20–30% of adults and 3–10% of children [100,101]. 
  2. Significantly affect the expression of many genes that metabolize drugs and other foreign compounds that enter the body, suggesting that a soybean oil-enriched diet could affect one’s response to drugs and environmental toxicants. The single most highly represented family of dysregulated genes was that of the [key liver detox] cytochrome P450 (Cyp) genes (30 genes total).

Also worth noting: the soybean plus fructose diet had less severe metabolic effects compared to the soybean oil diet, but it did cause more negative effects in the kidney and a marked increase in prolapsed rectums, a symptom of inflammatory bowel disease (IBD), which like obesity is on the rise.


The significance of this study  

The July, 2015 study, Soybean Oil Is More Obesogenic and Diabetogenic than Coconut Oil and Fructose in Mouse: Potential Role for the Liver, is believed to be the first side-by-side study looking at the impact of saturated fat, unsaturated fat and fructose on obesity, diabetes, insulin resistance and nonalcoholic fatty liver disease, which along with heart disease and hypertension, are referred to as the Metabolic Syndrome. It is also the first study to perform the corresponding liver genome-wide expression profiling and metabolomics analysis.  

These are additional papers showing similar results for mice fed salmon that had been fed vegetable oils: high fat diet supplemented with oils high in linoleic acid leads to obesity and fatty liver:

  1. Intake of farmed Atlantic salmon fed soybean oil increases insulin resistance and hepatic lipid accumulation in mice. Mouse diet: standard Western diet (WD) having 50% of the protein source replaced with proteins from salmon fed fish oil (FO), rapeseed [canola] oil (RO), olive oil (OO), or soy bean oil (SO). Finding: the vegetable oil (VO) diets have markedly different spillover effects on metabolism in mice… the content of linoleic acid in vegetable oils may be a matter of concern that warrants further investigation… this raises the important question as to whether similar effects will be observed in humans consuming Atlantic salmon fed VOs, SO in particular, and in this context our study suggests that RO and/or OO represent a better choice than SO to replace FO. [24]
  2. Dietary linoleic acid elevates endogenous 2-arachidonoylglycerol and anandamide in Atlantic salmon (Salmo salar L.) and mice, and induces weight gain and inflammation in mice. In conclusion, mice fed soyabean-oil-fed-salmon increased LA and AA and decreased EPA and DHA in the liver and erythrocyte phospholipids, and elevated 2-AG and AEA associated with increased feed efficiency, weight gain and adipose tissue inflammation compared with mice fed  fish-oil-fed-salmon.  Excessive dietary LA elevates endocannabinoids in the liver of salmon and mice, and increases weight gain and counteracts the anti-inflammatory properties of EPA and DHA in mice. [53]
  3. Other studies have also shown that dietary LA can cause adiposity in humans [165,166] and lead to hyperglycemia as well as obesity in mice [19,167].

However, no study looked specifically at LA; all looked at LA oils. These authors note:  while LA might be regulating the expression of certain genes via nuclear receptors, a component of the oils in addition to LA could be involved in one or more of the observed metabolic effects. Regardless of which components in soybean oil are responsible for those effects, its increasing use both in the U.S. and worldwide [16,168] warrants a detailed understanding of its effect on our health


As promised, I am still working on finalizing Part 2 to the post, MEET THE FATS & BEST SALAD DRESSING OIL, PART 1

Part 2 delivers the technicals and Pubmed why’s behind fatty acids and impact on health.  In the meantime, this post presents the death nell teaser, trailer and bottom line for polyunsaturated soybean and corn oils (and the ingredient “vegetable oil”) which are ubiquitous in the food system; what is even more telling, while this study found  health implications associated with soybean oil and corn oil, the authors suggest that all industrial seed oils will likely be found to similarly implicate health concerns.

The conflicting health benefits of soybean and corn oil

This all makes for quite a decision since some oils are known as having cardiovascular benefits:

Does one consume these oils for the cardiovascular benefits despite the increased risk of Diabetes and Metabolic Syndrome AND epigenetic impact on drug and toxicant metabolism, or does that harm outweigh the benefits?   

The researchers cautioned that they didn’t study the impact of the diets on cardiovascular diseases and note in the paper that the consumption of vegetable oils could be beneficial for cardiac health, even if it also induces obesity and diabetes. The authors note that there are many different types of saturated and unsaturated fats, and this is particularly true for the saturated fats in animal products that were associated with heart disease in the studies in the 1960s: they tend to have a longer chain length than the saturated fats in coconut oil [which are medium chain.]

Ummm…. you’ll understand this wisdom in fatty acid differentiation, and that other fatty acids are beneficial to heart health, when the follow up post to the MEET THE FATS & BEST SALAD DRESSING OIL, PART 1 publishes.  In the meantime…

Until the dust settles on the benefits vs risks of soybean and corn oil…

Most important, understand that there are alternatives to these industrial seed oils for heart health and they are explained in, and primarily why I posted, MEET THE FATS & BEST SALAD DRESSING OIL, PART 1 —some would be: unadulterated EVOO, maybe organic cold pressed canola, avocado, and eggs to name a few.

A favorite avocado dressing/dip recipe, that freezes and travels fabulously well:

Avocado dressing, dip or appetizer drizzle over roasted chicken and onion lettuce wrap

Prep Time: 15 minutes

Total Time: 15 minutes

Avocado dressing, dip or appetizer drizzle over roasted chicken and onion lettuce wrap

This recipe makes a ton of avocado dressing/dip. Divide it into user friendly sizes and freeze. This travels wonderfully frozen to use upon arrival at destination. Or use it thawed en-route for salad dressing or dipping fresh vegetables. This recipe also makes a fabulous crowd pleasing appetizer by using it to drizzle over top of roasted chicken topped with red onion slices wrapped in lettuce. The fat, monousaturated, is the best fat for carotenoid absorption as discussed in the post, MEET THE FATS & BEST SALAD DRESSING OIL, PART 1 Source: biomeonboardawareness.com

Ingredients

  • 4 avocados
  • 3/4 to 1 cup cup apple cider vinegar, to taste. Begin with 3/4 cup but add more vinegar to increase tartness, if desired.
  • 3/4 cup honey
  • 3/4 cup fresh squeezed lime juice. This is about 6 limes, juiced.
  • 4 garlic cloves
  • 1 cup parsley
  • 1 cup filtered water
  • 3/4 tsp sea salt
  • 4 pinches pepper
  • 2 jalapeno, or to taste. Omit this for AIP unless successfully reintroduced.
  • 3/4 to 1 cup unadulterated extra virgin olive oil (EVOO). See notes below.

Instructions

  1. Place all ingredients except for EVOO in a Ninja and process until smooth.
  2. Slowly drizzle in the EVOO while pulsing the Ninja, or constantly process on low speed. This is the trick with salad dressings: slowly drizzle EVOO while processing or whisking for emulsion.
    Tips:
  1. Adjust tartness by adding apple cider vinegar or more lime juice.
  2. Adjust sweetness by adding more honey.
  3. Thicken the dip by adding more EVOO. You'll come to learn your texture preferences; if you desire a thicker dressing, the next time you make this recipe decrease the filtered water a tad bit.

Notes

Unadulterated EVOO are discussed in the post, MEET THE FATS & BEST SALAD DRESSING OIL, PART 1:

69% of the imported olive oils and 10% of the California olive oils did not pass the standards of California, Australia and Germany for “extra virgin.” Some were rancid, oxidized, and/or adulterated with cheaper refined oils, or of poor quality in general. The following brand information was compiled from UC Davis Final Report pdf, Eat Grow Local, and Consumer Reports.

Pure and unadulterated EVOO sources are: Costco Kirkland Organic, California Olive Ranch, Cobram Estate, Lucini. Lucero (Ascolano), & McEvoy Ranch Organic.

Brands that failed to meet the EVOO standards: Bertolli, Carapelli, Colavita, Star, Pompeian, Filippo Berio, Mazzola, Mezzetta, Newman’s Own, Safeway, and Whole Foods.

http://biomeonboardawareness.com/soybean-oil-corn-oil-diabetes-metabolic-syndrome-p-450/

Of course, you already know that I think it is imperative that you understand fats, that some of them are good and some of them are bad, since:

Modifying just 3 factors delivers 80% of value in terms of disease risk and body composition (even if you are genetically programmed to not be lean) according to Dr. Peter Attia, M.D. (bio: mechanical engineer ⇒ Stanford MD ⇒ surgical oncology fellow ⇒ healthcare consultant ⇒ NUSI founder conducting best possible research without bias to answer with scientific certainty — what we need to eat to be healthy questioning current guidelines.) Those factors are:

  1. Lower consumption of sugar,
  2. Lower absolute consumption of carbohydrates, and
  3. More favorable consumption of polyunsaturated fatty acids (PUFA)

caution sign3Thus this post introduces a shocker to most, that what has been touted as healthy, vegetable oil, is not healthy as it contains soybean oil which caused more obesity and diabetes than a diet high in fructose or coconut oil, at least in mice.  Interestingly, your doctor likely won’t be aware of this information.

If you are still on the fence regarding the need to cut back, it is important and telling to note that even the researchers recommend cutting back vegetable oil, soybean oil, and corn oil:  

More research is needed to unveil the nitty gritty details of how soybean oil wrecks our health.. it makes sense to cut back where you can… So, avoid processed food that lists the stuff [vegetable oil, soybean oil and corn oil per this study] as an ingredient as much as possible. As for cutting it out altogether?  It’s worth a shot, but good luck.  “It’s so prevalent in our food system. If something says vegetable oil, it’s most likely soybean oil, or soybean oil is a component,” warned Deol. The common oil that science now shows is worse than sugar


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How to eliminate vegetable oil, soybean oil, and corn oil

Since there are heart healthy alternatives to the industrial seed oils,  consider eliminating now any food having ingredients: vegetable oil, soybean oil, or corn oil as specifically supported by this study, and gear up for better understanding that all industrial seed oils are likely going to be understood to be harmful to health.  This harm will need to be compared to any benefits that may be found, to understand if the harm outweighs the benefits, as researchers dig deeper.   Don’t forget, fructose too was implicated in this study, but this post is about industrial seed oils.

Eliminating vegetable oil, soybean oil, and corn oil is no small task; read labels and learn these oils are ubiquitous in the food system.  Recollect my constant reminder:

  • Quitting things cold-turkey can be hard. 
  • Try eliminating the bad by crowding it out with better alternatives.
  • You can’t stop everything you’re doing if you aren’t prepared to replace it with healthier alternatives. You cannot make the transition over night.

To reduce/eliminate vegetable oil, soybean oil, and corn oil, consider making your own foods, using healthy fats, for those foods frequently consumed that use these industrial seed oils.  


One hugely consumed food item easily changed up is salad dressings as most use industrial seed oils.  

Salads contain lots of carotenoids and micronutrients, but you need fat to absorb the carotenoids and fat soluble micronutrients; low-fat and no-fat salad dressing options do not absorb these.  Most of us are carotenoid deficient —why do you want carotenoids?  Read the Meet the FATS post.

It is fast & easy to make your own salad dressing using healthy fats

The recipe for Family Favorite EVOO, Red Wine Vinegar, and Honey from the Meet the FATS post is one example, but others are on the Pinterest Salad Dressing  Board.  The avocado based dressing/dip provided above is a winner too since only 1/2 an avocado can be used in place of salad dressing for carotenoid absorption, as discussed in the Meet the FATS post.  Also learned from the Meet the FATS post, you only need to use a mere 3 grams (that’s a scant 2/3 teaspoon) of  monousaturated oil (e.g., EVOO) since no further carotenoid absorption was achieved using 20 grams. Contrast this to needing a lot of polyunsaturated fats for the same carotenoid absorption and that equates to lots of excess needless calories.  Healthy fats that work for use in salad dressings include avocado and unadulterated extra virgin olive oil; such brands described in the Meet the FATS post are:  

  • Pure and unadulterated EVOO sources are: Costco Kirkland Organic, California Olive Ranch, Cobram Estate, Lucini. Lucero (Ascolano), & McEvoy Ranch Organic.
  • Brands that failed to meet the EVOO standards: Bertolli, Carapelli, Colavita, Star, Pompeian, Filippo Berio, Mazzola, Mezzetta, Newman’s Own, Safeway, and Whole Foods

Lastly, from the Pinterest Salad Dressing  Board, the Fabulous Greek House Dressing (from a pizzeria restaurant) and the Simple Balsamic Vinaigrette dressings are so delicious they are actually always in my healing refrigerators.  


Time to discuss the details of the mouse study:  Soybean Oil Is More Obesogenic and Diabetogenic than Coconut Oil and Fructose in Mouse: Potential Role for the Liver

UC Riverside scientists found mice on high soybean oil diet showed increased levels of weight gain and diabetes compared to mice on a high fructose diet or high coconut oil diet. Soybean oil causes more obesity than coconut oil and fructose.

Four Diets used in the study All four diets contained the same number of calories and there was no significant difference in the amount of food eaten by the mice on the diets.  Each diet contained 40% fat which is similar to what Americans currently consume:

  1. Saturated fat (coconut oil)
  2. Half coconut oil + half polyunsaturated soybean oil.  This diet corresponds with roughly the amount of soybean oil Americans currently consume.  Soybean oil is the main ingredient in “vegetable oil”.
  3. Unsaturated fat (soybean oil)
  4. Fructose (comparable to the amount consumed by many Americans) + the balance of the fat all coming from saturated fat (coconut oil)
  5. Fructose (comparable to the amount consumed by many Americans) + the balance of the fat coming from half coconut oil  and half polyunsaturated soybean oil.

What about olive oil and lard?  They are currently testing these.

What about corn oil?  It was also causing more obesity than coconut oil, but not as much as soybean oil.

What about canola oil and palm oil?  It hasn’t been tested yet.

Finding #1:  Relative to obesity and diabetes
  1. A diet high in soybean oil caused more obesity and diabetes than a diet high in fructose.  Both are ubiquitous in our food system, be it restaurant, fast food, prepared food, processed food, or boxed food.  
    • Soybean oil diet without fructose gained the most weight—9% more than the fructose-eating mice.  The soybean oil fed mice also had fattier livers and more insulin resistance compared to the fructose-eating mice.  Fattier livers and more insulin resistance are both signs of impending diabetes and metabolic syndrome.
    • Soybean oil diet without fructose gained a whopping 25% more than the mice who got their fat from coconut oil. These soybean-fed mice had increased weight gain, larger fat deposits, a fatty liver with signs of injury, diabetes and insulin resistance, all of which are part of the Metabolic Syndrome.
    • Fructose in the diet had less severe metabolic effects than soybean oil although it did cause more negative effects in the kidney and a marked increase in prolapsed rectums, a symptom of inflammatory bowel disease (IBD), which like obesity is on the rise.   Mice on the fructose-enriched diet gained 12 percent more weight than those on a coconut oil rich diet.

    “That was a surprise, [that the fructose-eating mice did not pack on the most fat and develop the worst insulin resistance] given that most people think that unsaturated fatty acids (like those found in soybean oil) are supposed to be healthy,” said lead study author Poonamjot Deol, Ph.D., a cell biologist at the University of California, Riverside. They’re also everywhere. A full half of all the vegetable oil produced in the world is soybean oil. And since it’s cheap, the stuff is used in endless packaged foods. It’s also a favorite at restaurants—many of which tout the fact that they use soybean oil right on their menus because it’s perceived as healthy.The common oil that science now shows is worse than sugar

  2. Corn oil caused more obesity than coconut oil, but not as much obesity as soybean oil.

The researchers were surprised with the findings:  “This was a major surprise for us – that soybean oil is causing more obesity and diabetes than fructose – especially when you see headlines everyday about the potential role of sugar consumption in the current obesity epidemic. Soybean oil causes more obesity than coconut oil and fructose

Finding #2:  Relative to epigenetics and metabolite levels in livers that impact drug and toxin metabolism

The  study also included extensive analysis of changes in gene expression and metabolite levels in the livers of mice fed these diets. The most striking results were those showing that soybean oil significantly affects the expression of many genes that metabolize drugs and other foreign compounds that enter the body, suggesting that a soybean oil-enriched diet could affect one’s response to drugs and environmental toxicants, if humans show the same response as mice. Soybean oil causes more obesity than coconut oil and fructose:

While the researchers aren’t totally sure what makes soybean oil so horrible, they guess that it could have something to do with the way the stuff influences genes that determine how the liver metabolizes fat. And other processed vegetable oils might not be much better.” The common oil that science now shows is worse than sugar

Regarding Finding #2:  Can soybean oil really compromise our bodies ability to detox?

In this rat studycow ghee (clarified butter,) was found to have a protective effect against carcinogen induced mammary cancer in rats compared to soybean oil… dietary cow ghee compared to soybean oil down-regulates the enzyme activities responsible for carcinogen activation in the liver… decreasing the activities of cytochrome P450 (CYP) enzymes, CYP1A1, CYP1A2, CYP1B1 and CYP2B1…and up-regulates carcinogen detoxification activities in liver and mammary tissues.  Cow ghee contains a large amount of saturated —including conjugated linoleic acid (CLA) and MUFA, with concomitant lower PUFA.  Contrast this to soybean oil — low saturated and MUFA, but high PUFA especially inflammatory Omega-6The authors theorize that the modified degree of unsaturation in lipids changed the physicochemical environment of the microsomal membranes, which may be responsible for the decrease CYP1A1, CYP1A2 and CYP1B1 activities observed in cow ghee fed rats…  I’m not committal yet… cow ghee used in the study contained rich amount of CLA which is a well documented anticarcinogenic agent

NOTE though:  Of utmost importance,  P450 is an important liver detox enzyme and is required for the first step in detox:


How did we come to consume so much industrial seed oils for so long, without knowledge of the harm they cause?

For great background and summary, read Changes in consumption of omega-3 and omega-6 fatty acids in the United States during the 20th century In summary:  US consumption of soybean oil increased greatly in the last four decades due to a number of factors.  Studies dating back to the 1960s found a positive correlation between saturated fats and the risk of cardiovascular disease; nutritional guidelines encouraged people to reduce saturated fats (mostly found in meat and dairy products) and instead increase polyunsaturated fats found in plant oils, such as soybean oil.  During the same time, US fructose consumption significantly increased, from about 37 grams per day in 1977 to about 49 grams per day in 2004.

Implementation of those new guidelines, as well as an increase in the cultivation of soybeans, mostly GMO, resulted in an incredible increase of soybean oil in restaurant foods, prepared foods, fast food, processed foods, margarines, salad dressings and snack foods. Soybean oil now accounts for 60 percent of edible oil consumed in the US and that increase mirrors the rise in obesity rates in the United States in recent decades:


The pearl of those follow-up posts:  It is the composition of fatty acids contained within the particular oil, be it saturated or polyunsaturated, that elicits inflammatory or anti-inflammatory effects

Those follow up posts will detail these considerations diving into the hows industrial seed oils are wrecking our health. It is complicated information, but you’ll want to understand it so as to choose better oils in all your foods.

These slides are previews of the post, you know it’s coming… and understanding degrees of unsaturation in lipids will be presented such that you’ll easily learn fatty acid nuances:


Plenish…  will they ever stop trying to fix soybean oil? Plenish was engineered to make it’s fatty acid profile look like olive oil’s… but it still failed.

The study which is the focus of this post, actually follows a study that was presented at a conference in March that compared regular soybean oil to a new genetically modified soybean oil, Plenish.   Both the regular soybean oil and Plenish are from soybeans that are genetically modified to be resistant to the herbicide RoundUp.  Plenish is a new genetically modified, high oleic soybean oil engineered to produce higher levels of oleic acid (an Omega-9) and low levels of linoleic acid (an Omega-6) – to be similar in profile to olive oil. Plenish has a lower amount of polyunsaturated fatty acid than traditional soybean oil.  Plenish was found to be just barely healthier than regular soybean oil.  In mice, Plenish oil induced fatty liver although somewhat less obesity and diabetes. Plenish did not cause insulin resistance, a pre-diabetic condition.   Worth noting: the Plenish research only looked at impact due to diet lasting for only 24 weeks – this is half the duration needed to qualify as long-term and a quarter of the duration needed to test for cancer effects. So long term consumption on cancer impact is not known.  Relative to cancer, oleic acid studies conflict for breast cancer association;  this study linked high oleic acid levels in red blood cells with an increased risk of breast cancer. See more at “Healthy” claims for GM soybean oil questioned by new study.

Fatty acids… complicated stuff… look for those follow up posts soon to be coming…

Best in health thru awareness,

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Last updated: March 28, 2017 at 15:01 pm to add P-450 liver enzyme inhibition to the title and for SEO optimization.

13 thoughts on “Soybean oil, corn oil, diabetes, metabolic syndrome & P-450”

  1. New Study Shows Major Molecular Differences between GMO and Non-GMO Corn, https://www.organicconsumers.org/news/new-study-shows-major-molecular-differences-between-gmo-and-non-gmo-corn

    Why you need organic corn. And more reasons to not eat corn oil & veg oil. GM transformation process results in profound compositional differences in NK603, This GMO corn is not substantially equivalent to its non-GMO counterpart. Increase in putrescine & esp cadaverine enhances histamine (allergy response) & forms carcinogenic nitrosamines w/nitrite in meat products.

  2. Lots of great tips on Dr. Mark Hyman’s post, Is Your Olive Oil Really Olive Oil? http://drhyman.com/blog/2016/03/17/is-your-olive-oil-really-olive-oil/

    Smoke point for oils:
    Sunflower oil, unrefined: 225 F
    Red Palm Oil: 302 F
    Walnut oil, Unrefined: 320 F
    Coconut oil unrefined: 350 F
    Extra-virgin olive oil: 375 F
    Macadamia oil: 413 F
    Almond oil: 420 F
    Hazelnut oil: 430 F
    Avocado oil: 520 F

    For all oils, always tightly close the lid after using; oxygen can make oil go rancid quickly.

    EVOO: Always choose extra-virgin olive oil which is derived from the first pressing of the olives. EVOO lowered inflammation while oil from later pressings did not. Want unfiltered which will appear to be cloudy because it contains naturally occurring elements like antioxidants and buffer acids which protect against oxidative damage. Also look for cold-pressed olive oil, which means manufacturers use very little heat when processing olives to get the oil. Cold-pressed extra-virgin olive oil provides the strongest possible nutrient value because of low-heat processing, coupled with the oil’s first pressing high phytonutrient content.Should be in dark glass. Store olive oil in a dark, cool place. Use it within 1 to 2 months of opening.

    Coconut oil: organic, virgin, cold-pressed and unrefined. And avoid products that are deodorized or bleached.

    Palm oil: likes b/c of nutritional value. The color of the oil is important. True, virgin, unrefined red palm oil is naturally reddish in color and comes loaded with vitamins and antioxidants. Refined palm oil, on the other hand, is highly processed and loses its red color, as well as its taste and health benefits. Only buy products with sustainable palm oil. Look for the Certified Sustainable Palm Oil (CSPO) label.

    Avoid “palm kernel oil,” refined palm oil or crude oil – all of which is extremely processed. Palm oil can be listed under many names, including palmitate, glyceryl stearate, and palm kernel oil.

  3. Interesting… From Suzy Cohen: Coconut Water and 9 Other Brilliant Ideas to Prevent or Reverse Diabetes http://suzycohen.com/articles/diabeteshelp/comment-page-1/#comment-14040

    What should you do if you just got diagnosed with diabetes?

    Understand Alloxan. First eliminate grabage carbohydrates, in particular the white flour products that have alloxan. Alloxan is a by-product of the flour-bleaching process that makes flour “white.” I clinical trials, rats are injected with “alloxan monohydrate,” they get diabetes, and the clinical trial begins. NOTE: It has not been shown that this alloxan/diabetes risk extrapolates to humans. But eliminate the alloxan issue by buying unbleached or whole wheat flour, instead of white flour that might be contaminated with alloxan.

    Second, clean out your pantry and become acquainted with real food again. Eat nutrient-rich foods that support healthy blood sugar and counter alloxan-induced damage.
    My top 9 list now:
    1. Vitamin C found in citrus fruits
    2. Vitamins B1, B2, B5, B6 found in leafy greens (B complex has full range of bioactive B vitamins)
    3. Folate or vitamin B9 found in leafy greens. [In this regard, eliminate the folic acid, a synthetic that has issues.]
    4. Zinc because it helps with vision and skin.
    5. Selenium because it protects the liver from alloxan (see 2015 Hepatoprotective effects of selenium during diabetes in rats.http://www.ncbi.nlm.nih.gov/pubmed/25820154 ) Selenium is also important for Vitamin E to function. Happily, Brazil nuts are a good source.
    6. Lipoic acid is a supplement that helps with nerve pain
    7. Chromium may help balance blood sugar levels
    8. Magnesium Improves blood sugar control in animals with alloxan-induced diabetes (see Effect of Magnesium pre-treatment on Alloxan induced hyperglycemia in rats, http://www.ncbi.nlm.nih.gov/pmc/articles/PMC3092310/)
    9. Cyproheptadine (Peri Actin) an antihistamine medication available by prescription (see Interactions of diabetogenic compounds: cyproheptadine and alloxan. http://www.ncbi.nlm.nih.gov/pubmed/2019344 )

    Third, coconut water… A new rat research published in the February 2015 Journal of Medical Food suggests that coconut water improves diabetes: coconut water reduces blood sugar levels as well as hemoglobin A1c levels (in alloxan-induced diabetic rats). It stops the glycation process that elevated blood sugar causes. That’s good because glycation ages you faster and here, something so natural and tasty impedes the “rusting” in your body. What brands does Cohen recommend for coconut water? She cracks coconuts open and just drinks the juice, but suggests commercial brands: Harmless Harvest and Nirvana. Cohen’s comment on her post to a question – How does coconut water, with so many grams of sugar, drop your blood sugars: Cohen response: “I’m not sure that one study like this (or even two) means we should all start chugging coconut water but it’s an idea, and I think in moderation it’s a very healthy drink, much better than artificially-sweetened drinks (yes, sugar an all). Besides, you can cut it with some water if you want to reduce that, while still getting all the other benefits.”

    Another study for coconut water: Hypoglycemic and antioxidant potential of coconut water in experimental diabetes. http://www.ncbi.nlm.nih.gov/pubmed/22576019 Coconut water is a natural nutritious beverage that contains several biologically active compounds. The present study aims to evaluate the hypoglycemic and antioxidant effects of mature coconut water (MCW) on alloxan-induced diabetes in experimental rats. The experimental animals were divided into four groups – normal control, normal rats treated with MCW, diabetic control and diabetic rats treated with MCW. The blood glucose, plasma insulin, hemoglobin, glycated hemoglobin, activities of the various antioxidant enzymes (catalase, superoxide dismutase, glutathione peroxidase and glutathione reductase) and lipid peroxidation markers (malondialdehyde, hydroperoxides and conjugated dienes) were evaluated in all the groups. The results indicate that the diabetic animals treated with MCW had decreased blood glucose levels and reduced oxidative stress induced by alloxan, which was evident from the increased activities of the antioxidant enzymes and the decreased levels of the lipid peroxidation products. The overall results indicate that MCW significantly attenuated hyperglycemia and oxidative stress in alloxan-induced diabetic rats, indicating the therapeutic potential of MCW.

    Change your diet back to a more pristine and straight-forward diet.

    Cohen’s book is “Diabetes Without Drugs”

  4. This post, implicates soybean oil as associated with reduced insulin sensitivity, diabetes and metabolic syndrome. The study cited below suggests vegetables and fruit antioxidants (carotenoids), vitamins and magnesium are beneficial for T2D prevention. Soybean oil, Omega-6 PUFA, is not preferred for carotenoid absorption per the post, MEET THE FATS & BEST SALAD DRESSING OIL, PART 1, http://biomeonboardawareness.com/meet-the-fats-best-salad-dressing-oil-part1/ . The proper fat to consume to optimize carotenoid absorption, as discussed in MEET THE FATS & BEST SALAD DRESSING OIL, PART 1, is MUFA unadulterated EVOO – need very little – 2/3 tsp, maybe organic cold pressed canola oil, 1/2 avocado or egg.

    Expeller pressed oils just mean no hexane used in processing so don’t be fooled by them as they still are heated, then put under extreme pressure to release the oil. For “expeller pressed“ oils, heat causes oxidation and transfats, and pesticide loads still remain if not organic. This is discussed in the post, MEET THE FATS & BEST SALAD DRESSING OIL, PART 1.

    2014 Fruit and vegetable intake and risk of type 2 diabetes mellitus: meta-analysis of prospective cohort studies http://www.ncbi.nlm.nih.gov/pmc/articles/PMC4225228/

    Taking this evidence into consideration, it appears that the beneficial effects of vegetables, particularly green leafy vegetables (GLV) consumption on the risk of T2D, can be mainly explained by antioxidant [carotenoids] vitamins and magnesium:

    Fruit and vegetables are rich in fibre,48 which has been shown to improve insulin sensitivity and insulin secretion to overcome insulin resistance.49 However, meta-analyses showed that fruit and vegetable fibre is inconsistently associated with the risk of T2D.50 On the other hand, it may contribute to a decreased incidence of T2D through their low-energy density and glycaemic load, and high micronutrient content.51 In particular, GLV are rich in bioactive phytochemicals (such as vitamin C and carotenoids), which are known for their antioxidant properties.52–54 Antioxidants in fruit and vegetables have been hypothesised to improve insulin sensitivity and protect against diabetes in several supplementation trials.55 56 In addition, it might also reduce the risk of T2D due to the supply of magnesium (Mg); a recent meta-analysis detected Mg intake to be inversely associated with the risk of T2D.57

Now I'd like to hear your thoughts... comments are always welcome!