By Dr. Mercola
I've been interested in the health benefits of fiber for a long time—so much so, my classmates nicknamed me "Dr. Fiber" when I was in medical school in the '70s. This was mostly stimulated by reviewing studies by Dr. Denis Brukitt, who has a lymphoma named after him. He passed away about 20 years ago.
I've since come to appreciate that the type of fiber in your diet, as well as your gut health, play a major role in harnessing fiber's health potential while avoiding its potential pitfalls.
High-Fiber Diet Reduces All-Cause Mortality
Mounting research suggests that a high-fiber diet can help reduce your risk of premature death from any cause, likely because it helps to reduce your risk of a number of chronic diseases. This includes type 2 diabetes, heart disease, stroke, and cancer. As discussed in the featured video, research also shows it can help heart patients live longer.
Studies have also linked a high-fiber diet to beneficial reductions in cholesterol and blood pressure, improved insulin sensitivity, and reduced inflammation—all of which can influence your mortality risk.
One recent meta-analysis1 evaluating the impact of a high-fiber diet on mortality pooled data from 17 different studies tracking nearly 1 million Europeans and Americans. As reported by Scientific American:2
"Yang's team divided participants into five groups based on their daily fiber intake. Those in the top fifth, who ate the greatest amount of fiber daily, were 16 percent less likely to die than those in the bottom fifth, who consumed the least amount of fiber.
In addition, eight studies showed a 10 percent drop in risk for any cause of death with each 10-gram per day increase in fiber intake."
Another recent study3,4 produced similar results. Here, every 10-gram increase of fiber intake was associated with a 15-percent lower risk of mortality, and those who ate the most fiber had a 25-percent reduced risk of dying from any cause within the next nine years, compared to those whose fiber intake was lacking.
Research5 published in 2013 also found that for every seven grams more fiber you consume on a daily basis, your stroke risk is decreased by seven percent. This equates to increasing your consumption of fruits and vegetables by about two additional portions per day.
Why Cereal Grains May Be Counterproductive
The US Department of Agriculture (USDA) recommends getting 14 grams of fiber per 1,000 calories consumed. A more general recommendation is to make sure you get 20-30 grams of fiber per day. I believe about 32 grams per day is ideal.
Unfortunately, most people get only half that, or less—despite the fact that most people eat diets high in grains. Part of the problem is that your best source of dietary fiber comes from vegetables and most people simply aren't eating enough veggies...
The featured article6 cites a researcher who suggests that cereal grains may offer "the best risk reductions for colorectal and cardiovascular disease." I disagree with recommendations to boost your consumption of cereal grains, because this completely ignores the issue of glyphosate contamination in many modern grains.
For example, about 15 years ago, farmers began dousing non-organic wheat with glyphosate just before harvest—a process known as desiccation—which increases yield and kills rye grass.
As a result, most of the non-organic wheat supply is now heavily contaminated with glyphosate, which has been linked to celiac disease and other gut dysfunction. Needless to say, this is the exact converse of what you're trying to achieve by adding fiber to your diet... Cereal grains may have been a good source of fiber in the past, but not anymore.
Moreover, a high-grain diet tends to promote insulin and leptin resistance, and that, too, is counterproductive as it actually promotes many of the chronic diseases that healthy fiber can help reduce, most notably type 2 diabetes, heart disease, and cancer.
Besides, most whole grain products on the market are highly processed, which further deteriorates their value. Instead, focus on eating more vegetables, nuts, and seeds. The following whole foods, for example, contain high levels of soluble and insoluble fiber.
Psyllium seed husk, flax hemp, and chia seeds Berries Vegetables such as broccoli and Brussels sprouts Root vegetables and tubers, including onions, sweet potatoes, and jicama Almonds Peas Green beans Cauliflower Beans
Healthy Fiber Provides Fodder for Beneficial Gut Microbes
The benefits of fiber can in part be explained by its beneficial impact on the microorganisms in your gut. Soluble fibers, such as psyllium, are probiotics that help nourish beneficial bacteria. These beneficial bacteria assist with digestion and absorption of your food, and play a significant role in your immune function.
Opting for an organic version of psyllium will prevent exposure to pesticides, herbicides, and chemical fertilizers that are present in nearly all commercial psyllium products.
I also recommend choosing one that does not contain additives or sweeteners, as these tend to have a detrimental effect on your microbiome. Sugar, for example, feed potentially pathogenic microorganisms, which is the converse of what you're trying to achieve.
In recent years, it's become overwhelmingly clear that in order to be truly healthy, you need a healthy gut. For example, a recent article in The Atlantic7 addressed the links between your gut microbiome and your risk for rheumatoid arthritis, noting that:
"Several recent studies have found intriguing links between gut microbes, rheumatoid arthritis, and other diseases in which the body's immune system goes awry and attacks its own tissue. A study8 published in 2013... found that people with rheumatoid arthritis were much more likely to have a bug called Prevotella copri in their intestines than people that did not have the disease. [A]nother study9... found that patients with psoriatic arthritis, another kind of autoimmune joint disease, had significantly lower levels of other types of intestinal bacteria."
Alterations of the human microbiome through inappropriate and unnatural diet changes appear to be part and parcel of rising disease rates. In essence, we've strayed too far from our natural diet, which promotes a healthy gut flora. A major culprit is food processing, which removes many of the vital nutrients. Add to that the use of agricultural chemicals such as glyphosate, and decimated soil nutrients secondary to industrial agriculture , and it should be clear that what we're eating today is very far indeed from what our ancestors ate even a two or three generations ago. As a result, our microbiome is changing, and it's changing for the worse.
Research Shows Bacteria Plays Role in Colon Cancer and Parkinson's
Researchers have even begun to look at the influence of gut bacteria in the formation of certain kinds of cancer, as well as neurological diseases such as Parkinson's. One such study10 found that 89 percent of cancerous tumors removed from the right side of the colon were covered in biofilm—a thick layer of densely packed colonies of bacteria. Interestingly, only 12 percent of tumors removed from the left side of the colon had biofilms on them.
"The presence of these biofilms may represent an increased likelihood of colon cancer and could offer a new way to predict a person's risk for the disease,' WebMD11 notes, adding: 'Like tooth plaque and slime on pond stones, these biofilms may coat the mucus layer of cells lining the colon, according to background information from the study.'
'There, the biofilms may cause inflammation and some noncancerous bowel diseases,' said Dr. Cynthia Sears, professor of medicine and oncology at the Johns Hopkins University School of Medicine and Bloomberg School of Public Health... The reasons for the difference between the right and left side of the colon are unknown... The risk of developing colon cancer may be five times higher in people with biofilms on the right side of the colon, compared to those with no biofilms..."
Other recent research12 sheds light on the connection between carb-rich diets and colon cancer. As it turns out, certain bacteria that thrive on sugar produce a chemical that activates the growth of tumor cells. There's a gene mutation that has been linked to one out of five cases on non-inherited colon cancer. This mutation prevents cells from repairing errors that arise during DNA replication.
This is known as "the mismatch DNA repair system," and it causes accelerated cell division. This research shows that carbohydrates and the bacteria that feed on them can speed up this dysfunctional process. Basically, carb-loving bacteria release a chemical that pushes colon cells that lack the ability to repair DNA errors to multiply in an uncontrollable manner, thereby producing tumors. As reported by Science News:13
"In country after country where people have switched to Western-style diets heavy in refined sugars such as high fructose corn syrup, the incidence of colorectal cancer has increased, says geneticist Scott Bultman of the University of North Carolina, Chapel Hill, who was not involved in the study. Until now, the underlying connection between food and colon cancer has been cloudy.
'This study gives a good mechanism for how diet is tied to colon cancer," Bultman says... If the mouse experiments mimic human cancers, then shunning high-carbohydrate, Western diets could allay or prevent the disease for many people,' says Bultman. Following a well-balanced diet, with fewer refined sugars and more fiber, is good for the microbiome and likely has an effect on cancer predisposition."
Moving on to research14 looking at the influence of bacteria in Parkinson's disease, here, those with Parkinson's disease have far less bacteria from the Prevotellaceae family than those who do not have the disease. What these bacteria actually do, and how they influence Parkinson's is still unknown however. Yet another family of bacteria called Enterobacteriaceae was linked to the severity of Parkinson's symptoms. Parkinson's patients with more severe balance issues and difficulty walking were found to have higher levels of these bacteria.
Your Environment, Especially Your Diet, Shapes Your Immune System
As you probably know, your immune system is the first line of defense against any and all illness, whether acute or chronic. A recent article in Science magazine15 discusses the role of the environment in shaping your immune system. In a study on twins, immunologist Mark Davis of Stanford University set out to determine the influence of genetics on immune system function. His paper,16 "Variation in the Human Immune System Is Largely Driven by Non-Heritable Influences," reveals the nature of his findings.
As reported by Science:
"After recruiting 210 identical and fraternal twins between 8 and 82 years old, Davis and colleagues took blood samples and measured more than 200 parameters of their immune systems. For example, they measured the numbers of 95 kinds of immune cells and 51 kinds of proteins [and found] that identical twins' immune systems were too different for the variation to boil down to genetics.
Indeed, environment overshadowed inheritance in three-quarters of the measurements, and half showed no measurable genetic influence. Moreover, younger twins were more similar than were older twins, evidence that as the twins aged and were exposed to different environments, their immune systems diverged over time."
Environmental Differences Also Affect Your Vaccine Response
Interestingly, they also evaluated whether or not genetics might influence the twin's responses to flu vaccines. As I've discussed on many occasions, both genetic and epigenetic or environmental factors can predispose a child to vaccine damage—and an unhealthy microbiome appears to be a particularly potent risk factor. Here, they discovered that "the variation in responses was almost entirely the result of environmental differences."
What this means, in practical terms, is that vaccine safety cannot be ascertained by, say, a genetic test. At present, the only indication I know of is testing to check your baby's gut flora, as described in Dr. Natasha Campbell-McBride's GAPS book. As Dr. Campbell explains, establishment of normal gut flora in the first 20 days or so of life plays a crucial role in appropriate maturation of your baby's immune system. Hence, babies who develop abnormal gut flora are left with compromised immune systems.
According to Dr. Campbell, vaccinations were developed for children with perfectly healthy immune systems. GAPS children, therefore, are NOT suitable to be vaccinated with the standard vaccination protocol. Her book Gut and Psychology Syndrome contains an entire chapter outlining what healthcare professionals need to do to improve the vaccination strategy, because the standard vaccination protocol is bound to damage GAPS babies.
For a Health Boost, Increase Your Fiber
While I'm no longer known as Dr. Fiber, I still hold firm to my belief in the benefits of dietary fiber as long as most of it is coming from high-quality, preferably organic, vegetables. Fiber undoubtedly contributes to overall good health and longevity, and can have a positive influence on your disease risk by feeding and promoting the proliferation of healthy gut bacteria. Fiber, especially insoluble fiber, can serve as a powerful bowel movement normalizer. If you are constipated it will soften your stools and if you have loose stools it will form them better.
I believe it is best to not rely on grain-based fiber sources, as this threatens your health in too many ways, from raising your insulin and leptin levels, to increasing your risk of glyphosate exposure. Processed grains are particularly harmful, and are second only to refined sugar and fructose in terms of promoting chronic disease. If there's one thing you do NOT need, it's sugar—from any source.
Instead, get your fiber from fresh locally grown organic vegetables, nuts, and seeds. If you still fall short of the recommended 30-32 grams per day (20 grams being a bare minimum), supplementing with organic psyllium husk can help bring you closer to this ideal amount. Just make sure that the psyllium is organic. Avoid non-organic psyllium like the plague as it is loaded with pesticides.
By Dr. Mercola
Psoriasis is a chronic disease of your immune system that causes cells to build up on the surface of your skin, leading to thick, red, scaly patches that are very itchy and sometimes painful. Up to 7.5 million Americans suffer from the disease, which has a surprisingly significant economic impact as well.
A new study in JAMA Dermatology reported that direct US healthcare costs related to psoriasis may be up to $63 billion a year.1 There were also indirect costs (such as loss of work hours) of up to $35 billion and another $35 billion in costs related to associated health problems, like heart disease and depression.
Taken together, the researchers found the annual US cost of psoriasis amounted to approximately $112 billion in 2013.
Psoriasis Is More Than a Superficial Skin Condition
Although psoriasis appears as a skin condition, it is actually an autoimmune disease. Part of the reaction occurs when a type of white blood cell called a T cell mistakenly attacks healthy skin cells.
These overactive T cells then trigger other immune responses that collectively speed up the growth cycle of skin cells, causing them to move to the outermost layer of your skin in a matter of days rather than weeks.
Because the dead skin cannot be removed quickly enough, it builds up into the thick patches characteristic of psoriasis. For up to 60 percent of people with psoriasis, the condition seriously impacts their daily life.
Your skin may become so inflamed that it cracks and bleeds. Up to 30 percent of sufferers also develop psoriatic arthritis, which can cause debilitating joint damage.
People with psoriasis are also at an increased risk of numerous other chronic diseases, including eye conditions, type 2 diabetes, high blood pressure and heart disease. And then there are the psychological repercussions.2
Those who aren’t familiar with psoriasis may view it as a contagious rash, and as a result people with psoriasis may be shunned or excluded socially. People with psoriasis often suffer from depression, low self-esteem, social isolation and problems at work, which may lead to a lower income.3
Vitamin D Is Crucial for Autoimmune Diseases, Including Psoriasis
If you have psoriasis, it is imperative that you have your vitamin D levels tested and maintain levels in the therapeutic range of 50-70 ng/ml year-round. Vitamin D is a potent immune modulator, making it very important for the prevention of autoimmune diseases.
According to one study, “vitamin D could have important immunomodulatory effects in psoriasis,” but unfortunately 80 percent of patients in winter, and 50 percent in the summer, were vitamin-D deficient.4
Vitamin D is thought to effect psoriasis on multiple levels, including helping to regulate keratinocyte (skin cell) growth and differentiation as well as influence the immune functions of T lymphocytes and other cells. Vitamin D also inhibits cytotoxic T cells and natural killer cell activity, potentially helping to regulate skin cell growth.5
In fact, not only are vitamin D derivatives commonly used as a topical treatment for psoriasis, but phototherapy is also a preferred type of treatment.
There is also at least one published report of a specific type of drug-induced psoriasis resolving after high doses of vitamin D3 were given to treat vitamin-D deficiency.6
Existing psoriasis drug treatments are risky and expensive. NPR followed one man with psoriasis who has taken multiple prescription drugs for psoriasis, including experimental drugs, and is still suffering.
One of the drugs, Raptiva, was pulled from the market for increasing the risk of deadly brain infections. Another, Stelara, worked, but only for five years when his symptoms returned. In those five years alone, he reported the drug costs added up to $250,000.7
One of the most common psoriasis treatments is the drug psoralen combined with UV light exposure (known as PUVA). Psoralen makes your skin more sensitive to UV light, but it is often combined with UVA exposure. UVA rays are the type associated with skin damage, while UVB light causes your skin to produce vitamin D.
Optimize Your Vitamin D Levels If You Have Psoriasis
Typically, the best treatment for psoriasis is exposure to sunlight to optimize your vitamin D levels. You don’t need to visit a dermatologist; you can do it yourself.
Speaking out in a professional capacity against this idea can cost you. In 2004, Dr. Michael Holick published the book, The UV Advantage, in which he encouraged readers to get some sensible sun exposure.
At the time, he was a professor of dermatology because of the work he'd been doing with active vitamin D for the treatment of psoriasis. In fact, he'd received the American Skin Association's Psoriasis Research Achievement Award—a rather prestigious award.
“As a result, I was in the department of dermatology, continuing to do psoriasis research. But once I began recommending sensible sun exposure for vitamin D, which is counter to what the American Academy of Dermatology's message was, I was asked to step down as professor of dermatology back in 2004...
The American Academy of Dermatology still recommends: you should never be exposed to one direct ray of sunlight for your entire life.”
This is highly counterintuitive, given the research showing how beneficial vitamin D is for psoriasis. Sunlight exposure works, in part, because UV rays in sunlight and certain types of artificial light kill off the activated T cells in your skin.
This slows down cell turnover and reduces the scaling and inflammation of your skin.
Proper sunlight exposure will help you get your vitamin D levels into the therapeutic range, which has additional health benefits as well. It’s probably no coincidence that people with psoriasis, who are often vitamin D deficient, have an increased risk of chronic diseases like heart disease and metabolic syndrome – which are also associated with low vitamin D.8
Low Vitamin D Linked to Parkinson’s Disease and Cancer
People with psoriasis are at an increased risk of Parkinson’s disease as well, and this, too, is associated with vitamin D deficiency. According to one study:9
“Plasma levels of both dietary and sunlight-derived vitamin D are inversely correlated with the risk of Parkinson disease (PD) … The finding suggests that low vitamin D levels in PD are not simply a result of reduced mobility.”
Research scheduled to be presented at the 2015 Gastrointestinal Cancers Symposium in San Francisco also revealed that higher vitamin D levels are associated with markedly improved survival in people with advanced colorectal cancer.10
For this study, those with the highest vitamin D levels only had an average of 27.5 ng/mL, which is still far below the optimal range of 50-70 ng/mL. Theories linking vitamin D deficiency to cancer have been tested and confirmed in more than 200 epidemiological studies, and understanding of its physiological basis stems from more than 2,500 laboratory studies.
One particularly noteworthy study was completed by Joan Lappe and Robert Heaney in 2007. A group of menopausal women were given enough vitamin D to raise their serum levels to 40 ng/ml. These women experienced a 77 percent reduction in the incidence of all cancers, across the board, after just four years11 (and again, 40 ng/ml is a relatively modest level).
So far, scientists have identified nearly 3,000 genes that are influenced by vitamin D status, and a robust and growing body of research clearly shows that vitamin D is critical for optimal health and disease prevention.
Have You Checked Your Vitamin D Level Lately?
While the optimal level for general health lies between 50-70 ng/ml, when treating chronic diseases such as cancer, heart disease, and autoimmune (i.e. psoriasis) and/or neurological diseases, your level should ideally be somewhere between 70-100 ng/ml, which is about double what is typically considered “normal.”
References for target ranges
It’s important to realize that vitamin D deficiency is common around the world, even in areas where you’d suspect most people would get plenty of sun exposure. One recent study done in India found that 69 percent of 37,000 people tested across the country were vitamin D deficient (at or below 20 ng/ml), and another 15 percent had insufficient levels (20-30 ng/ml).12 Men between the ages of 31-60, and women aged 16-30, were at highest risk of vitamin D deficiency, although in the US the elderly are also seriously at risk.
The ideal method to optimize your vitamin D levels is through sensible UVB exposure. You can also use an oral supplement of vitamin D3. GrassrootsHealth has a helpful chart showing the average adult dose required to reach healthy vitamin D levels based upon your measured starting point. Many experts agree that 35 IUs of vitamin D per pound of body weight could be used as an estimate for your ideal dose, but you’ll need to test and monitor your levels to be sure.
If Taking a Vitamin D Supplement, Remember K2 and Magnesium, Too
If you opt for a supplement, be sure to take vitamin D3—not synthetic D2—and take vitamin K2 and magnesium in conjunction with it. Vitamin D is fat-soluble, so taking some form of healthy fat with it will also help optimize absorption. The biological role of vitamin K2 is to help move calcium into the proper areas in your body, and without sufficient amounts, calcium may build up in areas such as your arteries and soft tissues. This can cause calcification that can lead to hardening of your arteries—a side effect previously thought to be caused by vitamin D toxicity. We now know that inappropriate calcification is actually due more to lack of K2 than simply too much vitamin D.
Magnesium is also important, both for the proper function of calcium, and for the activity of vitamin D as it converts vitamin D into its active form. Magnesium also activates enzyme activity that helps your body use the vitamin D. In fact, all enzymes that metabolize vitamin D require magnesium to work. As with vitamin D and K2, magnesium deficiency is also common, and if you’re lacking in magnesium and take supplemental calcium, you may exacerbate the situation.
Vitamin A, zinc, and boron are other important cofactors that interact with vitamin D. When taking supplements, it can be easy to create lopsided ratios, so getting these nutrients from an organic whole food diet and sensible sun exposure is generally your best bet. Dietary sources of magnesium include sea vegetables, such as kelp, dulse, and nori. Vegetables can also be a good source. As for supplements, magnesium citrate and magnesium threonate are among the best.
How Vitamin D Performance Testing Can Help Optimize Your Health
A robust and growing body of research clearly shows that vitamin D is absolutely critical for good health and disease prevention. Vitamin D affects your DNA through vitamin D receptors (VDRs), which bind to specific locations of the human genome. Is it any wonder then that no matter what disease or condition is investigated, vitamin D appears to play a crucial role? This is why I am so excited about the D*Action Project by GrassrootsHealth. It is showing how you can take action today on known science with a consensus of experts without waiting for institutional lethargy.
It has shown how by combining the science of measurement (of vitamin D levels) with the personal choice of taking action and, the value of education about individual measures that one can truly be in charge of their own health. In order to spread this health movement to more communities, the project needs your involvement. To participate, simply purchase the D*Action Measurement Kit and follow the registration instructions included. (Please note that 100 percent of the proceeds from the kits go to fund the research project. I do not charge a single dime as a distributor of the test kits.)
As a participant, you agree to test your vitamin D levels twice a year during a five-year study, and share your health status to demonstrate the public health impact of this nutrient. There is a $65 fee every six months for your sponsorship of this research project, which includes a test kit to be used at home, and electronic reports on your ongoing progress. You will get a follow up email every six months reminding you “it's time for your next test and health survey.”
Vitamin D Deficiency Linked to Neurological Diseases; Also Raises Risk of Asthma Attacks, and More...
Vitamin D Might Be Able to Slash Your Breast Cancer Risk by 90 Percent
By Dr. Mercola
When you take a trip to your local grocery store, it’s easy to take the displays of fresh produce for granted – along with the fact that out-of-season produce is available virtually year-round. Pineapples in the Midwest in the middle of winter? Green beans in February?
No problem, if you live near a supermarket. Yet, there’s something to be said for choosing your produce seasonally. That is, focusing your meals around the foods that are naturally at their peak of ripeness.
Eating Seasonally Tastes Good and Is Good for You
According to the ancient science of Ayurveda, seasonal eating helps with digestion, because it favors easier-to-digest foods in the winter when your body is hard at work burning energy to keep you warm (and therefore theoretically has less energy to devote to digestion).
Seasonal produce will be fresher, too, which means its nutrients won’t have time to degrade like the same food left to sit in cold storage for days or weeks. One study found that in-season broccoli (fall) contained nearly twice as much vitamin C as out-of-season (spring) broccoli.1
The seasonality of the broccoli had an even bigger impact on vitamin C levels than whether it was organically or conventionally grown. When you eat seasonally, you’re also supporting the environment and your local community, because to get in-season foods you often have to shop locally.
In 2010, thousands of chefs voted cooking with seasonal locally grown produce as the top food trend … but there’s nothing “trendy” about it. People have been eating seasonally since the beginning. As the Cleveland Clinic put it:2
“Eating foods when nature produces them is what people the world over have done naturally through most of history, before mega-supermarkets dotted the landscape and processed foods became ubiquitous.
Seasonal eating is also a cornerstone of several ancient and holistic medical traditions, which view it as integral to good health and emotional balance.”
7 Foods That Taste Best in Winter
Perhaps best of all, seasonal produce will be at its peak in flavor, too, even if it’s in the middle of winter. Many winter-season vegetables taste better after a frost. This is because as temperatures drop, the cold causes the plants to break down energy stores into sugar, leading to a sweeter, tastier flavor.3
With that in mind, the seven foods that follow taste best in the winter, making them ideal to add to your seasonal shopping list.
One cup of kale contains just around 30 calories but will provide you with seven times the daily recommended amount of vitamin K1, twice the amount of vitamin A and a day's worth of vitamin C, plus antioxidants, minerals, and much more.
This leafy green also has anti-inflammatory properties that may help prevent arthritis, heart disease, and autoimmune diseases – plant-based omega-3 fats for building cell membranes, cancer-fighting sulforaphane and indole-3-carbinol, and an impressive number of beneficial flavonoids.
Kale has a 3:1 carbohydrate-to-protein ratio – an exceptionally high amount of protein for any vegetable, and one reason why it has recently been acclaimed as the “new beef.”
Surprisingly, like meat, kale contains all nine essential amino acids needed to form the proteins within your body: histidine, isoleucine, leucine, lysine, methionine, phenylalanine, threonine, tryptophan, and valine – plus, nine other non-essential ones for a total of 18.
Kale’s sometimes-bitter flavor becomes sweeter in winter and, impressively, kale can survive temperatures as low as 10 degrees F.4
2. Brussels Sprouts
Like kale, Brussels sprouts become sweeter in winter, so if you think you don’t like them, try them again now. One cup of cooked Brussels sprouts contains just 56 calories but is packed with more than 240 percent of the recommended daily amount (RDA) for vitamin K1, and nearly 130 percent of the RDA for vitamin C.
Plus, Brussels sprouts are a good source of fiber, manganese, potassium, choline, and B vitamins. They even contain protein. But not only do Brussels sprouts contain well-known antioxidants like vitamin C…
They also contain others that are much less known – but equally as important, like kaempferol, isorhamnetin, caffeic, and ferulic acids, and the relatively rare sulfur-containing compound called D3T (3H-1,2-dithiole-3-thione).
This means that when you eat Brussels sprouts, you’re helping your body to ward off chronic oxidative stress, which is a risk factor for many types of cancer and other chronic diseases.
You can steam Brussels sprouts and toss them with olive oil, Parmesan cheese, or butter. You can roast them and quarter them, then toss them like a salad with onions, feta cheese, and balsamic vinegar.
If your Brussels sprouts become overly “smelly,” mushy, or turn a muted green, they’re probably overcooked. Ideally, they should be bright green with a slightly crisp texture and pleasant, nutty/sweet flavor, even after they’re cooked.
Kohlrabi is German for “cabbage turnip,” which is actually a spot-on way to describe this vegetable’s flavor. This is a great plant to add to your winter garden, as it thrives in cool weather. When planted several weeks before a frost, you can expect a harvest in just a few weeks.5
This root vegetable is a member of the cruciferous family of vegetables, along with such nutrition superstars as broccoli, cabbage, and Brussels sprouts.
Glucosinolates, which are sulfur-containing compounds found in kohlrabi, appear to have anti-cancer, anti-fungal, anti-parasitic, and antibacterial benefits.
Kohlrabi can be cooked as you would carrots or turnips, but it can also be eaten raw (and this may be the best way of all). Kantha Shelke, a food scientist at Corvus Blue LLC and spokesperson for the Institute of Food Technologists (IFT), told TIME:6
“Kohlrabi’s chemopreventive effects makes it particularly healthy … Kohlrabi contains isothiocyanates which are effective against cancer. The chemopreventive compounds are more bioavailable from fresh–about three times as much as from cooked–kohlrabi.
The higher bioavailability is associated with a higher chemopreventive activity, which might be the reason why raw kohlrabi is preferentially consumed by health-conscious people.”
4. Mustard Greens
Mustard greens have a peppery flavor that’s better after a frost, and they make a perfect warming food on a cold winter day. Notably, they are a phenomenal source of vitamin K1 (providing 922 percent of the recommended daily value in just one cup) and vitamin A (96 percent of the recommended daily value).
Mustard greens are another standout member of the cruciferous family of vegetables, with research showing they rank second only to Brussels sprouts in terms of the cancer-fighting glucosinolates they contain.
If you’re trying to balance out your cholesterol levels, mustard greens may help, as they bind to bile acids in your digestive tract. According to the George Mateljan Foundation:7
“When bile acid binding takes place, it is easier for the bile acids to be excreted from the body. Since bile acids are made from cholesterol, the net impact of this bile acid binding is a lowering of the body's cholesterol level. It's worth noting that steamed mustard greens (and all steamed forms of the cruciferous vegetables) show much greater bile acid binding ability than raw mustard greens.”
Parsnips are root vegetables that resemble carrots but are whitish in color and have a sweet, nutty flavor. Their flavor is best after a hard frost. Parsnips are rich in nutrients like fiber, folate, potassium, and vitamin C. Eating foods rich in potassium is important because this nutrient helps offset the hypertensive effects of sodium. An imbalance in your sodium-potassium ratio can lead to high blood pressure and may also contribute to a number of other diseases, including heart disease and stroke.
6. Collard Greens
Collard greens outshined even mustard greens in their ability to bind to bile acids in your digestive tract, which may help support healthy cholesterol levels.8 Plus, like mustard greens, they’re rich in vitamins K1 and A, along with cancer-fighting glucosinolates that support healthy detoxification and fight inflammation. Collard greens also contain a wealth of antioxidants, including not only vitamins C and A but also vitamin E, caffeic acid, ferulic acid, quercetin, and kaempferol. This will help your body to ward of chronic oxidative stress, which may contribute to chronic disease and premature aging. Like the other winter vegetables mentioned, collard greens become sweeter after a frost.
Some types of cabbage can be grown in temperatures as low as 26 degrees F.9 What is cabbage good for? Cabbage contains powerful antioxidants like vitamins A and C and phytonutrients such as thiocyanates, lutein, zeaxanthin, isothiocyanates, and sulforaphane, which stimulate detoxifying enzymes and may protect against breast, colon and prostate cancers. Cabbage also contains a wealth of anti-inflammatory nutrients to help keep inflammation in check.
Among them are anthocyanins, a type of polyphenol that’s particularly plentiful in red cabbage, although all types of cabbage contain anti-inflammatory polyphenols. Cabbage also contains healthy amounts of B vitamins, including folate (which is better than the synthetic form known as folic acid found in many supplements), vitamin B6, vitamin B1, and vitamin B5. B vitamins are not only important for energy, they may also slow brain shrinkage by as much as seven-fold in brain regions specifically known to be most impacted by Alzheimer’s disease.
Starting a Winter Garden
Many people assume that the best time to start a garden is in early spring. Depending on where you live, however, you can garden virtually year-round. Even in the northernmost areas of the US, a wide variety of vegetables can be grown during the winter, especially with the assistance of a few simple temperature-shielding strategies, such as cold frames, cloches and row covers. For your winter garden, your most important date to know is your "first frost" date. You'll want to plant your seeds early enough that the plants will be established before getting subjected to a light freeze. So your first step is to check your hardiness zone to see when your first frost is expected.
Most winter veggies are planted in mid to late summer so they are strong and ready for when the temperatures drop, and then ripe for harvest in winter or early spring. Timing this depends on how long each plant takes to reach maturity. And, remember, some vegetables, such as those listed above, develop a better flavor after a frost, so you’ll need to plan accordingly. The following tables list the best vegetables for a winter garden and how long it takes each to mature, on average.
There are certain varieties of each veggie that are more suitable for cooler temperatures, and the seed packet often gives you this information. If not, make use of the staff's expertise at your local nursery—they usually know what varieties perform best in your area and are usually eager to help. With a bit of planning, next winter you can be feasting on parsnips, Brussels sprouts, kohlrabi, and more, all grown right in your own backyard.
90 Days to Maturity
Beets Carrots Parsnips Rutabagas Brussels sprouts Globe onions Garlic Cabbage Broccoli Cauliflower Fava Beans
60 Days to Maturity
Early carrots Leeks Turnips Kohlrabi Early cabbage Collard greens Swiss chard Peas Kale
30 Days to Maturity
Chives Radishes Leaf lettuce Spinach
List of Best & Worst Vegetables to Eat
Ten Best Foods to Eat Frequently for a Terrific Health Kick
By Dr. Mercola
What is the proper role of sugar in our society? It used to be a condiment; now it’s a diet staple. Mounting evidence clearly shows that refined sugar is a primary factor causing not just obesity, but also chronic disease.
According to Dr. Robert Lustig, Professor of Pediatric Endocrinology at the University of California, San Francisco (USCF), sugar acts as a chronic, dose-dependent liver toxin (poison) when consumed in excess.
You might recognize Dr. Lustig from one of the most popular YouTube videos on sugar that has over 5 million views. You might also have seen him on 60 Minutes, which ran a report on the dangers of sugar in 2012.
You might also have seen him sparring with Stephen Colbert or Bill Maher. Or you might know him from his book, Fat Chance.
Never before have humans consumed as much sugar as we do today, and the ramifications of this dietary change are quite clear. Fructose, found in most processed foods, is by far the worst form of sugar, causing the greatest amount of harm in the shortest amount of time.
For example, in one clinical trial, test subjects who consumed high fructose corn syrup (HFCS) developed higher risk factors for cardiovascular disease in just two weeks.
Chronic Disease Has Risen in Lockstep with Sugar Consumption
Historically, sugar was used as a condiment. As early as 1200 BC, India developed a process to extract cane juice, called khanda, which is where we got the word “candy” from.
"It was for nobility and it was hard to come by, until about year 1700, when the pot still allowed for mass production of refined sugar. It was still extraordinarily expensive until the middle of 18th -19th century," Dr. Lustig says.
"At that point, we started seeing it appearing in various venues. We started seeing the growth of American sugar industry in Louisiana, Texas, and Hawaii. That's when we started seeing chronic metabolic disease.
In fact, the very first demonstration of an increase in chronic metabolic disease was in 1924, when Hayden Emerson, the commissioner of health of New York City, noticed a seven-fold increase in diabetes rate in the [city’s] population.
Then in 1931, Dr. Paul Dudley White (cardiologist at Massachusetts General Hospital) called attention to the fact that we had an epidemic of heart disease.
Finally, in 1988, we learned about the advent of adolescent type 2 diabetes. These are the three seminal hallmarks of chronic metabolic disease pervading our population. It goes up in lockstep with our increase in per capita sugar consumption.”
The bottom line is that sugar used to be something we added to coffee and tea. We had full control over the amount we ate. Today, we consume about 20 times more sugar than our ancestors did, and we have very little control over the amount since it’s become a diet staple.
It’s now found in virtually every processed food you can think of. On average, sugar makes up 15 percent of total calories consumed (about 19.5 teaspoons per day), and your liver, which processes sugar, simply cannot handle that kind of load. When you overload your liver in this way, you inevitably end up with chronic metabolic disease.
"Basically, sugar is metabolized virtually identically to that of alcohol, and we are now seeing diseases in children that we never saw before, and they are alcohol-related diseases, like non-alcoholic fatty liver disease and type 2 diabetes.
Kids don’t drink alcohol but they certainly consume sugar, and that’s the point,” Dr. Lustig says. “Sugar is the alcohol of the child. And we are all overdosed.
We have gone beyond our limits and we are now evidencing a massive increase in chronic metabolic disease that is chewing through the health care resources of every developed and developing country on the planet, and this is unsustainable."
Insulin Resistance—A Hallmark of Metabolic Syndrome
According to Dr. Lustig, whatever organ becomes insulin resistant ends up manifesting its own chronic metabolic disease. For example, when you have insulin resistance of the liver, you end up with type 2 diabetes.
When you have insulin resistance of the brain, you end up with Alzheimer’s disease. Insulin resistance of the kidney leads to chronic renal disease, and so forth. All of these diseases are insulin resistant states. The question is what causes the insulin resistance in the first place?
"[W]e have some new data that we are very excited about, which demonstrate that if you overload the mitochondria, the little energy-burning factories within cells, in any given organ, you'll end up manifesting various forms of chronic metabolic disease," Dr. Lustig says.
“The chemical that overloads the mitochondria best is trans-fats. But the chemical that overloads the mitochondria next best is sugar. Trans fats and sugar pretty much characterize the processed food diet.”
In November 2013, the US Food and Drug Administration (FDA) removed trans fats from the Generally Recognized as Safe (GRAS) list. This is a step in the right direction. Unfortunately, instead of reverting back to healthy saturated fats like coconut oil, lard, and butter, trans fats have been replaced with other non-saturated vegetable oils, that when heated, produce toxic aldehydes which cause cellular damage.
We may not realize the full ramifications of this switch until a decade or two down the line. Sugar, on the other hand, is going to be even more difficult to dislodge from the food system.
According to SugarScience.org, added sugars hide in 74 percent of processed foods under more than 60 different names.1 And yet, getting rid of the excess sugar in processed food is exactly what needs to be done.
"As long as sugar is on that (GRAS) list, the food industry has license to use as much as it wants to in any given food stuff. So, sugar has become the biggest problem in our diet since the advent of trans fats," Dr. Lustig says. "Granted, there are many problems with processed food. There's too much of five things and too little of three things.
There's too much trans fats; too much omega-6 fatty acids (which are pro-inflammatory); too much branched-chain amino acids (which also overload your liver and cause chronic metabolic disease)... too much alcohol, and too much sugar.
On the too-little side, there's too little fiber, too few micronutrients, and too little omega-3 fatty acids, which are anti-inflammatory. Processed food has a zillion things wrong with it. Unfortunately, processed food is what we subsidize. Processed food is what we expect people to consume because of 1) expense and 2) shelf life. That’s making a fortune for the food industry, but it’s killing us.”
Is There a Safe Threshold for Sugar?
According to Dr. Lustig, trans fats are “without question consumable poison.” But is sugar as bad or worse than trans fat? Dr. Lustig says no, it’s not worse, because while there is no threshold at which trans fats are safe, there may be a threshold below which sugar will not cause a problem. While there are individual differences, as a general rule the safety threshold for sugar appears to be around six to nine teaspoons (25-38 grams) of added sugar per day.
“That’s what the data suggest, because your liver does have the capacity to metabolize fructose, as long as the mitochondria don’t get overwhelmed,” Dr. Lustig says. “So as long as you keep it below the threshold, above which toxicity would occur, I think that, probably, sugar is okay.”
Whether or not you're insulin resistant will play a role, as insulin resistance generates hyperinsulinemia. Hyperinsulinemia means that there's more insulin at the fat cell, which means you'll shunt more energy into those fat cells because that's what insulin does. Insulin resistance is clearly associated with weight gain. But while many believe that insulin resistance is the result of weight gain, recent data argues against that notion, Dr. Lustig says. Instead, the data shows that insulin is what drives the weight gain.
When your liver turns excess sugar into liver fat and becomes insulin resistant, that generates hyperinsulinemia, and hyperinsulinemia drives energy storage into body fat.
Currently, about two-thirds of the American population is overweight. About one-quarter to one-third is diabetic or prediabetic, and another quarter of the population is hypertensive. Many also have high serum triglycerides. Insulin resistance is a component of all of these health issues. According to Dr. Lustig, the data shows that at least 50 percent of Americans have some form of insulin resistance—whether you’re overweight or not—and that is what’s driving our seemingly out-of-control disease statistics.
Metabolic Disease in America
As Dr. Lustig notes, if you were to do a Venn diagram2,3 of the United States population, you'd have 240 million adults in that diagram, divided into two circles. One circle would be about twice as big as the other: the obese population forming a smaller circle of about 30 percent, and the non-obese population forming a larger circle of about 70 percent. Eighty percent (57 million people) of the obese population is metabolically ill. They have insulin resistance that manifests itself in a myriad of ways, including type 2 diabetes, hypertension, dyslipidemia, heart disease, cancer, and dementia.
"The standard mantra is, 'If they would just diet and exercise, they wouldn't be obese and we could solve this problem,'" Dr. Lustig says. "This is patently untrue. It is true that 80 percent of the obese population is metabolically ill. But that means that 20 percent of the obese population is not. They're metabolically healthy. They are called metabolically healthy obese. They will live a completely normal life, die at a completely normal age, and not cost the taxpayer a dime. They are just fat. They're not contributing to our runaway medical train, as it were."
Conversely, it turns out that of the 70 percent that are of normal weight (168 million people), 40 percent of them (67 million people) have insulin resistance on lab testing, and they manifest aspects of the metabolic syndrome as well. They too get type 2 diabetes, hypertension, dyslipidemia, cardiovascular disease, cancer, and dementia. The prevalence of metabolic disease among normal weight people is not as great as among obese people—40 percent versus 80 percent—but they do get ill and there are far more people in this group.
“When you do the math, there are more thin sick people than there are fat sick people,” Dr. Lustig says. “The thin sick people are actually costing more, and when you do the math on the two together, the sick population is 124 million—that’s more than half of the US adult population. It turns out the thin sick people are costing us more...
And you can't attribute this to gluttony and sloth or diet and [lack of] exercise, because they're normal weight. If it's not about behavior, then there's only one other option: it must be about exposure. This is an exposure that obese people are exposed to and it's an exposure that even normal weight people are exposed to. That is called the Western diet. The Western diet is replete with sugar. Sugar is mechanistically the thing that drives this insulin resistance."
How Do You Resolve Insulin Resistance?
The answer can be summarized in two words: real food. According to Dr. Lustig, the overwhelming majority, 60-70 percent of the patients seen in his clinic are there as a result of their processed food diet.
"What we have to do is we have to move them back [to real food], and what we do is we explain what real food is. A lot of kids don't even know what real food is. A lot of kids think that fruit flavored yogurt is real food; it is not. We explain that yogurt is sour milk [it's not sweet]... So if you want yogurt, have plain yogurt and throw whole fruit in, just like what Europeans do. That's called real food."
Intermittent fasting may be another way to address insulin resistance. Although Dr. Lustig doesn’t think most people have to go this far, he believes it can work for some. When you fast, your liver burns off the available liver fat. So you’re temporarily depleting your liver fat stores, restoring metabolic stability to your liver and improving hepatic insulin sensitivity. That said, he believes that the long-term answer for most people lies simply in eating real food.
"I think you can do this rationally, by eating properly all the way through the week rather than having to do intermittent fasting. I think, ultimately, the goal is get the liver fat down. And since the cause of the liver fat is dietary sugar, via the process of De novo lipogenesis... once you get rid of the sugar, the liver fat will go down, and we have data that supports that, both in adults and in children... I think, ultimately, what you have to do is get the liver fat down. Will intermittent fasting do that? Yes, it will. But will eating properly do that too? It does it even better," he says.
"What we tell people are these very simple rules, all of which are evidence-based: get rid of every sugared beverage in the house. Then, eat your carbohydrate with fiber. Whole food is okay because the fiber mitigates the negative effects of the fructose on hepatic metabolism, because it reduces the rate of absorption... We don't tell people they can't eat sugar. But they have to eat sugar in a form that nature provided it, and it's called whole fruit."
The Importance of Exercise
Exercise is also an important component. Interestingly, Dr. Lustig notes that exercise works not by promoting weight loss; rather its benefits are related to the fact that exercise promotes muscle gain. It may be a fine distinction, but one worth noting nonetheless. There is a transcription factor known as Peroxisome proliferator-activated receptor gamma coactivator 1-alpha (PGC-1α), which is involved in mitochondrial biogenesis. When you turn up PGC-1α, you make more mitochondria. Increasing your sympathetic muscle tone. This is what exercise does, it turns on PGC-1α. So, in short, exercise increases muscle mass, which increases mitochondria, and this in turn improves insulin sensitivity.
"Every doctor who tells their patient, 'Well, if you'd exercise, you'd lose weight.' Given what we know now, this statement is tantamount to malpractice, because it isn’t true. There are no studies that show [exercise leads to weight loss]. Yet, exercise is the single best thing you can do for yourself and we should be promoting it, but we have to explain to patients what the outcome variable they should be looking at is. And the outcome variable is belt size [waist size], because they will reduce their visceral fat. They will lose inches, not pounds. And losing inches means improved metabolic health," Dr. Lustig explains.
Research Proves Causation—Sugar Definitely Increases Risk for Disease
At present, there are 15 agencies and 51 separate agreements controlling food regulatory activities in the US, and according to Dr. Lustig, “no one knows what the other hand is doing, and the food industry takes complete advantage of this.” Dr. Lustig and many others are pushing for a national food policy. He also insists that “it’s time for us to take food back as a mode of therapy.” And if food is medicine, doctors really must be taught a thing or two about nutrition...
“We have the data. We don’t have correlation anymore. Now, we have causation. We have causation for sugar and obesity (although sugar is not the only cause). We have causation for sugar and diabetes, for heart disease, and for fatty liver disease... We now have causation. It’s time to do something about it.”
For example, a paper by Yang, et al, published in JAMA Internal Medicine last year looked at consumption of added sugar over two decades, as a percentage of total calories, concluding that it significantly contributed to cardiovascular deaths. People who consumed 30 percent of their daily calories as added sugar (like many teenagers are) had a four-fold greater risk of dying from heart disease.
"If you think we got a problem now, wait until our teenagers hit heart disease age; things are really going to be even worse shortly," he notes. "Food should confer wellness, not illness, and it used to. But then, the food industry got involved. And now it confers illness, not wellness. We have to take back our food."
To counter the propaganda provided by profit-driven industry interests, dozens of scientists at three American universities—including Dr. Lustig—have created a new educational website called SugarScience.org,4 aimed at making independent research available to the public. To learn more about what the science really says about sugar, I highly recommend browsing through the site.
Confirmed—Fructose Can Increase Your Hunger and Lead to Overeating
Fructose: This Addictive Commonly Used Food Feeds Cancer Cells, Triggers Weight Gain, and Promotes Premature Aging
By Dr. Mercola
Chicken salad is mentioned in US cookbooks dating back to the early 1800s,1 but it’s likely this traditional dish came to be long before that. It’s said the Chinese were actually the first to mix together chicken with oil and spices, creating the first variation of Asian chicken salad.
American chicken salad, at its most basic level, is a mixture of chicken and mayonnaise (or a similar “binder”) along with various additions like celery and onions. It was reportedly first served in America at a Rhode Island meat market called Town Meats in 1863. The owner mixed leftover chicken with mayonnaise, tarragon and grapes and customers loved it.2
If you’re looking for a filling and healthy lunch or dinner, try the herbed chicken salad recipe below,3 and be sure to keep reading for tips on how to make classic chicken salad healthier than ever.
Healthy Herbed Chicken Salad
1/4 cup flat-leaf parsley leaves
1/4 cup basil leaves
1/2 cup fresh dill sprigs
2 oil-packed anchovies, drained
1 small garlic clove
1⁄3 cup homemade mayonnaise (based on avocado or olive oil and egg, see below)
1⁄3 cup raw sour cream
2 Tbs. lemon juice
Freshly ground black pepper
1 lb. cooked organic, free-range chicken, shredded
2 jarred roasted red peppers, well-drained and chopped (or substitute fresh roasted peppers)
3 inner celery ribs with leaves, thinly sliced
8 cups mixed salad greens
1/2 lb. tomatoes, choppedProcedure:
- Make the herbed mayonnaise: In a food processor, pulse the herbs, anchovies, and garlic until coarsely chopped. Add the mayonnaise, sour cream, and lemon juice and process until smooth. Season to taste with the pepper.
- In a large bowl, toss the herbed mayonnaise with the chicken, peppers, and celery. Serve on the salad greens and garnish with the tomatoes.
The Quality of Your Chicken Matters
One factor that will make or break the quality of your chicken salad is, not surprisingly, the chicken. Be prepared that if you watch the video above – a clip from Food, Inc. that shows the reality of industrial chicken farms or CAFOs (concentrated animal feeding operations) – you may lose your appetite.
You’ll see chickens with oversized breasts, which distort their body proportions so badly they can barely walk. You’ll see chickens that are diseased and dying (or already dead), all packed into a huge dark pen. This is inhumane, clearly, but it’s also unhealthy – grossly so.
Nearly all (99 percent) of American chickens come from CAFOs like the one in the video above (or worse). These animals are typically fed genetically engineered (GE) corn and soybeans, which is a far cry from their natural diet of seeds, green plants, insects and worms.
Byproducts of processing, such as chicken feathers and other animal parts, can also be added to the feed. This unnatural diet further exacerbates disease promulgation.
To prevent the inevitable spread of disease from stress, overcrowding, lack of vitamin D (as CAFO chickens may never see the light of day), and an unnatural diet, the animals are routinely fed antibiotics.
Those antibiotics pose a direct threat to human health, and contaminate the environment when they run off into lakes, rivers, aquifers, and drinking water. According to a landmark "Antibiotic Resistance Threat Report" published by the CDC, at least 2 million Americans become infected with antibiotic-resistant bacteria each year, and at least 23,000 of them die as a direct result of those infections.4
According to a University of Florida report that reviewed data on the 14 pathogens that cause 95 percent of total cases of food-borne illness, poultry was found to cause more food-borne disease than any other food, amounting to $2.4 billion in costs of illness.5
The primary bacteria to blame were Campylobacter, followed by Salmonella. Campylobacter bacteria are found on chicken carcasses in slaughterhouses and in commercial poultry products – including on the outside of poultry packaging – where they can easily infect you, your children or even your pets.
This Is How Chicken Is Supposed to Be Raised...
I strongly encourage you to avoid CAFO chicken and instead choose food sourced from local farms that are raising chickens the right way. The chickens should be allowed outside and they should be able to roam and eat insects and other natural foods. Please watch my video above with farmer Joel Salatin of Polyface Farm to see how this looks in the real world.
Fortunately, finding high-quality pastured chickens (and organic eggs) is relatively easy, as virtually every rural area has small farmers with chickens. If you live in an urban area, visiting the local health food stores and farmers' markets are typically the quickest route to finding high-quality local chicken sources. If you’re buying chicken from a typical grocery store, be aware that labels can be misleading. Look for organic “pasture raised” poultry – and follow up with the producer to find out exactly how much time the chickens spend on pasture.
How to Make Homemade Mayonnaise
The other factor that can make or break the health value of your chicken salad is the mayonnaise. Most prepared mayos are made with primarily GE soybean oil, one of the most harmful oils you can eat. This type of oil, whether partially hydrogenated, organic, or made from newer soybean varieties modified in such a way as to not require hydrogenation, are highly processed and wreak chaos in your body at the cellular level, paving the way for problems ranging from obesity and diabetes to reproductive disorders and heart disease.
The majority of soybeans grown in the US are genetically engineered and, as a result, are saturated with dangerous levels of the herbicide glyphosate, which has been linked to a growing list of serious health problems. Even though you may not consider mayonnaise a sweet product, most commercial varieties also contain high fructose corn syrup or other forms of fructose, which adds to the toxic load on your liver.
If you think you can't live without your mayo, consider using an organic variety made with olive oil or grapeseed oil. Many people also enjoy mashed avocado in place of mayonnaise, or you can simply make your own homemade mayo. Mayonnaise is easy to make in a blender and, when made with healthy oils and fresh, organic eggs, is actually good for you. If you make your own, it won't last as long but it will taste much better, and you just make smaller batches.
Good mayo requires only a few basic ingredients: olive oil, organic egg yolks, vinegar or lemon juice, mustard, and a little unprocessed salt. Whip the ingredients together (adjust the amounts to your taste) and you have a spread that’s not only good for you, but tastes so delicious you won’t ever want to go back to the store-bought version.
Poached or Roasted? What’s the Best Way to Prepare Chicken for Chicken Salad?
If you’re a seasoned cook or foodie, you may be familiar with the debate over poached or roasted meat for chicken salad. The former, poached, yields a moist, smooth chicken salad while the latter, roasted, adds flavor and more texture. There’s no “right” answer, and you might end up using whatever type you have on hand. Making chicken salad is an excellent way to use up leftover roast chicken, and if you’re in a pinch some health food stores have organic rotisserie chicken already cooked.
Perhaps the best way to prepare the chicken for your chicken salad, however, is to poach the meat in the process of making a healthy bone broth using a whole chicken. You’ll know the meat is ready when it starts to separate from the bone. Simply remove the chicken for your chicken salad and continue simmering the broth (which you can later eat alone or make into a chicken soup).
Turmeric Cauliflower Recipe
Pumpkin Chili with Chicken