Inflammation

Inflammatory Foods: 5 Causes of Dietary Inflammation

Eating inflammatory foods that are high in carbohydrates, added sugars, industrial fats, and plant-toxins can lead to chronic inflammation and disease. 

If you’re suffering from chronic inflammation or seeking to reduce your risks for developing it, your diet is a good place to start.

Read on to learn about the main causes of inflammation in your diet and the changes you can make to reduce inflammation.

What Is Inflammation?

Inflammation is your body’s way of protecting itself from infection and injury. When your body’s immune response is functioning properly, inflammation is temporary.

Inflammation turns on when you need it, and off again once you are healed. This process evolved for our survival in the absence of modern medication such as antibiotics.

Your immune system releases inflammatory cells in response to stressors such as:

  • Infection
  • Injury
  • Toxins

This inflammatory response leads to swelling, redness, and pain–signs that your body is attempting to heal itself. In acute inflammation, you may experience these symptoms for a few days while your body recovers. 

But when inflammation doesn’t turn off, it simmers at a chronic level, damaging healthy cells instead of healing damaged cells.  Over time, chronic inflammation can increase your risk of inflammatory diseases. 

Acute vs. Chronic inflammation

Chronic Inflammation is a Global Epidemic

According to the World Health Organization (WHO) diseases related to chronic inflammation are the most significant cause of death in the world. Experts forecast that this disease will increase persistently for the next 30 years, and in large part due to our modern diets.  

In 2014, the Rand Corporation estimated that 60% of Americans had at least one chronic inflammatory condition, 42% had more than 1, and 12% of adults had 5 or more chronic inflammatory conditions. 2

Globally, 3 out of 5 people die from chronic inflammatory diseases including stroke, respiratory diseases, heart disorders, cancer, obesity, and diabetes.

Inflammatory Foods can lead to Disease

Chronic inflammation from the foods we eat can contribute to the development of diseases such as:

  • Heart disease
  • Asthma
  • Alzheimer’s disease
  • Parkinson’s disease
  • Arthritis
  • Diabetes mellitus
  • Cancer
  • Infertility

5 Inflammatory Foods in your Diet

Chronic inflammation can be caused by several factors including untreated injuries and infections, autoimmune disorders, and long-term exposure to industrial chemicals. But perhaps the most prevalent, overlooked, and easily treatable cause of chronic inflammation are the inflammatory foods in your diet. 

The Standard American Diet exposes people to high levels of known inflammatory compounds, including: 

  • Plant toxins
  • Vegetable and seed oils
  • Added sugars
  • Excessive alcohol 

1: Inflammatory Plant Toxins and Antinutrients

Plant toxins and antinutrients are chemicals that naturally occur in plants. Over time, plants evolved toxins and antinutrients to defend themselves from predators such as fungi, insects, and animals–including humans.

Plant toxins and antinutrients are associated with many inflammation-related food sensitivities, digestive complaints, and autoimmune diseases.

Plant Toxins

Plant toxins are highly potent chemicals that can trigger powerful inflammatory responses. For example, ricin is a plant toxin that naturally occurs in the seeds of the castor bean or castor oil plant. A few grains of ricin powder form can kill an adult human.

Though ricin is an extreme example, all plants produce dozens of toxins that protect them from injury and predation. 

Naturally occuring plant toxins make up 99.99% of all pesticides. And we eat roughly 5,000-10,000 natural pesticides every day.

Common plant toxins include: 

  • Glycoalkaloids: These neurotoxins and enzyme inhibitors are present in Potatoes. The highest glycoalkaloid levels are concentrated in the sprouts, peel, and area around the “eyes.” 
  • Sulforaphane: Most of the sulforaphane you eat gets absorbed into your bloodstream where it damages intracellular structures like mitochondria and enzymes. 
  • Salicylates: Sensitivity to salicylates presents as an allergic reaction that can include difficulty breathing, hives, swelling, and GI symptoms.
  • Cyanogenic Glycosides: These phytotoxins can be found in at least 2,000 species of plants. Symptoms of acute cyanide intoxication can include: rapid respiration, drop in blood pressure, dizziness, headache, stomach pains, vomiting, diarrhea, mental confusion, twitching, and convulsions followed by terminal coma. 

Plant Antinutrients

Plant antinutrients prevent your body from absorbing essential nutrients such as vitamins and minerals. This can result in nutritional deficiencies if you aren’t consuming the nutrients you need. 

Common antinutrients in your diet include:

  • Glucosinolates. Common in cruciferous vegetables. Reduces the absorption of iodine–an essential mineral with anti-inflammatory properties.
  • Lectins. This antinutrient is in legumes and whole grains and reduces the absorption of calcium, iron, phosphorus, and zinc. Gluten is a notorious lectin that can lead to damaging inflammation of the intestinal tracts and other parts of the body.
  • Oxalates. Occurs in green leafy vegetables and tea. High oxalate consumption is associated with various markers of inflammation.
  • Phytates. This antinutrient is in whole grains, seeds, legumes, and some nuts and reduces the absorption of iron, zinc, magnesium, and calcium.
  • Saponins. This antinutrient occurs in legumes and whole grains and prevents normal nutrient absorption. They can contribute to leaky gut. After crossing into the bloodstream they can damage red blood cells.

2: Inflammatory Vegetable and Seed Oils

Vegetable oils are extracted from the seeds of plants. Vegetable and seed oils are often coined “heart-healthy.” But they are highly processed industrial oils and recent research suggests can imbalance our ratio of essential fats, cause inflammation.

Common vegetable and seed oils include:

  • Corn oil
  • Safflower oil
  • Sunflower oil
  • Soybean oil
  • Canola oil

Frying oil

When fried, vegetable and seed oils undergo chemical reactions that produce toxic compounds. Unfortunately, vegetable oils have been linked to inflammatory diseases such as:

  • Inflammatory bowel disease
  • Crohn’s disease
  • Ulcerative colitis
  • Colon cancer

Omega-6 and Omega-3 Imbalance

Omega-6 is an essential nutrient that you need to consume because your body can’t produce it on its own. When consumed in moderation, omega-6 fatty acids are good for you. But consuming excessive omega-6 can cause your body to produce an inflammatory response.

Over the last century, as our diets changed to include more processed vegetable oils, ratios of omega-6 to omega-3’s have shifted dramatically. Currently, the ratio may be as high as 20:1.

Research links an overabundance of omega-6 fatty acids to a long list of diseases associated with chronic inflammation, including heart disease, cancer, diabetes, and other metabolic diseases , pregnancy issues and mood disorders such as depression and bipolar disorder.

One of the ways to combat inflammation from omega-6 fatty acids is to consume omega-3 fatty acids. This is because omega-3s have anti-inflammatory properties. Alternatively, you can prevent inflammation by reducing your consumption of inflammatory foods like vegetable and seed oils, and replacing them with whole, pasture-raised animal foods.

3: Carbohydrates and Added Sugars

Eating foods high in carbohydrates and added sugars increases inflammation in the body. Refined carbs are sugars and grains that have been stripped of fiber.

Refined carbs have a high glycemic index, which means that they cause your blood sugar levels to spike. High blood sugar levels trigger an inflammatory response. Research suggests that older adults who eat high glycemic foods are 2.9 times more likely to die of an inflammatory disease than older adults who eat low glycemic foods.

Common sources of refined carbs that increase inflammation in your diet include:

  • White bread
  • Pizza
  • Pasta
  • White flour
  • Chips
  • Crackers
  • Most processed foods

high glycemic food

4: Trans Fats

Trans fats are a form of unsaturated fat. Small traces of trans fats occur naturally in animal products like meat and dairy, but most dietary trans fats are man-made.

Artificial trans fats are likely the most unhealthy fats you can eat. Manufacturers produce trans fats by adding hydrogen to vegetable oil. That’s why another term for trans fats is “partially hydrogenated oils.” Hydrogenation causes oil to solidify at room temperature, which prolongs its shelf life. 

Many processed foods contain artificial trans fats. You can usually find trans fats in the following food products:

  • Processed meats
  • Baked goods
  • Shortening
  • Microwave popcorn
  • Frozen pizzas
  • Fried foods
  • Margarine
  • Refrigerated dough

Artificial trans fats raise your levels of LDL or low-density lipoprotein. This is the bad form of cholesterol that accumulates in your arteries. Over time, high LDL cholesterol levels cause your arteries to become hard and narrow.

Trans fats also reduce your levels of HDL or high-density lipoprotein.  This is the good form of cholesterol that transports excess cholesterol to your liver. With low levels of HDL cholesterol, your body can’t prevent the buildup of plaque in your arteries.

Unlike the naturally occurring trans fats found in dairy and meat, artificial trans fats cause inflammation and increase your risk of heart disease.

5: Alcohol

Alcohol is another common inflammatory food in the Standard American Diet. After you ingest alcohol, your liver metabolizes it into smaller molecules. This process results in the production of toxins and free radicals that can cause inflammation and cellular damage.

Alcohol can lead to harmful effects if over-consumed. Heavy drinking can increase your risk of the following diseases:

  • Alcoholic hepatitis
  • Alcoholic cirrhosis
  • Liver failure
  • Cancer
  • High blood pressure
  • Heart disease
  • Stroke

Heavy drinking includes:

  • 4 or more drinks per day for women
  • 8 or more drinks per week for women
  • 5 or more drinks per day for men
  • 15 or more drinks per week for men

How to Reduce Inflammatory Foods: High-Fat Low-Carb Diets

High-fat, low-carbohydrate ketogenic diets may help reduce inflammation by removing unhealthy foods and adding in healthy foods. A well-formulated keto diet reduces refined and total carb intake and eliminates artificial trans fats along with industrialized seed oils. 

Keto also encourages the consumption of healthy, natural fats that you get from fresh meats and seafood. 

Anti-inflammatory foods that you can eat in abundance on a keto diet include:

  • Eggs
  • Olive oil
  • Fish
  • Butter
  • Organ meats
  • Avocados

The health benefits of a ketogenic diet include lower blood sugar and insulin levels, leading to less glycation and inflammation, and a reduction in the likelihood of developing or worsening inflammation related diseases including heart disease, cancer or a metabolic disease such as diabetes.

Eating a low glycemic diet, high in healthy fats has the added benefit of making you feel fuller longer, which decreases cravings for processed foods, and helps you maintain a healthy weight.

Inflammation in Your Diet: The Takeaway

Inflammation is a natural process that your body uses to heal injuries and fight infections. When the body is functioning properly, inflammation is temporary. 

But when inflammation persists it can lead to many chronic diseases and is, in fact, the leading cause of death in the world. 

For most Americans and people eating Western Diets, the foods we eat the most, including high-carbohydrate, plant-based, and processed foods are known causes of chronic inflammation. 

Making healthy dietary changes is a powerful first step to reducing inflammation in the body and protecting yourself against deadly and debilitating diseases. 

Adopting a high-fat low-carb diet is a powerful approach to reducing inflammation. Keto cuts out carbs and processed fats while replacing them with healthy fats and nutrient-rich foods that can boost your immune system and rebalance your body’s natural inflammatory response. 

Keto for Vegetarian

The Vegetarian Keto Diet: What to Eat, Benefits, and Risks

If you’re a vegetarian interested in diet and health, you’ve probably heard the buzz around ketogenic diets and wondered if keto is compatible with a vegetarian lifestyle?

The answer is Yes! In this article we’ll show you how. 

What is a Keto Diet?

A ketogenic (keto) diet means eating high-fat, moderate-proteins, and low to no carbohydrates. This macronutrient ratio switches the body from using carbohydrates for fuel, to turning fat into energy molecules called ketones. When ketone levels become elevated, you are in the metabolic state called ketosis, hence the name “keto diet”.

The macronutrient profile of a ketogenic diet looks like this: 

  • 70-80% of calories from fat
  • 15-30% calories from protein
  • 0-10% calories from carbohydrates

Reasons for Going Vegetarian 

For vegetarians, keto can feel intimidating and inaccessible because many people who chose to be vegetarians often do so for two mains reasons: 

  • You’ve been led to believe that animal fats–and dietary fats in general–are harmful and should be avoided.
  • You have ethical and environmental concerns around raising and eating animals.

Reasons for Going Keto

People that chose keto do so for reasons that commonly include: 

  • The proven metabolic and neurological benefits of a high-fat low-carb diet.
  • An anthropological perspective that sees humans as primarily meat eaters, metabolically optimized for consuming quality animal fats, proteins, vitamins, and minerals. 

Can Vegetarians Eat Keto?

On the surface, “ketotarians” and vegetarians might look like two entrenched armies. But where they often meet is in a shared desire to cut out toxic processed foods that saturate the Standard American Diet (SAD),  and take control of their health through intentional eating. 

If you’re a vegetarian and you can get on board with the benefits of fat, going keto while remaining vegetarian is possible, healthy, and sustainable. 

Why Fat is the Perfect Fuel for Vegetarians?

Essential dietary fats are found throughout both the animal and plant kingdoms. Eating a high-fat low-carb diet makes fat your main energy source, which provides many benefits including:

  • Improved insulin sensitivity.
  • Improved blood lipid levels.
  • More filling meals, reducing cravings for processed and high-carb foods.
  • Regulation of inflammation and increased immunity.
  • The ability to absorb fat-soluble vitamins (K, D, E, etc).
  • Maintain healthy skin, hair, and nails.

What is a Vegetarian Keto Diet?

The vegetarian keto diet is an eating plan that combines aspects of vegetarianism with the keto emphasis on high-fat, moderate-protein, and low-carbs. Keto vegetarians follow roughly the same macro and micronutrient proportions as you would on a standard keto diet. 

What type of Vegetarian are you? 

To create the vegetarian keto diet that’s best for you, it’s important to determine what kind of vegetarian you are and build your plan accordingly. 

The more liberal the type of vegetarian you are, the easier and healthier it will be to adopt a high-fat low-carb lifestyle. 

This is because we humans need to eat a diet that provides essential fats, and all 9 essential amino acids, AKA complete proteins. When a nutrient is “essential,” this means that our bodies cannot produce it on our own, so we have to get it from the foods we eat. 

While animal foods provide all the essential fats and amino acids in near perfect-proportions for humans, most plants lack one or more of them.

If you’re on a vegetarian diet that excludes all animal products, you have to get your essential fats and proteins from grains, legumes, and seeds/nuts. The high carbohydrate content of these foods makes them difficult to fit into a keto diet that restricts carbs to less than 35 grams per day. 

The Different Types of Vegetarians

Not all vegetarians follow the same diet. Ordered by most strict, to the most liberal, here are 4 main types of vegetarians:

Vegans 

  • Eliminate all animal products including dairy, eggs, seafood, poultry, meat, and in many cases, honey. 

Lacto vegetarians 

  • Eat dairy but avoid eggs, seafood, poultry, and meat. Most vegetarians in India fall into this category. 

Lacto-Ovo vegetarians 

  • This is the most common type of vegetarianism in Western countries including the US, Europe. Lacto-ovo vegetarians enjoy dairy and eggs but avoid meat, seafood, and poultry. 

Pescatarians 

  • Officially a semi-vegetarian way of eating that does not pose greater risks for nutrient deficiencies than standard omnivore diets. Pescatarians eat seafood, dairy, and eggs but avoid pork, poultry, and red meat. 

5-Step Plan for Starting your Vegetarian Keto Diet

To give yourself the best chance of implementing, maintaining, and thriving on a vegetarian keto diet, it’s important to follow these five steps. 

Step 1: Calculate Your Macronutrient Needs

Use this keto calculator to determine the amount of fats and proteins you need to optimally sustain your body and activity level. Once you know your macronutrient needs you’re ready to reduce and add foods accordingly. 

Step 2: Reduce Carbs

To get into ketosis start by limiting your carb intake to a maximum of 20 grams per day. This means cutting out nearly all of the most popular vegetarian protein and carbohydrate sources including:

  • Wheat
  • Alternative wheat flours like spelt
  • Quinoa
  • Buckwheat
  • Legumes, including beans, soy, peas, and lentils
  • Milk
  • Starchy vegetables like potatoes
  • Fruits (except for small amounts of berries)

Step 3: Add Healthy Fats

Fats are the cornerstone of every keto diet, accounting for between 70% and 80% of your calories. So the type of fats you chose is critical to the success of your vegetarian keto plan, and your overall health.  

The best fats for a vegetarian keto diet include: 

Fatty fish (Pescatarians) 

Salmon, tuna, anchovies, herring, mackerel, and sardines are rich in high-quality protein and essential omega-3 fats. Salmon, herring, and sardines also provide substantial amounts of vitamin D, a nutrient that can be hard to get naturally for most vegetarians. Vitamin D is critical for immune function, bone health, among other important functions.

Whole Eggs

Eggs are one of the most nutrient dense foods on earth. A single 56-gram egg is loaded with 5 grams of fat, 7 grams of protein, and 80 calories   When eating eggs, especially on a vegetarian diet, its crucial to eat the whole egg. The yolk is rich in B vitamins and crucial antioxidants including lutein and zeaxanthin which are important for eye health.

Butter

Getting enough fat can be a challenge on any keto diet, and even harder for vegetarians. Butter is the perfect carb-free fat-boosting vegetarian keto staple. 

Though victim to decades of misinformation and bogus links to poor heart health, high-quality current research shows only a small to neutral association between butter and heart disease.21 When part of a keto diet where your body burns fat for fuel, butter is likely very healthy. 

Butter is also a rich source of the fatty acid butyrate, which research suggests may play a significant role in promoting brain health.

But not all butter is created equal. Research indicates that organic butter from grass-fed cows may have healthier fats than conventional butter.

Cheese

For vegetarians who can tolerate dairy, cheese can make another great high-fat, low-carb staple. One of the best things about cheese is that there are so many varieties to choose from. This can help keep a keto vegetarian diet more interesting after cutting out many of the familiar staples. Many kinds of cheese offer optimal ratios of fat and protein. And varieties of fermented cheeses like creme fraiche, cheddar, and gouda can provide probiotics.

Avocados

Avocados are loaded with healthy fats while offering a decent rundown of essential vitamins and minerals. One avocado can provide 30% of your daily potassium intake, which can be hard to get on a keto diet. Avocados have also been shown to balance blood sugar, support heart health along with healthy aging.

Coconut Oil

Popular in both vegetarian and non-vegetarian keto diets, coconut oil is a natural source of medium-chain triglycerides (MCTs). This type of fat is easily absorbed and turned into energy. That’s why people often use MCT’s to help with the transition into ketosis.

Olives and Cold Pressed Olive Oil

One of the most researched sources of healthy fats, olives and olive oil contain hard-to-get vitamin E, along with compounds that reduce inflammation and associated diseases including heart disease, osteoporosis and cancer.

A note when cooking with oils: Many vegetable oils including olive oil contain polyunsaturated fatty acids (PUFAS). For example, olive oil is 73% monounsaturated, 11% polyunsaturated and 14% saturated .These fats can be destabilized and “oxidized” when exposed to high heat. 

Though fairly heat stable when compared to other vegetable oils, its still best to avoid heating olive oil. When overheated, PUFAS form toxic compounds, including lipid peroxides and aldehydes that can contribute to cancer.

Step 4: Add High-Quality Proteins 

Though it’s true that animal foods contain all of the nine essential amino acids, non-meat animal sources including eggs and dairy can round out the protein needs for most vegetarians. 

Because bodies and activity levels vary from person to person, we recommend aiming for 1.2 to 2.0 grams of protein per KG of body weight. This averages out to around 70 grams of protein per day accounting for roughly 25% of your total calorie intake. 

Top 5 Vegetarian Proteins

  1. Fish (Pescatarians): An excellent source of protein for nearly every type of fish. For instance, a 3.5 oz portion of wild-caught sockeye salmon offers 27 grams of protein. A 3.75 oz can of sardines provides 14 grams of protein. 
  2. Eggs: High quality and easily digestible. Two eggs provide 14 grams of protein and 1 gram of carbs. 
  3. Greek yogurt: In addition to calcium and vitamin D (if fortified), Greek yogurt offers 15 to 20 grams of protein per 6 ounces. 
  4. Cheese: Different cheeses offer different protein profiles. Generally, the less fat the cheese has, the higher protein. So it’s good to incorporate different cheeses into your keto vegetarian diet. Some high-protein cheeses include: 
    • Hard cheeses like cheddar, gouda, Swiss, and provolone: 7-8 grams of protein per ounce. 
    • Soft cheese like Brie, feta, Camembert: 4-6 grams of protein per ounce. 
    • Cottage cheese: 20 grams per 6 ounces. 
  5. Hemp seeds: 9 grams of protein per one ounce. Hemp seeds are also a good source of magnesium, potassium, and omega-3 fatty acids. 
  6. Almond Butter: Though we generally recommend against nuts and seeds due to high levels of plant toxins and anti-nutrients, they can provide supplemental proteins when needed, but should be used sparingly. Almond butter offers 7 grams of protein per ounce. 

What about Vegetables? 

We believe that one of the key factors that make keto diets so healthy is that they tend to cut out most plant-foods. The idea that plants aren’t ideal foods might seem surprising at first, but consider things from the plant’s perspective; like humans and other living creatures, plants are here to survive and reproduce. 

To achieve these goals plants are loaded with plant toxins and antinutrients. They protect plants from pests (including us humans) and environmental threats like fungus and mold. These toxins include naturally-occurring pesticides, mineral chelators, and antibiotics. They can also prevent you from absorbing nutrients properly, leading to a net nutrient loss when absorption rates are considered. 

Naturally Occurring Pesticides in Plant Foods

For vegetarians who want to avoid toxins in their foods by eating plants, this can come as a rude surprise. Researchers estimate that the average American eats about 1.5g of naturally occurring plant toxins per day. Many of these toxins are potent natural pesticides. We all know that synthetic pesticides sprayed on plants are a big deal, but the level of natural pesticides we consume is 10,000 times greater.  

Many plant foods are also high in specific toxins called oxalates. They’re one of the mains reasons why your body does not absorb nearly all the iron and K1 that leafy greens like spinach are praised for. Grains and legumes are also high in antinutrients, including phytic acid, which can reduce the absorption of crucial minerals including iron to calcium.

Additionally, plant foods contain phytoestrogens which can increase infertility and developmental disorders.   That’s why we don’t include soy in a recommended protein for vegetarians. 

With that said, we know how tough it can be to cut plant foods for anybody, and especially vegetarians. So here’s a list of low-carb plants that we recommend consuming sparingly along with correct proportions of healthy fats and proteins. 

Note that most vegetables also contain some protein that needs to be factored into your ratios. 

5 Acceptable Low-Carb Vegetables

  1. Asparagus: 1.78 grams carbs per serving. A source of folate and vitamins A, C, and K.
  2. Zucchini: 2.11 grams carbs per serving. A source of vitamin B6, vitamin C, and potassium. Can also be used as a noodle substitute.
  3. Mushrooms: 2.26 grams carbs per serving. A source of zinc and selenium. Mushrooms grown under UV light can also provide vitamin D. 
  4. Cauliflower: 2.97 grams per serving. A source of antioxidants and choline. 
  5. Cabbage: 3 grams carbs per serving. A source of vitamin C, D, and K. 

Seed and Vegetable oils

Seed and vegetable oils are modern processed foods. Even olive oil only came onto the scene 4,000 years ago. A mere blip on the timeline of our dietary evolution.

There are two kinds of vegetable oils that should be avoided or reduced.  The most inflammatory fat is Trans Fatty Acids should be completely removed. Numerous studies link them to inflammation and heart disease.  Almost all highly processed foods contain trans fats in the form of:

  • Margarine
  • Vegetable Shortening
  • Ingredients that list Hydrogenated (fully or partially) Oils

The second kind of fats to avoid or reduce are called polyunsaturated fatty acids (PUFAs).  They are easily oxidated and can increase inflammation and cardiovascular disease.  PUFAs are everywhere–here’s a few of the most common sources to watch out for. 

  • Grapeseed oil: 70.6% PUFA
  • Sunflower oil: 68% PUFA
  • Flax oil: 66% PUFA
  • Safflower oil: 65% PUFA
  • Corn oil: 54.6% PUFA
  • Walnut oil: 53.9% PUFA
  • Cottonseed oil: 52.4% PUFA
  • Vegetable oil (soybean oil): 51.4% PUFA
  • Sesame oil: 42% PUFA
  • Peanut oil: 33.4% PUFA

Though the data on the overall benefits and drawback of vegetable oils for healthy people is inconclusive, if one of your goals is to eat less processed foods and stay metabolically closer to human evolutionary eating patterns, we strongly recommend getting your fat from whole foods, including oily fish, eggs, butter, cheese, with olive oil as an exception.  

Avoiding Nutrient Deficiencies 

On a vegetarian keto diet that restricts legumes and grains (fortified), and without animal meats, it’s important to make sure you’re getting adequate amounts of omega-3 fats, vitamin D, iron, vitamin B12, calcium, zinc, magnesium, and potassium. 

Though this keto for vegetarians guide is intended to help you meet all of your macro and micronutrient needs, in some cases supplementation may be necessary. Vitamin D is hard to get enough of on any diet, so we recommend supplementation. 

As with any dietary changes, it’s crucial to pay attention to how you feel and adjust accordingly. 

Keto for Vegetarians: The Outlook

Though going keto for vegetarians might at first feel like a non-starter, it’s not only possible, but healthy, and sustainable. 

Making fat the primary source of fuel for your body has tremendous benefits, and the good news is that there are plenty of non-meat sources of healthy fats and proteins to meet your essential nutrient needs. 

 

12 Benefits of Walking

12 Benefits of Walking

Walking offers many benefits. It’s one of the best ways to extend your healthspan, achieve your ideal body weight, and reduce your stress levels. Yet it’s so easy even a toddler could do it. 

Walking is the superfood of exercise. It offers physical and mental benefits to people of all ages and all fitness levels. In this article, we’ll explore 12 ways walking can transform your health and prolong your life. 

The Benefits of Walking

The health benefits of walking are numerous. Humans were simply made to move — and walking provides us all the benefits of movement in a convenient, low-stress, risk-free activity. Walking is easy to get started with, and it’s accessible for people of virtually all fitness levels.

But just because we can all do it, doesn’t mean it’s not an incredibly powerful form of fitness. 

A consistent walking program can tangibly improve almost every measurable metric of health. Walking can reduce your stress levels, boost your thyroid, ramp up your metabolism, and much, much more.

Is Intense Physical Activity Overrated?

Much like the ways mainstream views of healthy eating (low-fat diet nonsense) fail to consider what humans evolved to eat, mainstream fitness routines fail because they neglect how humans evolved to move.

Humans were built to traverse the land at a steady, slow pace, often in search of food or shelter. We weren’t designed to spend hours teetering on the edge of our lactate thresholds, as seen with many popular ‘aerobic’ workouts. 

Ancient people spent a lot of time walking and just a little time moving really fast, without much in-between. One of the last hunter-gatherer groups on earth, Africa’s Hadza tribe, walks between 7 and 12 miles per day.

According to Daniel Lieberman, a top evolutionary scientist at Harvard University, hunter-gatherers across the globe walk an average of 6 miles a day.

Modern hunter-gatheres show the benefits of exercise

A low carb diet and plenty of walking keep the Hadza lean & healthy. Image from medicalxpress.com

Overtraining

Many people make intentional movement a part of their daily routines, but often this comes in the form of intensive workouts without proper rest and nutrition.  Studies looking at intensive modern training regimens show that when it comes to physical activity, the whole “no pain, no gain” mantra can often just lead to more pain. 

Overtraining has been shown to suppress the immune system, damage muscles, deteriorate aerobic, ventilatory, and cardiac efficiency, cause depression.   

Experiencing better overall health does not require brutal workout routines. It’s as easy as going for a daily walk! Here are 12 of walking’s best health benefits. 

1. Walking Improves Cardiac Health

Research shows that daily 30 minute walks can reduce your risk of developing heart disease by almost 20 percent. Longer walks may lead to even more pronounced benefits.

And don’t think you have to go fast, either. A robust  2013 study of 33,000 walkers and 15,000 runners found that both activities led to similar reductions in the major factors for heart disease. The study emphasized that light aerobic exercises like brisk walking can up your cardiovascular health by increasing your heart’s strength and efficiency.

2. Walking Improves Circulation

Circulation is one of those words that’s been overused enough to have lost its meaning. What circulation actually refers to is your body’s ability to stay fully oxygenated, transport nutrients, and remove waste products.

Poor circulation is associated with many of the diseases of aging. In a textbook example of the vicious cycle of aging and disease, poor circulation leads to biological damage, which in turn leads to even poorer circulation. Kidney disease and other types of organ failure can result.

Good circulation, on the other hand, allows your body to maintain cellular health and quickly remove toxins.

There is evidence that optimal circulation can be regained by consistent walking.  Walking strengthens the circulatory systems of your lower legs, allowing their muscles and veins to push blood back up to the heart.

3. Walking Helps Lower Blood Sugar 

Walking can also lower your blood sugar. Studies have shown that people who take brisk walks experience lower blood sugar, blood pressure, and postprandial triglycerides. 

Timing matters, too. Walking right after a meal can boost your body’s insulin sensitivity, which makes it one of the best ways to help your body process the fuel you get from eating.

Many traditional cultures attributed their longevity to the practice of walking after meals. Taking a 10-minute walk after each meal may be especially helpful to people with type 2 diabetes.

Consistent walking can also benefit your blood pressure. For proof, look no further than the Hadza tribe we mentioned earlier.

“[The Hadza] have very low levels of hypertension,”  anthropologist David Raichlen explained to News Arizona. “In the U.S., the majority of our population over the age of 60 has hypertension. In the Hadza, it’s 20 to 25 percent, and in terms of blood lipid levels, there’s virtually no evidence that the Hadza people have any kind of blood lipid levels that would put them at risk for cardiovascular disease.”

4. Walking Benfits Digestion

Another benefit of walking right after meals is improved digestion. 

Walking activates deep abdominal muscles that help facilitate the digestive process. Walking also stimulates the production of vasoactive intestinal peptide, a peptide hormone that’s produced by the gut during exercise.

This hormone helps regulate gut motility — the movement of stuff in our guts as we digest food — and glycemic control, meaning blood sugar levels are steady so our energy doesn’t spike and drop, and our moods don’t swing.

A regular walking routine can also keep your bowel movements regular. Walking even improves digestion in people with IBS.  The same can’t be said of many other forms of exercise.

5. Walking Burns Calories

The process of getting your heart rate up almost always leads to increased calorie burn. 

Walking, however, is one of the most enjoyable ways to burn more calories. It’s an exercise that doesn’t really feel like exercise; it’s cardio that doesn’t really feel like cardio. 

And despite all the enjoyment involved, walking might burn many more calories than you think. Walking in a mentally stimulating environment (like along a winding riverbed or through a bustling city) may burn as many calories as more intense exercise. It turns out that the active brain is an energy hog that can consume just as many calories as an active body.

Benefits of Walking: The Beatles

The Beatles were onto something. Image from thebeatles.com

As significant as walking’s sheer calorie burn is where these calories come from. Consistent walking can shift your metabolism away from relying on carbs for fuel and towards a cleaner-burning fat-based metabolism.

All this makes walking perfect for weight loss. Many people settle in at a lower weight when they walk consistently. Combine daily walks with a high fat, low-carb or keto diet for even better results. 

6. Walking Boosts Immunity

We all know that sitting on the couch all day isn’t good for your immune system. 

But neither is running marathons–recall what we said earlier about overtraining.

Only low-to-moderate intensity exercises, like walking, seem to hit that goldilocks zone and enable the immune system to fire on all cylinders. One study looking at 1,000 adults found that those who walked 30-45 minutes a day had 43% fewer sick days during flu season.

7. Walking Alleviates Joint Pain

This might sound counterintuitive, but the solution for joint pain isn’t inactivity. 

The solution is actually low-impact activity that provides just enough of a challenge — like walking. A 2019 study of older adults with joint pain found that those who stuck with a modest walking routine (only an hour a week) had better mobility than those who did not.

Walking may benefit your joints in an indirect way, too: if it helps you lose some extra weight, your joints will be far less burdened.

8. Walking Benefits Bone Strength 

Walking also hits the sweet spot when it comes to impact levels. The low impact of walking avoids triggering inflammation or injuries. Yet walking is high impact enough to strengthen your bones.

It’s no surprise, then, that walking has been correlated with reduced risks of hip fractures in the elderly. Data from the Nurses’ Health Study shows that both higher volumes of walking and faster paces are associated with the greatest risk reductions.

9. Walking Improves Sleep

There’s the saying that the harder the day’s work the sweeter the night’s sleep. But these days most of us spend most of our work days sitting or standing still at a desk. 

Making walks part of your daily routine can give you the physical activity you need to sleep better. A 2019 study found that women who do light-to-moderate physical activity sleep better at night than those who are more sedentary.

It’s thought that walking — especially walking in the great outdoors, in full view of the sun — leads to a stronger circadian rhythm.  When your body’s circadian rhythm is in balance, it can help you stay sleepy at night and energized during the day.

10. Walking Corrects Posture

They say that sitting is the new smoking, but there’s good news: regular walks could help stretch out muscles and ligaments that get tight from sitting all day.

Walking either barefoot or with minimalist shoes may be even better, as it strengthens your ankles and feet against ever-changing loads. Many movement experts swear by the practice.  

Walking on uneven surfaces (trails, beaches, et cetera) is also a great idea.

11. Walking Promotes Mental Health

Walking isn’t just good for your body. It’s also amazing for your mind. 

Going on regular walks helps your body produce feel-good neurotransmitters, including endorphins and endocannabinoids. Studies show that these natural chemicals can shift your perspective and reduce the risk of depression.

Walking’s mental health benefits are even more pronounced if your walking route gets you out in nature. The Japenese have been doing this for eons; they call it ‘forest bathing.’ Try it yourself by ditching the treadmill and hitting up a local trail.

Benefits of walking: Forest hike trail hiker

12. Walking Boosts Creativity

Numerous studies have shown that walking can increase creative output. One Stanford University study found that walking boosted divergent thinking — basically creativity + openness —  by as much as 60 percent.

In 2006, Canadian researchers discovered why: exercise stimulates neurogenesis (the growth of new cells) in parts of the brain responsible for creativity and memory.

Another study found that just a single walking session was enough to improve vigor and mood, which tells us that this type of creativity boost could happen fairly fast.

Plenty of anecdotal evidence backs up the connection between walking and creativity, too. Many of history’s best and brightest minds loved walking. Albert Einstein regarded his daily walk as sacred; Nicola Tesla made sure to walk 10 miles every day.

Benefits of Walking: The Takeaway

Walking is a form of exercise that offers maximum benefits and minimal downsides. Most of us have been walking since we were toddlers, so it’s easy to incorporate into your daily life without any learning curve. 

We recommend between 45 and 75 minutes of brisk walking each day if you want to reap the greatest physical and mental health benefits. That’s about 5,000-10.000 steps per day, which you can easily track with a pedometer or your smartphone. 

And walking is one exercise where you don’t have to worry about doing it too much. Even huge volumes of walking (think an Appalachian trail hike) are shown to lower stress levels and lead to improved health metrics.  

Walking is one of the healthiest, most holistic forms of exercise you can do. We hope to see you out there. 

The Standard American Diet

The Standard American Diet: What is it and Where do we go Next?

What is the Standard American Diet?

The Standard American Diet (SAD) is a term used to describe the macro and micronutrient composition of the food Americans eat. It’s based on a consensus of mainstream nutrition experts drawing on data from the National Health and Nutrition Examination Survey (NHANES).

The Nutritional Examination Survey (NHANES)

The NHANES is an ongoing national study that surveys participating Americans about their diets.

According to the 2017-2018 NHANES data, the average American adult eats: 

  • 2100 calories a day, 
  • 16% of those calories from protein, 
  • 47% from carbohydrate 
  • 36% from fat. 
  • 22% of all calories from added sugars

SAD: Energy Intakes

And according to a 2016 study in the BMJ journals, Americans get 58% of all calories from ultra-processed foods.

The following graph shows the distribution of the total energy intake along with the energy intake from added sugars according to food groups, and the content of added sugars in each food group.

Mean energy intakeMean energy intake from added sugarsMean content of added sugars
Food groupsAbsolute (kcal/day)Relative (% of total energy intake)Absolute (kcal/day)Relative (% of total energy intake from added sugars)Percentage of energy from added sugars
Unprocessed or minimally processed foods585.5 29.60.00.00.0
 Meat (includes poultry)165.37.90.00.00.0
 Fruit*97.55.20.00.00.0
 Milk and plain yoghurt96.45.10.00.00.0
 Grains53.32.80.00.00.0
 Roots and tubers32.21.60.00.00.0
 Eggs28.81.40.00.00.0
 Pasta28.41.40.00.00.0
 Legumes16.20.80.00.00.0
 Fish and sea food17.20.80.00.00.0
 Vegetables13.50.70.00.00.0
 Other unprocessed or minimally processed foods†36.71.80.00.00.0
Processed culinary ingredients64.32.924.48.738.8
 Table sugar‡24.71.124.48.798.5
 Plant oils27.51.30.00.00.0
 Animal fats§11.20.50.00.00.0
 Other processed culinary ingredients¶0.90.040.00.00.0
Unprocessed or minimally processed foods+processed culinary ingredients649.832.624.48.73.7
Processed foods209.79.42.51.62.4
 Cheese80.13.70.00.00.0
 Ham and other salted, smoked or canned meat or fish26.41.20.30.21.4
 Vegetables and other plant foods preserved in brine13.40.71.60.913.7
 Other processed foods**89.83.80.60.51.2
Ultra-processed foods1209.857.9265.289.721.1
 Breads191.69.510.67.65.7
 Cakes, cookies and pies122.85.729.811.224.2
 Salty snacks93.24.61.20.71.4
 Frozen and shelf-stable plate meals80.64.021.10.71.6
 Soft drinks, carbonated81.83.775.217.169.9
 Pizza (ready-to-eat/heat)81.83.52.41.42.9
 Fruit drinks‡‡69.23.355.713.967.5
 Breakfast cereals50.92.812.46.423.3
 Sauces, dressings and gravies49.82.44.42.810.0
 Reconstituted meat or fish products51.52.40.70.62.0
 Sweet snacks50.92.419.47.138.9
 Ice cream and ice pops48.72.318.35.936.9
 Milk-based drinks§§34.61.810.84.634.1
 Desserts¶¶36.41.818.57.348.5
 French fries and other potato products37.81.70.00.00.0
 Sandwiches and hamburgers on bun (ready-to-eat/heat)32.51.41.30.64.4
 Instant and canned soups14.30.80.10.10.7
 Other ultra-processed foods†††81.53.83.11.57.8
Total2069.5100.0292.2100.013.8

 

 

Younger Americans (from age 2 to 19) eat less protein (14%) and more carbohydrate (52%).  

In addition, the federal Dietary Guidelines Advisory Committee analyzes the NHANES data and current nutritional research and creates the Dietary Guidelines for Americans (DGA). 

Dietary Guidelines for Americans (DGA)

The overall goal of the DGA is to advise people on what to eat to promote good health and prevent disease. This is where the USDA Food Pyramid comes from, and the more recent MyPlate graphic. These guides are supposed to positively influence the Standard American Diet. 

The first DGA was released in 1980 and it gets updated every five years. The current 2020-2025 version hasn’t changed much. It still advises Americans to eat less fat and more carbohydrates for good health, despite a great deal of research that contradicts that advice.

The DGA and The Standard American Diet 

The DGA sets the ideals for what is healthy eating and then compares those ideals to the Standard American Diet. 

The DGA says that Americans should eat fresh fruits and vegetables, whole grains, lean protein and healthy oils for good health. 

When the SAD is compared to this ideal, the DGA says we eat too much-saturated fat in the form of red meat and high-fat dairy products, too much fast food, and too many refined carbohydrates, added sugars, salt, and overall calories.  

These less than ideal choices, they report, are why so many Americans suffer from the chronic diseases of obesity, heart disease, diabetes and cancer. As we shall see, some of these DGA charges are supported in scientific evidence, but not all.

For instance, relying on fast food for most meals does increase calorie, salt, and sugar intakes substantially, while reducing vitamin and mineral intakes needed for good health. This is especially true for younger Americans.   

However, the research shows that only about 37% of adults eat fast food regularly. In fact, as shown by the USDA Healthy Eating Index, a measure of diet quality, American adults make “healthy” food choices about 60-65% of the time.

That means for a majority of meals, Americans follow the Dietary Guidelines. Yet, the problem of chronic diseases in the US continues to worsen. Let’s explore why this is the case.

What the DGA Gets Wrong 

The Nutrition Coalition, a respected group of dietary professionals, identifies the answer for the increase of chronic disease in America as rooted in the DGA’s recommendation to eat less fat and more carbohydrates. 

They contend that the Dietary Committee has ignored research clearly indicating that too much dietary carbohydrate is the main cause for the current health problems plaguing Americans. 

They recommend that a low-carbohydrate diet would be healthier for the American population, especially when considering that 60 percent of Americans already suffer from metabolic disorders. Metabolic disorders refer to disruptions in the normal processes of breaking down food into its nutrient parts–fat, protein, sugar, vitamins, and minerals. High intake of carbohydrates is a primary factor for many of these disorders.

Interestingly, recent research published on the safety and health effects of low-carbohydrate diets strongly supports this conclusion.

Yet the DGA Committee chose to largely ignore these studies as they debated the 2015 and the 2020 Guideline publications. The current MyPlate graphic shows that the DGA still recommends most Americans get most of their calories from plant-based carbohydrates.

The Standard American Diet

A Shift Away from Low-Fat Recommendations

To their credit, the DGA Committee did finally admit the low-fat diet they had been pushing for years was not supported scientifically.  They also relaxed their recommendations for consuming less cholesterol. And they admitted that there was “no appreciable relationship” between dietary cholesterol and blood cholesterol levels. 

In an article for the New York Times, Nina Teicholz, the director of the Nutrition Coalition writes “Americans, it seems, had needlessly been avoiding egg yolks, liver and shellfish for decades.”  Teicholz’s concern over how the DGA “experts” got our dietary advice wrong for so long calls into question the current DGA’s advice. 

Standard American Diet Fast Facts

  • The USDA Dietary Guidelines for Americans defines the standard American diet (SAD) as being too low in fresh fruits and vegetables, whole grains, lean protein, and healthy oils, and too high in red meat, high-fat dairy products, processed and fast foods, refined carbohydrates, added sugars, salt, and calories.
  • The SAD was not the diet humans evolved eating. 
  • For hundreds of thousands of years, all humans were hunter-gatherers who ate mostly fatty meats, supplemented with low nutrient plant foods. 
  • The SAD is not compatible with our genetic heritage. 
  • Eating a Standard American DIet is a root cause of the “diseases of civilization.”
  • Diseases of civilization include heart disease, diabetes, cancer, infertility, mental health issues, and other metabolic diseases.
  • A solution to the health problems introduced by the standard American diet may be to adopt a low carb diet high in whole animal based foods.  

The Standard American Diet in the Context of Human Evolution

When we look at the origins of SAD, we see that it is a modern aberration in the human race’s dietary history. For millions of years, mankind ate almost no carbohydrates. It’s only in the recent past that we have made carbs the center of our daily meals. 

From Meat to Carbs

The modern human (homo sapiens) race, according to science’s best guess, evolved into being about 200,000 years ago. But our ancient ancestors were walking the earth much earlier. 

The first humanoid animals depended on a plant-based diet and had brains no larger than a chimpanzee. At about 2.5 million years ago, Paleolithic man learned to scavenge meat from other predator kills. With the addition of that nutritionally-dense food, human brains and digestive systems began to change.

Over the next few million years, our ancestors developed tools that helped them become true hunters, and as the amount of meat they consumed increased, brain size and cognitive ability expanded.

Human evolution: increase in brain size

Around 100,000 years ago, humans had learned to throw a spear with speed and accuracy and to catch and cook seafood. That meat-rich diet, high in nutritional resources for brain growth, resulted in the human ability to speak and think abstractly, trade with others, create art and clothes, and migrate across continents to find more food and better places to live. 

Then, around 10,000 BC, modern humans learned to farm. And that’s when our collective human health started to decline. This shift from hunting to agriculture is the not so ancient origin of the SAD.

After only a few thousand years of agriculture, (between 8000-3000 BC) much of the human population had stopped wandering after wild animal herds and started settling into life as  Neolithic farmers. We began domesticating animals and growing and eating cereal grains such as wheat and corn.

Plant Foods, Carbs, and Disease in Human History

As ancient humans began to consume more cereal grains and less meat, bone health and resistance to disease began to deteriorate. 

Studies of early Neolithic human remains show that by 3000 BC, farmers were several inches shorter than hunter-gatherers and their bones and teeth show evidence of mineral disorders such as rickets and osteoporosis. 

There were also indications of severe vitamin and mineral deficiencies and a proliferation of infectious diseases. In addition, evidence indicates infant mortality rates were high, and the average span of a farmer’s life was shorter too.

Our Modern Diet

And so here we are. After more than two million years of a diet rich in animal protein and fat, modern humans switched to eating cereal grains in an evolutionary microsecond. 

And in the last nanosecond of 200 years, we added refined carbohydrates and industrial oils to our diets. 

Unfortunately for us, our genetic adaptation process works on a million-year time frame, so our genetic profile is pretty much the same as it was 200,000 years ago. Hence, we are experiencing the collective health costs of eating a diet we are not genetically equipped to handle. This is quite clear if we look at the current health data and note the prevalence of the “diseases of civilization”.

The Standard American Diet and The Diseases of Civilization

The phrase “diseases of civilization” refers to how in first-world, wealthy countries, the manner in which people eat and live causes them to die from chronic diseases such as diabetes, cancer, inflammatory conditions and heart disease. 

Much of the current research supports the assertion that refined carbohydrate consumption is the main culprit in the proliferation of these disease states, in large part because high blood sugar increases body inflammation, which triggers other disease processes. More on this later. 

SAD and Inflammation

Inflammation is a condition in which a person’s immune system has been triggered to fight some sort of irritation or damage taking place within their body. 

For example, an immune system response is what causes the pain and redness around the area of a splinter in one’s finger.  If the offending cause is not removed, the immune system response and the associated inflammation itself can eventually become a chronic condition which causes further damage. 

Chronic inflammation is implicated in a wide variety of diseases including heart disease, metabolic syndrome, and diabetes, cancer, autoimmune conditions such as rheumatoid arthritis, infertility, and mental disorders such as depression.

One of the main triggers for chronic inflammation in the body is rampant glycation. This is a  process where the sugar molecules in the bloodstream stick to our cells and tissues. 

A small amount of glycation is normal and can easily be repaired by the body. But when a person’s daily diet includes large amounts of carbohydrates, blood sugars become chronically high, glycation rates increase, and a chain reaction of damage is set off that results in increased inflammation.

SAD and Heart Disease

The carb-fueled inflammatory process is one of the main factors linking the standard American diet to cardiovascular disease. 

Cardiovascular disease is typically associated with damage to the body’s vascular system. This system of blood vessels brings oxygenated blood from the lungs to the heart and other body systems. 

Consuming lots of refined carbohydrates sets up a domino effect in which glycation and inflammation injure the linings of the blood vessels supplying the heart.

As inflammation sets into those injured areas, a loss of vessel suppleness leads to high blood pressure. Further injury leads to atherosclerosis (the infamous “hardening of the arteries”) and vascular blockages which can trigger a heart attack and stroke.[15]

SAD and Diabetes

The high carb intake of The Standard American Diet contributes to diabetes by spiking insulin levels and increasing Inflammation. Diabetes is one of the most damaging diseases of civilization. People with diabetes can no longer manage the amount of sugar in the bloodstream. 

In 2018, the Centers for Disease Control (CDC) reported that more than 34 million Americans had diabetes. Type 2 diabetes is the most common by far and is strongly linked to refined and total carbohydrate consumption.[16]  Both staples of the Standard American Diet. 

The human body is not designed to handle consistently high amounts of sugar. Eating carbs for three meals a day with snacks in between floods the bloodstream in toxic levels of glucose. This constant stream of glucose stresses the adrenal glands and stimulates your pancreas to produce the hormone insulin in excessive amounts. 

Over time, increased levels of blood sugar and insulin result in high levels of glycation and inflammation which trigger more widespread damage including: 

  • loss of eyesight 
  • kidney failure 
  • nerve damage
  • heart disease
  • serious infections

SAD and Cancer

The high carb intake of the standard American diet is also a factor in the development of cancer.  

Many types of cancer cells rely on high blood sugar to flourish and grow. Consuming large amounts of carbohydrates provides the fuel they need.   

Inflammation is also a factor in tumor development and cancer metastasis.

In short, eating a SAD diet high in refined carbohydrates sets up conditions in the body that encourage the establishment and growth of cancer.

An important point to note here is that the USDA Dietary Guidelines advise that red meat consumption should be limited because it is linked to cancer in many epidemiological studies.  

However, a meta-analysis of the research on the relationship of red meat consumption to cancer mortality was published in 2019 and concluded that the “possible effects of red and processed meat consumption on cancer mortality and incidence are very small and the certainty of evidence is low to very low.”

SAD and Inflammatory Bowel Diseases

The carbohydrate-rich standard American diet is also strongly linked to inflammation within the intestinal system. 

Case rates of chronic inflammatory bowel diseases have increased significantly since 2015, with over a million people in the United States suffering from either Crohn’s disease or ulcerative colitis.

Gut Microbiota

The intestinal tract is home to billions of gut bacteria collectively termed the gut microbiota.

This ecosystem of organisms helps us digest our food while protecting against foreign toxins. It’s also responsible for producing essential vitamins and neurotransmitters.

Recent research indicates that healthy gut microbiota is critically important not only to a properly functioning digestive system, but for our overall mental, metabolic, and nervous system health.

The Standard American Diet afflicts the gut when sugar, fiber, and plant toxins damage cells lining the intestinal tract. The immune system responds to the damage with an inflammatory response that destroys gut bacteria. This allows the infiltration of toxic organisms, which encourages further inflammation.

Wheat gluten and other cereal grains and flours are major offenders in gut cell damage and inflammatory bowel conditions. Several studies report that foods high in fermentable carbohydrates (FODMAPS) worsen irritable bowel conditions.   

Although red meat consumption is often cited as a factor in bowel diseases, little controlled research data exists to support this hypothesis. At least one controlled study shows that reducing red meat intake does not reduce the rate of Crohn’s disease flare-ups.

SAD and Infertility

Another body system that’s sensitive to the high carbs and plant toxins in the Standard American Diet is the reproductive system. 

Research confirms that high blood sugars can increase the amount of glycation and oxidative stress within the reproductive organs. This results in reduced ovarian function and dysfunction in the granulosa cells which protect egg development.  

High levels of glycation also reduce the activity of female steroid production and follicular development in the ovaries.  And finally, glycation and oxidative stress also cause damage to the capability of male testicles to produce normal sperm cells[25].

Imbalance of omega-6 over omega-3 in the Standard American Diet

The standard American diet also causes an imbalance of essential fatty acids. You’ve probably heard the term omega-3 and omega-6 fatty acids during commercials for fish oil supplements.  But what are these substances and why are they important in our diet?

Unsaturated Fats

Omega-3 and omega-6 essential fatty acids (EFA) are “essential” because they cannot be synthesized by the body and must be derived from dietary sources. They are also polyunsaturated, a term that refers to the types of chemical bonds within the molecules. 

Saturated Fats

Fats like butter and coconut oil have stable chemical bonds called “saturated” bonds and so are called saturated fats. Olive oil has one unstable bond and is a monounsaturated fatty acid or MUFA.  But omega-3 and omega-6 fatty acids have multiple unstable chemical bonds, so they fall in the category of polyunsaturated fatty acids or PUFA.

We only need a small amount of PUFA each day, but they are vitally important as they play a role in nearly every metabolic function in the body.[26] And each type of essential fatty acid has different effects on body systems, as shown in the graphic below.

Omega 3 fatty acids vs Omega 6 fatty acids

Eicosanoids and Inflammation

Essential fatty acids are also sources for the body’s production of a class of hormone-like molecules called eicosanoids. 

These molecules are among the most potent regulators of cellular function, and they are produced by almost every cell in the body. Eicosanoids exert a wide-ranging and profound influence on your health. Among other important effects, they regulate blood pressure, lung function, and blood clotting mechanisms.

The type of eicosanoids that are dominant within the body depends on the types of essential fatty acids being consumed in the daily diet. In general, since omega-3 fatty acids have an anti-inflammatory effect on the body, eating more omega-3 rich foods results in an accumulation of anti-inflammatory eicosanoids. In contrast, eating more omega-6 fatty acids results in an increase of eicosanoids which have pro-inflammatory properties.

Decline in Omega-3s

In the last 100 years, the amount of omega-3 polyunsaturated fats in the Western diet has declined while the consumption of omega-6 fatty acids has increased substantially. This is due to the development and use of vegetable and seed oils in our food supply.

The USDA advises Americans that vegetable and seed oils (olive oil, soybean oil, canola oil, and sunflower oil) are healthy fats, but it neglects to mention these oils are highly processed industrial products. 

Not only are they high in inflammatory omega-6 fatty acids, but their production process introduces other toxins such as hexane and pesticides into the final product. Almost all processed foods contain one or more vegetable oils.

The abundance of omega-6 oils in the standard American diet tilts it toward being pro-inflammatory, and not surprisingly, research links an imbalance of omega-3 to omega-6 fatty acids to a long list of chronic disease, including heart disease, cancer, diabetes, and other metabolic diseases , pregnancy issues and mood disorders such as depression and bipolar disorder.

How the Standard American Diet Affects Mental Health

The body of research on the relationship between mental health and diet continues to grow, and it supports the hypothesis that not only is a deficiency of anti-inflammatory fatty acids such as EPA[32] involved, but that oxidative stress[33] can be a trigger for mental issues as well.

Many psychiatric disorders can be linked to issues with the optimal amounts of brain neurotransmitters such as serotonin and dopamine. Julia Ross, MA is the author of a book called the Diet Cure, and she lays out the evidence for how blood sugar instability and fatty acid deficiencies can impair our brain chemistry. Other research points to the link between refined carbohydrate intake, gut health, and psychological disorders.

High-Fat Low-Carb: An Alternative to the Standard American Diet

To improve our health, we now know that most Americans should avoid the high blood sugars, inflammation, gut microbiota damage, and fatty-acid imbalances characteristic of the consumption of too many carbohydrates and processed oils. So what do we eat instead?

A ketogenic, high-fat, low-carbohydrate diet fits the prescription nicely.  It reduces not only refined but total carbohydrate intake. HFLC eating also encourages the consumption of healthy, natural fats and fresh meats and seafood. The result is a diet moderate in protein, low in carbohydrate, and rich in good fats. 

The health benefits of a ketogenic diet include lower blood sugar and insulin levels, less glycation and inflammation, support for optimal brain function, and a reduction in the likelihood of developing or worsening heart disease, cancer or a metabolic disease such as diabetes.

The outlook on the Standard American Diet

For many Americans, the Standard American Diet’s reliance on carbohydrates, especially refined carbohydrates as our main source of calories does not promote good health. 

The Standard American Diet increases body inflammation and triggers blood sugar and glycation issues that foster diseases such as heart disease, cancer, and diabetes. 

In addition, relying on processed foods high in Omega-6 fatty acids upsets our essential fatty acid balance which can contribute to inflammation, and result in brain chemical derangement, mental health disorders. 

Fortunately, we now have research to support the choice of a high-fat, low-carb diet to help us avoid or reverse many of these “diseases of civilization” and help us stay healthier for the duration of our lives. 

Now we’re all waiting for the USDA Dietary Guidelines committee to get on board with the current research and provide the American public with science-based nutrition advice.

Venting vs. Emotional Dumping

Venting vs. Emotional Dumping: What’s the Difference?

When it comes to processing emotions with others, the difference between satisfaction and frustration comes down to whether you’re venting in a healthy way, or emotional dumping. 

With research showing that processing emotions with others are not only universal but healthy, it’s important to learn the difference between venting and dumping.  

What is Venting?

Venting is verbally expressing thoughts and feelings in a healthy way. This involves two people: the processor and the listener. The magic of healthy venting occurs when the vent is heard by another person. 

One study showed that simply verbalizing an emotion exacerbated one’s negative emotional state rather than alleviating discomfort.  But when a listener is present, talking about difficult emotions can provide a positive social experience of listening.

Another study showed that a listener’s supportive responses were the factor that alleviated stressful emotional states in the person venting.  

A venting session is most positive when the listener supports the person venting through demonstrating empathy and actively listening.  

Active Listening

Active listening is a process that involves verbal and nonverbal components such as asking open-ended questions, paraphrasing what was said to you, reflecting the speaker’s feelings, giving eye contact, and nodding. 

When healthy venting occurs, stress is reduced, perspective broadens, loneliness is reduced, feelings of wellbeing increase and one’s emotional state is eased.

What does venting look like?

A person who is venting is:

  • self-reflective rather than reactive.
  • clear and focused on one issue rather than many at once.
  • solution-focused.
  • Expressing within a specified time frame.
  • open to feedback and another’s perspective.
  • accepting of personal responsibility and integrity.
  • aware of the emotional states of both the listener and the speaker.

What is Emotional Dumping?

Emotional dumping is a toxic form of venting. When you emotionally dump you are unaware of both your own emotional state and the state of the listener.

Emotional dumping does not include the consent of the listener and ignores containment within time, topic, and objective. Because emotional dumping doesn’t respect the consent and boundaries of the listener, it is an act of stealing time and energy from the listener. 

Emotional dumping typically occurs as a heightened reactive response to a triggering event and can be a coping mechanism for stress.  While in a reactive state, the person who is emotionally dumping is typically unable to receive feedback or see another’s perspective. It’s a one-way street. 

Emotional dumping can feel good…at first

Emotional dumping may feel cathartic in the moment, but research shows that it can exaggerate an angry emotional state rather than alleviating it.  

The reason why emotional dumping can at first feel like a cathartic release may be due to childhood attachment patterns. These attachment patterns are the strategies you learned when you were an infant to feel safe and secure in relation to your parents.

Emotional dumping may have been modeled to people when they were children and interpreted as an experience of intimacy.  

Emotional dumping decreases intimacy

However, emotional dumping actually decreases a sense of intimacy because it lacks awareness of another’s emotional state or capacity. These actions that can feel like intimacy, but keep people a distance are called defenses. It’s a way of protecting parts of yourself from being perceived by others. Often these are parts of ourselves that, if seen by others, would make them abandon us. 

In light of attachment and defense patterns, learning to identify when you are emotionally dumping rather than venting may be critical to building safe, intimate relationships.

What does emotional dumping look like?

Emotional dumping is:

  • defensive.
  • avoidant of taking personal responsibility.
  • inconsiderate of another’s time, energy, or capacity.
  • ruminating on a specific triggering event rather than expressing underlying feelings.
  • playing the victim
  • filled with blame
  • not open to finding a solution
  • resistant to feedback or another’s perspective
  • a cyclical return to the same problem over and over

How to set boundaries around emotional dumping?

Do you often find yourself on the receiving end of emotional dumping? It may be time for you to set a boundary. Boundaries limit the amount of space, energy, or time spent between you and another person. They are clear, direct, and can vary in terms of their flexibility.  

Setting a boundary is a way of protecting your emotional energy and wellbeing. But boundaries are also helpful to the person you’re setting them with. They can offer a reflection to the person who may be unaware of their tendency to dump. 

Setting a boundary requires you to be aware of your own needs, energy, and what you will and will not allow. For many people, setting a boundary can at first feel mean or selfish, especially when another person is in distress. 

Yet, setting a boundary can build self-esteem and confidence while in the face of another’s challenging emotional state.

A boundary setting may require some practice if you’re not used to it. If you need extra support in boundary setting, here are a few places to start:

  • If you need to set a time limit: “You know I care about you, and right now I have limited space to offer you listening. I am available for 20 minutes, does that work for you?”
  • If someone starts dumping without your consent: “I’m noticing myself feeling activated. It would mean a lot to me if you could ask me if I have the space to support you before you begin processing.”
  • If you do not have the capacity to offer support through listening: “I can see that you are hurting and I wish I could offer support, but I’m aware that I don’t have the space to listen well right now.” 

How to active listen

Once you set your boundaries, you can aid in the transition from dumping to healthy venting by practicing active listening.

Active listening is also a great way for people who emotionally dump, to make the sharing/listening relationship feel more reciprocal. And when we learn how to listen to others, we become better at listening to ourselves–a key to reducing your tendency to emotionally dump.

When actively listening, you place your focus on the person speaking and the perspective they are trying to communicate. Research has shown that a listener’s ability to pay attention to verbal and nonverbal behaviors are associated with greater emotional improvement and feelings of connectedness.

Verbal Listening BehaviorsNonverbal Listening Behaviors
Paraphrasing: “It sounds like you’re saying…”Eye contact
Clarifying: “Help me understand…”“Leaning in”
Summarizing: “I think the point of what you are sharing is…”Nodding
Reflecting feelings: “I hear that made you feel…”Remaining present-centered rather than focused on what you will say next

 

When active listening it’s important to avoid  “high-risk” responses.  Examples can include evaluating or judging, solving, or withdrawing. Remember, active listening is not about fixing a problem for another person, but about trying to understanding their experience and emotional state as best you can. Trying to solve the problem or constantly relating it back to your own experience can take the focus off of understanding the other’s perspective.  

How to be empathetic

Part of the venting process is being empathetic. Empathy is the ability to see, feel, or understand something from another’s perspective and to use that to inform action.  

Empathy can be conflated with kindness, sympathy, or pity. The difference is that empathy implies curiosity, active listening, and a willingness to “try on” another’s experience. 

Empathy supports another in their emotional venting and can increase feelings of connectedness and wellbeing.

How to honor someone’s emotional state?

Are you someone who tends to emotionally dump? First of all, take a deep breath and invite a feeling of self-forgiveness. Holding intense emotions is hard work. Learning how to vent will make it more likely that talking about your emotions will leave you feeling better. 

To learn how to vent, start with becoming curious about another person’s emotional capacity, time, and energy.

Try asking questions, such as:

  • “Do you have time to listen right now?”
  • “I notice that I’m feeling triggered, do you have space to offer some support?”
  • “I am having a really hard time right now and could use someone to talk to, but I wanted to check in with you first. How are you feeling?”

Encourage emotional dumpers to seek support in other ways

One of the most important things to remember when supporting another person is, to be honest with yourself about your own capacities. 

After reflecting on your own needs, you may realize that you don’t have the capacity to listen. This can be a difficult realization. Sometimes the most supportive thing you can do for another is to encourage them to seek help in other ways. 

Some ideas to encourage another’s self-care are:

  • Reminding them of others they can talk to within their social network
  • Suggesting they try talking to a therapist
  • Encouraging them to exercise or try mindfulness

Natural ways for reducing stress and anxiety

Self-awareness is key to understanding the difference between emotional dumping and venting. Here are a few proven ways for increasing self-awareness, reducing stress and anxiety that lead to venting, and coping with challenging emotional states. 

Diet

People with high levels of anxiety tend to have higher amounts of inflammation in the body. Inflammation stimulates anxiety-inducing neurotransmitters, which exacerbate anxious symptoms such as racing thoughts and triggering feelings. 

Studies show that high-fat low-carb diets are a “food-as-medicine approach” to reducing inflammation.  A high-fat low-carb diet also supports healthy gut microbiota. Keeping the gut healthy is key to reducing stress and maintaining the body’s serotonin production.

A 2020 study published in Cell, found ketogenic diets to positively affect gut health. The findings reveal that healthy changes to the gut microbiota–the billions-strong ecosystem of microorganisms–reduce inflammation.

Yoga

Yoga is a practice that can alleviate many of the factors that contribute to the need for enting and dumping. Yoga is an ancient spiritual practice that utilizes breath, physical postures, and philosophy to increase well-being. Research suggests that yoga can relieve stress, improve mental and emotional health, and sleep. Yoga can also help people manage symptoms related to anxiety and depression while increasing mindfulness.  

There are many types of yoga suitable for different physical abilities and energy levels. Take this quiz to find out what kind of yoga is right for you!

Mindfulness Meditation

Like yoga, there are many types of meditation, and you’ve probably heard of a popular type called mindfulness. In its simplest sense, mindfulness meditation is the intentional awareness and nonjudgmental acceptance of your moment-to-moment experience.

You can bring mindfulness into your life right now by bringing awareness to the most obvious levels of experience, noticing sounds in the room, your breath, or the sensations in your body. 

As you get better at noticing these experiences—not through perfect focus, but by being willing to start over, again and again—you begin to change how your nervous system responds to things that would normally feed anxiety, depression, and addictive behaviors, including emotional dumping. 

Other emotional benefits of meditation include gaining a new perspective, becoming more present, building stress-management skills, increasing patience and tolerance, while enhancing emotional regulation.

The Takeaway

Recognizing the difference between emotional dumping and venting creates clarity in relationships, increases wellbeing and connection with others, and is a fundamental form of self-care.

Gluten

Gluten 101: Food or Foe? 

Gluten: it’s tasty, craveable, and…controversial. 

A 2013 survey found that over 30% of Americans make an effort to avoid eating gluten.  And this figure is probably even higher today. 

But is this avoidance warranted? The short answer is, yes. Read on to learn more about the ways this plant toxin can affect your health. 

What is Gluten? 

Gluten is a naturally-occurring family of plant proteins. 

Gluten

A part of the lectin family, it is found in wheat, barley, rye, and many other ‘cereal grains.’

Different grains contain different gluten-forming proteins: wheat contains glutenin and gliadin proteins. Barley contains hordein. And rye contains secalin.  Foods high in gluten are everywhere. Gluten can be found in:

  • Grains
  • Grain-based products
  • Foods and beverages

Grains

If it’s a grain, it likely contains gluten or similar proteins. Common foods and grains that contain gluten proteins include: 

  • Whole wheat 
  • Wheat bran 
  • Barley
  • Rye
  • Spelt
  • Kamut
  • Couscous
  • Semolina 
  • Farina
  • Einkorn 
  • Durum 
  • Wheat germ 
  • Cracked wheat

Foods and beverages

Because the Standard American Diet is based largely on grains, and specifically wheat, many of the most common foods we eat contain gluten. Breads, pastas, and fried foods are all packed with it. 

But gluten also shows up in more unexpected foods including, barley malt, malt vinegar, soy sauce, many sauces/gravies/salad dressings, bouillon, chips, beer, certain spices including imported cloves and mace, and domestic coriander.  Certain wine coolers with barley malt also contain gluten. These include Bacardi (only the Silver malt variety), Boone’s Farm, and Seagram’s Escapes.

Why is gluten bad?

Gluten has all sorts of culinary benefits —  it helps bread rise and makes pasta delightfully chewy, and works as an additive in many processed foods—But it’s not very compatible with the human body. 

Gluten intake can lead to anxiety, chronic inflammation, sleep problems, among many other health issues. Most of these downsides are related to gluten’s incompatibly with the digestive tract, or your gut. 

The gut is a critical area to keep balanced because it houses 75% of your immune system, and produces critical neurotransmitters like serotonin–your body’s feel-good chemical. 

Gluten and Gut Health

What makes gluten so bad for gut health? Let’s take it step-by-step. 

When you eat gluten, you ingest gliadin, one of the two proteins that make up gluten. 

Gliadin molecules carry antigenic sites, meaning that the body considers them a threat. The body responds with an immune activation–the inflammation of the gut lining, and flattening of the microscopic hair-like structure lining your gut called the intestinal villi. This process causes permeability in the gut.

Within about 15 hours after eating, small fragments of gliadin hit the bloodstream and the inflammatory damage spreads to other body tissues. 

Repeated ingestion leads to a vicious cycle where the gut becomes less and less able to process gluten. Lower nutrient absorption, “leaky gut,” and additional food allergies can result. 

Leaky gut Syndrome concept. Comparison of healthy organ and inflamed tissue cells. Diseases of gastrointestinal tract. Toxins and viruses. Cartoon flat vector illustration isolated on white background

When viewed from the perspective of dietary evolution, this inflammatory response isn’t surprising. 

Modern gluten-rich wheat made its way into the food supply despite having, what Cardiologist and author of the book Wheat Belly, William Davis identifies as “all the genetic alterations to modify hundreds, if not thousands, of its genetically determined characteristics.” What this means for humans is that our bodies haven’t had the time to adjust to gluten-rich foods so our bodies are not equipped to digest them. On a metabolic level our bodies detect these compounds as toxic foreign substances and respond accordingly with inflammation. 

Gluten Intolerance vs Gluten Sensitivity

In 2003 Dr. Alessio Fasano found that 1 in 133 people had celiac disease, a number much higher than previously thought.  

Yet far more people than this have what’s called a “subclinical” gluten sensitivity. How many more? Even among experts this figure varies widely: some experts say that 6-7% of the population is sensitive, while others claim it’s 50%+.

Celiac disease and gluten sensitivity

People with gluten sensitivity aren’t easily diagnosable, but gluten still affects them in a suboptimal way. 

According to gluten expert Dr. Thomas O’Bryan, everyone is negatively impacted by gluten — even though the damage sometimes occurs only on levels that we’re not always aware of. 

People of Irish, English, Scandinavian, and other Northern European heritages may be more genetically predisposed to sensitivities.

Gluten intolerance: Common Symptoms

The symptoms of gluten intolerance are similar to the symptoms of exposure to other known toxic substances. These symptoms tend to vary from person to person, but commonly include:

  • Digestive problems like bloating, pain, constipation, and/or diarrhea
  • Skin problems like acne, rashes, eczema, and general irritation
  • Neurological problems including brain fog, confusion, fatigue, anxiety, depression, anhedonia, ADHD, and difficulty speaking

Celiac disease

Celiac disease is an autoimmune disease, and one of the most extreme varieties of gluten intolerance. People with Celiac’s experience a dramatic immune response to gluten, which can lead to symptoms like:

  • Fatigue
  • Diarrhea
  • Bloating and pain
  • Nausea and vomiting
  • Weight loss or weight gain

Unfortunately, Celiac disease often goes hand in hand with other health problems.  These issues include: 

  • Absorption-related problems like anemia, osteoporosis, or osteomalacia.
  • Skin problems like dermatitis herpetiformis (DH), psoriasis, eczema, or ulcers.
  • Nervous system problems including numbness, or cognitive impairment.

Gluten Sensitivity: Common Symptoms

The symptoms of gluten sensitivity tend to mirror the symptoms of Celiac disease, but with less severity. But there are still many difficult symptoms including:

  • Digestive problems like bloating, pain, and gas.
  • Skin problems like acne and rashes.
  • Neurological problems like brain fog and fatigue.

In addition to these presenting symptoms, there are also long-term downsides of increased intestinal permeability. 

 Intestinal permeability can allow irritating peptides and toxins, including endotoxin, to enter the bloodstream. Chronically high endotoxin levels have been associated with atherosclerosis, weight gain, and metabolic syndrome.

To summarize, gluten is probably bad for everybody. For some people, its negative effects are felt immediately. For others, the downsides can go unnoticed and accumulate over time in the form of chronic inflammation, gut permeability, and various diseases related to these disorders. In either case, gluten is harmful. 

Other Dangers of Wheat

Looking for another reason to give up gluten?

In addition to all the drawbacks to gluten we’ve mentioned, gluten’s most popular delivery vessels —wheat products like bread and pasta — can wreak havoc on your blood sugar. 

Chronically high blood sugar from eating high-carbohydrate foods is likely a root cause of many of the most common diseases including PCOS, diabetes, and heart diseases.

Elevated blood sugars is also a contributing factor that can exacerbate numerous inflammatory autoimmune diseases, including celiac disease.

 

FOODGLYCEMIC INDEX (glucose = 100)
Ice cream, regular57
Wonder bread, average73
Whole wheat bread, average71

“Aside from some extra fiber, [which is also likely unhealthy] eating two slices of whole wheat bread is really little different, and often worse, than drinking a can of sugar-sweetened soda or eating a sugary candy bar,” William Davis explained in Wheat Belly. 

Carbohydrates in any form can be harmful, especially when consumed in high quantities consistent with the Standard American Diet. So don’t let the marketing idea that whole grains = healthy food fool you! 

Pesticides in wheat

Modern wheat is also high in herbicides that can be devastating to your health. 

The madness began in 1964, when Stauffer Chemical patented a new product called glyphosate, as a chemical chelator–meaning that it disrupts other organic compounds like proteins and minerals by bonding with them. 

Glyphosate quickly became the agricultural industry’s favorite herbicide, featured in both agricultural products and commercial weedkillers like RoundUp.  

But here’s the thing: glyphosate was never shown to be safe for human consumption.

Far from being safe, new research has shown that glyphosate can be downright dangerous. According to pathobiologist Dr. Stephen Frantz, this danger is deeply rooted in glyphosate’s chemical structure: “when a cell is trying to form proteins, it may grab glyphosate instead of glycine to form a damaged, mis-folded protein. After that, it’s medical chaos. Where glyphosate replaces glycine, the cell can no longer conduct business as usual.”

This cellular damage can lead to serious and life-threatening problems including birth defects, miscarriages, premature births, and cancer.

Glyphosate and incidences of celiac disease

Glyphosate is also found in almost all conventionally-grown oats.  That’s just another reason to ditch cereal grains for good! 

Gluten-Free Diets

Thankfully, people have caught on to the dangers of gluten in recent years. Once a fringe diet eaten only among people with celiac disease, the gluten-free way of eating has now been adopted by mainstream health and wellness advocates.

Things get even better when you combine gluten-free with low-carb. A low carb, high fat keto diet is an easy way to eliminate gluten from your diet while adding in more nutrient rich animal-based foods. Reducing carbs also has the added benefit of lowering blood sugar levels, which as we discussed above, are a driving factor in the cycle of intestinal inflammation caused by gluten.

A 2020 study published in Cell, found ketogenic diets to positively affect gut health. The findings reveal that healthy changes to the gut microbiota–the billions-strong ecosystem of microorganisms–reduce inflammation. The study authors suggest that ketogenic diets could be used as a therapy for autoimmune disorders of the gut.

Making the switch to a gluten-free low-carb diet often means simply subbing out wheat and other gluten-containing foods with healthy animal based foods like red meat or organ meats

Are you used to eggs and toast for breakfast? We think you’ll like steak and eggs even more. Most people find that healthy fats like butter and duck tallow are far more satiating than wheat anyway. Replacing carbs with fat will keep your blood sugar stable throughout the day, which means that the carbohydrate cravings that make wheat so hard to give up will be a thing of the past. 

Keto Diet

The bottom line on gluten

Gluten may be tasty, but it’s not worth it. At worst gluten is an autoimmune trigger of debilitating inflammation and at best a low-grade toxin that causes long-term low grade inflammation that factors in many other diseases and disorders. You’re better off sourcing your calories elsewhere. 

If you’re ready to give up gluten but need some assistance with figuring out what to eat, we can help. Check out some gluten-free organ meats recipes here and some gluten-free, low oxalate recipes here. Your gut health and your taste buds will thank you. 

Is bacon bad for you?

Is Bacon Bad for You? Or Good For You?

Bacon’s soaring popularity along with its high-fat content begs the question, is bacon bad for you? 

For most Americans, the answer can make a significant difference in their dietary choices.  That’s because Americans consume an average of 18 pounds of bacon per year, a bit less than the weight of a car tire. 

Yet many people who love bacon also fear the health risks associated with saturated fat and processed meat. 

Let’s look at what the science says about the reality of these risks, possible benefits, and healthy choices. 

A Brief History of Bacon

The history of salted pork belly can be traced back to ancient China. But bacon’s starring role on American breakfast tables is thanks to the “Godfather of the Pork Industry,” Spanish explorer Hernando de Soto. 

In the 17th century, DeSoto brought 13 pigs to the New World. Within 3 years the herd increased to 700, and American breakfasts haven’t been the same since. 

Bacon in America

A common staple in the daily lives of 268 million Americans, bacon has found its way to the hearts of meat lovers across the country, showing up on popular menu items, recipes, and even your favorite sweets. 

Affectionately known by some as “meat candy,” bacon can be cured, smoked, or prepared in several ways to diversify its delicious flavor.  

Top 10 countries in pork consumption

 

Let’s look at what the science says about the health benefits, potential drawbacks, and healthier varieties of bacon.

How is Bacon Made?

To understand the health risks associated with bacon it’s important to know how bacon is made. 

Bacon is cut from the belly and side of the pig. Then, depending on the producer, it’s cured with some combination of nitrites, salts, celery powder, smoke, sugars, and spices. Curing gives bacon its piquant umami flavor and vibrant red color. Curing is also responsible for bacon’s long shelf life by protecting against bacteria. 

Cured vs. Uncured Bacon

Technically, cured just means preserved. And all bacon is preserved. So there’s really no such thing as uncured bacon. Uncured is just a term used for marketing purposes. 

In bacon jargon, cured refers to bacon that has been treated commercially with sodium nitrites to preserve it, add flavor, and give bacon its color. 

So-called “uncured bacon” is still preserved (cured), but without sodium nitrite. Instead, it’s cured with a combination of celery powder which contains naturally occurring nitrites, and sea salt. 

For this reason, Dr. Nathan Bryan at the University of Texas Houston Biomedical Research Center, states, “This notion of ‘nitrite-free’ or ‘organically cured’ meats is a public deception.”   

Furthermore, the curing process with celery salts can increase nitrate levels in “no-added nitrate” bacon above nitrite cured bacon.

So if you want to avoid nitrites and nitrosamines, you’d have to opt for fresh pork belly–more on that coming up.

Nitrites and Nitrosamines

Marketers like to use terms like “no-added nitrites” and “uncured” because of studies linking processed meats–specifically the presence of nitrites–with an increased incidence of stomach and colorectal cancer.  Though these studies are observational, meaning they don’t control for other health factors like alcohol, smoking, exercise, and carbohydrate intake, they are consistent enough to warrant some attention. 

However, nitrites on their own don’t seem to be harmful. In fact, studies have shown that dietary nitrites have a protective antimicrobial role in our gut.   The body also produces nitrites on its own. These compounds can be turned into nitric oxide, a signaling molecule that causes blood vessels to relax and dilate, lowering blood pressure.   

Nitrite cycle in the human body

Nitrites can become harmful when they are transformed by high-heat into nitrosamines.    

Nitrosamines are a group of chemical compounds found to be carcinogenic (cancer causing) in all species of animals that have been tested other than humans. For humans, they’re classified as suspect carcinogens, but there is no direct causal evidence.

Nitrite Regulations

Because of concerns about nitrites, nitrosamines, and cancer, there are strict regulatory limits on nitrites in processed foods. 

To dramatically reduce nitrosamine content in bacon, it is mandated that nitrites are combined with antioxidants like vitamin C and erythorbic acid.

However, processed meats contribute only a moderate amount of dietary nitrites. We get most of our nitrites from vegetables. One study found that people get around 80% of their dietary nitrates from eating vegetables alone.  

Dietary Nitrites from Vegetables

Other studies show that nitrite limits are easily exceeded, not by eating bacon, but by normal daily intakes of single plant foods, including soy milk and spinach.  

Though bacon these days generally contains fewer nitrites than bacon of the past, and though you likely get far more nitrites from plant foods than the few slices of bacon you had for breakfast, the only way of entirely avoiding nitrites is to choose a fresh, uncured cut of meat. 

Pork Belly: A Healthier Alternative?

Just like bacon, pork belly comes from a hog’s underside. This boneless cut may be served fresh, which means it is not cured or smoked and contains zero nitrites. 

Fresh pork belly offers high-quality fat (and  yes, saturated fat is healthy, as you’ll see later) and protein along with micronutrients including fat-soluble vitamins and minerals.  

 

Pork Belly Nutritional Content per 224gAmount% RDA
Fat89gN/A
Saturated Fat32gN/A
Monounsaturated Fat42gN/A
Polyunsaturated Fat9gN/A
Omega 3 ALA900mg100%
Choline113mg21%
Vitamin B121.8mcg75%
Pantothenic Acid (B5)2.5mg50%
Niacin (B3)9mg56%
Riboflavin (B2).4mg32%
Thiamin (B1.7mg56%
Copper.2mg22%
Phosphorous300mg24%
Selenium23mcg42%
Zinc1.7mg16%
Vitamin D1.8mcg9%
Iron.9mg5%

Pork Belly

Benefits of Bacon

If you insist on bacon–and really, how can you resist–let’s take a look at some of bacon’s benefits for the environment, the mind, and the body. 

Bacon and the Environment

According to an eye-opening 2015 article by Scientific American, when ranking the environmental friendliness of your favorite BLT co-stars, bacon rated higher than lettuce.  

The study came to its conclusion by comparing greenhouse gases emitted in the production of both foods. 

These findings are consistent with research from Carnegie Mellon University which found that if Americans were to follow the USDA’s 2010 dietary recommendations to increase plant foods and decrease meat consumption, it would result in a 38% increase in energy use, a 10% percent bump in water use, and a 6% increase in greenhouse gas emissions.

Eating Bacon Can Boost Your Mood 

Studies show that common mental disorders, such as depression, bipolar disorder, schizophrenia, and obsessive-compulsive disorder, might be exacerbated or even caused by a deficiency in amino acids.

The good news is that bacon is rich in protein and saturated fats that fuel key neurotransmitters essential to mood stabilization.

The high macronutrient content of Bacon, specifically its fat, combined with bacon’s signature umami flavor, can reduce feelings of deprivation and cravings for sugary and processed foods that imbalance the microbiome causing mood swings and anxiety.

Bacon Contains Choline

Bacon contains 125 mg of choline per 100g of meat, making it one of the top five sources of dietary choline.  

This matters because choline is a compound that offers antioxidant activity superior to Vitamin E. It’s the reason why lard and bacon fat resist rancidity from free radicals that would otherwise oxidize them.  Protecting fats from oxidation makes it so they don’t turn into substances that can cause inflammation when consumed.

The body requires choline for brain and nervous system function, aids in memory and mood regulation, helps with muscle control and movement while aiding in the formation of membranes around cells.    

A new study by the University of Eastern Finland has suggested that choline’s use in the production of the neurotransmitter acetylcholine might give it an essential role in reducing the cognitive decline associated with aging and in the prevention of Alzheimer’s disease and dementia.

Bacon is Loaded with Healthy Fats

Though the amount of fat in bacon is the thing most people worry about, it’s actually bacon’s greatest asset. 

Half the fat in bacon is monounsaturated and contains a high percentage of “heart-healthy” oleic acid.   The remaining 40% is saturated fat, and 10% is poly-unsaturated. 

The presence of this high level of fat coupled with lots of protein in a traditionally small-serving food can help you to feel full after eating it, cutting down on the urge to overeat.

As part of a high-fat, low-carb diet, bacon has an ideal macronutrient profile. 

Benefits of Monounsaturated Fat 

Studies have shown that a high intake of monounsaturated Fatty Acids can 

  • Reduce blood cholesterol and triglycerides
  • Help you lose weight   
  • Reduce inflammation 
  • Improve insulin sensitivity

Benefits of Saturated Fat 

There is a lot of misinformation linking saturated fats and disease. These links have led to recommendations for replacing saturated fats with polyunsaturated fats. 

However, recent analyses of previous studies linking saturated fats found that in reality replacing saturated fat with polyunsaturated fats can increase the chances of death.

Saturated fats play a crucial role in many of the most important functions in your body. 

  • It takes a balance of both saturated and unsaturated fats to compose, and properly maintain your cell membranes. 
  • For calcium to be effectively incorporated into your bones, at least 50% of dietary fats should be saturated.
  • They guard the liver against alcohol and other toxins, such as Tylenol.
  • Saturated fats “short-circuit” excess immune cells, thereby reducing inflammation. 
  • The antimicrobial properties of saturated fat protect you against harmful microorganisms in the digestive tract.

Polyunsaturated Fats 

Polyunsaturated fats can become easily oxidized which can lead to inflammation when ingested. However, animal foods do not contain polyunsaturated fats unless they are fed PUFAs in their diets. These dietary PUFAs come mainly in the form of soy and corn.  

What this means is that the PUFAs in bacon change depending on how the animals are fed. In America, soy and corn are common feed, but in many European countries, this is not the case. 

If you’re trying to reduce PUFAs we recommend speaking with pork farmers at your local farmers market to find out what they feed their pigs. If you’re living in Copenhagen, you’re probably ok. 

Bacon is packed with nutrients

Meat tends to be very nutritious and bacon is no exception. A typical 3.5-ounce (100-gram) portion of cooked bacon contains:

  • 37 grams of high-quality animal protein
  • Vitamins B1, B2, B3, B5, B6, and B12
  • 89% of the RDA for selenium
  • 53% of the RDA for phosphorus
  • Decent amounts of the minerals iron, magnesium, zinc, and potassium

However, all nutrients found in bacon are also found in other, less processed pork products.

Is Bacon Bad For you? The Bottom Line

The short answer is, it depends. 

Bacon is a good source of healthy animal fats, quality proteins, and hard to get nutrients.

Bacon is also extremely satiating, which means that it can reduce cravings for junk foods high in carbs and processed fats. 

As a staple ingredient in low-carb diets bacon can add a desirable amount of sodium. 

But bacon is processed meat. And many studies have linked processed meat products with cancer and heart disease. Though all these studies are observational, and cannot prove causation, their results have been consistent enough to warrant caution. 

Because most people eat bacon in relatively small servings, it probably lands on the “ok” side of the good-bad spectrum. 

To get all the animal superfood nutrients while avoiding the possible risks associated with processed meats, we recommend choosing fresh pork belly over bacon. 

Keto Myths: Debunked

17 Keto Myths: Debunked

Keto turns many mainstream nutritional guidelines upside down, so it’s no surprise that there are a lot of keto myths out there based on decades of misinformation, and kneejerk skepticism. 

Let’s take a look at the 17 most common keto myths, what they get wrong, and what you need to know to set the record straight.

[TOC]

Eating Fat Makes You Fat

From a caloric perspective, this makes sense. Dietary fat contains 9 calories per gram. Carbs and protein contain only 4 calories per gram. In theory, eating more fat means eating more calories, which causes you to gain weight, right? 

Wrong. This idea that all calories have the same impact on your weight and metabolism is dangerously misinformed. And it leads to many of the recommendations–namely eating less fat and more carbs–that make people fat and sick. 

To understand why let’s follow the metabolic dominoes. 

Carbohydrate Intake

The first domino falls when you eat carbohydrates–and remember all grains, fruits, and vegetables are carbohydrates. During digestion, nearly all carbs get broken down into simple sugars that raise blood sugar levels. 

Insulin Spike

The next domino to fall is the spike in insulin that the body sends in to the blood to deal with all that sugar. Insulin drives glucose into cells and converts excess sugar into fat. This fat accumulates in and around your organs and shows up on your bottom and belly.  

But instead of making you satiated, elevated insulin levels trigger more hormones that increase hunger, and heighten the perceived pleasantness of sweet tastes.

Carbohydrate Insulin Model

This process where eating sugar makes you fat and more hungry may at first seem counterintuitive. But seen from the perspective of dietary evolution, it makes sense. 

For most of human history, sweet foods and carbohydrates of any kind were extremely rare. Essentially none of the fruits and vegetables that we have today existed in the natural environments of our hunter-gatherer ancestors. 

So on the rare occasions when our ancestors came across a fruit-bearing tree or a beehive, their bodies told them to eat as much as possible and store as much fat as possible. Their bodies would use this stored fat for energy during leaner times. 

But modern living is anything but lean. In fact, it’s a buffet of carbs. So here we are, stuck on the carbohydrate-insulin-fat-hungry carousel. 

 

Conventional energy balance model vs. carbohydrate insulin mdoel

When we eat more fat an entirely different metabolic process takes place. Fats are far more satiating, they take longer to break down supplying more sustained energy, and they don’t raise blood sugar or insulin levels. 

What the Studies Say

In human experiments, subjects who ate high-fat diets had a significantly faster metabolism. Whereas the low-fat high-carb groups demonstrated insulin spikes that slowed metabolism and increased belly fat. 

Harvard researcher Dr. David Ludwig ran a controlled feeding study that provided all the food and switched the groups so the same subjects were monitored on both diets. Ludwig and colleagues found that the high-fat group burned 300 more calories a day than the low-fat group. 

The high-fat group also showed superior improvements in cholesterol, lowered triglycerides, lower LDL. The study also showed lower levels of PIA-1 signaling less likelihood of having blood clots or inflammation. Finally, the high-fat low-carb group also showed bigger improvements with insulin resistance.

Keto will Raise your Cholesterol

A keto diet generally means consuming more dietary cholesterol than a standard American diet based on grains, fruits, processed plant oils, and veggies. For this reason, it can raise false alarms around cholesterol levels in the blood.

These fears are founded on the debunked idea that the cholesterol we get from food (dietary cholesterol) raises blood cholesterol levels in unhealthy ways. Numerous high-quality mainstream studies clearly show that there is no evidence that the cholesterol we get from our food increases blood cholesterol levels   

This is because your body can make around 75% of its cholesterol on its own. If you’re not getting much cholesterol from your diet, your body produces most of what you need. If you’re eating lots of cholesterol-rich foods, your body doesn’t need to make as much.

But for people subjected to decades of misinformation, the truth can be hard to accept. Especially when starting out on a diet with many unjustly demonized foods like red meat, dairy, and eggs. 

So what actually happens to cholesterol on HFLC diets? For most people, there is a slight increase in overall cholesterol due to an increase in heart-healthy HDL. Bad LDL particle concentrations decrease (LDL-P). While the size of LDL cholesterol particles increases–all good things for cardiovascular health.

At the same time, Dangerous VLDL cholesterol concentrations in the blood generally decrease as well.  When we weigh all the evidence, the benefits of HFLC diets on cholesterol levels greatly outweigh the negatives for most people.

Keto Myths: Lipid Research

If you have a genetic predisposition or a history of elevated cholesterol levels or heart issues, we advise undertaking an HFLC diet with the supervision of your doctor. 

Red Meat is Bad for You

Though it’s possible to eat a keto diet without red meat, or any meat at all, many people make red meat a low-carb staple. And for good reason. Red meat, especially organ meats, contains all the fat, protein, vitamins, and minerals that humans need to thrive, and in near perfect proportions for our bodies. 

This is because we are evolved to eat and thrive on meat. For our hunter-gatherer ancestors, meat was the only food available in all seasons for nearly all people everywhere in the world. 

What about the studies linking red meat and disease? 

Previous studies linking red meat and disease are all observational, meaning that they cannot prove cause and effect. A recent analysis of these past studies published in the Annals of Internal Medicine finds that the evidence supporting the idea that eating less red meat is good for us is “low to very low.”

These observational studies have four main problems:

  1. They don’t distinguish fresh red meat from processed meats. 
  2. They don’t adequately control for lifestyle choices with much greater impact on health including exercise, smoking, and drinking.
  3. They ask for participants to remember and report how much, and what they ate 2-4 years in the past. Can you remember what you ate last week? 
  4. Observational studies are best understood as a tool for creating theories that could actually be tested with randomized controlled trials. Yet they’ve been inappropriately used to make sweeping recommendations.

In the few randomized control trials with head-to-head comparisons of low-carb meat diets against non-meat diets, we see that diets high in red meat result in dramatically better health outcomes.

Keto Myths: Low Carb vs Low Fat Diet

Sourced from: LATimes

When considering red meat nutrient content, the evolution of the human diet, and high-quality randomized control trials, we find that the idea that red meat is bad for you is just a keto myth. In all likelihood, red meat is very good for you. 

Read our comprehensive guide to red meat here, and learn about the benefits of organ meat superfoods here

Saturated Fat Will Clog Your Arteries

For decades saturated fat has been given a bad rap for its purported negative effects on heart health. But with recent, higher-quality studies, these misconceptions are being revised. 

A bellwether 2020 paper published in the prestigious Journal of the American College of Cardiology, concluded that, 

“Whole-fat dairy, unprocessed meat, eggs, and dark chocolate are SFA-rich foods with a complex matrix that are not associated with increased risk of cardiovascular disease. The totality of available evidence does not support further limiting the intake of such foods.”

It doesn’t get more clear or explicit coming from one of the most respected medical journals. The researchers came to these revolutionary conclusions after looking at all the variables in past studies and comparing them to recent studies that control for things like the amount and types of foods people were eating. Some of the most important factors that they looked at were the sources of saturated fat, and how the rest of a person’s diet changes when they increase saturated fat. 

In earlier studies, saturated fat from a steak could be counted the same way as saturated fat in processed low-nutrient junk foods like cookies and baked goods which are also packed with sugar and all sorts of unnatural ingredients. 

There is a metabolically significant difference between saturated fats in meat, and fats made from hydrogenated vegetable oils. There’s also a major difference between eating saturated fat along with loads of sugar and eating saturated fats while cutting out carbs. 

When you consider these metabolic factors along with the science showing positive cholesterol levels on low carb diets, it becomes clear that the risk of saturated fat is misguided when enjoying a well-formulated HFLC diet.

Vitamin Deficiencies

The foods around which a well-formulated HFLC is based are super nutritious. Take eggs for example–they’re widely considered one the most nutrient complete food on earth.  Red meat, fatty fish, organ meats, are all extremely nutrient-dense. 

Keto Myths: Highly nutritious foods

On an HFLC diet, you’re replacing high-calorie low-nutrient junk like pasta, rice, bread, and starchy tubers, with whole foods packed with healthy fats, proteins, and hard-to-get bioavailable micronutrients. 

By cutting out grains and legumes you’re ridding your diet of plant toxins like phytic acid and oxalates that actually deplete nutrients. And by choosing full-fat dairy over low-fat alternatives you’re getting all the fat-soluble vitamins that you were missing out on. 

In addition, studies show that an all-meat carnivore diet with no plants or fruits of any kind, can provide all the micronutrients you need, including vitamin C.

The bottom line is that a well-formulated HFLC diet is far more likely to significantly increase your vitamin and mineral intake.

Salt is Bad for You

When you’re in ketosis your kidneys excrete large amounts of sodium into the urine. In addition, you’re likely cutting out processed foods loaded with salt. To rebalance electrolytes many doctors familiar with keto recommend consuming 12 grams or 2 tsps of salt per day in the first few days of adapting to keto. Once adapted it’s recommended that you consume at least 5 grams, or just about 1tsp everyday to avoid headaches, fatigue, and constipation.

But isn’t salt bad for you? 

Nope, but you’d be forgiven for thinking so. The American Heart Association recommends consuming less than 2.3 grams and ideally no more than 1.5 grams of sodium per day to support heart health. However, their recommendations are based on a minority of observational trials (not randomized controlled studies) that show a small drop in blood pressure in a few subsets of people. Additionally, there is no evidence to support that this small drop leads to fewer deaths or heart attacks.  The benefits were merely assumed. 

These same studies showed that increasing potassium in diets also reduced blood pressure and negated any benefit from cutting back on sodium. 

Many other observational studies suggest that the optimal sodium intake is between 3 and 6 grams per day and that getting less sodium may be bad for your health.

When looking at the available evidence, one begins to wonder why we’re told to restrict an essential electrolyte, when the real culprit, the carbohydrates that we get from grains, fruits, and veggies, are touted as healthy. 

Increasingly, scientists are asking this same question and finding that carbs are in fact worse than salt for raising our blood pressure levels and increasing chances of heart disease risk, while at the same time finding that too little salt is harmful.   

Keto Makes you Constipated

For some of us, the digestive system may take time to adjust to an HFLC diet, and constipation can show up as a symptom. But it’s probably temporary. You can alleviate constipation by drinking more water and adding more salt to your diet. 

Though the fat and proteins in meats are complex and take longer for the body to pull apart and metabolize, they are in fact completely and easily digestible for most people. 

It’s important to take note that if you’re just pooping less and you don’t feel bloated or have abdominal pain, then it’s likely that you’re not actually constipated. Part of the reason for pooping less that you’re giving your body exactly the complex foods it needs, so there’s not as much indigestible junk (and fiber) for your body to expel.

If you are indeed bloated and constipated, it’s likely that you’re relying on too many difficult to digest foods to meet your keto macronutrient goals. Fibrous plant foods like nuts, low-starch vegetables, especially crucifers, and full-fat dairy products are three of the most constipating foods on any diet. Reducing fiber and replacing these with more whole animal meats will likely reduce constipation. 

At this point you might be saying to yourself, wait, isn’t fiber good for you? Read on to learn why the answer is likely a resounding, no. 

Reducing Fiber is Bad for You

We’ve all been told the story that fiber relieves constipation, protects the colon, and keeps the heart healthy. However, the evidence just doesn’t back up these claims. In fact, it may be the case that fiber is completely unnecessary and possibly harmful. 

Fiber is by definition mostly or completely indigestible. Fiber from plants ferments in our bodies as it breaks down. When you chew fiber, you simplify it and expose it to bacteria and yeasts that feed on it during the process of digestion.  Fermentation of plant materials produces heat, gas, aldehyde, alcohol, and methane. This exothermic reaction heats and damages local organs and tissues.

When we look past the propaganda and examine what the high-quality studies actually tell us, we find that fiber causes constipation. The authors of a 2012 study published in the World Journal of Gastroenterology looking at the effects on fiber on constipation found, 

the previous strongly-held belief that the application of dietary fiber to help constipation is but a myth. Our study shows a very strong correlation between improving constipation and its associated symptoms after stopping dietary fiber intake.”

Another eye-opening study in the WJG looking at all the studies over the previous 35 years investigating the link between fiber and colon health, concluded that:

“A strong case cannot be made for a protective effect of dietary fiber against colorectal polyp or cancer. Neither has fiber been found to be useful in chronic constipation and irritable bowel syndrome. It is also not useful in the treatment of perianal conditions. The fiber deficit-diverticulosis theory should also be challenged…we often choose to believe a lie, as a lie repeated often enough by enough people becomes accepted as the truth. We urge clinicians to keep an open mind. Myths about fiber must be debunked and truth installed.”

Will I get Ketoacidosis?

Nope. It’s easy to mix up ketosis and ketoacidosis. Ketoacidosis mainly afflicts Type1 diabetics if they don’t take insulin. Without insulin blood sugar and ketones spike, causing the blood to become acidic, which interferes with liver and kidney function. 

Ketosis, on the other hand, is the normal and healthy presence of ketones in the blood. The blood is not acidic. Ketosis is a metabolic state that humans are evolved for. It occurs when cutting carbs and when fasting, and is natural, stable, and safe.

Evolving the ability to enter ketosis was crucial for the development and survival of our species when we began eating mostly meat. The meat we ate back then was mostly fat and nutrient-packed bone marrow and organs. When hunts were unsuccessful the body entered a fasted state where it used fat stores for fuel. 

This is why most of us have a tendency to carry around a spare tire or a plump behind. These physical features are the human version of the humps on a camel’s back, which, surprise, aren’t filled with water, but with fat!

In light of our evolutionary eating and hunting patterns, many scientists believe that the majority of hunter-gatherer societies spent significant and extended periods in ketosis.  What this means for modern humans is that ketosis is a metabolic state that our bodies are naturally designed for. Conflating keto diets with ketoacidosis is only a myth.

Your Brain Needs Carbs

The idea that your brain cells need you to eat carbs is a persistent keto myth. Though a third of your brain cells rely on glucose, you do not need to get glucose from carbohydrates in your diet.  

The fact is that there are ZERO essential carbohydrates. In nutritional terms, “essential” means that your body cannot produce it on its own. When something is not essential, your body is capable of making all it needs. Carbs are not essential.  The same cannot be said about proteins and fats–both of which are essential.  

When you cut out carbs while eating keto, the glucose needed for certain brain cells is created by your body from fats and proteins in a process called gluconeogenesis. 

Rather than starving the brain, keto has many positive effects on brain health and cognition. These were first discovered when a carb-restricted diet was used to successfully treat children with drug-resistant epilepsy.  

Other studies show that large portions of our brains can be fueled by ketones alone, especially BHB. This ketone is a more efficient fuel than glucose, providing greater energy per unit of oxygen. BHB’s superior energy is promising when it comes to brain health because many brain disorders including dementia and Alzheimer’s share a deficiency in brain cell energy production.

Glucose (Carb) Energy 3-Hydroxybutyrate Ketone (Fat) 
8.7 kg of ATP per 100g10.5 kg ATP per 100g

The energy produced by an HFLC diet can defend against disease stressors that would otherwise wear-out and kill brain cells. 

Another way HFLC protects and restores our mental functions is by dramatically reducing your intake of carbohydrates. When carbohydrates are broken down, they produce highly reactive and harmful oxidants that can damage the brain.

You Need Fruits and Veggies in your Diet

Nearly as important as the nutrients you get from a ketogenic are the plant-toxins and antinutrients you remove when cutting fruits and veggies–especially when practicing a version of keto that leans towards the carnivore diet

The idea that plants aren’t ideal foods might seem surprising at first, but consider things from the plant’s perspective; like humans and other living creatures, plants are here to survive and reproduce. 

To achieve these goals plants are loaded with plant toxins. These toxins protect plants from pests (including us humans) and environmental threats like fungus and mold. Plant toxins include naturally-occurring pesticides, mineral chelators, and antibiotics.

Antinutrients are substances that prevent the body from absorbing nutrients properly. These substances can cause a net nutrient loss when absorption rates are considered. They’re the reason why your body does not absorb nearly all the iron and K1 that leafy greens like spinach are praised for. 

Grains and legumes are also high in antinutrients, including phytic acid, which can reduce the absorption of crucial minerals including iron to calcium.

Additionally, plant foods contain phytoestrogens which can increase infertility and developmental disorders.  

An animal-based keto diet also reduces plant fiber, which, as we see above, likely does harm without providing any real benefits. 

Keto Isn’t Sustainable

Though keto may at first seem extreme, that’s only because it’s so radically different from the Standard American (Western) Diet. In reality, eating keto is in line with how humans are evolved to eat. When viewed in the context of human evolution, diets high in plant-based carbs and processed foods are the truly extreme departure from our natural dietary norms. 

When viewing keto within an evolutionary historical perspective, it’s not surprising that studies support long-term keto.  

A study looking at long-term keto for the treatment of obesity found many beneficial effects including significantly reduced body weight, decreased levels of triglycerides, LDL cholesterol, and blood glucose, and increased levels of HDL (good) cholesterol.

If you’re using keto to treat a health issue like epilepsy, combat neurodegenerative diseases like Alzheimer’s or Parkinson’s, balance chronic mood disorders, and reduce inflammatory diseases like PCOS and osteoporosis, sticking with keto long-term may be critical to your health and longevity.

For other people with no apparent health issues, practicing long-term, but less strict high-fat low-carb diets can give you cyclical infusions of ketones, and allow you to recalibrate hormone imbalances and inflammatory patterns. 

If you’re thriving on a keto diet, there’s no reason to give it up. That’s only a keto myth. 

Keto is Only for Losing Weight

Though keto has been proven effective for weight loss, it offers many other established benefits and exciting areas of research including: 

  • Combatting and reversing PCOS.
  • Regulating appetite.
  • Reversing diabetes and prediabetes.  
  • Enhancing many cancer therapies.
  • Enhancing athletic performance by providing a long-lasting fuel supply.
  • Seizure management.
  • Slowing down progression of Alzheimer’s.
  • Increasing longevity.
  • Reducing the frequency and severity of migraines.
  • Reducing anxiety 31

Keto Makes You Depressed

During the first week of transitioning to keto it’s common to experience depression-like symptoms including lethargy, brain fog, and irritability. The good news is that these don’t last long. And for many people these symptoms can be avoided entirely by drinking enough water and getting enough salt. 

For others, there may be temporary feelings of sadness similar to what people experience when withdrawing from substances like nicotine or alcohol. This is because on keto you’re cutting out sugar. And sugar has been shown to be as addictive as cocaine, while stimulating the same rewards pathways in the brain.

In the long term, high-fat low-carb eating makes many people energized while increasing cognitive performance and mental endurance.

Keto is Bad for Gut Bacteria

Though keto causes changes to the ecosystem of bacteria in your gut known as your microbiome, the changes are likely good for you. Many people eating high-fat low-carb diets report less bloating and dramatically reduced GI issues. 

This is likely due to a combination of 3 main factors:

  1. Reduction of abrasive and fermented plant fiber.
  2. Reduction of inflammatory plant-toxins.
  3. Reduction of blood glucose that exacerbates cells sensitized by inflammation. 

A 2020 study published in Cell, found ketogenic diets to have a dramatic impact on the gut microbiota. The findings reveal that these changes reduce inflammation, and suggest that ketogenic diets could be used as a therapy for autoimmune disorders of the gut.

Keto Myths: Gut bacteria

Other studies looking at the effects of ketogenic diets on people with multiple sclerosis and epilepsy find that keto results in beneficial changes in the microbiome.

You can learn more about the benefits of changing your diet to heal your gut here.

Keto can Give you Osteoporosis

There are false theories floating around that keto can lead to osteoporosis. They’re usually based on the unfounded idea that eating lots of protein makes the blood acidic, which is bad for bones. 

However, studies show that low-carb eating does not affect blood PH.  In fact, they show just the opposite. People who eat high protein diets generally have stronger bones. Not to mention, eating keto means getting only around 20% of calories from proteins, which makes it a moderate-protein diet. 

Keto is Bad for Your Kidneys

Another common keto myth is that low-carb diets can harm the kidneys. Studies show that this is simply not true.

This rumor is based on the dual misconceptions that keto is high-protein, and that high protein is bad for your kidneys. 

As mentioned above, keto is high-fat, moderate-protein. Secondly, if you have normal kidney function you can handle high amounts of protein with no problems.  Even if your kidneys were damaged, a high-fat, low-carb diet would likely have no adverse health effects. 

The Takeaway

High-fat low-carb diets present a radical challenge to mainstream Western, and Standard American Diets. This makes them prime targets for unfounded skepticism and misinformation. 

That’s why, when it comes to keto it’s important to let the facts speak for themselves. 

If you take medications, particularly blood pressure and psychiatric medications, the keto diet can so positively alter many of the underlying conditions that medications will need to be adjusted or discontinued. For these reasons, you and your prescriber will need to monitor your progress as you embark on your high-fat low-carb lifestyle. 

Tallyho! 

Feng Shui Kitchen

Feng Shui Rules: A Beginner’s Guide

This beginner’s guide to Feng Shui rules can help you improve your life by changing your living environment. 

Though dating back thousands of years, these Feng Shui rules will give you fresh ways to uplift your mood, enhance your physical health, and transform your life by artfully re-arranging your living spaces.

What Is Feng Shui?

Feng Shui is an ancient Chinese art of arranging objects and space in an environment to achieve harmony and balance. In Chinese “Feng” means “wind” and “Shui” means “water.” Its origins can be traced back to an ancient poem describing the feeling of being in harmony with nature.

The winds are mild,

The sun is bright,

The water is clear,

The trees are lush.

It’s this sense of perfect harmonious connection with nature that Feng Shui aims to achieve in all of your surroundings. 

Feng Shui philosophy is closely related to Taoism. “Tao” means “the way” and Taoism refers to the “way of nature”. When we practice feng shui rules, we are essentially creating the feeling of being connected with nature through our built environments. 

For 6000 years Feng Shui rules guided the design of temples and ancient structures including the Great Wall of China. Today Feng Shui is still a serious part of Chinese culture. In 2019 a Chinese court ordered a media company to pay $30,000 to a developer after it published an article stating that it broke ancient rules of feng shui and would bring misfortune to its occupants.

If the philosophy behind Feng Shui–and how seriously it’s taken–isn’t enough to convenience you to launch into a home makeover, maybe you’ll be motivated by the ways Feng Shui promotes: 

  • better sleep 
  • better mental health 
  • better productivity 
  • better overall health

Though Feng Shui is more of ancient art than hard science, studies have found that the bedroom layout used in feng shui can contribute to better sleep.  Another study looking at highly-stressed healthcare workers found that using feng shui rules at a hospital helped to improve the emotional well-being of nurses.

Essential Principles of Feng Shui

One of the reasons there are so few studies on Feng Shui, is because of the mysterious, and unquantifiable role of “Chi” (or “Qi”).

In Chinese philosophy, Chi is the positive energy that we want to cultivate in the spaces where we live, work, and play. As you might imagine, it’s pretty tough to pin down a positive spiritual energy with scientific tools. 

It’s helpful to think of chi as that feeling of invigoration, awakeness, and pleasure you get from spending time in certain spaces. For these feelings to arise Chi needs to be freely circulating in a space. Feng Shui seeks to enhance those feelings by helping Chi flow. 

To increase the flow of chi while minimizing chi blockages (sha chi), the goal is to bring the five elements–water, earth, fire, metal, and wood– into balance with each other. 

These rules will help you identify and enhance the positive feelings you get from the spaces you live in. 

The Commanding Position

If you’re in a room, the commanding position is located at the furthest diagonal spot from the door. From this spot, you should be able to see the door clearly. According to feng shui, this is a dominant place, and therefore the area where you should spend the most time. 

Each room has a commanding position. If it’s your bedroom you should place your bed there. If it’s your office, this is the spot for your desk. In your kitchen, this is a great spot for your stove.

These feng shui rules are not random suggestions. Your bed represents you. Your desk is the extension of your career. Your stove stands for nourishment and wealth. These are all important aspects of your life and deserve to be respected by inhabiting a commanding position in space.

The Bagua

The Bagua is the feng shui energy map for your space. Bagua means “eight areas”. Each refers to a “gua” or key area of your life. 

The Baguas: 

  • Family
  • Wealth
  • Health
  • Children 
  • Knowledge
  • Fame
  • Career
  • Partnerships

Each area has specific shapes, colors, seasons, numbers, and earthly elements assigned to them. You can use the Bagua to analyze your home and find out what areas are the most aligned with certain aspects of your life.

To use a Bagua map you’ll need a floor plan of your home, office, or room and a compass.  You divide the floorplan of your home into 9 equal squares then overlay the map. Each square corresponds to the 8 areas, with the 9th–the Yin Yang point–being the heart of the home that energetically connects to all the other areas. 

Feng Shui Bagua Floor Plan

Sourced from Albie Knows

The Five Elements

The Feng Shui five elements include earth, metal, water, wood, and fire. These elements represent different phases of your life and they’re all interrelated. The aim of Feng Shui is to balance these elements in your home and your life.

While you work with the five elements, consider how you want them to appear in your life. What areas do you want to focus on? What areas are important to you? What do you need to strengthen? What areas have you been overfocusing on to the detriment of others? 

Earth

  • Qualities: grounded, stable, self-caring
  • Shape: flat, square
  • Colors: brown, yellow, orange
  • Season: in transition, between seasons
  • Areas: health, partnerships, knowledge

Metal

  • Qualities: efficient, beautiful, precise
  • Shape: circular, spherical
  • Colors: white, metallics
  • Season: fall
  • Areas: children, helpful people

Water

  • Qualities: flowing, shifting, downward
  • Shape: wavy, curvy
  • Colors: black
  • Season: winter
  • Area: career

Wood

  • Qualities: vitality, expansive, upward
  • Shape: rectangular, columnar
  • Colors: green, blues
  • Season: spring
  • Areas: wealth, family

Fire

  • Qualities: passion, brilliant, illuminating
  • Shape: pointy, triangular
  • Colors: red
  • Season: summer
  • Area: fame

Room by Room Tips

Now that you understand the essential principles and the five elements of feng shui you’re ready to put these feng shui rules into practice.

Entry

The entry to your home is where the energy (qi) first enters. No wonder, it’s also referred to as the “mouth of qi”. Since this is the space that others look into and can see from outside, it also represents your face. 

Make sure that your front door is easy to identify. Keep your entry clean, free of clutter, and easy to navigate. 

Living Room

This is where you gather with your family and friends. The sofa, armchairs, and chairs should face each other to invite conversation and connection. 

The backs of the chairs should not face the door. Have some extra seats for unexpected guests. This is a great space for green plants that bring in the wood element, life force, compassion, and kindness.

If you have art in the living room, make sure to hang it at eye level, and not too low. Chose art that is not emotionally charged since this is a communal room. Often we keep art from exes that carry heartache. Feng Shui is about clearing and balancing the mind by clearing space. 

Keep the windows clean to enhance your experience of clear perception when it comes to social interactions. Open the windows for at least 9 minutes every day to let the air clear space. 

Kitchen

Your kitchen is a place to cook, eat, and gather. In feng shui, the kitchen represents nourishment, so it’s important to keep the kitchen decluttered and intentional, signaling to yourself and your family the qualities that you want to feed them with. 

Pay particular attention to your fridge. A cluttered fridge often corresponds to a cluttered mind. Compost, recycle or discard anything that’s expired or no longer useful. Notice how good it feels to clear away things that we’ve been avoiding. See if you can bring that same clearing to other areas of your life. 

Use non-toxic cleaners. Fix or discard any broken kitchen appliances. Make sure that every food item is healthy and chosen with intention. Adding a clean quartz crystal to your fridge can amplify the bright, nourishing, and positive qi. 

Bathroom

The bathroom is where we come to cleanse and purify our bodies, so it’s important to treat your bathroom as you’d like to treat your body–by paying attention to the details and keeping it clean–deep clean! 

Declutter products around your sink. Toss away anything with an expired shelf-life. Replace your towels often since they accumulate bacteria. Clean with non-toxic products. 

Water represents the flow of wealth and money. You don’t want your money to flow away, so conserving water and closing your toilet seat and bathroom door will all help keep the Chi from going down the drain. 

Bedroom

Feng shui rules link your bedroom with your health. Your bedroom is a sanctuary of safety, rest, and rejuvenation. 

The colors and materials should reflect these qualities. For example, earthy-toned rugs, pottery, and crystals can create a calming, stress-reducing atmosphere. Reducing stress is shown to have tremendous positive effects on mental and physical health. 

Your bed should be in a commanding position to affirm the commanding position you want to experience in your own life. 

Avoid storing anything under your bed. Clutter there can be associated with unconscious blockages, compulsions, and parts of your life that you’re avoiding or have a hard time letting go of. Luggage and shoes can signal to the unconscious an unsettling sense of being always on the move.  Letters or pictures from an ex–well, we’ll leave that for you to figure out. 

Feng Shui: Mistakes to Avoid

When following feng shui rules in your home, here are some of the most common mistakes and how to avoid them. 

A Bed on the Same Wall as the Door

All you need is a comfy bed… Not quite. Placement is important. Never put the bed on the same wall as your door. This can create a persistent sense of coming and going that interferes with the resting and receiving the energy of a commanding position. Your feet should also never face the door while sleeping or resting.

Make sure that there is a solid wall behind your bed to provide stability. And the bed should not be placed against a wall behind which is a toilet or kitchen. Nor should it be facing the bathroom door. Sleeping under a beam or a slope can amplify the sense of pressure and stress in your life. 

A Raised Toilet Lid

Up or down? It’s a common source of disagreements among couples. Feng shui has the answer. Your toilet and drains in your bathroom can represent energy draining from your life, so keep them shut. And keep your bathroom door closed. 

Mirrors

Forget about vanity! Mirrors have their role in feng shui. While they can certainly create a feeling of spaciousness, especially in smaller rooms, it’s important not to overuse them. Following feng shui rules, you can use mirrors but do not in every room. 

Place your mirror strategically. Put one in your dining room to reflect the abundance of food. Use them in open spaces. Avoid mirrors in your bedroom or on your bathroom door. Remove any broken mirrors that can create a sense of fragmentation and disharmony. 

Clutter

It may sound obvious that a home cluttered with boxes, toys, newspapers, and other unwanted things is not inviting for your family and guests. It can also be emotionally draining. 

Take it from the queen of decluttering, Marie Kondo who writes, “When you put your house in order, you put your affairs and your past in order, too. As a result, you can see quite clearly what you need in life and what you don’t, and what you should and shouldn’t do.”

Studies show that tidiness, or the lack of it, can affect your emotions and productivity.  In one study women who described their homes in more stressful terms like messy, cluttered, disarrayed, unorganized, disorganized, overflowing, chaotic, half-finished or sloppy showed cortisol levels that correspond with more stress and poorer physical wellbeing. 

In this same study, women who described their homes with terms like relaxing, restful, calming, comforting, soothing, serene, pleasurable, quiet, homey, or peaceful had cortisol fluctuations indicating greater psychological and physical well-being.

Another study looking at the association between clutter and procrastination found that ineffective use of one’s living space; feeling overwhelmed, depressed and worried by excessive stuff was associated with procrastination.

Feng Shui Rules: The Takeaway

These ancient Feng Shui rules can help you create a sense of harmony, energy, and balance in the spaces where you live and work. 

Though more of an art than hard science, Feng Shui’s principle of the interconnection between space and all of your life experiences can bring you into greater awareness and appreciation of important parts of life including, family, prosperity, health, and relationship. 

The intentional changes that Feng Shui brings into your living spaces create a sense of wellbeing and are shown to have positive effects on sleep, productivity, and health. 

Glycation

Glycation and AGEs: Everything You Need to Know

What is Glycation?

Glycation is a process in the body in which sugar molecules like glucose and fructose attach themselves to various types of protein and fat cells. This results in cellular structures that become sticky and brittle, with impaired function. These impaired molecules are called advanced glycation end products, or AGEs.

AGEs are significant factors in various human disease processes.   Studies have linked excess AGEs in the body to diabetic complications, heart disease, and vascular damage, nerve injuries, loss of eyesight, and other metabolic damage.

Fast Facts

  • Blood sugars (glucose, fructose) can stick to your cells and tissues and damage them, especially if blood sugar levels are higher than normal. This process is called glycation.
  • As glycation levels rise, the body’s ability to repair the glycation fails and structures called advanced glycation end products, or AGEs are created, permanently injuring and deforming the affected cell or tissue.
  • AGEs can bind themselves to cellular AGE Receptors (RAGE) and trigger high levels of oxidative stress, further damaging the affected cell and surrounding structures.
  • In an environment of consistently high blood sugars, glycation, AGE accumulation  AGE/RAGE interactions, and oxidative stress increase. Over time, this can set the stage for the development of many disease conditions, including diabetes, heart disease, and infertility.
  • Consuming a high-carbohydrate diet is the main driving factor for out-of-control glycation and AGE accumulation in the body. High-fructose corn syrup, a common sweetener in processed foods is particularly damaging and causes a 1000% increase in glycation. 
  • By lowering carbohydrate intake and choosing to replace these calories with high-quality healthy fats and proteins, you can achieve normal blood sugar levels and likely avoid glycation-driven diabetes, heart disease, and infertility.

What are advanced glycation end products (AGEs)?

Advanced glycation end products are the result of chemical glycating reactions between chains of carbohydrates (sugars such as glucose or fructose) and various amino acids (protein molecules) within the body tissues and cells.

A chemical reaction between sugar and various amino acids eventually rearranges the structure of the affected protein, creating an AGE.  These AGEs then bind themselves and further “crosslink” and damage other body proteins such as collagen or hemoglobin. Once AGEs are created and bound, they trigger inflammation and oxidation in the affected area.

Glycation differs from another common glycating process–where sugars attach to proteins and fats–called glycosylation. Glycosylation is an enzyme-directed site-specific process. This means it’s activated in a controlled way by the body, as opposed to the non-enzymatic chemical reaction of glycation.

AGEs and Oxidation

Oxidation is a process in which various chemically volatile molecules called reactive oxygen species (ROS) or “free radicals” are produced by our cells and tissues. These ROS often act as signaling molecules, and our cells have natural antioxidants to control them. However, if ROS are produced in large amounts, they can overwhelm the cell’s protective systems and cause injury to a variety of cellular structures and the tissues surrounding the cell.

AGE-RAGE Binding

AGEs can be both the cause and a product of oxidative stress. AGEs can bind to cell receptors called AGE receptors or RAGE. This AGE-RAGE binding interaction on the cell membrane triggers biochemical pathways within the cell that increase the level of ROS. The higher levels of free radical reactions result in oxidative injury to the cell and proinflammatory reactions from the immune system. As levels of oxidative stress increase, further glycating chemical reactions are triggered and more AGEs are formed.

Many studies show that an abundance of AGEs, the resulting RAGE binding, and high levels of oxidative stress are associated with an increase in inflammation and negative effects on various body systems.  

Higher AGE levels are associated with many diseases and disorders including:

  • Reduced immune system strength.  
  • Kidney failure.
  • Eye damage, and other complications of diabetes.  
  • Metabolic diseases such as PCOS and insulin resistance.

Research also shows that the glycation-oxidation process is strongly associated with:  

  • Progressive heart disease.
  • High blood pressure.
  • Cancer metastasis and resistance to chemotherapy.  

Another important effect of AGEs to note, especially in relation to Dr. Kiltz’s work, is the strong evidence that high AGE levels within the reproductive system can increase the risk of both female and male infertility.

What Causes Advanced Glycation End Products?

The types and numbers of AGEs in a person’s body depend on various internal factors such as blood sugar and insulin levels, age, and genetic factors. External influences such as the types and amounts of dietary carbohydrates consumed, cigarette smoking, and a sedentary lifestyle can also contribute to AGE creation in the body.

Carbohydrates, Glycation, and AGEs

Refined carbohydrate consumption and its resulting high blood sugars are strongly correlated to glycation levels and the creation of AGE molecules within the body. Simply put, the rate of glycation in the body increases as carbohydrate consumption and blood sugar levels rise.

Fructose, in the form of high-fructose corn syrup, a major ingredient in sweetened soft drinks and refined, processed foods, is particularly significant in AGE creation. Fructose is much more chemically reactive than the simple blood sugar glucose. Research has shown that fructose in the bloodstream increases glycation 10-fold more than glucose.

Cooking, Glycation, and AGEs

In early studies on glycation and AGEs, researchers focused on food preparation methods since glycation is what causes the Maillard reaction, a cooking term that explains why sugar turns into caramel when it is heated with cream. It’s also why ground beef “browns” when cooked in a hot skillet. 

Researchers pointed to the abundance of grilled and broiled meats in the Western diet as a causative factor of AGE levels in the body, stating that the charring of these foods at high temperatures made them high in dietary AGEs (dAGEs) and that consuming these foods would increase body AGE levels.

Thankfully, however, recent research using more sophisticated measuring techniques has shown that the dAGE levels in grilled, roasted, and broiled meats are no worse, relatively speaking than other foods proposed to be healthier. 

In fact, the newer research points to the intake of “healthy” foods such as apples, fruit juice, soy milk, whole-grain breads and skim milk as being associated with higher levels of AGEs within the body. 

Fructose, Glycation, and AGEs

In fact, the newer research points to the intake of “healthy” foods such as apples, fruit juice, soy milk, whole grain breads and skim milk as being associated with higher levels of AGEs within the body.

As these high fructose foods are digested, fructose-associated AGEs are easily formed, and the resulting pro-inflammatory compounds are easily absorbed from the intestinal tract. This hypothesis has been aptly termed “fructositis” , indicating that AGE production is intestinally driven, not food-based. 

In other words, it’s not those dietary AGEs in cooked meat one should worry about, but the AGEs being created internally due to a diet high in refined carbohydrates.

How do AGE’s Damage Body Tissues? 

AGE’s damage body tissue by interfering with the normal functioning proteins, fats, and hormones. 

AGEs and Protein

In the case of protein glycation, AGE’s cause structural damage to tissues. One of the hallmark ideas in biology is that “function follows form”, when applied to proteins this means that within the body proteins work in certain ways because they have specific physical forms. 

You can imagine how certain keys fit certain locks. If you change the form of a key, it will no longer fit the lock that it was designed for. As a result, the key is no longer functional. In the same way, AGEs damage the physical structure of proteins in the body so that they no longer function properly when it comes to fitting with cells.

Glycation

AGEs and Fat Cells

Most cell membranes are made up of various kinds of fats, including polyunsaturated fats (PUFA). PUFA are so-called because they have many unsaturated chemical bonds just waiting to react with the molecules around them. This unstable chemical makeup is particularly vulnerable to free radical activity.

Hence, as AGE levels accumulate around and within a cell, it can trigger an avalanche of free radicals which then react with the PUFA. The result is “lipid peroxidation”, a process in which the chemical bonds of the PUFA disintegrate. This damage then results in unstable cell membranes and cell dysfunction.

An example of this was shown in one study which found that AGEs interfered with cellular insulin sensitivity in fat cells via an increase in the free radicals within the cells.

AGEs and Insulin Resistance

The long-term effects of high blood sugar and glycation are also factors in the development of general insulin resistance in the body.  Insulin is a hormone produced by the pancreas in response to the presence of glucose in the bloodstream.  

The job of insulin is to push any glucose into our cells where it can be processed and used as an energy production molecule.  However, if blood sugars are chronically high, the pancreas releases insulin almost constantly, bombarding cells with the message to take in more glucose. 

Over time, cells develop a resistance to this insulin message, and sugar is left in the bloodstream. As blood sugar begins to rise, insulin production also increases. This circle of rising sugar and insulin ramps up glycation and AGE production and eventually this environment damages insulin signaling in the body.

Not surprisingly, research confirms that insulin resistance is highly correlated with heart disease, high blood sugar and diabetes and infertility.

All of this damage has serious implications for our overall health. Let’s look more closely at some specific health effects of glycation and AGE formation.

Glycation and Inflammation

As we’ve discussed above, the excessive glycation associated with a high carbohydrate intake and high blood sugar damages body tissues and cells. It is a vicious circle. The constant high blood sugars drive more AGE creation, which increases inflammation and oxidation, and this metabolic environment then creates more AGEs. 

AGE molecules can bind to cellular AGE receptors (RAGE) and this event can trigger the immune system to release molecules which increase oxidative stress, amplify the inflammatory response, interfere with energy production in the affected cells, and damage the cell and nearby structures further. As you might imagine, inflammation is a strong marker for glycation damage and oxidative stress.

Glycation and Heart Disease

This circular spiral of high blood sugar, AGE creation, RAGE activation, and the resulting oxidation and inflammation is implicated in interfering with blood vessel health and the supply of blood to the heart.

It also explains why people with type 2 diabetes exhibit higher rates of heart disease. The AGE-RAGE interaction pathway interacts with our immune system and triggers the release of cells and signals which have downstream effects on the heart and vascular system. 

AGEs are found in the arterial plaques of atherosclerosis, the well-known “hardening of the arteries”. When AGEs interact with RAGE, it can interfere with the suppleness of the blood vessels. The result is an increase in the stiffness of the blood vessels, which can lead to high blood pressure. 

In addition, AGE-RAGE interactions bring the damage right to the wall of the blood vessels.  Inflammation and oxidation damage the cells lining the blood vessels, making them vulnerable to lesions and calcium deposits that set the stage for dangerous blockages.  There are many other negative cardiovascular effects being identified as more research is done.

Glycation and Diabetes

Diabetic complications are a direct result of high blood sugar which drives high rates of glycation, AGE accumulation, and increased oxidative stress in the body.  

Various studies have shown that higher AGE levels are correlated with the loss of eyesight, due to tissue damage, chronic inflammation, and destruction of specific cells within the retina.

The kidneys are also prone to cellular AGE damage , and as a result, kidney disease and kidney failure are common diabetic complications. 

AGE damage to the nerves in the lower extremities leads to peripheral neuropathy, a condition in which the hands or the feet and legs may suffer from extreme nerve pain, tingling, and numbness.  This can result in undiscovered limb injuries and amputations. These complications are all linked by the cellular damage caused by AGE-RAGE interactions and oxidative stress within the affected body systems.

Glycation and Infertility

The reproductive system is yet another body system sensitive to high blood sugar and the associated process of glycation and the creation of AGEs. 

Research confirms that elevated AGE levels, the AGE-RAGE interaction, and oxidative stress are associated with reduced ovarian function, granulosa cell dysfunction, and polycystic ovarian syndrome (PCOS).

A review of other studies in this area also reveals that AGEs and oxidative stress alter the activity of steroid production and follicular development in the ovaries of females, and causes damage to the capability of male testicles to produce normal sperm cells[13].

Female Infertility

Women are more prone to obesity for a variety of reasons, including lower muscle mass, metabolic rate, and hormonal shifts. Obesity can also contribute to infertility, along with the destructive effects of glycation, the AGE-RAGE interaction, and oxidative stress. 

In the research literature, obesity is correlated with higher AGE levels and the disruption of the ovarian microenvironment, which can compromise oocyte performance and fertility.

It is worth noting that obesity, glycation, and insulin resistance are all factors with roles in metabolic dysfunction, and these conditions are rooted in the elevated blood sugar levels, high insulin levels, and insulin resistance associated with a high carbohydrate diet.

Glycation and PCOS

Polycystic Ovarian Syndrome (PCOS) is a disorder in which the affected woman’s menstruation and ovulation cycles and egg production are disrupted.  PCOS is highly correlated with insulin resistance and obesity. 

Women with PCOS also exhibit low-grade inflammation, and overproduction of male hormones, as a result of having high insulin levels. As many as 40% of women with PCOS also have insulin resistance, and many of these women are also overweight.  

Not surprisingly, women with PCOS have elevated levels of AGEs and AGE receptors on ovarian tissues.  Along with the other symptoms mentioned above, the AGE-RAGE factor contributes to the complications of PCOS, including reduced fertility and miscarriages.

Male Infertility

Male infertility is a single cause in about 30% and a factor in 40-50% of fertility cases , and contributing factors to this condition include glycation, AGE accumulation, RAGE interactions, and increases in oxidative stress within the male reproductive tract. Studies indicate that high AGE levels are associated with low sperm quality, testicular dysfunction, and erectile dysfunction.

Foods that Cause Glycation

As discussed above, much of the early research on glycation tried to lay the blame on high-heat cooking methods that cause Maillard reactions in broiled, grilled, or roasted meats.  However, new research is now pointing to foods which have a high fructose-to-glucose ratio. This is because fructose is highly reactive and much more prone to glycation within the body than glucose. However, glucose is also implicated in glycation. 

Many “healthy” foods recommended by dietitians fall into this higher fructose category. For example, one study points out that apples, soy milk, skim milk, cereal, whole grains, and other plant-based foods are culprits in elevated AGE levels in the body.

Other foods high in fructose including soft drinks, refined, processed carbohydrates, sweetened sauces, agave syrups, fruit juice, and products containing high-fructose corn syrup also cause higher AGE levels.

In addition, a diet generally high in carbohydrates can increase glycation because consuming carbohydrate-dense foods of any kind on a daily basis results in chronically higher blood sugars.  While blood sugars are high, the rate of glycation will be elevated as well.

Foods high in carbohydrates include: 

  • Breads
  • Crackers
  • Pasta 
  • Sweets such as cake, pies, cookies and candies
  • High starch vegetables such as potatoes, sweet potatoes and winter squashes 

Basically, anything that tastes sweet and all plant foods will raise blood sugar and insulin and increase glycation and AGE creation.

In addition, the advice from the nutrition “experts” to eat 3 meals a day plus snacks contributes to glycation, because blood sugar and insulin are constantly being stimulated with food intake.  Eating less frequently and practicing intermittent fasting, is another way to reduce glycation events within the body.

How Low Carb Diets Reduce Glycation

Excess glycation and AGE creation are a direct result of carbohydrate intake and the resulting high blood sugars.   When carbohydrate intake is permanently reduced, blood sugar and insulin levels eventually return to a normal baseline. Lower blood sugar levels reduce the amount of internal glycation since there is less free-floating blood sugar to attach to body tissues.

The Bottom line on Glycation and AGEs

For most people, a high-carbohydrate diet causes chronically high blood sugar and insulin levels. The excess sugar contributes to higher rates of glycation and the formation of advanced glycation end products. 

Once advanced glycation end product accumulation is higher than the body’s ability to break them down, a cycle of AGE-RAGE interaction, oxidative stress and inflammation begin. 

This cycle damages many different body systems. We looked at diabetes, heart disease, and infertility but these are just some of the systems which can be damaged.  AGEs are implicated in many other disease processes.

To reduce glycation and AGEs it’s critical to reduce the amount of carbohydrates, especially fructose-laden, refined carbohydrates in your diet.  This will reduce blood sugar levels, calm insulin resistance, stop excess glycation and give your body a chance to dismantle and get rid of accumulated AGEs.

It’s that simple. Stop eating most carbohydrates and focus on consuming healthy fats and protein. You’ll feel better, your AGE levels will drop, and your body will thank you.