Survey
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
Adipose tissue wikipedia , lookup
Abdominal obesity wikipedia , lookup
Saturated fat and cardiovascular disease wikipedia , lookup
Low-carbohydrate diet wikipedia , lookup
Human nutrition wikipedia , lookup
Diet-induced obesity model wikipedia , lookup
Thrifty gene hypothesis wikipedia , lookup
© 2104 SweetLife Diabetes Health Centers, LLC ©2014 by SweetLife Diabetes Health Centers, LLC and Dr. Brian C. Mowll All rights reserved. No portion of this program manual may be reproduced or transmitted in any form or by any means, electronic or mechanical including fax, photocopy, recording, or any information storage and retrieval system without the written permission of the author, except as granted under the following conditions: • Each individual user of this guide must download it on their own to ensure that the most updated information is provided within. • Pages of this guide may be photo copied or reprinted for personal use by the individual who downloaded it but not redistributed. • A reviewer may quote brief passages in connection with a review written for inclusion in a magazine or newspaper, with written approval from the author prior to publishing. Disclaimer This guide is not intended to provide medical advice or to take the place of medical advice and treatment from your personal physician. Readers are advised to consult their own doctors or other qualified health professionals regarding the treatment of medical conditions. The author shall not be held liable or responsible for any misunderstanding or misuse of the information contained in this program manual or for any loss, damage, or injury caused or alleged to be caused directly or indirectly by any treatment, action, or application of any food or food source discussed in this program manual. The statements in this program manual have not been evaluated by the U.S. Food and Drug Administration. This information is not intended to diagnose, treat, cure, or prevent any disease. To request permission for reproduction or inquire about private or group diabetes coaching or workshops, contact: Dr. Brian Mowll - [email protected] or online at www.the-diabetes-coach.com or www.sweetlifecenters.com 2 © 2104 SweetLife Diabetes Health Centers, LLC CORE NUTRITION To Prevent and Reverse Type 2 Diabetes 3 © 2104 SweetLife Diabetes Health Centers, LLC Table of Contents Introduction . . . . . . . . . . . . . . . . . . . . . 5 Is Diabetes really reversible? . . . . . . . . . . . . . . . . . . . . . 6 What causes type 2 diabetes? . . . . . . . . . . . . . . . . . . . . . 8 Using the glycemic index . . . . . . . . . . . . . . . . . . . . . 10 It’s all about carbs . . . . . . . . . . . . . . . . . . . . . 13 The Diabetes-sugar connection . . . . . . . . . . . . . . . . . . . . . 15 Don’t be afraid of fat . . . . . . . . . . . . . . . . . . . . . 16 Be careful with protein . . . . . . . . . . . . . . . . . . . . . 20 The optimal eating strategy . . . . . . . . . . . . . . . . . . . . . 21 Supplementing the diet . . . . . . . . . . . . . . . . . . . . . 25 4 © 2104 SweetLife Diabetes Health Centers, LLC Introduction What does it mean to “Reverse Diabetes”? People often ask what it means to reverse diabetes. Is there a cure? Diabetes is not a disease, like tuberculosis or the flu. There is no way to expect a magic pill, diet, or physical activity program to wipe out the enemy and make everything better. It doesn’t exist and it never will. Diabetes is a state of dysfunction and this type of condition, much like heart disease, cannot be cured. That might be bad news for some people. But, there is good news also. Diabetes (specifically, type 2 diabetes) can be controlled, and the condition can improve to a degree that will allow you to enjoy life the same as someone without diabetes. Unfortunately, most people with diabetes will get worse year by year, not better. The blood glucose levels will gradually creep up, medications will need to be increased, and many times if not properly controlled, complications will develop. Most people following the standard doctor recommendations will eventually develop eye problems, neuropathy in the feet and toes, kidney issues, and accelerated heart and vascular damage. The condition is considered chronic and degenerative, because that is what typically happens. It doesn’t have to be that way. Reversing diabetes is about stopping that progression and turing it around. Think about cruising down the highway going the wrong direction. That’s the way most people are treating diabetes. You need to gradually slow down the car, stop, and put it in reverse. It doesn’t happen overnight, but with persistence and direction, you’ll eventually get back to your destination, which is the health that you deserve. Complications such as atherosclerosis (blood vessel damage), retinopathy (eye damage), and even neuropathy (nerve damage) can be improved. Reversing diabetes is about getting healthier over time, rather than getting worse. Many people are able to work with their doctor to gradually decrease medications as they improve their diabetes through diet, lifestyle, and functional support. Most importantly, blood glucose levels can be improved and normalized to protect your body and your health into the future. It’s not easy, but diabetes does not have to be a death sentence. It doesn’t have to ruin your life. In fact, it can be the impetus to make a longterm lifestyle change that can drastically improve your health and your life forever. 5 © 2104 SweetLife Diabetes Health Centers, LLC Is Diabetes Really Reversible? Most people have heard at least one doctor tell them that diabetes in a chronic, degenerative condition that gets worse over time, not better. The longer you have diabetes, the more problems you can expect and it’s not a matter of “if ” you’ll develop complications, it’s a matter of “when”. Why would your doctor tell you that? Because it’s true. If you follow the standard recommendations prescribed by the ADA and most well-intentioned but misinformed doctors, that is exactly what will happen. If you ignore the true cause of diabetes, and only treat the symptoms with medication, without making the necessary changes to your diet and lifestyle, your condition will get worse over time, not better. But, that’s not your only choice. You can make the decision to do something different. You can attack your condition and get control of it, rather than letting your diabetes control and ruin your life. You can find and address the root cause of your condition and actually get better over time instead of getting worse. In all likelihood, you can avoid the complications of diabetes. Last year, a landmark new study was published in the well-respected medical journal, Diabetologia, which showed that type 2 diabetes, in fact, could be reversed. They put a group of patients on a special diet for eight weeks and watched as these patients actually got better. Their blood glucose levels normalized, they lost weight, and their HgA1c scores improved dramatically. Many of them were able to eliminate medication. The researchers discussed how the pancreatic, insulinproducing beta cells in some of these patients actually regenerated and began working better. In other words, they reversed diabetes. Why don’t doctors know about this? They do. At least some of them do. Amber Taylor, MD, an endocrinologist who cares for diabetic patients said in a recent article, “it’s possible for those in the early stages of type 2 diabetes to reverse the disease”. She continued, “We have pretty good evidence, that lifestyle change is really the key. Lifestyle change is better than any drug we have on the market for reversing and preventing diabetes.” In a CNN report, Michelle Magee, MD, director of the Medstar Diabetes Institute in Washington said, “We have seen numerous people reverse their condition, but it takes a real dedication for the rest of their lives.” Even the conservative Diabetes Self-Management magazine published an article in June of 2012 describing how type 2 diabetes may be reversible. They described five different approaches to reverse diabetes and shared patient stories to illustrate each method. What did all of these methods have in common? Intensive diet and lifestyle changes. Unfortunately, in practice however, it seems to be a different story. Instead of doctors taking the time to sit down with their patients and encourage them to make real dietary and lifestyle changes, patients are typically hurried in and out of the office. In today’s corporate, insurance-driven medical system, patient volume often takes priority over quality of care and spending time to educate and empower patients. The traditional primary care or endocrinology practice is ill-equipped to spend the hours, weeks, and months coaching, educating, monitoring, and motivating their patients to 6 © 2104 SweetLife Diabetes Health Centers, LLC make the lifestyle changes necessary to reverse diabetes. When confronted, many doctors feel that even if they had the time, patients wouldn’t follow through anyway. This is short-sighted thinking and it’s part of the reason that diabetes has become a global epidemic in the past decades. Treating diabetes with drug therapy only, with the only goal to reduce blood glucose and A1c, is like trying to stop a boulder that is already barreling down a hill. It’s difficult, frustrating, and ineffective. Diabetes needs to be confronted head-on. To reverse diabetes, it’s essential to evaluate and treat the root cause, not just the elevated blood sugar. That can take time, effort, and persistence, but the reward is great. The evidence is clear. Type 2 diabetes can be reversed. Now, it’s up to you to get on the right path, find the answers you need, and put in the work to make it happen. 7 © 2104 SweetLife Diabetes Health Centers, LLC What causes Type 2 Diabetes? What causes diabetes? First of all, what is diabetes? Diabetes Mellitus means “sweet urine”. It was first described in an Egyptian manuscript from 1500 BCE. The disease is diagnosed today, not by urinary glucose, but by measuring glucose in the blood serum. The current diagnostic criteria uses blood glucose of 126 or greater to indicate diabetes. In addition, the hemoglobin A1c test, which measures the percentage of glycated (sugar-coated) hemoglobin in the red blood cell, is diagnostic of diabetes at 6.5% or greater. So, while diabetes is technically just a subcategory of hyperglycemia (too much sugar in the blood), the condition is much more complex than that. Diabetes is really blood sugar dysregulation. The body has lost it’s ability to regulate and control blood glucose levels. This can occur during a resting state, an active state, fasting, or post-prandial (after eating). It can be effected by sleep quality or disruption, physical activity level and fitness, stress, hormone balance, immune health, organ function such as liver, thyroid, and kidneys, digestive system, and the structural integrity of the cell membrane and mitochondria (energy producing element of each cell). Ultimately, the cause of type 2 diabetes is a loss in the ability of the body to regulate the complex blood sugar system. The reasons this may happen vary greatly from one person to the next. That is why a personalized approach always works best when working to find and correct the cause of diabetes. One of the most common patterns in type 2 diabetes involves the hormone insulin. Each hormone or chemical in the body has a job (usually several jobs). The job of insulin is to assist in the storage of macronutrients into the cells and tissues. In particular, insulin is released in the presence of glucose and amino acids in order to open the door to the cells and allow them to soak up these important nutrients for energy production and storage. In type 1 diabetes, the pancreas is no longer able to produce insulin, so without this hormone, the cells are not able to soak up the glucose from the blood. The cells starve, while sugar accumulates in the blood stream. This is dangerous and can lead to significant damage to the blood vessels and body tissues if not corrected. The only answer is to provide insulin from the outside. Fortunately, in the 1920’s, insulin was isolated and we’ve had the benefit of this tool since then. Type 2 diabetes, however, is completely different. Typically, the pancreas is producing plenty of insulin. In fact, most type 2 diabetics are hyperinsulinemic, which means they have too much insulin in the blood. So, what’s the problem? The problem in type 2 diabetes is called insulin resistance. The cells (liver, muscle, kidney, fat, etc) have become resistant to the effects of insulin. They have become desensitized, almost like your hearing does when you are in a loud room. From years of eating too many carbohydrates, too 8 © 2104 SweetLife Diabetes Health Centers, LLC much sugar, the wrong fats, not enough physical activity, the toxic burden from our environment and food supply, oxidative stress, and inflammation, the cell receptors for insulin stop working. Think of insulin like a key that opens a lock. With insulin resistance, the lock is “gummed up” or damaged, and the key no longer works as well. The body’s response to insulin resistance is to produce more insulin. If you are at a loud party and the person you are speaking to can’t hear you, the most logical thing to do is to talk louder. So, the pancreas continues to produce more and more insulin to overcome the resistant state. This may work for a while and continue to keep the blood glucose levels down. But, at some point, the body will reach it’s breaking point where it just can no longer keep up. Once the blood sugar levels rise above 100 mg/dl, you are said to be in a state of pre-diabetes. In reality, there is no such thing as pre-diabetes. It’s like being a little bit pregnant. Once your blood sugar starts to rise, you are losing control of blood sugar regulation, which is diabetes. At this point, the process has been developing for many years. Diabetes doesn’t develop over night. It typically takes decades to go from normal blood sugar metabolism to insulin resistance to blood sugar dysregulation to full-blown diabetes. The body wants to stay healthy and in control, but it can only take so much abuse. The diagnosis of diabetes or pre-diabetes can and should be a wake up call for many people. It’s not too late, but time is wasting. The longer the disorder progresses, the harder it is to correct and the less correction possible. However, knowing that you are losing, or have lost, the ability to regulate and control your blood sugar levels is that all important first step. In some ways, diabetes can be a blessing in disguise. While it would certainly be better to change your lifestyle habits before you develop diabetes, if you make to necessary changes quickly, it may prevent you from developing heart disease, cancer, alzheimer’s disease, or having a stroke. It can be the impetus for change and that may end up saving your life. 9 © 2104 SweetLife Diabetes Health Centers, LLC Using the Glycemic Index The Glycemic Index is a rating system, developed based on the initial research by David Jenkins, MD, PhD, a nutrition professor at the University of Toronto. Instead of looking at grams of carbohydrates or sugar in a particular food, it’s based on how that food impacts blood glucose. The glycemic index has it’s limitations, but it is a good starting point for evaluating which foods to eat more and which foods to avoid. For example, proteins such as chicken, fish, eggs, and beef have a score of zero, because they contain no carbohydrate and have little impact on blood glucose. White bread or potatoes on the other hand, have a score of 50-75, which will quickly raise blood glucose levels. Before describing how to use the glycemic index, let’s discuss some problems with the model: 1. It only evaluates one food at a time. Most people don’t eat this way. The glycemic index does not account for food combinations. 2. It’s based not on serving size, but on a standardized portion (usually 50 grams). The more modern “Glycemic Load” model re-calculates values based on the amount of carbohydrates in a 100 gram portion multiplied by the glycemic index. So, the glycemic load of a food may be more valuable when evaluating it’s effect on glucose control. 3. It does not consider the state of the food (fresh, frozen, ripe, etc) or how the food is prepared (cooked, raw, steamed, etc). Cooking food can break down the fiber and activate the starch content, “predigesting” it in a way, which will raise blood glucose faster. There are some delineations made, such as instant oatmeal vs traditional oatmeal, but these are only reflected in the newer, up-to-date models. 4. The breakpoint differentiating between low and high are flawed. With pure glucose setting the standard at 100, low glycemic foods are considered anything with a score of less than 55. This is way too high for people with diabetes. The numbers should be adjusted to a more tolerable level, such as 30 and below for low glycemic, 30-50 for moderate glycemic, and 50 or greater as high glycemic. 5. It does not indicate whether a food is “healthy” or not. Diet soda and lard both have a glycemic index of zero, but that does not make them healthy. We have to see the rest of the picture as well when evaluating which foods to include in the diet. 10 © 2104 SweetLife Diabetes Health Centers, LLC Those limitations not withstanding, the glycemic index can still be an excellent tool to evaluate various foods and the data can be extrapolated for food combinations as well. For example, if you are going to eat a moderate glycemic food such as beans, it is best to combine it with a low glycemic food such as avocado or turkey. Eating beans with a high glycemic food such as rice would raise the glycemic response and be disastrous for blood sugar control. Studying and understanding a basic glycemic index chart can be very helpful in guiding basic diet construction. Focus on foods lowest on the glycemic chart such as proteins, healthy fats, and fibrous vegetables. Enjoy some nuts, seeds, and moderate glycemic foods such as beans and legumes combined with low glycemic foods. Fruits should be carefully evaluated and only those low on the glycemic chart should be used (berries, apple, citrus). While it is important to evaluate the amount of carbohydrates and protein you are consuming in the context of your total calories, using the glycemic index as a framework can help make life easier and prevent you from having to count every carbohydrate gram and calorie you consume. Try to eat at least 80% of your calories from low glycemic index (under 30) foods, and the remaining 20% from moderate glycemic foods, combined properly. High glycemic index foods are essentially toxic to those with diabetes and should be strictly avoided. 11 © 2104 SweetLife Diabetes Health Centers, LLC The Glycemic Chart FOOD GLYCEMIC INDEX Animal protein: grass-fed beef, wild-caught fish, free0 roaming turkey, chicken, wild game meats, organic eggs Fats and Oils: Olive oil, butter, coconut oil, vegetable 0 oil Fibrous vegetables: broccoli, asparagus, greens, 15 spinach, salad greens, cucumber, celery, peppers Nuts/Seeds: Almonds, Walnuts, Macadamias, 15 Pistachio Barley 25 Low GI Fruit: Apples, berries, cherries, plum, grapefruit Beans: Black, chickpeas, Lentils, Kidney 30 Pasta: Whole Wheat 35 Plain, unsweetened Yogurt 35 Chili: vegetarian bean or beef 40 Dry Red or White Wine 45 Quinoa, Buckwheat 50 Moderate GI Fruit: Grapes, Kiwi, Banana, Mango, Orange juice Oatmeal, Moderate GI bread: Whole grain, multigrain, rye, pumperknickel Moderate GI Vegetables: Yams, Sweet Potato, New Potato Corn and corn products (chips, tortillas, etc.) 50 30 GOOD MODERATE BAD 50-60 55 65 Soda: Coke, Fanta, Gatorade, Fruit punch 65 TABLE SUGAR (Sucrose) 65 High GI Fruit: Pineapple, Watermelon 70 Pastries: Muffins, cakes, doughnuts, waffles, crackers Sweets and Snacks: Jelly beans, pretzels, Candy bars, pop-tarts Cereals: Rice crispies, corn flakes, shredded wheat 75 Rice products: rice cakes, rice pasta, white potato 80 Popcorn, white bread, bagels, flour products 85 12 BEST REALLY BAD 80 80 WORST © 2104 SweetLife Diabetes Health Centers, LLC It’s All About Carbs (almost) Diabetes is a condition of impaired blood sugar and insulin metabolism. It starts when the cells get overwhelmed with excess sugar and insulin, damaged by inflammation and oxidative stress, and starved of the important fats and nutrients they need to function optimally. Once the cells become insulin resistant and blood sugar starts to rise, the situation gets further exacerbated by the toxic effects of elevated glucose (glycation and glucotoxicity). To reverse the effects of diabetes, it’s essential to heal the cell membranes, improve hormone balance, reduce the toxic burden on the body, and reduce inflammation. This starts with reducing blood glucose and insulin levels. Keeping sugar levels down reduces the need for insulin, which will allow the body to up-regulate insulin receptors and improve insulin sensitivity. Combined with good core nutrition, healthy fat consumption, physical activity, stress-reduction, reduced toxicity, and neutralizing oxidative stress with plant-based phytonutrients and antioxidants, a low carbohydrate diet is a key component to preventing and reversing diabetes. Carbohydrates, whether they are simple or complex carbs, all break down into simple sugar through the digestive process. This starts in the mouth with an enzyme called salivary amylase, and continues throughout the small intestine with pancreatic enzymes that complete the job. This process is slowed by fiber, which can reduce the glycemic response, but eventually all carbohydrates become sugar. To reduce blood glucose, it’s imperative to reduce carbohydrate in the diet. Eric Westman, MD from Duke University says, “It’s simple. If you cut out the carbohydrates, your blood sugar goes down, and you lose weight, which lowers your blood sugar even further.” In a study he completed at Duke, he found that the low carb group was able to lose weight, lower their blood sugar and A1c, and 95% were able to reduce or eliminate medications. Why does reducing carbohydrates in the diet work? According to Joseph Mercola, DO, it’s because the combination of low carbs and exercise “corrects and restores the body’s insulin and leptin signaling”. He goes on to say, “For the last 50 years or so, Americans have followed the dietary recommendations of a high complex carbohydrate, low saturated fat diet—the exact opposite of what actually works”. For all the logical reasons to avoid sugar and the good research that shows the importance of following a low carbohydrate diet for diabetes control, there is still much confusion and contradiction in the media. In one article, for example, the author of an ADA-approved book on diabetes diet says, "Gone are the days when sugar is strictly off limits. All carbohydrates break down into glucose in the same way. Your body doesn't recognize whether the carbohydrate is a cookie, slice of bread or a potato." While the latter statement is true, the conclusion is ridiculous. Carbohydrates and sugar will raise your blood glucose levels and exacerbate insulin resistance and diabetes. It’s as simple as that. 13 © 2104 SweetLife Diabetes Health Centers, LLC So, what exactly is a “low carbohydrate diet”? How many carbs are too many and are some carbs better than others? These distinctions are important. No food is 100% carbohydrate, fat, or protein. Foods are a combination of these three macronutrients, plus fiber, water, and micronutrients like vitamins, minerals, and other compounds. Determining which foods should be included in a healthy diet for preventing and reversing diabetes is about balance. Foods that are high in carbohydrates and low in fiber should mostly be eliminated. Grains, especially processed grain products like breads and cereals, will spike blood sugar and insulin levels in most people with diabetes and pre-diabetes. Starchy vegetables, like potatoes and parsnips should be avoided. Certain fruits should also be avoided due to their low fiber, high sugar content, such as mango, papaya, grapes, and bananas. Also, dried fruit and fruit juice should be strictly eliminated. Carbohydrate-rich foods that are also high in fiber may be more tolerable for some people with diabetes and pre-diabetes. Beans, legumes, and some root vegetables such as beets and carrots fit into this category. These foods should be tested using a blood sugar challenge test to check individual response. High fiber carbohydrate-oriented foods such as non-starchy vegetables like broccoli, cauliflower, asparagus, spinach, and high-water content vegetables like bell peppers, cucumber, and celery are ideal foods. Nuts and seeds are also excellent in moderation due to their high fiber, low carbohydrate profile. It’s also important to focus on foods high in healthy fats such as avocado, olive, coconuts, organic beef, fish, and poultry, butter or ghee from pastured cows, and nuts and seeds in moderation. Fats stabilize blood sugar and are important for healthy cell membrane, brain function, nerve protection, and hormone production. Lastly, protein foods are essential to help preserve and maintain lean body mass, for normal cellular energy production, and for detoxification. It’s important not to overeat protein, however, because a percentage of protein consumed can get converted to glucose, especially if physical activity is not adequate. There are a wide variety of factors involved with blood sugar regulation and diabetes. While it’s important to address each one of these, until the diet is corrected and carbohydrates are reduced to a tolerable level, it will be difficult or impossible to control blood sugar and reverse diabetes. 14 © 2104 SweetLife Diabetes Health Centers, LLC The Sugar-Diabetes Connection While it may seem obvious to many that a high sugar and high carbohydrate diet significantly contributes to the development of insulin resistance and diabetes, there are still opposing views on whether sugar is to blame for the diabetes epidemic. The ADA (American Diabetes Association) says it’s not so simple. They claim that it’s bad genes and weight gain that are the main culprits, and that the cause of weight gain is overeating, not carbohydrate consumption. In other words, it doesn’t matter what type of food you eat, it’s the amount of calories that are important. This point of view is seriously flawed. First of all, there are many people who have a family history of diabetes that never develop diabetes themselves, and many diabetics have no family history of diabetes. Second, many type 2 diabetics are normal weight or just overweight, not obese. There are also may overweight and even obese individuals who never develop diabetes. Calories are not all the same. In fact, the calculation of a calorie (a measure of heat from the breakdown of food) is also seriously flawed. Research has made it clear that low carbohydrate, low sugar diets out perform low calorie diets every time when it comes to blood sugar control and weight loss. The truth is that eating too much sugar is not the cause of diabetes. However, it can be a significant player. At the root of type 2 diabetes in a condition called insulin resistance. This condition is caused by impaired hormonal signaling pathways at the cellular level. There are many factors that can influence this including toxic overload from our environment and food supply, chronic systemic inflammation, oxidative damage to cell membranes, and micronutrient deficiencies. Another significant factor leading to insulin resistance is the down-regulation of insulin receptors from repeated insulin surges and hyperinsulinemia (too much insulin in the blood). This results from a diet high in non-fiber carbohydrates and sugar. One study, published in early 2013 from Stanford University School of Medicine found that the more sugar present in a population’s diet, the higher the rates of diabetes. This study examined 175 countries over the past decade. Robert Lustig, MD, pediatric endocrinologist at UCSF Children's Hospital said this study “places sugar front and center” as an agent that may be a contributing factor for diabetes. It’s not just simple sugar, of course, that leads to diabetes. All forms of processed carbohydrates, starchy vegetables, and grains eventually break down into sugar. To prevent the development of insulin resistance and type 2 diabetes or to reverse diabetes at it’s source, avoiding sugar and foods that turn in to sugar is not only important, it’s absolutely essential. 15 © 2104 SweetLife Diabetes Health Centers, LLC Don’t be afraid of fat If you talk to any dietitian, doctor, or diabetes educator about diet, they will likely tell you the most important focus is to avoid fat, especially saturated fat. This advice has been endorsed by the American Heart Association, the Academy of Nutrition and Dietetics (the new name for the American Dietetics Association), and of course, the good old American Diabetes Association. Unfortunately, this is bad advice, and it’s dead wrong. Here’s why. Fat is an absolutely essential nutrient for the body. In fact, without fat, our cell structure would completely collapse, our brain would shrivel up, our nerves would short-circuit, and we wouldn’t be able to produce our hormones. Let’s start with the brain and nerves. In his ground-breaking book “Good Calories, Bad Calories”, science and medical writer Gary Taubes states, “Our brains are 70 percent fat, mostly in the form of a substance known as myelin that insulates nerve cells and, for that matter, all nerve endings in the body.” One of the most common side effects of statin drugs, which deplete cholesterol from the body is cognitive impairment. This happens because fat and cholesterol is essential for brain function. Fats are also important for healthy cell membranes. Taubes went on to say, “Fat is the primary component of all cell membranes. Changing the proportion of saturated to unsaturated fats in the diet might well change the composition of the fats in the cell membranes. This could alter the permeability of cell membranes, which determines how easily they transport, among other things, blood sugar, proteins, hormones, bacteria, viruses, and tumor-causing agents into and out of the cell.” Healthy cell membranes are essential for proper insulin signaling, which allows glucose to enter the cell to be broken down into energy. Damaged, unhealthy cell membranes lead to insulin resistance, which leads to type 2 diabetes. Other important functions of fat in the body include hormone production, vitamin D synthesis, blood sugar control, nutrient absorption, and metabolic health. In fact, according to Donald Jump, PhD of the Linus Pauling Institute, fat has some wonderful health benefits. First, it is important in the absorption of fat-soluble vitamins like vitamin A, D, E, and K. These vitamins have important roles in metabolism, health, and blood sugar regulation. Without adequate fat intake, it’s difficult to achieve and produce optimal levels of these nutrients. He also echoes the importance of fats for the health of the cell membranes and hormone signaling. Lastly, he adds that fat tastes good, adding flavor to food, without raising blood sugar, and creating a sense of fullness and satiety. So, fats clearly have benefits. But, doesn’t eating fat cause us to gain weight and store more fat? Apparently not. Since the low fat push of the 70s, 80s, and 90s has become mainstream and spread across the globe, we have become heavier, seen increased rates of obesity and diabetes, and created more nutritional confusion than ever before. 16 © 2104 SweetLife Diabetes Health Centers, LLC Let’s be clear: eating fat does not make you fat. Low fat diets, loaded with substituted sugar and chemicals make you fat. In fact, the more healthy fats you consume in the absence of sugar and carbohydrates, the more fat you burn. It takes a minute to get passed all the low-fat, nutritional dogma, so let that sink in. Eat fat, burn fat. The metabolism is wired to burn either sugar as it’s primary fuel or fat as it’s primary fuel. If you want to encourage your body to burn the stored fat in your adipose tissue instead of storing more fat, you need to re-train your metabolism to burn fat. What’s the secret? Stop eating sugar and carbohydrates and eat more healthy fats. When trying to control blood sugar and insulin levels, it’s even more essential to use fat as a primary energy source. Fat is the only macronutrient that does not raise blood sugar levels. All carbohydrates eventually break down into sugar, and a portion of the protein you eat will also get converted to sugar. Fat stabilizes blood sugar and does not require insulin to metabolize it. Therefore, increasing fat consumption will improve both insulin and leptin (an important hunger hormone) sensitivity, and help to control and reverse diabetes. How much is too much? Fortunately, fat consumption is typically self-limiting. When avoiding carbohydrates, most people will find it difficult to overeat fat. When evaluating the macronutrient breakdown of an optimal blood sugar control diet, fat will typically constitute 60-75% of total calories. Not all fats, of course, are beneficial for health. Trans fats and partially hydrogenated vegetable oils, in particular, are not recommended. Trans fats are commercially manipulated vegetable oils (hydrogenated) that are used as stabilizers for packaged foods and are very difficult to metabolize in the body. Therefore, they are more likely to be stored and less likely to be burned for fuel and have long-term risks. Fried foods are also not recommended as the oils are typically heated at very high temperatures which oxidizes the oil and turns it toxic. These damaged vegetable oils lead to inflammation and oxidative stress in the body, which contributes to disease. Polyunsaturated omega 6 vegetable oils should be limited because they can accumulate in cell membranes, are easily oxidized, and are considered pro-inflammatory. A moderate level of nut and seed oils in the diet is important, but it’s easy to overdo it, so be careful. Polyunsaturated omega 3 oils are found in cold water deep sea fish, and are concentrated in some nuts and seeds, such as walnuts, chia seed, flax seed, and hemp. Omega 3 oils are important because of their anti-inflammatory nature and their ability to keep cell membranes fluid and flexible. These are often lacking in the diet, especially for people who do not consume large amounts of fish, and should be supplemented. Omega 3 oils are also easily oxidized, however, and should be kept away from heat, light, and air (refrigerating is a good option). Monounsaturated fats are probably the most widely accepted form of fat. They are found in large quantities in the Mediterranean diet and are neutral in their inflammatory profile. These oils are found in avocados, olives, nuts (especially macadamia nuts), and in animal products like chicken skin 17 © 2104 SweetLife Diabetes Health Centers, LLC and bacon. Monounsaturated fats are more stable and can be heated at low temperatures, but are best used in their raw, natural state. Saturated fats are perhaps the most controversial and misunderstood of all the fats and oils. Since the 70s, 80s, and 90s, saturated fats have been vilified as unhealthy, artery-clogging, obesity-causing foods. This is simply not true. In fact, saturated fats may be one of the healthiest types of foods that you can consume, especially for blood sugar control. In addition, saturated fats are much more stable, resisting oxidation, and are, therefore, excellent for cooking. Even the New York Times is starting to publish articles rescuing the damaged reputation of this essential nutrient. In 2011, Melissa Clark wrote an article called “Once a Villain, Coconut Oil Charms The Health Food World”. She quotes Thomas Brenna, a professor of nutritional sciences at Cornell University as saying, “I think we in the nutrition field are beginning to say that saturated fats are not so bad, and the evidence that said they were is not so strong”. Saturated fats are not all the same, however. They come in different lengths based on how many carbons are bonded together in a chain. The longer chains, like the ones found in commerciallyraised animal products, are more difficult to metabolize and therefore, more likely to get stored. The shorter chain saturated fats, like the ones found in coconut, palm, and to a lesser extent, butter, are quickly transported to the liver and burned as fuel. These are the fats that can be the most helpful in stimulating the metabolism and helping the body to burn fat for fuel. Somewhere along the way, fats got a bad reputation. This has been reinforced by a misinformed and misguided segment of the nutrition community and led to disastrous results for our health. It’s time to free the fats and enjoy them as part of a healthy diet. Eating less carbohydrate and more fat will lead to better blood sugar control, better insulin sensitivity, and an improved likelihood of preventing and reversing diabetes. 18 © 2104 SweetLife Diabetes Health Centers, LLC The Fat Spectrum Monounsaturated Fats: •Avocado •Nuts (especially macadamia) •Seeds •Olives •Animal products (chicken skin, bacon) Medium-Chain Saturated Fats •Coconut •Palm •Breast Milk •Butter •MCT Oil Omega 3 Polyunsaturated Fats •Cold-water, deep sea fish •Grass-fed pastured beef and dairy •Walnuts •Flax, Chia, Hemp seeds •Certain types of seaweed or algae The gems of the Mediterranean diet, these fats are more stable, have a neutral inflammatory profile, and can be burned easily for energy. These fats are easily metabolized and are therefore not stored. They are transported directly to the liver to be burned for fuel. Omega 3 fats are long chain fats that are anti-inflammatory and important for cell membrane and brain health. They are unstable and prone to oxidation. Longer chain Saturated Fats These fats are harder to break down and may get stored in adipose tissue if not fully metabolized. They are stable and good for cooking or heating. Omega 6 Polyunsaturated Fats Omega 6 fats are long chain fats that are important for cell membrane and immune response. They are pro-inflammatory and prone to oxidation. Trans Fats These fats are chemically altered, hydrogenated vegetable oils, which are very difficult for the body to metabolize. These fats are toxins. •Most animal products •Dairy •Eggs •Cocoa •Nuts •Seeds •Commercial oils (safflower, canola, corn) •Vegetable oils •Borage and Evening Primrose oil •Many packaged snack food •Margarine and Crisco •Many commercial pastries and desserts •Fried foods © 2104 SweetLife™ Diabetes Health Centers, LLC 19 © 2104 SweetLife Diabetes Health Centers, LLC Be Careful With Protein It’s important to realize that low carbohydrate does not mean high protein. There are many low carb diets available, but one of the most common mistakes someone can make for proper blood sugar control is overeating protein. Protein is made up of amino acids, which are the building blocks of muscle, are important for detoxification, and make up the structure of many hormones and neurotransmitters in the body. Just like glucose, but to a lesser extent, amino acids require insulin to enter the cell. If the amino acid content of a food is high or the amino acids are quickly absorbed, it can lead to an insulin surge, even in the absence of carbohydrates that can aggravate insulin resistance. Amino acids are the only macronutrient that cannot be stored by the body. Glucose gets stored as glycogen in the liver and muscles, and fat can be stored in the adipose tissue if necessary. Because they cannot be stored, extra amino acids from overeating protein get converted in the liver to sugar. This process is called gluconeogenesis and it can lead to blood sugar elevations in people with diabetes and blood sugar regulation problems. Requirements for protein vary greatly from person to person, largely related to physical activity level, lean muscle mass, size and weight, and sex. Men may require slightly more protein and those with more lean mass and who are bigger obviously need more protein to maintain their mass. Athletes or people who engage in resistance training may also require more protein to prevent the breakdown of their own muscle, especially during recovery. A general rule is to consume one gram of protein per kilogram [lb/2.2] of body weight. This should be based on your ideal weight. If a man has an ideal weight of 175 pounds, he would require about 80 grams of protein. For a sedentary person, subtract 5-10 grams, and add 5-10 grams for someone who is athletic or engages in resistance training. It’s also important to not overeat protein at each sitting. The body can only utilize a certain amount of protein at any given time and overdoing it will cause the body to convert the amino acids to glucose and raise insulin and blood sugar levels. The ideal amount of protein at each meal is between 15-25 grams depending on daily allowance. While limiting carbohydrates is by far the most important factor in controlling blood sugar, improving insulin resistance, and reversing diabetes, it’s essential to be aware of protein consumption as well. Keeping protein to a moderate level will protect lean muscle mass, allow for rebuilding and repair, enhance detoxification, and limit conversion of amino acids to sugar. 20 © 2104 SweetLife Diabetes Health Centers, LLC The Optimal Eating Strategy What is the perfect diet to prevent and reverse diabetes? Unfortunately, there is no such thing. At it’s best, nutritional therapy is customized to the individual and is dynamic and evolving, rather than a static set of rules. There are, however, some guidelines which are important for anyone to follow, especially those with diabetes, pre-diabetes, metabolic syndrome, and insulin resistance. From here, the optimal diet can be adjusted to the individual based on blood sugar response, inflammation, energy, immune health, sleep quality, physical activity level, organ function or dysfunction, and overall health. An optimal diet begins with whole foods. As my colleague Sean Croxton says, “JERF: Just Eat Real Food”. That’s a good start. But for blood sugar control, unfortunately, it’s not quite that simple. Whole, real foods are things like plants and animals. It’s the only food that we would have access to if it were not for technology and agriculture. There are some foods that should not be eaten by anyone. Let’s start with the easy ones. ✦ ✦ ✦ ✦ ✦ Candy like starburst, skittles, snickers, m&ms, chocolates, and licorice. Anything that comes in a snack package, like potato chips, pretzels, crackers, cheese curls, cookies, pastries, and granola bars. Dessert-like foods such as donuts, pancakes, waffles, pastries, cakes, cookies, pie, ice cream, sorbet, and mousse. Refined flour-based foods like bagels, bread, pasta, and muffins. Sweetened (or naturally sweet) beverages like sweet tea, sweetened coffee, soda, sugary drinks (vitamin water, gatorade), and fruit and vegetable juice. ✦ Processed meat and meat products such as hot dogs, bologna, salami, and deli meats ✦ Fried foods and foods containing partially-hydrogenated vegetable oils For optimal blood sugar regulation, there are a few additional types of food that should be avoided. These foods typically raise blood glucose because they rapidly break down to sugar in the body. The blood sugar rush, and resulting insulin surge will interfere with proper blood sugar control. ✦ ✦ 21 Grains, such as oatmeal, wheat, rice, quinoa, and barley as well as any products made from these foods. Starchy vegetables, such as potatoes, corn, and parsnips. © 2104 SweetLife Diabetes Health Centers, LLC ✦ ✦ Moderate-High glycemic fruits such as bananas, grapes, mango, papaya, melons, and pineapple, as well as dried fruits including raisins. Lactose-containing or sweetened dairy products such as milk, yogurt, and ice cream. Now, let’s focus on what to eat. The optimal diet for blood sugar control includes a wide variety of whole, real foods. The two main rules are simplicity and diversity. Keep things simple. Elaborate meal plans can be fun and interesting down the line, but in the beginning, can invite temptation and lead you astray. Apply diversity within the scope of foods you’ll be eating. There are dozens of acceptable vegetables, fruits, nuts, seeds, beans, legumes, animal proteins, and beverages. Mix it up, focusing on a variety of colors so that you are getting a wide range of vitamins, mineral, antioxidants, and phytonutrients. ✦ ✦ ✦ ✦ ✦ ✦ Fibrous Vegetables such as broccoli, cauliflower, asparagus, spinach, greens, bell pepper, tomato, cucumber, and celery. Low glycemic fruits such as avocado, coconut, olives, berries, cherries, and apples. Animal protein such as grass-fed beef, free-range poultry, wild-caught fish, and organic eggs, as well as shellfish and organic pork in moderation. Nuts and seeds, such as macadamia nuts, almonds, walnuts, pistachio, sunflower seed, flax, chia, and hemp. Bean and legumes such as black bean, pinto beans, white and red kidney beans, as well as green peas and chickpeas in moderation. Healthy fat sources such as olive, coconut, avocado, nuts, organic meat and eggs, and butter from pastured cows. In addition, there are certain foods that may be acceptable in limited quantities for some people, but may create problems in others. This largely depends on blood sugar response, food sensitivities, and inflammatory factors. ✦ ✦ ✦ Organic (preferably raw) dairy products with little to no lactose, such as cheese, whey protein, milk protein, cream, and butter from pastured cows. Alcohol is typically acceptable in limited quantities, particularly one serving of dry red or white wine or hard alcohol such as gin, vodka, or whiskey. Artificial sweeteners are generally not recommended, however, consuming small amounts in chewing gum, mouthwash, and sugar-free breath mints is probably safe. There are a few other guidelines that are helpful to follow as well to ensure optimal success in controlling blood sugar and preventing and reversing type 2 diabetes. 22 © 2104 SweetLife Diabetes Health Centers, LLC It’s best to eat two to three moderately sized meals per day rather than eating five to six meals, which is sometimes recommended by dietitians. Continually eating throughout the day by “grazing” or eating frequent meals keeps the blood sugar, insulin, and leptin levels elevated and interferes with the healing and correction process. Instead, spread the time between feedings out at least 4-5 hours to allow insulin and leptin levels to reset. While it may be difficult at first, it’s best to avoid snacking between meals and before bed. For the same reason just discussed, snacking keeps the blood sugar and insulin elevated and interferes with the correction process. Snacking also reinforces food cravings and emotional eating, which can be an issue for many people with blood sugar regulation problems. Experiment with intermittent fasting (I.F.). I.F. involves going an extended period of time without food to allow blood sugar, insulin, and leptin levels to reset. During this fasting period, the primary nutrient the body uses for fuel is fat which improves metabolic efficiency and causes an upregulation of insulin receptors on the cell membranes. One simple way of accomplishing this is to skip breakfast 1-2 days per week. As covered throughout this book, it’s extremely important to limit carbohydrate consumption. A good starting point for most people who want to prevent or reverse diabetes in 50-100 grams of carbohydrate per day. While this is a broad range, there are many differences based on size, condition, and physical activity level. Eventually, you may want to consider reducing your non-fiber carbohydrate consumption to less than 50 grams per day for optimal blood sugar control. Low carb does not mean high protein, and it’s also important to limit protein to a moderate level. Again, this is largely based on size, lean mass, and physical activity level. Generally, it’s recommended to limit protein to 50-75 grams per day and no more than 25 grams per meal. As stated, this can be adjusted based on lean body mass, size, sex, and physical activity. Drinks lots of water and eat high-water content foods. Water is essential for life and many people are chronically dehydrated. If you feel hungry, try drinking 12-16 ounces of water and waiting 20 minutes. Don’t wait until you are thirsty. Start the day with a glass of water and sip water, herbal tea, and green tea throughout the day. Squeezing a lemon or lime wedge in the water is acceptable, and using carbonated water in moderation in fine as well. Another important, but often overlooked strategy is to eat with intention and focus on nourishment, rather than entertainment. Sure food can be delicious and a great source of enjoyment, but if you are depending on food to fill some need other than nourishment, it’s going to be nearly impossible to eat for health. When you eat, close your eyes, and savor the texture, taste, and flavor of the food. Eat with a sense of gratitude and be fully present while dining. Do not eat while watching television, sitting at your desk, talking on the phone, or playing cards. Use food for nourishment. Find other ways to entertain yourself through hobbies, books, friends, and community groups. Think like an animal in nature and just eat to fuel your body. If you do this, you will be less likely to be “hungry” an hour after you eat or to feel deprived because you can no longer eat your “favorite foods”. It’s time to break the bad habits that got you where you are and it starts by changing your relationship with food. 23 © 2104 SweetLife Diabetes Health Centers, LLC General Food Guidelines Enjoy Limit Carbohydrates: Fibrous vegetables, nuts and seeds Carbohydrates: Beans, legumes, carrots, sweet potatoes Carbohydrates: Whole grains such as oats, barley, rice, quinoa, whole grain pasta and breads Carbohydrates: Processed grain products and sugars, such as bread, pasta, pastries, sweets, desserts, candy, sugar Fruits: Coconut, Avocado, Olives, Berries (blueberries, raspberries, strawberries, blackberries), Cherries Fruits: Apples, citrus, pears, plums, peaches Fruits: Watermelon, banana, melon, mango, papaya, grapes, pineapple, kiwi Fruits: Dried fruit, raisins, fruit juice Vegetables: Broccoli, cauliflower, asparagus, spinach, greens, bell peppers, cucumber, celery, sprouts Vegetables: Tomatoes, carrots, sweet potatoes, beets Vegetables: White potatoes, parsnips, corn (grain) Vegetables: Potato starch, corn starch, instant potatoes, fried vegetables (french fries) Proteins: Grass-fed beef, freerange poultry, wildcaught fish, organic eggs, wild game Proteins: Commercial poultry, farm-raised fish, shellfish, organic pork and pork products, commercial eggs Proteins: Commercial beef, commercial pork and pork products, minimally processed deli meats Proteins: Processed meat and meat products (hot dogs, deli meat), fried meat (fried chicken) Fats: Monounsaturated oils (avocado, olive, macadamia), medium chain saturated fats (coconut, palm, MCT oil), omega 3 oils (fish oil, flax, chia, walnuts, hemp) Fats: Long-chain saturated fats from animal products, nuts and seeds Fats: Omega 6 fats from vegetable oils like safflower oil, soybean oil, canola oil, and corn oil Fats: Partially hydrogenated oils, fried foods 24 Avoid Eliminate © 2104 SweetLife Diabetes Health Centers, LLC Supplementing the Diet Reversing diabetes is a process that requires patience and persistence. The primary factor is a healthy diet designed to improve blood sugar and insulin metabolism with reduced carbohydrates, moderate protein, and high in healthy fats. Other factors include physical activity, stress management, sleep quality, reducing toxicity, inflammation, and oxidative stress, and improving hormone balance. Another key factor to preventing and reversing diabetes and blood sugar dysregulation is eliminating nutrient insufficiencies and supplementing the diet with key botanical agents to improve insulin and blood sugar metabolism. Plant-based medicinal supplements can be very effective at helping to regulate, control, and improve blood sugar levels long term, by addressing the root cause, insulin resistance. There are dozens of vitamins, minerals, and plant extracts which have been studied using controlled clinical trials, and have shown positive benefits for diabetes. Here are some of the most effective and promising nutrients: Chromium Polynicotinate - Chromium improves insulin sensitivity, reduces insulin resistance, and improves glucose uptake. Dozens of studies have shown the benefits of chromium on blood sugar and diabetes. ✦ Recommended dose: up to 1,000 mcg per day Biotin - Combined with chromium, biotin has been shown to improve carbohydrate metabolism, reduce blood sugar levels and create more insulin sensitivity. It addition, it has been shown to lower cholesterol and reduce the risk of heart disease. ✦ Recommended dose: 2-9 mg per day Vanadyl Sulfate - Improves glucose metabolism, insulin sensitivity, and mimics the activity of insulin directly stimulating insulin receptors. ✦ Recommended dose: 50-100 mg per day Omega 3 fatty acids (DHA, EPA) - Reduces inflammation, protects the lining of the blood vessels, prevents blood clots, enhances circulation, improves hormone sensitivity, lifts mood, improves attention, and nourishes the brain. ✦ 25 Recommended dose: 2-4 grams per day of combined EPA and DHA © 2104 SweetLife Diabetes Health Centers, LLC Gymnema Sylvestre - Ayurvedic herb used for blood sugar regulation since 600 BCE. Decreases absorption of glucose in the blood, blocks the taste of sugar and may help with appetite control and sugar cravings. Studies have shown a possible effect of regenerating beta cells in the pancreas. ✦ Recommended dose: 400 mg per day Alpha Lipoic Acid - Powerful antioxidant for both fat and water soluble toxins. Enhanced energy production and carbohydrate metabolism. Improves insulin sensitivity, prevents against glycation from elevated sugar. Effectively improves the symptoms of peripheral neuropathy. ✦ Recommended dose: 1200 - 1800 mg per day Bitter Melon (gourd) - Contains compounds that improve blood sugar metabolism, and transport glucose into the cells. Inhibits enzyme that breaks down carbohydrates into smaller pieces for absorption. Improves insulin resistance and prevents diabetic complications. ✦ Recommended dose: 2-5 g per day Cinnamon extract - Slows the gastric emptying time, delaying the glycemic response. Improves insulin sensitivity, reduces insulin resistance, and acts as an antioxidant protecting the cell membranes. Contains a bioactive component with “insulin-like” properties. ✦ Recommended dose: 2-4 g per day Berberine - Plant alkaloid that is used in chinese and Ayurvedic medicine to reduce blood sugar levels. Helps prevent and treat type 2 diabetes, by activating AMPK, which stimulates uptake of sugar and improves insulin sensitivity. Also reduces glucose production in the liver. ✦ Recommended dose: 500-2,000 mg per day Banaba Leaf - Medicinal plant that lowers blood sugar by producing an insulin-like effect. ✦ Recommended dose: 32-48 mg per day Green Tea extract - Rich in polyphenols, antioxidants that reduce inflammation, increase insulin activity, and prevent type 2 diabetes. Also helps to reduce blood pressure, improve metabolism, reduces glucose absorption in the gut, and limits the liver’s production of glucose. ✦ Recommended dose: 250-500 mg per day Using these agents individually or in combination has been shown through various trials to have documented benefits. It’s important to work with a doctor trained in functional medicine or a diabetes educator with a working knowledge of diet and effective supplement support and how these may interact with medications. It’s important to discuss any changes to your health regime, including dietary changes or supplements with your personal physician so he’s aware of the changes and can treat you accordingly 26 © 2104 SweetLife Diabetes Health Centers, LLC Nutritional Food Log 27 © 2104 SweetLife Diabetes Health Centers, LLC