I believe God DOES care – a lot! And this is my story and how I learned this important truth.
Many years ago, I took part in a Bible study that focused on losing weight using several different techniques that did help me become thinner. One of the weekly studies focused on a Bible verse from Proverbs 23:
When you sit to dine with a ruler, note well what is before you, and put a knife to your throat if you are given to gluttony.
That verse struck me as quite harsh and shocking. I had never really thought about overeating or eating just to eat might be anything that bothered God or was sinful. I knew He’d set forth all sorts of dietary laws in the Pentateuch, but I never made a connection between HOW & WHAT He wanted us to eat.
So, this verse in Proverbs really rocked my world. I pondered and meditated on this verse for days. I never thought I might be a glutton! That realization was VERY hard to wrap my head around. I tried to rationalize my overeating, my emotional eating, my eating when I was bored. It seemed that everywhere I turned, I heard this verse in my head. I saw evidence that God did not want me to overeat. Various “accidents” happened; I dropped bites of food. I spilled soda. I was repeatedly shocked by the simple methods God used to decrease my food intake.
For the past 10 years, I’ve continued to utilize many of the techniques I learned in that Bible study; I’ve even taught patients to use some of them. But I’ve rarely mentioned the verse that stirred such guilt & shame in my own spirit & emotions. I was afraid. I was guilty. I was ashamed. I was shocked. It was very hard for me to recognize that God wanted me to “cut my throat” if I was going to overeat. It sounded so very harsh then and still sounds harsh today. But in the years since I first studied the verse, I’ve begun to come to terms with what I believe God tried to set forth in this verse.
First of all, I know I’m not perfect. I still sometimes overeat or make an unhealthy choice. My goal is to help people see that God knows the desire of our human nature is selfishness – even in eating – and He does not want us to feel so guilty, fearful, or ashamed. He wants us to enjoy eating. He wants us to be joyful. He wants us to LIVE. In Deuteronomy 5, Moses wrote to the Israelites, saying ” Walk in obedience to all that the LORD your God has commanded you, so that you may live and prosper and prolong your days in the land that you will possess.” (NIV, v 33).
Do you see that God wants us to LIVE? Living is not surviving. Living is not becoming overweight, unhealthy or unhappy. Living is being able to overcome & be victorious. Living is joyful – even during trials & tribulations, we can have inner peace & joy when we pursue LIFE. God really does WANT us to live with this idea at the heart of our being; He wants our focus on Christ and His ways so that we can LIVE a long life. Proverbs 10:7 says, “The fear of the Lord prolongs life, but the years of the wicked will be short.” God isn’t saying that life will always be shortened as punishment, but may be a result of poor choices. Scripture is full of evidence of poor choices that resulted in serious consequences. God’s desire is NOT to punish us. His desire is to bless us – over & over again. He wants to give us long, healthy lives. When we make repeated bad choices, often those choices have their own consequences by laws of nature, science, chemistry, or physics. God is not going to override natural laws to save us from ourselves. Some of these consequences include illness and shortened life.
How can we obtain God’s favor and live long healthy lives? It’s easy. We seek His will, guidance & pursue a relationship with Him. We also go back in history to learn how people ate in the past. In Biblical days, many people lived to be well over 100 years old; Moses lived to 120. Joshua died at age 110. Noah lived 950 years. How? Why? Even if years were measured differently then (they weren’t much different), Noah lived a LONG, LONG time. How? Why? Can we adopt any of the habits or culture to help us today? I believe we can.
In Genesis, God gave the Garden of Eden & livestock of the land to Adam & Eve. He gave these to Adam & Eve for their own nourishment. He provided plants and animals for eating & satisfying our need for fuel & nutrients. He wanted us to enjoy eating and so He created a variety of tasty plants.
However, modern society has taken advantage of the earth & altered methods of planting, harvesting, & processing. Many of these methods have adulterated natural foods and removed nutritional value that God intended. One of the most common ways to improve nutrition state, is to cut out most or all of the processed, highly chemical-laden foods. Most processed and prepackaged food items have almost no nutritional value. Read nutrition labels, if you’re skeptical. Compare labels of white bread and whole grain bread, for example. There is very little difference in nutrient content. If whole grains are supposed to so much healthier for us, why is there no increased nutrient density?
Looking back over time, having bread at every meal every day was not common. Breads were difficult to have in large quantities because wheat and other grains have a long growing season & require a large amount of field to grow enough for use. With poor storage methods, grains were used seasonally, not daily. The only time in history that people ate bread daily is when God provided manna from Heaven to the children of Israel. He instructed them to gather it daily except for the Sabbath because it wouldn’t keep well. That manna provided plenty of nutrients because Scripture is clear – they ate manna daily for 40 years – and the people suffered no ill health effects. Other than this specified 40 years, humans have only had breads/grains seasonally. What did they eat the rest of the year? Meat. Meat is the only food source that has always been available.
Fruits & vegetables were only available seasonally. Very few plant products were easily stored for weeks or months on end. They did not use chemical preservatives to keep foods stable on a store shelf for months at a time. They used salt and fat to preserve foods. They built in-ground cellars where temps were cooler, but food was rarely stored for more than a few months.
In summary, God intends for us to LIVE long, healthy lives. How? First, realize that He has provided a way. Next, look to nature for most food sources. Avoid eating food-like items that man has conjured up in a chemistry lab or manufacturing plant. Look to the farm – the closer a food is to nature, the higher the nutrient content. Nutrient-dense foods are from the farm/garden. Foods with the most nutrition are meats, vegetables, & natural fats. Only consume fruits as occasional treats – fruits would only have been available seasonally, not year round. Substituting fruits for unhealthy highly processed carbs may seem like a good option, but remember they still convert to fructose & glucose, and too much can still cause ill health.
Finally, does God care if we are healthy or not? Of course He cares. He wants us to be healthy. He wants a full life for each of us. He’s designed a great way for us to be healthy and live a long time. Our next blog article will offer many tips to do just that!
Fiber has been encouraged for many years in the hopes that it would improve gastrointestinal motility, and many products have been sold advocating such use. Fiber has been recommended by all sorts of health care providers, including doctors, nurses, nutritionists and therapists. Is fiber truly helpful, though? Recent independent studies indicate fiber may be contributing to more symptoms and problems than it’s helping. As a bulking agent, fiber is used to literally, fill up the space inside the large intestine. The large intestine cannot absorb fiber, nor break it down any further as it moves through the gut. Fiber that enters the colon will absorb excess water, swelling to its maximal capability, filling every space it can occupy. Over days and even weeks of regular fiber use, more fiber enters the large intestine and swells even more, gently pushing swollen fibers forward through the intestines. This action is very slow and can take 2-3 weeks in an average adult. The slow motility means that taking a fiber supplement today will not contribute to today’s bowel movement – not even tomorrow’s. It is the combination of these 2 factors that make us now question the benefits of fiber supplementation: swelling of the fiber and slow motility through the system. With fiber supplementation, many patients report worsening constipation, bloating, abdominal pain, weight gain, gas, cramping, shortness of breath, obstruction and even diarrhea within days of beginning a supplement. While the theoretical goal of fiber supplementation is to slowly clean out the large intestine, the mechanism by which this system actually occurs is problematic and poses some serious health consequences.
We’ve known for a long time now, that some people who consume a high fiber diet often develop diverticulosis – or enlarged pockets along the large intestine. What we have not known or understood is why/how the enlargement occurs, but I would venture to say with this new research data available, that the most likely causes of diverticulosis would be chronic constipation and/or possible high fiber supplement use. Allowing stool to move too slowly through the gut contributes to build-up of wastes, blocking adequate absorption, filling the pockets and getting “stuck” in them. Over time, these static wastes are pushed further and further into those pockets, forcing them to stretch out of shape and become enlarged, even though some stool continues to pass right on by that stuck stool. No symptoms are typically felt or noticed. This problem can create serious illness and severe complication in the form of diverticulitis and obstruction – both of which can be life-threatening.
Moving on to other nutritional aspects of fiber takes us into the nutritional info of foods. Counting carbohydrates is a common nutrition plan for lowering glucose and reversing many chronic conditions. Many low carb experts often instruct people to subtract fiber grams from total grams of carbohydrates, because the fiber is not absorbed or converted into glucose. For example, 1 cup of almonds contains approximately 20 grams of carbohydrates and 11 of them make up the fiber content; some low carbers will say that eating 1 cup of almonds actually only contains 9 grams of net carbs, and thus you only have to count the 9 grams in your calculation of carbs consumed. However, many people with diabetes find that they will have a rise in glucose above and beyond the 9 grams of carbs in that cup of almonds. Why? Some low carb experts suggest that some of the insoluble fiber can impact glucose in many people; in addition, normal gut flora include a variety of healthy bacteria that ARE able to break down some of that insoluble fiber, possibly resulting in glucose release into the GI tract/bloodstream. In addition, some of these insoluble fibers are used as artificial sweeteners, like mannitol, xylitol, & erythritol; manufacturers are catching on to the “net carb” craze and are beginning to produce and label many processed foods using these sugar alcohols. However, there are a couple of problems here; one problem is the elevated glucose with use of these products. The other problem is because these sugar alcohols are insoluble and not easily digestible, they often trigger abdominal cramping and diarrhea in patients, which alters normal gut flora, resulting in even more damage to the gastrointestinal tract and overall health.
Gut flora? Hey, what is that? Well, our intestines are lined with millions of microscopic bacteria that aid in intestinal lining protection, digestion, absorption, and immunity. In fact, some experts now believe that more than 90% of our immune system lies within our intestines. Nearly all of our bodies’ healthy bacteria are located within the intestines, and the job of these bacteria is to break down fiber that your body wasn’t able to break down. During this bacterial digestion of fiber, short-chain fatty acids, like butyrate, are formed and are used to help maintain a feeling of fullness for a long time and maintain the health of the lining of the intestines.
Once the normal balance of healthy bacteria is altered, digestion and absorption are impaired, the lining of the gut is damaged, and inflammation develops. Inflammation within the gut can trigger a wide variety of symptoms and health conditions, including diarrhea, irritable bowel syndrome, leaky gut syndrome, obesity, diabetes, Crohn’s and more. If altered gut flora is contributing to poor digestion, absorption, and diarrhea, how will the body obtain nutrients? How will the large intestine properly push wastes on through the system? If the short-chain fatty acids are no longer produced by the healthy gut bacteria, we get hungry again and again – we eat more often, and we’re more likely to eat nutrient-poor fake foods. If the specific short-chain fatty acid, butyrate, is not available for increasing energy production and for cell replication, damage to the lining of the intestines may be serious, resulting in a variety of illnesses including cancer. Combine all these factors and significant intestinal conditions develop or worsen and health is impaired.
So what does all of this information mean? In summary, it means that fiber may be useful for digestion, but not as added supplements, tablets, or pills; rather, the body much prefers natural forms of fiber – low carb vegetables and pre-biotic vegetables – but because of likely glycemic impact, fiber grams should always be counted on a low carb nutrition plan. The only way to know for sure if these insoluble fibers impact your glucose is test. Use a glucometer to check blood sugar prior to eating insoluble fiber. At 1 hour increments, re-check glucose levels and watch the trend over 4-6 hours.
Probiotics can be purchased over the counter and come in a variety of formulations; some come in single strains, while others come with a combination of healthy bacteria. Probiotic supplements contain active, live healthy bacteria, that are released during digestion to colonize the intestines. There are no specific recommendations or guidelines to take probiotics, although many people claim daily is optimal, while others say weekly is sufficient.
Another digestive aid is called a pre-biotic, certain vegetables or foods that actually serve as nutrition sources for the healthy bacteria within the gut. Pre-biotics include asparagus, sauerkraut, kefir, kumbucha, fresh garlic, leeks, and onions.
As mentioned previously, short chain fatty acids (SCFAs) are essential to our digestive system. While there are several SCFAs, butyrate is probably the most common and one of the most useful; butyrate is helpful at maintaining intestinal health and one of the best sources of butyrate is real butter.
What causes altered gut flora? Well, let’s start by taking a look at some causes. Smokers often have higher risks of GI conditions, including ulcers. Diabetes and the medicines used to treat it often cause terrible gut flora, especially metformin. Approximately 85% of people with reflux have been found to also have chronic constipation, and the medicines used to treat reflux significantly alter the pH and thus impair the ability of healthy bacteria to enjoy an optimal environment. Antibiotics are designed to kill off fast-growing bacteria, in order to treat infections, but the antibiotics have no idea that they are supposed to only kill the bacteria causing your sinus or skin infection; antibiotics are most commonly recognized for causing abdominal cramping and diarrhea – symptoms of gut flora imbalance. Simple little GI viruses or mild cases of food poisoning nearly completely empty the gut of healthy bacteria. As you can see, almost anything can alter the health of our intestinal tract.
So, what does all this mean? In general, it means that 1.) our guts may need some fiber in the form of non-starchy vegetables, 2.) healthy bacteria are necessary for optimal digestion, 3.) any GI upset can alter the normal gut flora,
causing a wide variety of GI symptoms, that alter health. 4.) Probiotics can be helpful at restoring normal gut flora, and a couple of weeks later, adding in prebiotics is often helpful at maintaining GI health.
One special note: recently, I’ve seen marketing of soil-based probiotics. I’d caution you to avoid using these probiotics, as humans weren’t meant to consume soil. Animals consume soil in small amounts when grazing and can use these types of bacteria in the gut, especially ruminants – like cows. But these probiotics can actually be harmful to humans.
Vitamin D is called a vitamin; it’s often called a hormone. It’s often called a vitamin that acts like a hormone. So, which is it? It’s actually all of the above. Vitamin D is a fat-soluble agent with a chemical structure similar to a steroid. Which makes sense, as Vitamin D is one of the major ingredients of all steroid-based hormones produced in our bodies. Our bodies were created and designed to absorb sunshine via skin and then a variety of chemical reactions would occur so our bodies actually made its own vitamin D. However, since the skin cancer scare of the 1970s, the general population applies thick layers of sunscreen and we rarely remove enough clothing to bare our skin for this natural process to occur. This long-term lack of sunshine on our skin is producing entire generations of significantly deficient people in our society.
What happens when we are low in vitamin D? How does a vitamin D deficiency affect people’s health? Because vitamin D is vital to numerous human processes, it can be quite complex to discuss its actions, roles, and benefits to our bodies. We will attempt to explain vitamin D as simply as possible, describing the intricacies and complex utilization of vitamin D.
The oldest known function of vitamin D is the role in bone growth and development; we’ve all seen photos of young children with rickets (legs bowing outward) because of a severe deficiency of vitamin D. Without adequate D in the bloodstream, bones cannot grow or develop properly. For years, calcium was reported to be the “hero” of the skeleton. People with weakening bones were urged to take high doses of calcium daily “to protect your bones” and prevent osteoporosis. However, in recent years, that advice has been scaled back a bit; no longer is it general health advice to recommend calcium supplementation unless there is known osteoporosis or osteopenia. Even where there is evidence, many providers won’t recommend it lightly; they take great care in explaining the risks/benefits and often encourage vitamin D in place of or at least along with the calcium. So, just what does the vitamin D do for bones? It’s most recognized benefit is that it aids absorption of calcium from the intestines; it’s the reason vitamin d is added to milk and other dairy products. Milk/dairy products do NOT naturally contain vitamin D; it is added to promote calcium absorption into the bones for effective use in growth & development. Vitamin D helps keep bones strong and also helps prevent weak, brittle bones in the elderly.
In addition to bone health, vitamin D is recognized for its effects in the brain; it has been called “the depression vitamin” among health care professionals for many years because it is a vital component of neurotransmitters in the brain. Three major neurotransmitters in the brain requiring adequate amounts of vitamin D include serotonin, oxytocin, and vasopressin; serotonin is a neurotransmitter vital for transmitting nerve impulses. Serotonin is also important for mood regulation; pain perception; gastrointestinal function, including perception of hunger and satiety; and other physical functions. Oxytocin is released from the brain when it is needed for a variety of body needs, including labor & delivery at the end of pregnancy, during sexual arousal, and it is often referred to as “the love hormone” because of its impact on emotional relationships. Vasopressin is an anti-diuretic hormone that regulates fluid balance within the body and bloodstream. It works to prevent excess fluid loss and helps maintain homeostasis (normal internal chemistry) by maintaining the concentration of dissolved particles, such as salts and glucose, in the blood. Reviewing all 3 of these neurotransmitters and their major functions is vital to understand brain chemistry; can you see how a shortage of vitamin D would impact nearly all normal body functions and even our relationships, moods, and emotions?
Vitamin D’s impact on glucose has only recently been identified; multiple studies show conflicting data as this area is new to research. However, knowing that vitamin D is an essential ingredient of vasopressin, and that vasopressin helps maintain healthy glucose concentrations, does it not then make perfectly logical sense that a shortage of vitamin D will result indirectly or directly in elevated glucose levels?
In addition, a recent study shows that fasting glucose levels, insulin levels and insulin resistance all improved with vitamin D supplementation. Additionally, this study suggests that pro-inflammatory cytokines that are thought to contribute to insulin resistance were down-regulated with this vitamin D supplementation. Translation: with high carb/high sugar intakes, we are finding significantly elevated levels of inflammatory markers, like cytokines, that are more linked to heart disease, heart attacks and strokes than we ever imagined. Vitamin D supplementation appears to reduce that inflammation as part of the body’s normal healing/tissue repair processes.
However, let’s review again: former advice to take calcium for bone health came with advice to also take vitamin D to aid absorption of the calcium. Just as calcium needs vitamin D for absorption & effective utilization, so vitamin D needs some help. Magnesium and vitamin K2 are necessary for the absorption and use of vitamin D. Recent studies have shown even the very high doses of vitamin D prescribed by health care providers (50,000 IUs) as a weekly regimen barely raised vitamin D levels at all after 4-6 weeks, the usual recommended time frame for dosing. Once study participants added a magnesium and/or vitamin K supplement to their regular dosing regimen, vitamin D levels immediately began to rise. These studies are why we typically recommend vitamin D, magnesium, and vitamin K2 to most people with insulin resistance and type 2 diabetes.
Recently some reports are suggesting that vitamin D is integral to our immune system; some experts and studies are recommending to add or increase vitamin D supplementation during a variety of illnesses, including colds, flu, respiratory illness, asthma, and more.
What about doses of these supplements? There are limited studies and recommendations because this field is so new and mainstream medical providers are hesitant to make recommendations to patients without a large body of support. The Endocrine Society has stated that a deficiency of vitamin D exists when lab levels fall below 20 ng/mL; however, many reputable experts and organizations say that level should be 40 or even 50 ng/mL. Because of limited evidence, it’s difficult to specify a particular dose. Even more recently, various mainstream medical organizations like the Endocrine Society have stated that health care providers should not draw a vitamin D level on patients anymore, because we’re all deficient anyway, & the test is very expensive; most insurances won’t cover the costs either. So how are we supposed to know what dose to take? Well, the current recommendations for dosing are not clear and without a known vitamin D level, finding your perfect dose may be tricky, but many people find that 1,000 – 2,000 IUs daily is a good maintenance dose; some people just beginning to supplement find that taking 5,000 IUs daily for a few weeks is very helpful at reducing many vague symptoms that they often never connected to poor nutritional status. You can ask for the blood test to be done; you should also ask for the pricing of the test prior to having it drawn so you’re aware of the likely expense. Manufacturers of supplements are meeting the market demand by producing combinations of D, magnesium, vitamin K, and/or iodine for patient convenience.
One warning of NOTE: vitamin K2 is vitally important in blood clotting; if you are taking a blood thinner or have been told you SHOULD take a blood thinner, including aspirin, you should discuss adding this supplement with your provider BEFORE taking it. While vital for normal body processes, vitamin K can contribute to increased clotting within blood vessels; clots are known contributors to heart attacks and strokes.
In conclusion, the general consensus on Vitamin D includes:
Each increase of 4 ng/mL of vitamin D in the blood is associated with a 4% lower risk of type 2 diabetes.
There is a significant and inverse relationship between blood levels of vitamin D and the risk of type 2 diabetes among a wide range of vitamin D levels and among a wide variety of populations, so that it is difficult to specify “normal” lab reference values and recommended daily dosing. Translation: The lower your vitamin D level is, the higher the risk of development of type 2 diabetes.
For further information about Vitamin D, it is recommended to ask your regular health care provider.
One of the most common questions I am asked is, “well, what do you eat if you’re not eating carbs?” The answer seems easy, but I find that explaining it can be quite tricky and complex for a lot of the people with whom I share LCHF (low carb high fat) information. First, let’s start with a review of current dietary recommendations. If you look at the American government’s nutrition advice at “myplate.gov”, you’ll find a colorful plate that suggests half your plate be covered in fruits and grains and an additional serving of dairy off to the side. The rest of the plate should include vegetables and meat. Notice, there is no longer a place on this plate for fats. Over the past 50 years, more and more “experts” have recommended less & less fat intake over time, even though there is absolutely NO scientific evidence that supports that recommendation. In addition, the current dietary guidelines for people with diabetes recommend 45-60 grams of carbs per meal and 15-30 grams of carbohydrates per snack, with 3 meals and 2 snacks recommended; do the math. 45 grams x 3 meals = 135 grams; 15 grams x 2 snacks = 30; even on the lowest carbohydrate plan from the American Diabetes Association, that’s 165 grams of carbs per day. On the higher end, that’s 60 grams x 3 meals = 180 grams and 30 grams x 2 = 60, for a grand total of recommended carbohydrates PER DAY of 240 grams. When you realize the bloodstream only needs 4 grams of carbohydrates for a 24 hour period, you quickly begin to see why current dietary guidelines are failing our bodies and contributing to sickness all across our land. The body must use or store this excess energy; when it can no longer store any more glucose, it begins to make triglycerides from the excess carbohydrates or leave the excess inside the bloodstream, resulting in hyperglycemia, also called diabetes mellitus. SO, how many grams of carbs do we actually need? Another controversial response. While carbs have never been shown to be essential to body functions like proteins or vitamin C, most experts agree that having some carbohydrates is good, ok, or allowed. I typically recommend about 20 grams of carbs per day for most patients with glucose, insulin, triglyceride, or weight problems. People cutting carbs for general health’s sake can often tolerate up to 50 grams per day without significant health problems.
Mainstream medical providers will usually prescribe medications that will help lower glucose, but no medication will stop the progression of diabetes as long as an overload of carbohydrate continues. And there is NO medication to stop the “carbage” from going in our mouths. People who truly desire to reverse their diabetes or stop progression, at the very least, must significantly decrease carbohydrate intake. Many people immediately think of sweets, candy, cakes, brownies, and soda as high carb/sugar items and usually give them up immediately upon diagnosis of diabetes or insulin resistance. However, there is a much more complex event at work here, as all carbohydrates CONVERT into sugars like glucose or fructose – both of which are linked to a variety of chronic disease states, like insulin resistance and diabetes. So, what is considered a carbohydrate? What foods convert into sugars? All breads, tortillas, crackers, chips, beans, pasta, rice, corn, oats, quinoa, rye, and barley convert into GLUCOSE. Yes, ALL of them. YES, even the “healthy” whole grains. YES, anything made with flour. YES, all cereals convert into SUGARS. All of these grains contribute to elevated glucose levels, high triglycerides, and increased states of inflammation which create the perfect storm to ill health in the form of heart attacks and strokes.
Cutting carbs to gain health is probably one of the best choices anyone can make today. Between all the planting, harvesting and processing that goes into producing our bagged, boxed and pre-packaged food items and the terribly high amounts of them we’ve been consuming, it’s no wonder that heart disease, diabetes, and all chronic conditions are on the rise. Once you’ve decided to cut carbs, pat yourself on the back! That is an amazing first step. Now, it’s time to clean out the pantry; start by reading every single label of every single package. Look at the carb count per serving AND the ingredient label. Do you always ONLY eat 1 serving of that item? Or do you eat 2-3 servings? Most of us have NEVER paid any attention to this part of a nutrition label, but it’s time we read. If the carb count PER YOUR PREFERRED amount is higher than about 5-7 grams, it’s probably not very healthy to keep it. Toss it or donate it. Once the pantry is clean, you can start FRESH, stocking your kitchen with a variety of healthy foods that will not only lower your glucose, but also provide a wide variety of essential nutrients for your body’s healing.
Now it’s time to make a meal plan; starting with simple vegetables and meats is best and easiest. It typically takes about 20-30 minutes to prepare/cook most low carb meals, but many newbies find it difficult to see that. They imagine all sorts of complex recipes with foreign ingredients and spending hours in the kitchen. If you develop a meal plan for a week or 2 at a time, you can make your shopping list accordingly and save hundreds of dollars a year by buying only what you need for known meals.
Staples for your low carb kitchen:
Your favorite spices are usually fine, but avoid combos or read labels carefully; many combos include casein (milk) or wheat (anti-caking agent) and a variety of “natural” flavors which often include sugars. Pink Himalayan salt is my favorite salt as it supposedly contains trace minerals we need. We eat a lot of black pepper, garlic, and onion powders, so these are vital for our kitchen. You find the spices that make you happy and stock those. Salt is necessary, so don’t skimp on salt. When cutting out all the processed foods, we’re also cutting out TONS of salts and salty preservatives – most of these chemicals we don’t need. But sodium is required for normal muscle functions and a variety of major body processes, so don’t cut salt on LCHF – INCREASE salt intake, but only salt foods that have never been salted before.
In addition to a good quality salt, choose oils based on this chart: Olive, avocado oils are good, but heating them for certain cooking processes isn’t the best choice. I use butter or refined coconut oil (no coconut flavor) for high-heat searing of most meat. I cook most of my veggies in butter and/or bacon grease.
Avoid margarine period. It was invented to make turkeys/poultry fatter faster; what do you think it’s doing to US? Never buy “low-fat” or “lite” foods. Always purchase full-fat products as these contain the fewest sugars and best fats.
Nut flours like almond or coconut can be used in small quantities, on occasion, but I teach patients to avoid using these for at least 30 days on LCHF eating. Subbing these ingredients out for wheat flour to make a pan of brownies is defeating your REAL purpose in making these changes and prevents your palate from resetting. Giving in to sugar cravings by making a low carb sweet can continue the cravings and make your body more confused. Teaching your body to do what YOU want is more important than satisfying a “sweet tooth.” After glucose is under control or once weight is lost and you’re happier with your health, it is usually safe to try some of the low carb breads, pizzas, and desserts – but I always caution people to NOT expect it to taste or feel like “it used to.” The consistency, flavor, and texture will be different.
Sweeteners are not typically recommended on LCHF eating because they often trigger the same exact response in the liver and pancreas as sugar; again, I typically recommend avoiding any type of sweetener for 30 days – 30 days won’t kill ya! Once you’re past the 30 days and/or glucose levels/weight are down, you can test sweeteners to see how your body responds. Test glucose prior to consuming a sweetener of choice and test again an hour or 2 afterwards. Testing is the only way to know for certain how a food or ingredient impacts your glucose. Once you’re past the first 30 days and are looking for more variety in your recipes, you can try erythritol, a sugar alcohol that is poorly absorbed and less likely to cause glucose spikes – but TEST to know for sure!
Find or make a low carb mayo; most commercial mayonnaise contains sugars, corn syrup or other sweeteners. If you can find a low carb mayo in the store, that’s AWESOME! Many of us make our own, but since we can’t have breads, making mayo becomes a very rare occasion. I make it 3-4 times a year when I want tuna or chicken salad. Full-fat sour cream can sometimes be used in place of mayo or yogurt in recipes.
Heavy cream is preferred over milk when eating LCHF; all milks contain sugars, but cream contains barely any sugar at all because it is the fat that is removed from milk at the dairy. Yes, it’s heavy whipping cream, found in cardboard milk containers most often. You can use it to make gravies, sauces, toppings, etc. for a wide variety of LCHF recipes.
If you can afford it, buy grass-fed butter, dairy and meat products. Find a local farmer to buy from. Google a dairy nearby. The closer our food products are to the farm, the less likely that additives, hormones, and antibiotics are tainting our foods.
Healthy cheeses include the ones with the least amount of chemicals/additives listed in ingredients; avoid processed cheese like Velveeta, cheese slices, and cheese sticks. Use full fat cheeses whenever possible. Some people do find that dairy products can trigger inflammation, bloating, swelling, and glucose/insulin spikes and must limit or avoid them altogether.
Meats and Veggies
When shopping for meats, choose the cheaper cuts as these also contain the most fats; saturated animal fats have never been shown to be unhealthy. We just believed people when they said they were. Purchase the 70%/30% ground beef products or the closest possible. Buy the steaks with the most marbling. Buy roasts with thick layers of fat on them. When shopping for lunch or deli meats, really be “on your toes” with regard to ingredients; most ham is smoked in brown sugar or honey. Many lunchmeats have corn syrup added to them during processing. Pepperoni, salami, pork rinds, and summer sausage usually have little to no sugars/carbs.
All meats are approved for LCHF eating: beef, deer, moose, caribou, elk, pork, chicken, turkey, lamb, duck, fish, seafood, etc. Consideration must be taken into account for processed meats; since companies are seasoning and prepping the meat, always read nutrition and ingredient labels. There are over 60 names for sugar or natural sweeteners; companies are learning to “hide” sugar by using more “natural” or healthy-sounding words. Be aware. Read and do your research. We often find “side meat” and cook it like bacon; it is often found in a meat deli or butcher shop and is fresh, not cured, not soaked in chemical preservatives. Many people equate LCHF eating to the old “Atkins diet” and believe we low-carb-ers also eat high amounts of protein/meat. But that is not the case; Dr. Atkins was on to something with his low carb diet plan, but he missed the mark just a bit with his philosophy on proteins. The “missing link” that I believe he omitted was that excess protein, in the absence of carbohydrates, will be converted into glucose. LCHF is not a “meat free-for-all” but rather, it is keeping meat portions very small to help minimize gluconeogenesis – converting protein into glucose. In general, keeping protein intake to about 15-20% of daily intake is ideal; athletes will need more protein than sedentary people, so keep in mind your personal life when calculating dietary intake of your macronutrients. To calculate your protein needs, identify your ideal body weight or lean body mass – this weight can be found in a variety of online calculators published and determined by insurance companies. Convert this weight into kilograms (kg) by dividing your weight in pounds by 2.2. Then multiply this number by 0.8 – 1.6, as this is the range of needed protein per kg per day. EXAMPLE: A 40-year-old female office worker weighs 175 lbs; her ideal body weight/lean body mass, based on her height of 5’6” is approx. 140 lbs. Divide 140 lbs/2.2 = 64 kg is her weight in kilograms. Multiply 64 kg x 0.8 kg of protein per day = 51.2 grams of protein is ideal for this particular lady.
Vegetables are often confusing to people, since so many GRAINS are also called veggies by restaurants and even in diet literature. AVOID all grains: corn, rice, and quinoa. Avoid root vegetables most of the time; root vegetables include potatoes, turnips, onions, carrots, and any other starchy vegetables. Using a few slivers of a carrot atop a salad isn’t a terrible choice, but having 1 small serving of “penny carrots” could result in elevated glucose for a week! You may also use onions for seasonings or toppings, but keep your portion of it to a tiny “garnish” type of amount. Recommended vegetables include: alfalfa sprouts, arugula, asparagus, bamboo, bok choy, broccoli, broccoli sprouts, Brussel sprouts, cabbage, cauliflower, chard, chives, cucumber, celery, eggplant, jalapeno, kohlrabi, kale, kelp, lettuce, mushrooms, mustard greens, okra, parsley, pickles (sugar-free), radicchio, rutabaga, salad greens, snow peas, spinach, string (green) beans, sweet (colored) peppers, zucchini. Keep serving to about 2/3 cup per meal for best results. Add fats to all servings.
As for squash, zucchini is pretty low carb, but many of the other squashes are higher in carbs, so if you choose to have a winter squash, be prepared to see some rise in glucose levels; some people can tolerate more of these foods than others. Individualize your meals based on your meter readings. Tomatoes and artichokes also fall into this “gray” area of choices. They may impact some glucose levels with a minimal response, while shooting other glucose levels through the roof. Base your food choices on your glucose readings; over time, your body will teach you what is safe for you.
Breakfast – Eggs and bacon
When I first began eating LCHF, I would usually have 2-3 eggs and 2-3 slices of bacon every morning in addition to my fatty coffee, also known as bulletproof coffee(BPC). Over several weeks, I found I couldn’t eat that much on a regular basis; I’m now eating 1 slice of bacon and 1 egg with my BPC. This decrease is a normal reduction of intake when eating LCHF; as time progresses, we often find that we eat less quantity as well as less often. Eating 5-6 small meals per day has become the “norm” for most of us for a couple reasons. First, we’ve been told to do so by our nutritionists, dieticians, and health care providers; secondly, when eating high carb, the carbs are used or stored within minutes, making us feel hungry again triggering need for repeated meals. Once our bodies adapt to burning fats instead of carbs, we no longer feel hungry as often; fats provide a much longer period of satisfaction, curbing hunger and urges to snack all the time. When I have BPC, 1 egg and 1 slice of bacon in the morning, I usually don’t feel hunger again until 3-4 pm, meaning I can skip lunch without feeling deprived or hungry. I don’t feel the urge to snack or eat because my brain is being fueled by ketones that are broken down from the fats I’ve eaten. Sometimes, I do make a low-carb pancake breakfast, or make egg muffins with cheese and meat – no flour. Walden Farms actually makes a sugar-free syrup that some people are able to use without significant glucose spikes. There are now hundreds of low-carb recipes to satisfy any “hankering” you may have when you just want something different from eggs and bacon. However, I LOVE eggs and bacon!! If I’m in a hurry, I will sometimes have a small chunk of cheddar cheese with a boiled egg – easy and fast for those “on-the-go” days. But NO toast!
Some of our favorite entrees are provided below; most meats can be seared on high heat in refined coconut oil in about 20 minutes or less. Toss some veggies in a skillet of bacon grease or butter and they are done in about the same time. Quick, simple, and very healthy. We often cook extra so that we have “ready-to-eat” meals on hand for busy days. Sometimes we make a pasta-less lasagna or ziti, freezing portions of it for later use. Some people will make cloud bread for use as buns for burgers; some people will use zucchini for “noodles” – we call them “zoodles”. Eating LCHF is fun and exciting for multiple reasons, including experimenting with new and different foods, spices, etc. But most of all, it’s exciting to see glucose control, weight loss, and improved health overall.
3 oz browned hamburger meat, seasoned with NO sugars, chilis, garlic, onion/chili powder – your favorites
2-3 oz shredded cheese – your favorite
1 Tablespoon finely chopped onions
½ of a sliced avocado
1-2 tablespoons of regular sour cream
2 halved or quartered grape tomatoes
About 1 cup salad greens (the more colorful, the more nutrients)
Sugar-free (preferably homemade) salsa
Hamburger Steak with Asparagus
Brown 3-4 oz hamburger patties in butter or bacon grease; season to taste; use highest fat content meat
Chop asparagus into 2” pieces – you can season them and roast them in oven on 400 degrees for 20 min/stirring halfway through, OR you can stir-fry in butter/bacon grease on stovetop for about 12 -15 minutes. In fact, any vegetable can be prepared using this method.
Take 2 slices of sugar-free lunch/deli meat and cover with a thin layer of full-fat cream cheese
Add veggie pieces (your faves) or sliced cheese
You can roll these up OR add more meat for a flat, more normal-looking sandwich.
Place 2 more slices of lunch meat on top and cook in buttered skillet for 5-8 minutes or just until cream cheese melts and meat begins to brown. Cut into triangles and serve with veggie of your choice. Can dip into home-made dressing or mayo, olive/avocado oil.
Here at KetoNurses, we truly hope you benefit from our information and that this article offers you a solid foundation for your new “keto” lifestyle! Don’t forget to follow us on Facebook!
In the last article, we discussed the 3 processes that the body uses to metabolize, utilize, and store glucose. In this article, we will discuss several conditions that occur when those processes become overwhelmed and organs are unable to keep up with their usual functions.
If you’ll recall, the blood stream only requires about 4 grams of glucose for 24 hours of normal daily functions and processes. Four grams is the equivalent to 1 teaspoon. You read that correctly… 1 teaspoon of sugar is all the body requires to maintain body systems every day. That is a tiny amount of sugar! Compare that to a day’s worth of intake suggested and recommended by nutritionists, medical providers, and respected non-profit organizations world-wide; most “experts” recommend 45 – 60 grams of carbs per meal (45 x 3 = 135; 60 x 3 = 180) and at least 15 grams per snack twice daily (another 30 grams). The American Heart and Diabetes Associations are highly regarded as experts in guideline recommendations, but how in the world did they come to THIS conclusion? A human needs 4 grams of glucose, yet we have been told for 50 years to consume approx. 200+ grams daily to maintain health. What happens to all the excess?
The excess carbohydrate intake results in a variety of medical diagnoses, but all have one specific problem – insulin resistance. Insulin resistance is the cause of type 2 diabetes (DM2), hypertension, many types of infertility, polycystic ovary syndrome (PCOS), hypertriglyceridemia, various hormone imbalances, a variety of migraines, non-alcoholic fatty liver disease NAFLD), Alzheimer’s, coronary heart disease, and many other conditions. We will discuss here how all of this chaos occurs within.
The human body was designed with multiple back-up systems and methods for overcoming a variety of stressors, including poor nutrition. Looking back over history, we can see periods of great famine where food was extremely scarce, yet people survived. The human race has not gone extinct; our bodies and our organs were designed and well-prepared to face a variety of environmental & nutritional struggles. Yet, we may have found one obstacle we cannot overcome: ourselves.
After reviewing the “peas & cornbread” article, you will see that our bodies have 3 different processes for metabolizing glucose from the carbohydrates we consume. If any of these processes become overwhelmed, another process will be triggered and more glucose is removed from the bloodstream another way. However, if all 3 processes are too busy and struggle to keep up, the human system gets sick. Have you ever known a basement to flood? Did you see a sump pump trying to remove the water from the house? If the rain/flood waters are coming in faster than the pump can remove it, what happens? The flood continues to rise; more damage is done to the home. So it is with overconsumed carbohydrates over time. As high carb intake continues, the pancreas, bloodstream, and liver work overtime trying to remove all the excess glucose. After months or years, the system cannot keep up; organs never get to rest, even during sleep. These overactive processes often contribute to insomnia, which increases body stress, raising glucose even more; it becomes a downward spiral to poor health.
Many patients, when told of their new diagnosis, often say, “but I don’t feel sick.” And it’s very true. The human body is SO GOOD at managing our internal chemistry, the system can become very imbalanced before any symptoms are noticed; some symptoms are subtle and just disregarded. Fatigue, or feeling tired, is often overlooked or ascribed to our busy lifestyles; gaining weight is often attributed to our genes, our lack of exercise, or even to poor nutrition. Forgetfulness is usually attributed to being distracted or just part of normal aging; muscle aches & joint pains are often called fibromyalgia or arthritis. Sugar cravings are seen as the body’s way of getting us to eat something we “need.” Feeling hungry all the time is often seen as poor thyroid function or just staying too busy to eat. I could go on and on with the vague symptoms people report to medical providers during office visits; most of these symptoms are ignored or regarded as “not pertinent” to today’s problem-oriented office visit. Millions of patients world-wide report these types of symptoms on a daily basis, and then when they are finally confronted with a life-altering diagnosis, most seem utterly shocked and surprised. It truly is a shame; I see it regularly and wish I could do something more to help. People do not seem to understand how they could possibly be diabetic or infertile, or have NAFLD when they’ve been eating according to nutrition guidelines for many years, with only occasional “cheats” or unhealthy foods. They come in and complain that no provider ever told them this or that; they report many years of struggling with food addictions and cravings. They even bring brochures and eating plans from other providers and nutritionists, saying, “I eat exactly according to this plan; how can I now have diabetes?”
It all begins with overworking our human systems; while the body is amazing at maintaining the appearance of health, our organs are often taking the brunt of the illness. Every carbohydrate we consume converts into glucose and/or fructose, triggering the pancreas to secrete insulin so that the excess sugars can be removed from the bloodstream because they do not belong there. Over time, the pancreas either cannot keep up and is unable to secrete enough insulin, or it begins to make faulty insulin – insulin that is no longer functioning to move glucose out of the bloodstream. This one organ, the pancreas, can become very ill, resulting in pancreatitis. Difficult to heal, it can take many months or years for the pancreas to recover, and if carbs continue to be consumed in high quantities, it will never recover.
Another problem that develops with these high carb intakes is the body’s cells become resistant to the insulin; there’s so much glucose in the bloodstream, that there’s just not enough insulin to transport the glucose out of the bloodstream. Think about magnets for a moment – recall that magnets are polar. One end of a magnet will be attracted to another, but the other end repels the other magnet. Glucose and insulin can become that way in the bloodstream when there are too many glucose molecules in the blood. If glucose repels insulin (or vice versa), glucose accumulates in the bloodstream instead of being moved into cells. This overload of glucose can contribute to thick, sticky blood which significantly contributes to non-alcoholic fatty liver disease NAFLD), Alzheimer’s, coronary heart disease, heart attacks, strokes, and many other conditions. Imagine a family of beavers locating to a new stream. Dad Beaver scouts out a great location and begins bringing limbs and moss to build a new home for his family. Mom and kids soon begin to help out; at first, water flows easily through the creek. As more limbs and debris are placed, water flow slows. Although water is flowing, animals and plants downstream begin to feel the effects of less water. Finally, after some time, the Beaver family stands proudly inside their new home, where no water is able to get through. All the plants and animals downstream suffer. So is the circulatory system within our bodies. Capillaries are the tiniest blood vessels we have; it is through capillary walls that blood delivers oxygen and picks up wastes like carbon dioxide to be transported to kidneys and lungs for excretion. These capillaries are so tiny that they can only allow for 1 tiny red blood cell to get through at a time. Take a look at this picture; the largest circle is of a human hair, greatly enlarged. The darkest circle is the diameter of a red blood cell. Can you see the image of the beaver dam happening inside blood vessels now?
Now, let’s add to this imagery. Think about the beavers building their dam; are they using trimmed up logs that are nice and smooth – like those with which we might build a log cabin? No, of course not. The beavers are using limbs and debris from all over the riverbanks. Crooked and jagged limbs stick together better and are easier for the beavers to use. The jagged pieces literally intertwine and stick together even with waters moving through during early building stages. This image is of a sugar molecule:
Notice how jagged and crooked this molecule is. Even when broken down into glucose and fructose, the molecule remains jagged and easy to snag on other molecules. It’s not smooth like blood cells. Now, imagine hundreds upon thousands of these molecules overfilling blood vessels that are tiny, tiny, tiny. Can you see how circulation becomes terribly impaired, just as when a beaver dam is constructed in a creek? Can you imagine all these sticky, syrup-like molecules just sticking together and building up tiny little beaver dams all throughout blood vessels? This process, reducing blood flow, is what typically results in heart attacks, strokes, and amputations in people with diabetes and insulin resistance. When blood flow cannot reach the target, tissues are deprived of oxygen and nutrients, resulting in beaver dams or microscopic clots in blood vessels. Without oxygen and other nutrients, tissues cannot function properly, nerve tissue ceases to respond to stimuli, and sensation and use are impaired. When enough blood vessels are blocked, tissue is damaged, like with diabetic neuropathy or chronic kidney damage.
In other tissues, this overflow of sticky blood and poor insulin activity also contributes to a myriad of problems. High insulin in the bloodstream triggers many hormone abnormalities. The normal chemical balance in the human body is fragile; anytime one chemical drops low or jumps up high, a wide variety of abnormal processes may begin. In women, one of the most common chemical imbalances results in abnormal reproductive hormones that usually regulate our monthly cycles and fertility. One of the pathways suggested for this imbalance goes something like this: being overweight and/or insulin resistant contributes to hyperinsulinemia (high insulin in blood). Having too much insulin, the bloodstream sends signals to the liver (remember the “peas & cornbread” story) and this effect signals a decrease in growth factor production/release which increases androgen activity; increased androgen activity causes an increase in estrogen and luteinizing hormone (LH). Increases in estrogen and LH levels stimulate ovarian hyperplasia – or the overgrowth of tissue – which can result in endometriosis or polycystic ovaries. Ovarian hyperplasia, overstimulation of ovaries and the increased levels of reproductive hormones all combine to cause anovulation, or ovaries that are not releasing eggs for possible fertilization; thus, infertility occurs.
In the liver the high levels of insulin, glucose, and associated inflammatory processes combine to trigger storage of glucose in the form of glycogen; once the liver has stored all it can hold and blood sugars remain high, the liver doesn’t know what to do with all the excess carbohydrate being ingested. It just keeps storing more and more. Let’s imagine that you decide to put your household garbage in the pantry, instead of taking it outside to the trash bin for collection. Keep doing this. Every time you fill a garbage bag, you pull it out of the can, tie it up, and pile bag after bag in the pantry; then you run out of room, and begin filling kitchen cabinets. Eventually, those cabinets fill as well; so where do you store it now? Over time, the garbage comes to overwhelm the entire kitchen, so much so, that normal function in the kitchen is halted. There is literally nowhere to work or accomplish cooking tasks. That’s what happens in our livers with glycogen storage. There’s room for a little glycogen, so in times of famine, the liver can release a few grams of glucose the body needs, but there’s not room for 200-300 grams of carbs per day for a lifetime. This overwhelming storage of glycogen is what usually triggers non-alcoholic fatty liver disease. (Alcohol can trigger similar, but that’s another whole story.)
In the brain, there’s a massive circulatory system used to control all our normal functions without us ever thinking. Parts of the brain control and manage our thirst, hunger, heartbeat, breathing, even most of our movements aren’t really conscious thoughts. But now think back to the beaver dam analogy from before; most people with diabetes understand their neuropathy, or nerve pain, in their feet are caused by their high sugar levels because our feet are further away from the heart than our hands. However, gravity can also influence blood flow somewhat; combining the physics of gravity and thick, sticky blood, the brain also suffers in a similar way. Because the tiniest blood vessels in the brain are highly specialized to deliver certain neurotransmitters, hormones, and other chemicals to our brains (& control their release from other organs), anything that reduces blood flow in our bodies can also reduce blood flow, oxygen, and vital nutrients to the brain and associated organs. When blood flow is reduced to our brains, areas of the brain cannot adequately signal the nervous system to function properly; organs may be signaled to alter, stop, or begin a process that may become seriously damaging to health. This reduction in blood flow to the brain is often called “microvascular ischemic changes” on a CT scan or MRI report. In fact, many providers will see this on an otherwise normal imaging report, and never mention it to patients because it seems like such a minor problem. However, given time and continued high carb intake, these tiny problems become bigger problems. While most of the general population do attribute forgetfulness to “normal aging”, there’s nothing normal about it. Aging does NOT in and of itself contribute to confusion or minor forgetfulness. It is always worth an office visit for evaluation and workup at any age. In 2008, The Journal of Diabetes Science & Technology published an article calling Alzheimer’s disease (AD), diabetes type 3 because “we conclude that the term “type 3 diabetes” accurately reflects the fact that AD represents a form of diabetes that selectively involves the brain and has molecular and biochemical features that overlap with both type 1 diabetes mellitus and T2DM.” (Retrieved 4/3/17 from https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2769828/)
Even when none of these more serious health conditions are diagnosed, many of us do have these changes occurring inside; hypertension has been called “the silent killer” for many years, but I call insulin resistance the REAL silent killer as many chemical imbalances occur with minimal notice for most people. And mainstream medical providers typically never address root causes of many of these vague symptoms because there’s just not time in most office visits to address them and sometimes, it takes a lot of time & multiple diagnostic tests to identify certain problems. Mild symptoms of hyperinsulinemia can contribute to high inflammatory markers in the bloodstream and if blood tests are not performed, there’s no way to know if inflammation or hyperinsulinemia contributes to your migraine headaches, your fatigue, or your fibromyalgia. Many of us suffer with osteoarthritis, or general joint pains related to overuse or previous injury. High carb diets can contribute to much of the joint pain because of high inflammation within the body; without a blood test and/or radiology to confirm it, many health care providers call it OA and tell you to take some OTC pain relievers.
So, now what? What does all of this physiology mean? It means that we as a people have become terribly unhealthy because of the poor quality of fake foods we have eaten for the past 50 years. We’ve followed the AHA and the ADA; we heeded the dietary advice; there’s recent research to prove it. So, continuing to follow that advice certainly won’t improve our health. What do YOU think would help? After reading this article, I hope you say, “cut the crap.” Literally, that is the best advice ever. Cut out all processed foods, carbonated drinks, artificial foods, fake foods, junk foods, refined sugars, and anything that even looks like it was manufactured in a plant. Eat real food. Eat from the farm. Eat from the edge of the grocery store. Think back in history; what did people eat before boxes of cereal lined the store shelves?
It’s time we the people took charge of our own health; the health care system is broken. We wait months sometimes to see health care providers who don’t have time for thorough medication reviews and physicals. As consumers, we can change the face of nutrition in our homes, families, and our nation by making better choices and eating foods that heal our bodies. In our next article, we’ll cover more details about what to eat and what to avoid eating.
My daddy used to love my mama’s peas and cornbread, but watching him eat them was quite fun. Mama usually prepared his plate and took it to his recliner, where he ate on a TV tray while watching the news. Inevitably, he would finish off his cornbread first and still have peas on his plate. Well, being a faithful member of the “clean your plate club,” he figured he HAD to have another piece of cornbread to go with those peas. Then, he’d run out of peas, but still had cornbread, so he got more peas. This crazy process went on for 3-4 trips back to the kitchen until he could finish his plate evenly. By now, you’re probably thinking 2 things for sure: 1)My daddy was a bit silly 2) Why the heck is this story here on the KetoNurses’ blog?
Well, to answer the first question, yes, my daddy could be quite the prankster and his antics brought much laughter to our lives over the years. His story of “peas & cornbread” illustrates a very valuable lesson for us. Today, we’re going to discuss cravings in the context of how the liver processes the carbohydrates we overconsume. Let’s first take a look at normal glucose-related processes in simple terms.
SIMPLE VERSION: When healthy people eat carbohydrates, the pancreas secretes insulin to immediately control the amount of glucose entering the bloodstream. The bloodstream only needs about 4 teaspoons of glucose in a 24 hour period; what happens when we consume carbs that convert into 10-15 teaspoons of glucose? Insulin from the pancreas comes to the rescue and immediately latches on to glucose molecules entering the bloodstream from the digestive tract, then trucks it into cells. Moving glucose out of the bloodstream is vital to maintain internal chemical balance, but storing all the extra carbs is quite a feat. There is only so much insulin to go around, so another process is triggered. Overconsumed carbs trigger the liver to store some of the glucose as glycogen. Glycogen is like having a reserve gas tank on your car; if your main tank runs low/out, the car will automatically start pulling fuel from the reserve tank and so it is with glycogen. But there is only so much storage space in muscles and liver for glycogen. Glycogen is the most available form of stored energy, but it’s in pretty small quantities in the muscles, and the glycogen stored in the liver is meant for more long-term, “survival of the species” type of storage. The liver doesn’t WANT to give up the stores of glycogen, just in case it’s needed for a period of famine – our bodies are pretty good at self-preservation.
Glucose is rapidly removed from the bloodstream in normal and mildly abnormal metabolism. Remember the last time you were hungry and ate an apple? You likely noted hunger about 20-30 minutes later, because the energy it provided was quickly used and stored. Glucose enters the digestive system and is easily passed into the bloodstream rather quickly; so there’s instant energy available, and there’s stored energy, but there doesn’t remain much glucose available for right AFTER eating. It seems there’s a “gap” in this system of fuel processing. Glucose was never meant for steady energy for all body processes; it literally was intended to be a quick way to have energy.
So, what happens to the extra glucose molecules still causing elevated glucose? If neither of these processes cannot adequately move glucose out of the bloodstream, the liver begins to knit together chains of triglycerides – a form of cholesterol that is like having a 55 gallon drum of gas in your yard for fuel when the main AND reserve gas tanks run low. It’s easy to pull up in your own yard and fill up. So the liver is storing your extra glucose for later use. This process can take up to 4 days to complete the process. However, if we continue consuming large amounts of carbs at every meal, the liver never gets a chance to rest.
These 3 processes are the major methods for glucose storage in a normal person without diabetes or insulin resistance. When excess glucose is continually forced into this system, there is never a chance for “catching up.” The liver is constantly trying to move excess glucose out of the bloodstream while insulin is secreted by the pancreas in larger and larger amounts; more fat cells receive some of the glucose, causing weight gain. Eventually, the system begins to fail, resulting in insulin that no longer moves glucose out of the bloodstream effectively. The liver is overflowing with glycogen & becomes stressed from making triglycerides, and now, triglycerides are accumulating in blood vessels. The liver does not have a brain to tell it to STOP storing all that glycogen; when this process is overwhelmed, non-alcoholic fatty liver disease develops, the liver enlarges, and liver enzymes often increase.
When these processes are overwhelmed, we can also become insulin resistant and diabetic– meaning the insulin that the pancreas secretes just isn’t responding normally, so the pancreas tries to make more and more, but it’s just not effective at moving enough glucose out of the bloodstream. An analogy that I sometimes use with patients helps people understand; imagine you are employed on a production line in a manufacturing plant. You get paid based on your production. Everything is going along quite well with your organized and efficient workflow; you work and you make 100% production every day and take home a paycheck with which you’re happy. Suddenly, your boss comes along and says you must double production or be fired. What happens to your nice, organized workflow? You are working faster and faster, getting more nervous, even becoming frantic that you will lose your job if you can’t keep up. So you work harder and faster. What happens to the items you’re producing? Are you able to produce the same amount of high quality products moving this fast? No, of course not. And your organs are highly specialized to perform certain functions efficiently and without our thought or effort; but when we put demands on those organs and ask them to double or triple production, they cannot efficiently perform their usual functions.
Let’s review the third process of glucose storage for a moment. Ingredients for triglycerides include sugars like glucose and fructose. When excess sugars are not needed for current energy use, these molecules thicken blood from a watery consistency to more like that of syrup, while the liver is knitting together some sugars into long chains of triglycerides. Triglyceride production can sometimes trigger cravings for food in order to ensure the liver’s ability to production. It’s like my daddy’s “peas & cornbread.” The body is trying its best to keep up, but it wants more and more glucose to process – I know it sounds contradictory; you’d think that if there was excess, the body wouldn’t want more. But once the process is triggered, the liver is just following procedure. Now, the liver is producing thick, sticky chains of triglycerides and sending them out into thick syrupy blood, contributing to a “perfect storm” inside the tiny blood vessels. It’s like building a beaver dam right inside our arteries! These sugars accumulate in the blood vessels and they are sticky – imagine if you will, drying syrup. If you leave a drop of syrup on a table or plate for a few hours, what happens? The syrup begins to dry and the sugars left begin to crystalize and harden. This imagery can help us understand what sticky, spiked molecules of triglycerides might resemble under a microscope. Now imagine these clumps of sticky molecules moving through tiny, forked, meandering blood vessels all over our bodies. Does this picture in your mind help you see where many complications from diabetes originate? Thick, sticky blood congregating in tiny vessels can slow or even halt blood flow. Slow wound healing, nerve pain, visual difficulties, numbness and tingling in hands/feet, kidney damage, heart attacks & strokes are the direct result of the formation of tiny beaver dams all over the blood stream.
Although my daddy’s peas and cornbread are high carbohydrate foods and his story is a bit silly, I think the analogy they provide is quite helpful at understanding some fairly complex concepts. I hope this information is helpful to you; please feel free to share our articles on your Facebook, Twitter, Instagram, and other social media accounts. We appreciate it!