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Americans are Digging Their Graves with Their Teeth: You are What You Eat and Assimilate From the cradle to the grave, our health depends upon the nutrients found in natural unprocessed foods. Every cell, tissue, and organ in the body depends upon these nutrients for energy, growth, repair, and maintenance of good health. However, equally important is the functional capacity of our digestion, including the elimination of waste matter. The digestive system is much more than a long tube that extends from the mouth to the anus; it also includes accessory organs and glands. The salivary glands, stomach, liver, gall bladder, and pancreas are collectively known as the digestive system. Each part of the digestive system plays an integral part in the process of breaking down food. When digestion is completed and all of the nutrients are absorbed into the blood and delivered to every cell and tissue in the body, the waste matter has to be eliminated. It should be understood that the digestive tract is not an isolated part, separate from the rest of the body; every cell, tissue and organ in the body is affected by the activity and condition of the colon. The digestion process begins in the mouth. Once food enters the mouth, digestion begins with the process of chewing and the enzymes released by our saliva. Once the food enters the stomach it triggers the release of hydrochloric acid. The acid’s job is to break down protein into small units, called amino acids, and liberate minerals for absorption. Hydrochloric acid also kills bacteria and other harmful microorganisms that enter the digestive system via the food. Once the semi-liquid bolus of food leaves the stomach, it passes into the small intestine. Inside the small intestines, further breakdown of proteins, carbohydrates, and fats take place. During this stage of the journey, additional enzymes are released from the pancreas, liver, and stomach into the small intestine. The liquid food, now called chyme, mixes with these enzymes to break down fats, protein and carbohydrates. Eventually these nutrients are absorbed into the blood and delivered to every cell, tissue, and organ throughout the entire body. The last stop the bolus of food makes in the long journey down the digestive tube is the large intestine. The large intestine absorbs water, minerals, and some of the final products of digestion. It also is a temporary holding tank for waste products, including good and bad bacteria. If the waste matter remains in the intestine too long, as with constipation, the function of the entire digestive track will be impaired. Toxins can be reabsorbed into the blood and harmful microorganisms can travel back up the digestive tract and cause illness. The digestive system processes and distributes nutrients found in foods, as well as eliminates waste matter left behind after the food is metabolized. Under normal conditions, whatever food we eat gets squeezed through the digestive lining and absorbed into the blood, unless we have malabsorption. This common problem develops when there is a breakdown in the digestive process and nutrient uptake is impaired. Varying degrees of malabsorption can occur. One classic example of a malabsorption condition in Celiac disease, a genetic condition in which the individual’s digestion system is unable to digest the protein found in wheat, barley, and rye: the so called gluten grains. In this condition, gluten grains irritate the digestive lining tract, trigger inflammation, and damage the absorption sites in the intestines. Celiac triggers malabsorption and impairs the absorption of nutrients. Consequently, depending on the severity of the celiac patient’s condition, the symptoms may be as mild as digestive upset or headaches, or they can be life threatening from ulcerations of the digestive system or even cancer. Other conditions that can trigger malabsorption include stress, decreased levels of digestive enzymes, food allergies, inflammatory bowel disorders, and poor nutrition (the standard American diet) to name few. Malabsorption is a common problem and affects millions of Americans by thwarting health and triggering illness. Even the most nutrient dense foods will not be efficiently utilized if malabsorption is not corrected. It is important to understand that whenever the body is denied an adequate supply of vitamins, minerals, amino acids, starches, fats, and essential fatty acids, illness will emerge. Sadly, malabsorption usually goes undetected and is a major cause of illness. Our digestive system is also designed to process a minimum amount of toxins. However, if the digestive system is constantly bombarded with foreign substances such as harmful bacteria, parasites, or partially digested food, an overload of toxins will occur and illness will result. To further complicate matters, when hydrogenated fats, food additives, pesticides, drugs, and other foreign toxins enter the digestive system on a regular basis, they cause further damage and illness. In order to maintain health and prevent disease, we must minimize the amount of poisons that enter our mouth and pass through the digestive system. At the same time, we must ensure that we have an efficient elimination system. Our bodies have relied on whole natural foods for thousands of years. Over the past 75 years, we have stuffed an alarming amount of processed, refined, junk food down our digestive tract. These adulterated foodstuffs are laced with small amounts of toxic compounds that accumulate in our fat cells overtime. Millions of Americans are suffering dearly for this tragic assault on one of the most important systems of the body. All diseases are on the rise and affecting each generation at an earlier age. Naturopathic, chiropractic doctors, and even medical doctors up until the 1950’s realized that a large portion of illness stemmed from a central source—a toxic colon.
Part 3: Americans Are Digging Their Graves With Their Teeth: Death Begins in the Colon
References Bai, JC. “Malabsorption syndromes,” Digestion 1998 Aug; 59(5): 530-46[Medline]. Fasano, A. and Catassi, C. “Current approaches to diagnosis and treatment of celiac disease: an evolving spectrum,” Gastroenterology 2001 Feb; 120(3): 636-51[Medline] -- Dr. James D. Krystosik |
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