With our revolutionary enzyme/nutrition program we are able to help numerous patients with chronic degenerative conditions. By using enzymes and changing one’s chemistry, we can aid in the improvement with digestion and inflammation. Most stomach disorders such as reflux, heartburn, indigestion, constipation, and diarrhea, can be improved. We also use this program to help with weight loss by determining each patient’s food intolerances and nutritional deficiencies. We then prescribe a diet and enzymes to allow you to speed up your metabolism.
Everyone agrees that proper nutrition is crucial to the maintenance of a healthy body. However, most healthcare practitioners overlook the true cause of many nutritional disorders. It is assumed, quite mistakenly, that digestion occurs automatically and the correction of a nutritional disorder simply requires matching the right nutritional supplement to the condition. For example, vitamin C for colds, vitamin A for viruses and herbal laxatives for constipation. While this treatment may relieve patient symptoms, the relief is only temporary because the underlying problem of faulty digestion is ignored. Healthcare practitioners who want to effectively manage health problems that are related to nutritional imbalances must consider each person’s ability to digest food. Unfortunately, most clinicians give little or no thought to the role of enzymes in digestion, despite overwhelming evidence of their importance.
Enzymes are present in all living animal and plant cells. They are the primary motivators of all natural biochemical processes. Life cannot exist without enzymes because they are essential components of every chemical reaction in the body. For example, they are the only substance that can digest food and make it small enough to pass through the gastrointestinal mucosa into the bloodstream. Three very broad classifications of enzymes are:
Food Enzymes – occur in raw food and, when present in the diet, begin the process of digestion
Digestive Enzymes – produced by the body to break food into particles small enough to be carried across the gut wall
Metabolic Enzymes – produced by the body to perform various complex biochemical reactions
In the 1930s, Edward Howell, MD, the food enzyme pioneer, found food enzymes begin digesting food in the stomach and will work for at least one hour before the body’s digestive system begins to work! For this reason, enzymes should be considered essential nutrients. Unfortunately, this is not the case, and food manufacturers are removing them from food to increase shelf-life.
Dr. Howell was particularly impressed by the way the ingestion of raw food slowed the progress of chronic degenerative diseases and spent his professional life postulating and then validating his theories. If you suffer from any inflammatory disorder, it is likely that your immune problems are associated with autointoxication and inadequate digestion. It is becoming increasingly apparent that chronic degenerative diseases (chronic inflammatory states) are evidence of food enzyme deficiency. The 1988 Surgeon General’s Report on Health and Nutrition stated unequivocally that chronic degenerative diseases are dietary related.
The body uses enzymes as its main line of defense against any bacterial, viral, chemical irritant, or inflammation from a mechanical source. People with symptoms of fever, redness, swelling, pain, or soreness demonstrate signs of food enzyme deficiency. This deficiency may not be the cause of the disease process, but a deficiency is certainly present.
The inability to adequately digest food, either because of enzyme deficiency or overloading the digestive system with excessive amounts of food, challenges the body. Food particles not digested well enough to be absorbed across the gut wall pass down the alimentary canal where they putrefy, forming chemicals that irritate the mucosal lining of the G.I. tract. Inflammation of the mucous membranes increases permeability of the gut wall to larger molecules. This allows partially digested food particles to enter the blood, where they cannot be utilized by the body as food, but must be attacked as a foreign invader.
Dietary modification and inclusion of food enzyme supplements to enhance digestion and assimilation must be considered as part of any program to restore normal function and relieve symptoms of chronic inflammatory disorders. This has been extremely helpful for me and my patients when treating chronic and acute aches and pains, from arthritis, herniated discs, stenosis, and sciatica.
Proteases – break long protein chains into smaller amino acid chains and eventually into single amino acids
Amylases – reduce polysaccharides to disaccharides (sugars and some carbohydrates): lactose, maltose, and sucrose
Lipases – break triglycerides (fat) into individual fatty acids and glycerol
Cellulases – digest specific carbohydrate bonds found in fiber
Besides needing a substrate to “work” on, enzymes require heat, proper pH and moisture in order to activate.
Heat: All enzymes work within limited temperature ranges. The optimal temperature range for most plant enzymes is 92°F to 104°F, which means that these enzymes work best at body temperature. However, enzymes cannot tolerate the high temperatures used in cooking, baking, microwaving, canning, and pasteurizing. These methods all produce heat of 118°F or higher which destroys the enzymes.
Proper pH: Plant enzymes work in a very broad pH range, 3.0 to 9.0, which coincides very nicely with the human gastrointestinal tract. This is an important factor to remember when comparing plant enzymes with the body’s own digestive enzymes or with supplemental animal enzymes, such as pancreatin. Plant enzymes work in both the stomach and intestines. Pancreatic enzymes, whether produced by the body or provided as a dietary supplement, only work in the small intestine.
Moisture: Plant enzymes must have moisture in order to perform their digestive function. Quite simply, digestion is the process of breaking molecules apart with the addition of water hydrolysis. The body satisfies this need with saliva.