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GASTRO-INTESTINAL
DISORDERS Gastro-intestinal function is the key to optimal health. If the
gastro-intestinal tract is not in optimal condition, it is the cause of
many long-term health problems. Therefore concepts like metabolism,
immune response and healing power in relation to digestion and diet are
fundamental in the holistic view of disease.
Intestinal bacteria, Dysbiosis and Candidiasis
Beneficial (probiotic) intestinal bacteria combat disease-causing
bacteria, yeast and parasites and have tremendous significance for the
preservation of a healthy metabolism and immune response. Probiotic
intestinal bacteria (fx lactobacilli og bifidobacteria):
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prevent the growth of
destructive microorganisms by producing natural anti-microbial
substances. |
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maintain the intestinal
wall’s rhythmic contractions (peristalsis) by means of optimal
acid-base level. |
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produce B-vitamins
(B-2, biotin, B-3, B-5, B-6, folic acid, B-12) and Vitamin K |
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promote digestion and
absorption of nutrients |
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produce lactate, which
inhibits disease-causing intestinal microbes and digests milk |
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render carcinogens
(cancer causing substances) harmless |
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enhance the immune
response |
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produce SCFA (short
chain fatty acids), which nourish surface cells in the large
intestine. |
Dysbiosis is
imbalance in the intestinal flora’s ecology, which causes sickness.
Published research has implicated intestinal dysbiosis as a contributory
cause to colon cancer, diverticulosis, irritable bowel syndrome, B-12
deficiency, chronic fatigue, inflammatory bowel and joint disease as
well as skin disorders such as acne, eczema and psoriasis.
The most common symptoms with intestinal dysbiosis are bloating,
constipation, diarrhea and stomach ache. The overgrowth of pathogenic
bacteria and yeast is often accompanied by increased intestinal
permeability (leaky gut syndrome), absorption of undigested foods (food
allergy) and impaired uptake of nutrients. Overuse of antibiotic therapy
and immune suppressive medicine (fx chemotherapy) is one of the most
important causes of dysbiosis. Other causes are poor diet, stress,
maldigestion, intestinal infection and environmental poisons (fx mercury
toxicity).
Candidiasis is a dramatic example of what can happen, when the
intestine’s eco-balance of microflora is destroyed. Intestinal yeast
grow out of control. The overgrowth leads to inflammation of the
intestinal mucosa. The permeability of the intestinal membrane is
increased and permits contents from the intestinal tract to be taken up
in the blood. In extreme cases the yeast develops from one celled to
mycelized fungus, which attaches itself to and penetrates the mucous
lining of the intestinal wall. Food allergy results from immune response
to undigested food particles; if the protective barrier between the
intestinal canal and the blood stream is breached, undigested food
residues and bacterial endotoxins enter the bloodstream, where they
cause tremendous allergic reactions, multi-chemical sensitivity, immune
dysfunction (frequent, prolonged infections), joint pain, muscle aches,
skin problems (hives, rashes), fatigue, insomnia, headaches, mood
swings, anxiety, depression, confusion, poor concentration and hormonal
disturbances (adrenal-/thyroid function, menstrual problems).
With severe candidiasis lab tests for underlying health problems
(fx food allergy, intestinal permeability) are recommended together with
high dose intravenous vitamin C (IV-C). The 4R treatment program
to restore G-I function is used: (1) Remove pathogenic bacteria and
yeast (2) Replace digestive enzymes and secretions (3) Reimplant
friendly intestinal flora (4) Repair the intestinal mucosa.Digestion
Digestive enzymes are at their highest level in youth, but fall
sharply after 40 years of age. The most important organs responsible for
digestion are the stomach, pancreas, and liver. The stomach
digests protein and begins the breakdown of fat. As gastric acidity
declines with age, low gastric acidity occurs frequently and is seen in
relation to eczema, psoriasis, rosacea, food allergy, malabsorption and
gastric disease (stomach cancer, gastritis),
Pancreatic enzymes is decisive in the body’s ability to digest
dietary protein, carbohydrates and fats. Studies have shown that a diet
enriched with vegetables and fruit has high levels of natural enzymes,
which preserve pancreas function. In contrast, a diet poor in enzymes
from food sources overtaxes the pancreas, which comes to overproduce
large quantities of digestive enzymes. The long term effect is declining
enzyme production and chronic illness because of deficiencies in
critical enzyme controlled metabolic functions in the body’s cells.
Enzyme deficits are suspected to be the cause of diseases such as
atherosclerosis, arthritis, cancer, diabetes, gallbladder disease,
pancreatitis, osteoporosis, connective tissue disease and celiac disease.
Bile is produced in liver cells (1 quart daily) and is excreted
through the biliary ducts to the small intestine, where it assists in
the digestion of fats. The excretion of bile is at the same time a
detoxification process, which allows liver cells the opportunity to
secrete toxic substances. The bile is therefore a transport medium for
poisons, which are emptied in the small intestine. When bile excretion
is blocked (gallbladder-/stone disease), symptoms such as malaise,
fatigue, bloating and digestive disturbances (especially after meals
containing fats) are experienced.
Intestinal Permeability and Liver Function
Leaky gut syndrome is a condition, in which the intestinal
mucosa’s ability to absorb nutrients, and at the same time function as a
barrier for the contents of the intestinal tract, is disturbed. Any
irritation of the intestinal mucosa can result in increased intestinal
permeability and consequently a dramatic increase in the uptake of
substances in the blood, which normally are excluded, when the
intestinal barrier is intact. The causes of changes in intestinal
permeability are: inflammatory bowel disease, NSAIDs (non-steroid
anti-inflammatory drugs), intestinal dysbiosis, intestinal infection,
digestive disturbances and allergic foods.
The liver is the body’s last line of defense against substances,
which come from the intestines and must be detoxified. The liver’s
enzymatic detoxification system transforms potential toxins to harmless
bi-products which are excreted in the kidneys. An increase in toxins
from the digestive tract in connection with leaky gut can mean a gradual
decline in the liver’s ability to detoxify. Toxins are permitted to
leave the liver unchanged. Toxic wastes accumulate in the body’s fat
tissues, including the brain and central nervous system, from where they
can recirculate in the blood and contribute to chronic health problems.
Decreased liver detoxification ability is seen in connection with:
chronic fatigue syndrome, fibromyalgia, multiple chemical sensitivities,
food allergies, Parkinson’s Disease and candidiasis.
Treatment Program The purpose of therapy is the reestablishment of normal
gastro-intestinal function. The long term goal is lifestyle changes that
maintain metabolism in a harmonious state.
With the 1. consultation we focus on the course of the illness and
actual symptoms. Lab tests for underlying health problems are considered
in relation to the treatment program:
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CDSA- (Comprehensive
Digestive Stool Analysis) is a total review of intestinal
conditions – including digestion, absorption, metabolic markers,
immunity and inflammation as well as microbiological conditions with
regards bacteria, yeast and parasites.
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Food Allergy (IgG1 &
4) test shows delayed food reactions, which occur from 3 hours
up to 3 days after intake of the specific food. 90 foods are tested
with ELISA (enzym linked immuno sorbent assay).
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Intestinal
Permeability Test measures the small intestine’s effectiveness
as a barrier to toxic compounds as well as changes with time in
relation to the treatment program.
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Liver Detoxification
Profile is a test for the determination of the liver’s ability
to detoxify and eliminate toxic chemicals.
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Organix is a
metabolic profile with 47 bi-products excreted in the urine, which
gives information regarding intestinal dysbiosis, liver
detoxification, inflammation, free radical damage and cellular
energy metabolism. |
With the 2. consultation
the test result and treatment program are discussed. |