About The Specific Carbohydrate Diet

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MMC FACT SHEET 906
SPECIFIC CARBOHYDRATE DIET
Dr Richard J Coleman, 128 Millhouse Drive, Howick, Auckland. Phone 09 537 4980
The Specific Carbohydrate Diet (or SCD) was developed by paediatrician Dr. Sidney Haas on behalf of biochemist and
cell scientist Elaine Gottschall, author of a popular book on Intestinal Health. It has been used successfully by many
people to treat:
Crohn's disease
Ulcerative Colitis
Irritable Bowel
Coeliac disease
Cystic Fibrosis
Chronic Diarrhoea
Candidiasis.
The premise of the diet is that damaged intestinal walls and bacterial overgrowth are a part of a vicious cycle that
wrecks havoc with the body's health and immunity. The diet restricts the type of carbohydrates that feed these
bacteria, thereby restoring the body's inner ecology. Elaine Gottschall's book,
Breaking the Vicious Cycle: Intestinal
, offers more in depth coverage, tips, and recipes about successfully using the Specific
Health through Diet
Carbohydrate Diet. (see
and
)
This strict but useful grain-free, lactose-free, and sucrose-free dietary regimen combats bacterial and yeast
overgrowth by restricting the energy they require to live, while keeping the host (us) well fed. Foods eaten must
have few or no carbohydrates, or contain monosaccharides which are quickly absorbed by the body. A list of allowed
and disallowed foods is provided on page 2. If you are unsure about a particular food, DO NOT EAT IT. Strict
adherence is necessary to obtain relief from symptoms.
How it works: Of all dietary components, carbohydrates have the greatest influence on intestinal microbes (yeast
and bacteria) which are believed to be involved in intestinal disorders. Most intestinal microbes require
carbohydrates for energy. The SCD works by severely limiting the availability of carbohydrates to intestinal microbes.
When carbohydrates are not digested, they are not absorbed. They remain in the intestinal tract, encouraging
microbes to multiply by providing food for them. This can lead to the formation of acids and toxins which can injure
the small intestine. Once bacteria multiply within the small intestine, they can destroy the enzymes on the intestinal
cell surface, preventing carbohydrate digestion and absorption. At this point, production of excessive mucus may be
triggered as the intestinal tract attempts to "lubricate" itself against the irritation caused by the toxins, acids, and the
presence of incompletely digested and unabsorbed carbohydrates.
The SCD is based on the principle that specifically selected carbohydrates requiring minimal digestion are well
absorbed, leaving virtually nothing for intestinal microbes to feed on. As the microbes decrease due to lack of food,
their harmful by-products also diminish. No longer needing protection, the mucus-producing cells stop producing
excessive mucus and carbohydrate digestion is improved. The SCD corrects malabsorption, allowing nutrients to
enter the bloodstream and be made available to the cells of the body, thereby strengthening the immune system's
ability to fight. Further debilitation is prevented, weight can return to normal, and ultimately there is a return to
health.
Dr Richard J Coleman, 128 Millhouse Drive, Howick, Auckland. Phone 09 537 4980

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