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Digestive Enzymes & Gas

author image Stephen Christensen
Stephen Christensen started writing health-related articles in 1976 and his work has appeared in diverse publications including professional journals, “Birds and Blooms” magazine, poetry anthologies and children's books. He received his medical degree from the University of Utah School of Medicine and completed a three-year residency in family medicine at McKay-Dee Hospital Center in Ogden, Utah.
Digestive Enzymes & Gas
Dietary changes can sometimes help to alleviate flatulence. Photo Credit Jacek Chabraszewski/iStock/Getty Images

Digestive gas, or flatulence, results from bacterial fermentation of undigested food in your intestine, mostly in the colon. According to Phyllis Balch, author of “Prescription for Herbal Healing,” major changes in diet, such as a sudden increase in fiber, can contribute to flatulence, as can specific foods, such as high-sugar meals or dairy products. Excessive bowel gas presents a two-pronged problem for afflicted individuals. As gas volume increases, it causes abdominal bloating and discomfort. Then, when it is released, flatulence often carries a disagreeable aroma, which leads to social embarrassment.

Enzyme Function

Digestive Enzymes & Gas
Eating a meal with carbohydrates. Photo Credit George Doyle/Valueline/Getty Images

Carbohydrates, fats and proteins comprise the nutritional bulk of most meals. These fuel sources are broken down into smaller and smaller fragments by the muscular activity of your stomach and intestine and by the chemical activity of digestive enzymes, which are normally produced in your mouth, stomach and intestine. Invertase, maltase and amylase are carbohydrate-cleaving enzymes, while proteases and lipases break down proteins and fats, respectively.

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Digestive Enzymes & Gas
Flatulence is caused by bacterial fermentation. Photo Credit Pixland/Pixland/Getty Images

The majority of bacteria in your intestine reside in your colon. According to a 2000 “Current Issues in Intestinal Microbiology” review, every milliliter of stool in your colon contains approximately one trillion bacteria. These microorganisms survive and multiply by metabolizing the nutrients that pass through your small intestine and arrive in your colon. Bacterial fermentation of these nutrients produces gases such as hydrogen, carbon dioxide and hydrogen sulfide. The more undigested material that bypasses your small intestine, the greater the bacterial activity in your colon will be.

Optimal Absorption

Digestive Enzymes & Gas
Digestion begins in your mouth. Photo Credit Monkey Business Images Ltd/Monkey Business/Getty Images

Digestion begins in your mouth, where salivary enzymes are mixed with your food, and it continues well into your small intestine. Enzymatic activity is necessary for optimal absorption of the nutrients in your food, but the efficiency of this process can be impaired by any number of problems, such as salivary gland disorders, inefficient stomach acid production, pancreatic diseases and bowel conditions such as celiac disease or Crohn’s disease. Incomplete enzymatic digestion of foodstuffs or poor intestinal absorption leads to the delivery of a larger volume of nutrients to the bacteria in your lower intestine and colon.

Supplemental Enzymes

Digestive Enzymes & Gas
Decrease intake of sugar. Photo Credit Chiociolla/iStock/Getty Images

If you have problems with intestinal gas, sometimes a dietary change, such as decreasing your sugar intake, will alleviate the problem. An over-the-counter supplement that contains a good mixture of digestive enzymes could prove beneficial, too. Beano, a well-known remedy for flatulence caused by eating beans, fruit and other carbohydrates, is simply a digestive enzyme called alpha-galactosidase. If you have a digestive or intestinal disorder, such as GERD, celiac disease, chronic pancreatitis or inflammatory bowel disease, talk with your physician before you use digestive enzymes.

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