Effect of dual-type oligosaccharides on constipation in loperamide-treated rats.
10.4162/nrp.2016.10.6.583
- Author:
Sung Hee HAN
1
;
Ki Bae HONG
;
Eun Young KIM
;
So Hyun AHN
;
Hyung Joo SUH
Author Information
1. Bk21Plus, College of Health Science, Korea University, Seoul 02841, Korea.
- Publication Type:Original Article
- Keywords:
Oligosaccharides;
constipation;
loperamide;
gastrointestinal transit;
Alcian Blue
- MeSH:
Acetic Acid;
Administration, Oral;
Alcian Blue;
Animals;
Chemistry;
Constipation*;
Feces;
Gastrointestinal Transit;
Gravitation;
Humans;
Intestinal Mucosa;
Lactulose;
Loperamide;
Oligosaccharides*;
Posture;
Prebiotics;
Rats*;
Water
- From:Nutrition Research and Practice
2016;10(6):583-589
- CountryRepublic of Korea
- Language:English
-
Abstract:
BACKGROUND/OBJECTIVES: Constipation is a condition that can result from intestinal deformation. Because humans have an upright posture, the effects of gravity can cause this shape deformation. Oligosaccharides are common prebiotics and their effects on bowel health are well known. However, studies of the physiological functionality of a product that contains both lactulose and galactooligosaccharides are insufficient. We investigated the constipation reduction effect of a dual-type oligosaccharide, Dual-Oligo, in loperamide-treated rats. MATERIALS/METHODS: Dual-Oligo consists of galactooligosaccharides (15.80%) and lactulose (51.67%). Animals were randomly divided into four groups, the normal group (normal), control group (control), low concentration of Dual-Oligo (LDO) group, and high concentration of Dual-Oligo (HDO) group. After 7 days of oral administration, fecal pellet amount, fecal weight, water content of fecal were measured. Blood chemistry, short-chain fatty acid (SCFA), gastrointestinal transit ratio and length and intestinal mucosa were analyzed. RESULTS: Dual-Oligo increased the fecal weight, and water content of feces in rats with loperamide-induced constipation. Gastrointestinal transit ratio and length and area of intestinal mucosa significantly increased after treatment with Dual-Oligo in loperamide-induced rats. A high concentration of Dual-Oligo tended to produce more acetic acid than that observed for the control group, and Dual-Oligo affected the production of total SCFA. Bifidobacteria concentration of cecal contents in the high-concentration oligosaccharide (HDO) and low-concentration oligosaccharide (LDO) groups was similar to the result of the normal group. CONCLUSIONS: These results showed that Dual-Oligo is a functional material that is derived from a natural food product and is effective in ameliorating constipation.
