Effects of xyloglucan with the partial removal of galactose on plasma lipid concentration
2011
Yamatoya, Kazuhiko | Yamazaki, Kaoru | Shirakawa, Mayumi | Baba, Osamu
Xyloglucan is a component of the cell walls of higher plants that has been used as a thickener or stabilizer in the food industry in Japan and other Asian countries. Xyloglucan from which side-chain galactose has been partially removed or ‘trimmed’ by β-galactosidase (GXG-TG) shows heat-induced reversible gelation, and reverts to sol upon cooling. Xyloglucan is not digested by human digestive enzymes and acts as a dietary fiber. The effects of xyloglucan from which galactose has been partially removed on plasma lipid concentration in rats was investigated. Male Wistar rats (4weeks old) were fed a high-fat diet (corn oil or lard) for 28days (control) and other groups were given a high-fat diet (corn oil or lard) containing GXG-TG (5%, replacing cellulose). GXG-TG significantly reduced total cholesterol, β-lipoprotein, total lipid and phospholipid compared to a high-fat diet with corn oil. GXG-TG significantly reduced total cholesterol, β-lipoprotein, total lipid, phospholipid and adipose tissue weight compared to a high-fat diet with lard. These results indicated that the intake of GXG-TG improves lipid metabolism in rats, similar to that of the intact xyloglucan.
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