Utilization of soybean oligosaccharides by the intact rat.

A. Yoshida, Akiko Umai, Y. Kurata, S. Kawamura
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引用次数: 3

Abstract

Practically no starch has been found in mature soybean seeds and their main oligosaccharides are sucrose, stachyose and raffinose. However the presence of enzymes which catalyze the hydrolysis of these oligosaccharides except sucrose in digestive juices of higher animals has not been reported. To examine the utilization of soybean oligosaccharides by the higher animals, the following experiments were carried out: the balance study of soybean carbohydrates with intact rats, the time study of the disappearance of soybean oligosaccharides from the gastro-intestinal tracts and the effect of antibiotics on the utilization of the carbohydrates.From these experiments it was indicated that about 90% of soybean oligosaccharides were absorbed and that in the presence of antibiotics, however, absorption of the carbohydrates reduced to 52%. These results imply the soybean oligosaccharides are digested mainly by the intestinal microflora and utilyzed pretty well by the higher animals. However, the utilization of soybean carbohydrates were much slower than sucrose and remained longer time in cecum and other intestines.
大鼠对大豆低聚糖的利用。
成熟的大豆种子中几乎没有发现淀粉,其主要的低聚糖是蔗糖、水苏糖和棉子糖。然而,在高等动物的消化液中是否存在催化除蔗糖外的这些低聚糖水解的酶尚未见报道。为考察高等动物对大豆低聚糖的利用情况,本研究通过大鼠对大豆碳水化合物的平衡研究、大豆低聚糖从胃肠道消失的时间研究以及抗生素对大豆低聚糖利用的影响。从这些实验中可以看出,大豆低聚糖的吸收率约为90%,而在抗生素的存在下,碳水化合物的吸收率降至52%。说明大豆低聚糖主要由肠道菌群消化,并被高等动物很好地利用。但大豆碳水化合物在盲肠和其他肠道的利用速度比蔗糖慢得多,停留时间也更长。
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