The effect of prebiotics on intestinal digestion of carbohydrates in lead intoxicated rats

L. S. Kuchkarova, Irodakhon I. Karimova, Gulchekhra T. Kudeshova, K. Kayumov
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Abstract

It has been shown the lead intoxication of growing rats result in increase the cavity and membrane carbohydrate hydrolysis and glucose absorption from small intestine which leads to hyperglicemiya. The oral treatment of intoxicated rats with inulin or lactulose results in decrease of carbohydrate assimilation in small intestine and content glucose level in blood. The correcting effect of lactulose on normalization of carbohydrate assimilation is more expressed in compare with inulin. So, inulin and/or lactulose take part in improving of adaptation of the carbohydrate assimilation system in the small intestine during intoxication with lead ions in growing rats. This suggests the prospect of their use as physiologically acceptable additives to stabilize carbohydrate digestion and blood glucose levels in lead and, possibly, other heavy metal intoxication in the growing organism.
益生元对铅中毒大鼠肠道碳水化合物消化的影响
研究表明,生长中的大鼠铅中毒可导致腔膜碳水化合物水解和小肠葡萄糖吸收增加,从而导致高血糖。给醉酒大鼠口服菊糖或乳果糖可降低其小肠碳水化合物同化和血中葡萄糖含量。乳果糖对碳水化合物同化正常化的纠正作用比菊糖更明显。因此,菊粉和/或乳果糖参与了铅离子中毒大鼠小肠碳水化合物同化系统适应性的改善。这表明了它们作为生理上可接受的添加剂的前景,以稳定碳水化合物消化和铅中的血糖水平,并可能在生长中的生物体中稳定其他重金属中毒。
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