不可吸收的脂肪(蔗糖聚酯)会干扰肠道对维生素A的吸收吗?

Acta vitaminologica et enzymologica Pub Date : 1985-01-01
E G Sletten, D Hollander, V Dadufalza
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引用次数: 0

摘要

蔗糖聚酯(SPE)是一种合成的不可吸收脂质。通过监测放射性标记的维生素A从大鼠空肠灌注液中消失的速率来测定SPE对维生素A吸收的影响。测定了放射性标记维生素A在胶束相和固相萃取液中的相对分布。当固相萃取浓度为5、10和20 g/l时,固相中维生素A的浓度分别是胶束相的4.4、9.4和19.8倍。因此,在分布分析中,维生素A倾向于SPE相而不是胶束相。SPE和非SPE灌注物的体内吸收实验表明,SPE存在时,维生素A的净吸收率降低了8.7%。由此可见,膳食摄入SPE会对维生素A的肠道吸收造成一定损害,可能需要补充维生素A。
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Does the non-absorbable fat, (sucrose polyester), interfere with the intestinal absorption of vitamin A?

Sucrose polyester (SPE) is a synthetic non-absorbable lipid. The effect of SPE on vitamin A absorption was determined by monitoring the disappearance rate of radio-labeled vitamin A from the jejunal perfusate of the rat. The relative distribution of radio-labeled vitamin A between the micellar phase and the perfusate containing SPE was determined. With SPE concentrations of 5, 10 and 20 g/l, vitamin A was concentrated in the SPE phase over the micellar phase by a factor of 4.4, 9.4, 19.8 respectively. Thus, vitamin A favored the SPE phase over the micellar phase in the distribution analysis. In vivo absorption experiments with SPE and non-SPE perfusates showed decreased net vitamin A absorption rates in the presence of SPE by 8.7% Thus, dietary ingestion of SPE results in some impairment of intestinal absorption of vitamin A, and may require vitamin A supplementation.

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