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首页> 外文期刊>Food and Chemical Toxicology: An International Journal Published for the British Industrial Biological Research >Reducing added sugar intake in Norway by replacing sugar sweetened beverages with beverages containing intense sweeteners - a risk benefit assessment.
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Reducing added sugar intake in Norway by replacing sugar sweetened beverages with beverages containing intense sweeteners - a risk benefit assessment.

机译:通过将含糖甜味剂替换为含甜味剂的饮料来减少挪威的糖摄入量,这是一项风险收益评估。

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摘要

A risk benefit assessment in Norway on the intake of added sugar, intense sweeteners and benzoic acid from beverages, and the influence of changing from sugar sweetened to diet beverages was performed. National dietary surveys were used in the exposure assessment, and the content of added sugar and food additives were calculated based on actual contents used in beverages and sales volumes provided by the manufactures. The daily intake of sugar, intense sweeteners and benzoic acid were estimated for children (1- to 13-years-old) and adults according to the current intake level and a substitution scenario where it was assumed that all consumed beverages contained intense sweeteners. The change from sugar sweetened to diet beverages reduced the total intake of added sugar for all age groups but especially for adolescent. This change did not result in intake of intense sweeteners from beverages above the respective ADIs. However, the intake of acesulfame K approached ADI for small children and the total intake of benzoic acid was increased to above ADI for most age groups. The highest intake of benzoic acid was observed for 1- to 2-year-old children, and benzoic acid intake in Norwegian children is therefore considered to be of special concern.
机译:在挪威进行了一项风险收益评估,评估了饮料中糖的摄入量,强甜味剂和苯甲酸的摄入量,以及从甜味饮料变为低糖饮料的影响。在暴露评估中使用了全国饮食调查,并根据饮料中使用的实际含量和制造商提供的销量计算了添加的糖和食品添加剂的含量。根据目前的摄入量水平和替代情景,估计儿童(1至13岁)和成人的每日糖,强力甜味剂和苯甲酸的摄入量,并假设所有食用饮料都含有强力甜味剂。从含糖甜食到低糖饮料的转变减少了所有年龄段(尤其是青少年)的总糖摄入量。这种变化并未导致从相应ADI上方的饮料中摄入高强度甜味剂。但是,对于小孩子来说,乙酰磺胺酸钾的摄入量接近ADI,大多数年龄组的苯甲酸总摄入量增加到ADI以上。 1至2岁儿童的苯甲酸摄入量最高,因此,挪威儿童的苯甲酸摄入量受到特别关注。

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