Rolls Barbara J, Drewnowski Adam, Ledikwe Jenny H
The Pennsylvania State University, University Park, PA 16802, USA.
J Am Diet Assoc. 2005 May;105(5 Suppl 1):S98-103. doi: 10.1016/j.jada.2005.02.033.
A growing body of laboratory-based, clinical, and epidemiological data suggests that low-energy-dense diets are associated with better diet quality, lower energy intakes, and body weight. Dietary energy density can be lowered by adding water-rich fruits, vegetables, cooked grains, and soups to the diet, and by reducing the diet's fat content. Low-energy-dense diets can be successfully incorporated into clinical dietetics since they help lower energy intake without reducing food volume and thus help individuals avoid feeling hungry and deprived. There are multiple steps that could be taken by nutrition professionals and food manufacturers to encourage the consumption of low-energy-dense diets. The goal is to develop reduced-calorie eating plans that meet personal food preferences and also provide satisfying food portions. Since using energy density to guide food choices leads to food patterns consistent with dietary guidelines, policy level initiatives should be devised to help ensure that low-energy-dense diets are affordable and accessible to all.
越来越多基于实验室、临床和流行病学的数据表明,低能量密度饮食与更好的饮食质量、更低的能量摄入以及体重有关。通过在饮食中添加富含水分的水果、蔬菜、煮熟的谷物和汤类,并减少饮食中的脂肪含量,可以降低膳食能量密度。低能量密度饮食能够成功地融入临床营养领域,因为它们有助于在不减少食物量的情况下降低能量摄入,从而帮助人们避免饥饿感和匮乏感。营养专业人员和食品制造商可以采取多个步骤来鼓励人们食用低能量密度饮食。目标是制定出符合个人食物偏好且能提供令人满意食物分量的低热量饮食计划。由于利用能量密度来指导食物选择会形成符合饮食指南的食物模式,因此应制定政策层面的举措,以确保所有人都能负担得起且容易获取低能量密度饮食。