Scarborough Peter, Rayner Mike, Stockley Lynn
British Heart Foundation Health Promotion Research Group, Department of Public Health, Old Road Campus, Headington, Oxford OX3 7LF, UK.
Public Health Nutr. 2007 Apr;10(4):330-6. doi: 10.1017/S1368980007223870.
Nutrient profiling can be defined as the 'the science of categorising foods according to their nutritional composition'. The purpose of the present paper is to describe a systematic and logical approach to nutrient profiling.
A seven-stage decision-making process is proposed and, as an illustration of how the approach might operate in practice, the development of a nutrient profiling model for the purpose of highlighting breakfast cereals that are 'high in fat, sugar or salt' is described.
The nutrient profile model developed for this paper calculates scores for foods using a simple equation. It enables breakfast cereals to be compared with each other and with other foods eaten at breakfast.
Nutrient profiling is not new, but hitherto most nutrient profiling models have been developed in an unsystematic and illogical fashion. Different nutrient profiling models are needed for different purposes but a key requirement should be that they are developed using a systematic, transparent and logical process. This paper provides an example of such a process; approaches to validating nutrient profiling models are described elsewhere.
营养成分剖析可定义为“根据食物的营养成分对其进行分类的科学”。本文旨在描述一种系统且合理的营养成分剖析方法。
提出了一个七阶段决策过程,并以一个营养成分剖析模型的开发为例,说明该方法在实际中可能如何运作,该模型旨在突出那些“高脂肪、高糖或高盐”的早餐谷物食品。
本文开发的营养成分剖析模型使用一个简单公式来计算食物得分。它能使早餐谷物食品相互比较,并与早餐时吃的其他食物进行比较。
营养成分剖析并非新鲜事物,但迄今为止,大多数营养成分剖析模型都是以非系统、不合理的方式开发的。不同目的需要不同的营养成分剖析模型,但一个关键要求应该是它们通过系统、透明且合理的过程来开发。本文提供了这样一个过程的示例;营养成分剖析模型的验证方法在其他地方有描述。