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食物表的编制及其计算机应用。营养数据库综述。

Development of food tables and use with computers. Review of nutrient data bases.

作者信息

Hertzler A A, Hoover L W

出版信息

J Am Diet Assoc. 1977 Jan;70(1):20-31.

PMID:830704
Abstract

Numerous tables of food composition have been compiled since the 1890s to meet the needs for nutrient data by nutritionists, researchers, and consumers. Early tables included values for protein, fat, carbohydrate, and calories. By 1945, values for several vitamins and minerals were listed in tables of food composition. The contents of food composition tables have been updated and expanded as laboratory procedures for analyzing nutrients have been improved. A trend toward increased specificity for most nutrient classifications has resulted in consideration of up to one hundred nutritional components in the development of nutrient data bases. Tables of food composition have varied in number of food items, number of nutrients, and classification schemes. Food-group designations have been used in some tables as a technique to categorize data for similar food items. Computer-stored nutrient data bases tend to vary in much the same manner as printed tables of food composition. Computer-assisted diagnostic procedures for editing input data for validity and verifying reasonable relationships among nutrient data have been developed to detect data inconsistencies. As data for new food products are included and the effects of food processing methods are determined, food composition tables and computer-stored nutrient data bases are expected to become more comprehensive, reliable, and suitable for various uses.

摘要

自19世纪90年代以来,人们编制了大量食物成分表,以满足营养学家、研究人员和消费者对营养数据的需求。早期的表格包含蛋白质、脂肪、碳水化合物和卡路里的值。到1945年,食物成分表中列出了几种维生素和矿物质的值。随着分析营养成分的实验室方法的改进,食物成分表的内容不断更新和扩展。大多数营养分类的特异性增加的趋势导致在营养数据库的开发中考虑多达100种营养成分。食物成分表在食物项目数量、营养成分数量和分类方案方面各不相同。在一些表格中,食物组名称被用作对类似食物项目的数据进行分类的一种技术。计算机存储的营养数据库的变化方式与印刷的食物成分表大致相同。已经开发了计算机辅助诊断程序,用于编辑输入数据的有效性并验证营养数据之间的合理关系,以检测数据不一致性。随着新食品产品数据的纳入以及食品加工方法的影响被确定,食物成分表和计算机存储的营养数据库有望变得更加全面、可靠,并适用于各种用途。

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