食品中矿物质的分析:哥斯达黎加市场产品的三年调查

Carolina Cortés-Herrera, Graciela Artavia, Silvia Quirós-Fallas, Eduardo Calderón-Calvo, Astrid Leiva, Josue Vasquez-Flores, F. Granados-Chinchilla
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引用次数: 1

摘要

在食品工业中,开发和开展分析,以便对食品进行营养概况分析已变得越来越必要,特别是当涉及矿物质等必需营养素时。此外,有了这类信息,就有可能确定食品的特征、核实标签、监测条例、改善食品质量,并在人口中任何营养素缺乏或过量时采取公共卫生措施。在本次调查中,分析了不同食品(包括肉类、乳制品、可可、烘焙食品、水果、蔬菜、豆类、饮料、可可制品)中的总灰分、Cl、Ca、P、Mg、Fe、Zn、Cu、Na和K,共n = 2046、190、385、101、113、718、190、79、945和190个样品。这些样本是在2019年1月至2021年12月期间收集的,作为食品行业常规监测的一部分。食物矿物组分用重量法测定,氯化物用电位法测定,其余分析物用光谱法测定。对数据库进行了描述性统计分析,并按食物和矿物质的类型对信息进行了划分。
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Analysis of Minerals in Foods: A Three-year Survey from Costa Rican Market Products
Developing and carrying out analyzes that allow nutritional profiling of foods has become increasingly necessary in the food industry, especially when essential nutrients, such as minerals, are involved. In addition, having this type of information makes it possible to characterize the food, corroborate labeling, monitor regulations, improve food quality, and take public health measures when there are deficiencies or excesses in the population level of any nutrient. During this survey, total ash, Cl, Ca, P, Mg, Fe, Zn, Cu, Na, and K, were analyzed in different foods (including meat, dairy, cocoa, baked products, fruits, vegetables, legumes, beverages, cocoa products), for a total of n = 2046, 190, 385, 101, 113, 718, 190, 79, 945, and 190 samples, respectively. These samples were compiled from January 2019 to December 2021 as part of routine surveillance of the food industry. Food mineral fraction was assessed by gravimetry, chloride by potentiometry, and the rest of the analytes by spectrometry. Descriptive statistics were produced to analyze the database, and the information was divided by type of food and minerals.
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