Mineral Components in FoodsAuthor:
Publisher: CRC Press
Publish date: noviembre 2006
Explains the interaction between chemical elements and dietary components Describes the impact of storage and processing on mineral components Considers contamination by metals and metalloids, from packaging containers as well as environmental sources Stresses the bioaccumulation of radionuclides in foods Examines the risk of toxicity from excessive intake of food supplements Presents the health consequences of an excess or deficiency of dietary exposure to trace elements Contains more than ca. sixty illustrations (mainly two-segment figures) and numerous tables allowing clear rapid assimilation of detailed data Recent studies have raised concerns about the health effects of dietary exposure to trace elements. An estimated 40 percent of the world's population suffers from developmental and metabolic functional disorders due to trace element deficiencies. Conversely, there is an established link between excess intake of mineral components and diseases of the endocrine, kidney, liver, cardiovascular, and skeletal system. It has become crucial that food chemists understand the origin, function, bioavailability, and interactions of mineral components in food. Mineral Components in Foods presents the state of knowledge on the distribution, speciation, and interaction of mineral components and contaminants inherent in different raw materials and products, as well as acquired during processing, packaging, and handling. With contributions written by some of the foremost food researchers in the world, this book considers the analysis of mineral components in food, the recent advancements in analytical techniques including statistical multivariate approaches to confirm authenticity based on mineral composition, and the quality control practices that ensure consistent and accurate data. The functional role of a number of minerals is addressed along with the effects of their deficiency or excess on the body, their interactions with other minerals, and their changes during storage and processing. Specifically, the authors examine mineral distribution in certain animal and plant products including confections, honey, wine and beer. A considerable portion of the book is devoted to the contamination of foods and food supplements by metals, metalloids and radionuclides, from packaging containers as well as a variety of environmental pathways. With numerous tables and figures clearly expressing a wealth of detailed data, Mineral Components in Foods provides food chemists, quality control professionals, nutritionists, and students in these fields with an invaluable resource to the current research on the role of minerals in food quality and food contaminants.
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