(hi)(hi)(hi)(hi)
:gift::gift:
Extraction of Organic Analytes from Food: A Manual
of Methods
(Rsc Food Analysis Monographs)
By
Ron Self
:gift::gift:
Extraction of Organic Analytes from Food: A Manual
of Methods
(Rsc Food Analysis Monographs)
By
Ron Self
Publisher
Royal Society of Chemistry
Number Of Pages: 344
Publication Date: 2005-07-01
ISBN-10 / ASIN: 0854045929
ISBN-13 / EAN: 9780854045921
Binding: Hardcover
Royal Society of Chemistry
Number Of Pages: 344
Publication Date: 2005-07-01
ISBN-10 / ASIN: 0854045929
ISBN-13 / EAN: 9780854045921
Binding: Hardcover
BooK Description
This book is designed as a laboratory manual of methods used for the preparation and extraction of organic chemical compounds from food sources. It offers ideas on how to facilitate progress towards the total automation of the assay, as well as proposing assays for unknowns by comparison with known methods.
Beginning with an introduction to extraction methodology, Extraction of Organic Analytes from Foods then progresses through sample preparation, extraction techniques (partition, solvation, distillation, adsorption and diffusion) and applications. Subject indices for the applications are organised by commodity, method, chemical class and analyte, and provide useful examples of references from the literature to illustrate historical development of the techniques. Examples of methods that have been compared, combined or used in collaborative trials have been correlated and used to form the beginnings of a database that can be expanded and updated to provide a laboratory reference source.
Logically structured and with numerous examples, Extraction of Organic Analytes from Foods will be invaluable to practising food analysts as both a reference and training guide. In addition, the introductory sections in each chapter have been written with food science and technology students in mind, making this an important title for academic libraries.
This book is designed as a laboratory manual of methods used for the preparation and extraction of organic chemical compounds from food sources. It offers ideas on how to facilitate progress towards the total automation of the assay, as well as proposing assays for unknowns by comparison with known methods.
Beginning with an introduction to extraction methodology, Extraction of Organic Analytes from Foods then progresses through sample preparation, extraction techniques (partition, solvation, distillation, adsorption and diffusion) and applications. Subject indices for the applications are organised by commodity, method, chemical class and analyte, and provide useful examples of references from the literature to illustrate historical development of the techniques. Examples of methods that have been compared, combined or used in collaborative trials have been correlated and used to form the beginnings of a database that can be expanded and updated to provide a laboratory reference source.
Logically structured and with numerous examples, Extraction of Organic Analytes from Foods will be invaluable to practising food analysts as both a reference and training guide. In addition, the introductory sections in each chapter have been written with food science and technology students in mind, making this an important title for academic libraries.
