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    Food Authentication using Infrared Spectroscopic Methods

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    Author
    Downey, Gerard
    Kelly, J. Daniel
    Keyword
    Food authentication
    Infrared spectroscopy
    Adulteration
    Date
    01/06/2006
    
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    URI
    http://hdl.handle.net/11019/979
    Citation
    Downey, G., Kelly, J.D., Food Authentication using Infrared Spectroscopic Methods, Ashtown Food Research Centre Research Report No. 79, Teagasc, 2006
    Abstract
    Confirmation of the authenticity of a food or food ingredient is an increasing challenge for food processors and regulatory authorities. This is especially the case when an added-value claim, such as one relating to geographic origin or a particular processing history, is made on the food label. Regulatory agencies are concerned with the prevention of economic fraud while the food processor needs confirmation of such claims in order to protect a brand, the image of which could be severely damaged should an adulterated ingredient make its way into the branded food product.To be of greatest value, any analytical tool deployed to confirm authenticity claims needs to be portable, easy to use, non-destructive and accurate. Infrared spectroscopy, near and mid-infrared, is a tool which has been demonstrated to possess these properties in a wide range of situations.While some applications in food authenticity have been reported, the work undertaken in this project was designed to explore their capabilities regarding a number of products and authenticity issues of particular interest to the Irish agri-food industry i.e. olive oil, honey, soft fruit purées and apple juice.
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