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Antimicrobial treatments.


The prudent use of decontaminants, sanitizers and other antimicrobial treatments in processing foods appears to generate no bacterial resistance of concern to our health. Researchers recommend that current antimicrobial treatments continue unabated to ensure food safety and public health. The benefits of antimicrobial treatments are numerous. Antimicrobial treatments are helping to keep animals healthy and crops in good physical condition. The treatments also maintain sanitary conditions during processing. However, consumers' increased preference for minimally processed foods may be affecting the survival of resistant bacteria.

The current demand for minimally processed and preservative-free foods may increase the occurrence of resistant pathogens, say scientists, a result of fewer antimicrobial applications to foods that inactivate in·ac·ti·vate
v.
1. To render nonfunctional.

2. To make quiescent.



in·acti·va
 pathogens during processing. Antimicrobials can come in the form of preservatives preservatives,
n.pl food additives that hinder spoilage by reducing the growth of microorganisms. Include nitrates and nitrites, benzoates and sulfites, and many others.
 applied to keep food from deteriorating, or as fungicides This page aims to list well-known chemical compounds, to stimulate the creation of Wikipedia articles.

This list is not necessarily complete or up to date – if you see an article that should be here but isn't (or one that shouldn't be here but is), please update the page
 applied to produce, or as sanitizers and disinfectants used on processing equipment. More than 700 soaps and other antimicrobial products are marketed commercially for the home, but use of these decontaminants does not impact bacterial resistance in the environment at the level that medicine and agriculture do. This information can be found in the IFT IFT Institute of Food Technologists
IFT Institut für Fenstertechnik (German: Institute for Window Technology)
IFT Illinois Federation of Teachers
IFT Integrated Flight Test
IFT Interfacial Tension
IFT Institute for Tropospheric Research
 report: Antimicrobial Resistance: Implications for the Food System.

Contact: Michael Doyle
''This is an article about the university professor. For the politician from Pennsylvania, see Michael F. Doyle


Michael W. Doyle (born 1948) is an international relations scholar whose most influential work is Empires, an analysis of imperialism.
, Center for Food Safety, University of Georgia Organization
The President of the University of Georgia (as of 2007, Michael F. Adams) is the head administrator and is appointed and overseen by the Georgia Board of Regents.
, Griffin Campus, Melton Building, Griffin, GA 30223. Phone: 770-228-7284. Fax: 770-229-3216. Email: mdoyle@uga.edu.
COPYRIGHT 2006 Food Technology Intelligence, Inc.
No portion of this article can be reproduced without the express written permission from the copyright holder.
Copyright 2006, Gale Group. All rights reserved. Gale Group is a Thomson Corporation Company.

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Publication:Microbial Update International
Date:Aug 1, 2006
Words:220
Previous Article:Making Campylobacter easier to count.
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