Additional thermal processing can reduce, eliminate surface pathogens.
Still, it has persisted as a common and significant pathogen, contaminating environmental surfaces in facilities that produce ready-to-eat (RTE) meat and poultry products, despite the implementation of HACCP controls. The USDA-FSIS has responded to the challenge by providing greater incentives for pathogen reduction if companies use both postprocess (post-cook) lethality steps that demonstrate significant reductions in Listeria and antimicrobial ingredients that either eliminate or control Listeria.
In December 2002 and June 2003, provisions were published that could reduce a high-medium-risk product category, i.e., hotdogs and RTE deli meats, to a low-risk grouping. This could lead to a reduction in the amount of product testing needed if validated pathogen reduction and control measures are implemented by companies.
New initiatives addressing pathogen reduction have been investigated by researchers at Oklahoma State University in response to these potential incentives. One area that has garnered considerable interest is in the postprocess surface pasteurization of RTE meat and poultry products. Many RTE products experience considerable exposure to environmental conditions after they are removed from cook-in bags either for further processing, such as smoke flavor processing, or for transfer into retail packaging bags.
While exposed, the products can acquire incidental contamination from racks and trays, workers' hands, food contact surfaces or aerosol sprays. Additional thermal processing for 1 minute to 3 minutes, immediately before or after the final packaging is in place, can reduce or eliminate surface pathogens and significantly reduce the risk to consumers.
These approaches are being implemented as effective pathogen reduction alternatives in the fight against foodborne pathogen contamination of RTE meat and poultry products. Further information. Peter Muriana, Food and Agricultural Products Research and Technology Center, Oklahoma State University, Room 109, Stillwater, OK 74078; phone: 405-744-5563; fax: 405-744-6313; email: firstname.lastname@example.org
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|Publication:||Microbial Update International|
|Date:||Feb 1, 2005|
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