Update on Tuesday, September 1, 2015

The project is designed to provide a better understanding and address the lack of scientifically-supported tools available to the industry to define lethal cooking processes and establish validated regulatory compliance for different ready-to-eat meat products.  

Update on Tuesday, May 1, 2012

The project will evaluate control strategies for Listeria monocytogenes in retail delis identified as having a higher risk of L. monocytogenes prevalence and persistence. Project is co-sponsored by the Food Marketing Institute Foundation.

Update on Tuesday, November 1, 2011

This research will determine if bacterivorous protozoa contribute to shaping bacterial communities in food processing plants and influence the survival of Listeria monocytogenes in floor drains. The proposed project is designed to identify Listeria-lytic protozoa and isolate them for further research in the use of naturally decontaminating floor drains.


Final report submitted on Tuesday, March 1, 2016

This study will investigate the impact of compositional, physical, and intrinsic factors on pathogen lethality and the relationship between relative humidity and wet bulb control to determine if wet bulb could be utilized as a more effective and suitable lethality tool. This project builds on previous AMIF-funded research.

Final report submitted on Tuesday, September 1, 2015

This project evaluated high voltage atmospheric cold plasma technology on treatment ready-to-eat deli-style, chicken breast meat for reduction of Listeria monocytogenes and its impact on product quality.

Final report submitted on Sunday, June 1, 2014

This white paper defined multi-drug resistance as related to different bacterial pathogens; discusses sources of multi-drug resistance and how resistance genes are transmitted among different strains and different species of bacteria; identifies multi-drug resistant bacteria associated with different foods and food production animals; evaluates efficacy of interventions to prevent development of multidrug resistance and to prevent contamination of foods with multidrug resistant pathogens; and recommends risk mitigation strategies in a preventive food safety process management system.

Final report submitted on Sunday, September 1, 2013

This white paper provides information on epidemiology of foodborne listeriosis and interventions for controlling this pathogen. Reports of human illness and outbreaks and on levels of contamination of meat and other foods were gathered to demonstrate trends in recent years and identify foods and environments where contamination problems persist.

Final report submitted on Thursday, August 1, 2013

Due to the concern for recovery of injured L. monocytogenes on natural and organic processed meats where many conventional antimicrobials cannot be used, a series of compounds with antimicrobial potential for use in these products combined with different post-lethality treatments were evaluated for the most effective combinations. The studies demonstrated that selected natural antimicrobial ingredients and post-lethality interventions currently available to manufacturers of natural and organic ready-to-eat processed meats are effective at addressing the potential presence of Lm on such products. Moreover, the work further substantiated the effectiveness of a multiple hurdle approach for the control of Lm in RTE processed meat products.

Final report submitted on Thursday, August 1, 2013

This project developed a white-paper addressing the scientific support behind current Listeria monocytogenes process controls employed by the ready-to-eat meat and poultry industry. The “Seek and Destroy” strategy is a systematic approach to finding sites of persistent growth in food processing plants, with the goal of either eradicating or monitoring and mitigating effects of niches.

Final report submitted on Monday, July 1, 2013

This study focused on developing new Appendix A style time-temperature tables for non-beef ready-to-eat products such as turkey deli-breast and boneless ham. Researchers also compared the baseline results from the original work that was conducted to develop Appendix A to the results of this study for Salmonella in roast beef and confirmed the validity of its effectiveness for pathogenic E. coli and L. monocytogenes strains.