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Seamless Flooring and How It Affects Foodborne Illness
by Jeffrey Smedley
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Unfortunately, the nonprofit Council for Agricultural Science and Technology (CAST) has reported that zero risk of microbiological hazards is not possible and no method will eliminate all pathogens or toxins from the food chain ("Food Safety and Fresh Produce:An Update", 2009). Why? Despite progress improving the quality and safety of foods, the CAST report explains, any raw agricultural product can be contaminated. Bacteria may survive despite aggressive controls at the processing level, or the food may become contaminated somewhere along the way during transport, preparation, cooking, serving, and storage. Further, the CAST report stresses what food safety and public health officials have all recognized: Everyone in the food system, from producers to preparers, must be vigilant in controlling microbiological hazards. The following factors make controlling foodborne pathogens particularly challenging: Emerging pathogens demand even greater food safety vigilance than what was required in previous generations because as pathogens are evolving and becoming more widespread, humans are becoming more resistant to treatments. The food supply has become global, with many different countries supplying food products to the United States. More food is prepared and consumed away from home. The U.S. Department of Agriculture (USDA) estimates that consumers spend 48 cents of every food dollar eating out. Also, an increasing amount of food prepared away from the home is then taken home for consumption, thus creating more opportunities for contamination. Consumers may not always be consistent with handwashing and safe thawing habits. Adding to the challenge, microorganisms continue to adapt and evolve, often increasing their degree of virulence. For example, E.coli was first identified in 1982, but the bacterium has already been indicated as a cause for severe vomiting, bloody diarrhea, and even hemolytic uremic syndrome, which leads to kidney failure (CDC). Foodborne pathogens emerge for many reasons including: the globalization of our food supply; introduction of pathogens in different geographic areas as in the case of Vibrio cholerae introduced in the southern U.S. by ballast water; international travelers are often introduced to foodborne pathogens that are uncommon in the U.S.; and changes in microorganisms leading to antibiotic resistance and ability to thrive in different environmental conditions . At the same time, bacteria already recognized as sources of foodborne illness have found new modes of transmission. While many illnesses from E. coli occur from eating undercooked ground beef, the bacterium has also been traced to other foods, including salami, raw milk, lettuce, and unpasteurized apple cider. For these reasons, food safety and public health officials agree that along with aggressive efforts to identify, assess, and control microbiological hazards associated with each segment of the food production system, teaching everyone about safe food handling must be a national priority. Consumers, as the last stop in the farm-to-table continuum, have an important role to play in reducing their risk of foodborne illness.
General maintenance is very important to minimize the exposure of various bacteria and contamination of food stuffs. That is why maintain seamless substrates that drain well are so vital to the overall maintenance and upkeep of food processing facilities. Today, more than ever seamless flooring is so very critical to minimizing any day to day oversight. Anyone serious about their facility should certainly considering hiring a professional protective coating company to deisgn and install their working surfaces
This article was written by Jeffrey Smedley, President of High Performance Systems Corporation. He has been devoted to the protective coating industry his entire life, and in fact his business represents the third generation in his family. Please do not hesitate to visit High Performance Systems to learn more about their passion for excellence
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Jeffrey Smedley
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