Biofilms in the Food Environment (Institute of Food Technologists Series)

9780470277782: Biofilms in the Food Environment (Institute of Food Technologists Series)

Biofilms in the Food Environment examines biofilms produced by food-borne microorganisms, the risks associated with biofilms in the food chain, the beneficial applications of biofilms in the food environment, and approaches for biofilm removal to improve sanitation and safety in the food environment.

Specifically, this book provides:

  • an introduction into the emerging and exciting field of biofilm research in the food environment
  • a summary of advanced knowledge in medical microbiology and engineering and its applicability to food biofilm research, and
  • potential directions for biofilm intervention and industrial beneficial applications that may have direct impact on food safety and public health.

Biofilms in the Food Environment is intended to serve as a comprehensive reference source for the food science community, including industry scientists, university researchers, and regulatory agencies. Not only are general concepts regarding biofilms in the food environment covered, but also included are in-depth reviews on biofilm structures, the correlation between strain virulence and biofilm-forming abilities, cutting-edge technologies to investigate microbial compositions in ecosystems and cell-to-cell interactions, and updated findings on molecular attributes and mechanisms involved in biofilm development that might lead to targeted approaches for biofilm prevention and removal. The topics covered and approaches discussed are truly interdisciplinary in nature.

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Book Description:

Despite the implementation of cleaning and sanitation procedures consistent with good manufacturing practices, recurring foodborne outbreaks and product recalls associated with pathogens and spoilage microorganisms demand a better understanding of persistent mechanisms and alternative strategies - in addition to routine cleaning and sanitizing procedures - to minimize the potential for contamination of foods. Biofilms are microbial communities attached to surfaces which contain embedded cells that are more resistant to adverse environments than when those same cells are present in the planktonic state. Pathogenic or spoilage biofilm-forming microorganisms present on the surfaces of raw food materials and food processing equipment are potential sources of contamination, and the presence of biofilms in food environments may play an important role in food spoilage or disease transmission. Biofilms in the Food Environment is the comprehensive reference source on the topic for the general food science community, for industry scientists, university researchers, and regulatory agencies. Coverage in this IFT Press series book includes: general concepts related to biofilms; cutting-edge technologies for the study of biofilms; current research results on biofilm formation by pathogens on raw food materials and the relationship to foodborne outbreaks; current industrial approaches to remove and minimize the damage caused by biofilms; the role of environmental conditions in the food processing environment that may trigger biofilm formation on food contact surfaces; characterization of molecular elements and mechanisms involved in foodborne microorganism biofilm development; and biofilms that may be beneficial to health. Finally, a featured chapter of Biofilms in the Food Environment introduces recent approaches and results obtained from mixed culture biofilm studies, and points out hidden risks of these biofilms in the food environment.

About the Author:

Hans P. Blaschek, Ph.D. is Professor of Food Microbiology and Assistant Dean of the College of Agricultural, Consumer and Environmental Sciences, University of Illinois, Urbana-Champaign, Urbana, IL. Hua H. Wang, Ph.D. is Assistant Professor, Food Microbiology, in the Department of Food Science and Technology, The Ohio State University, Columbus, OH. Meredith E. Agle, Ph.D. is a Food Scientist in Bakery Research and Development at Rich Products, Buffalo, NY.

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