Food microbiology has seen enormous growth in the last decade, fueled by the global pandemic with COVID-19 and continued routine outbreaks with traditional foodborne pathogens. Besides, climate change and global warming also affect agriculture and food production, in turn shifting microbial ecology. Such changes will affect pathogen behavior, spoilage, and microbial growth, impacting food safety and quality. Health-conscious consumers are also looking for foods with alternative protein sources from plants and insects, such as fermented, antioxidant, and micronutrient-rich superfoods. All three areas of food microbiology—beneficial, spoilage, and pathogenic microbiology—are expanding and progressing incredibly. What was once a simple process of counting colonies has become a sophisticated process of sequencing complete genomes, gene editing, and biotechnology for starter cultures and probiotics improvement and application of sophisticated analytical tools for microbial analysis.
Fundamental Food Microbiology, Sixth Edition, captures these developments and broadens coverage of foodborne disease mechanisms, spoilage microbes, and microbial inactivation strategies. Written by experts with approximately sixty years of combined experience, the book provides an in-depth understanding of how to reduce microbial food spoilage, improve intervention technologies, and develop effective control methods for different types of foods.
See What’s New in the Sixth Edition:
· Condensed chapter descriptions with illustrations
· CRISPER/Cas system for gene editing
· Novel food processing technologies including plasma and micro/nanobubble technologies
· Food radiation and hurdle concepts chapters are merged and overhauled
· Comprehensive list of mycotoxins and seafood-related toxins
· Updates on several new antimicrobial compounds from animal and plant sources
Maintaining the high standard set by the previous bestselling editions, based on feedback from students and professors, the new edition includes many more easy-to-follow figures and illustrations. The chapters are presented logically, connecting the information and allowing students to understand and retain the concepts presented easily. These features make this a comprehensive introductory text for undergraduates and a valuable reference for graduate-level and working professionals in food microbiology or food safety.
Part I Introduction to Microbes in Foods: History and Development of Food Microbiology 1. History and Development of Food Microbiology 2. Characteristics of Predominant Microorganisms in Food 3. Sources of Microorganisms in Food 4. Microbiological Quality of Foods and Its Significance Part II Microbial Growth Response in the Food Environment: Microbial Growth and Predictive Modeling 5. Microbial Growth and Predictive Modeling 6. Factors Influencing Microbial Growth in Food 7. Microbial Attachments and Biofilm Formation 8. Microbial Metabolism of Food Components 9. Microbial Sporulation and Germination 10. Microbial Stress Response in the Food Environment Part III Beneficial Uses of Microorganisms in Food 11. Microorganisms Used in Food Fermentation 12. Genetics and Biochemistry of Beneficial Traits 13. Starter Cultures and Bacteriophages 14. Microbiology of Fermented Food Production 15.Intestinal Bacteria and Probiotics 16. Food Biopreservatives of Microbial Origin, Bacteriocin and Nanotechnology 17. Food Ingredients and Enzymes of Microbial Origin Part IV Microbial Food Spoilage 18. Important Factors in Microbial Food Spoilage 19. Spoilage of Specific Food Groups 20. Food Spoilage Bacteria in Refrigerated Foods 21. Food Spoilage by Microbial Enzymes 22. Indicators of Microbial Food Spoilage Part V Microbial Foodborne Diseases 23. Foodborne Diseases and Food Safety Regulations 24. Foodborne Intoxications 25. Foodborne Bacterial Infections 26. Foodborne Toxico-infection 27. Viruses, Parasites, Molds and Mycotoxins, and Fish and Shellfish Toxins 28. Indicators of Bacterial Pathogens Part VI Hazard Analysis Critical Control Points and Control of Microorganisms in Foods 29. Hazard Analysis Critical Control Points (HACCP) 30. Control by Cleaning, Sanitation and Disinfection 31. Control by Physical Removal 32. Control by Heat (Thermal Processing) 33. Control by Low Temperature (Refrigeration) 34. Control by Reduced Water Activity (Drying) 35. Control by Low pH and Organic Acids 36. Control by Modified Atmosphere (or Reducing O–R Potential) 37. Control by Antimicrobial Preservatives and Bacteriophages 38. Control of Microbes by Irradiation 39. Control of Microbes by Novel Processing Technologies and Hurdle Methods 40. Conventional, Immunological, Molecular, and Biosensor Based Detection Methods
Biography
Bibek Ray, PhD, currently Professor Emeritus, was a professor of food microbiology in the Department of Animal Science at the University of Wyoming, Laramie. Professor Ray earned BS and MS degrees in veterinary science from the University of Calcutta and the University of Madras, in India, respectively. He received his PhD in food science from the University of Minnesota in 1970 and joined the faculty in the Department of Food Science, North Carolina State University, and then the Department of Biology at Shaw University, both at Raleigh. He joined the University of Wyoming in 1981. There he expanded his research to intestinal beneficial bacteria, bacteriocins of Gram-positive bacteria, and high hydrostatic pressure preservation of food along with his previous research activities in the area of microbial sublethal injury. He also taught courses in food microbiology, food fermentation, food safety, and a course titled “Safety of Our Food” to nonscience undergraduates. His laboratory was involved in extensive studies in both basic and applied areas of the bacteriocin pediocin AcH from Pediococcus acidilactici H. In addition, his group studied various aspects of bacteriocins produced by Lactococcus, Leuconostoc, Lactobacillus, Pediococcus, and Bacillus and Staphylococcus spp. He received research funding from the National Science Foundation, American Public Health Association, National Live Stock and Meat Board, United States Department of Agriculture, United States Army Research, North Atlantic Treaty Organization (with Turkey) and Binational Agriculture Research Development Agency (with Israel), Wyoming Development Fund, and the industry. Before retirement, he was studying the combined effect of bacteriocins, ultrahigh hydrostatic pressure, and pulse field electricity and sublethal injury on the destruction of microbial cells and spores and its application in food preservation. In addition, Dr Ray established collaborative research programs with research institutes and universities in Turkey, Israel, India, Indonesia, and France. He also participated in symposiums, offered short courses, presented research activities and visited Research Laboratories in Japan, Indonesia, Thailand, Australia, New Zealand, India, Turkey, France, Spain, Germany, Norway, Belgium, England, Denmark, Netherlands, Hungary, Austria, Greece, Italy, Mexico, Canada and Argentina.
Arun K. Bhunia, BVSc, PhD, is a professor of molecular food microbiology in the Department of Food Science and the Department of Veterinary Comparative Pathobiology (Courtesy) at Purdue University, West Lafayette, Indiana (USA). He is also affiliated with the Purdue Institute of Immunology, Inflammation and Infectious Disease and the Purdue University Interdisciplinary Life Sciences program (PULSc).
Professor Bhunia received his bachelor of veterinary medicine degree (1984) from Bidhan Chandra Krishi Viswa Vidyalaya (currently West Bengal University of Fisheries and Animal Sciences), West Bengal, India. He received his PhD (1989) from University of Wyoming (USA) under the mentorship of Professor Bibek Ray and postdoctoral training (1995) from University of Arkansas, Fayetteville, under the mentorship of Prof. Michael G. Johnson and then joined Alabama A&M University (Huntsville, Alabama) as an assistant professor in 1995. In 1998, he joined the Department of Food Science at Purdue University. He teaches four graduate-level courses: Food Microbiology, Microbial Foodborne Pathogens (major topics: Mechanism of the pathogenesis of foodborne pathogens and toxins and the host-parasite interactions); Microbial Techniques for Food Pathogen (Laboratory course that incorporates rapid methods employing immunoassays, and genetic and biosensor tools), and co-teaches a graduate level journal club, Intestinal Microbiology and Immunology. In addition, he routinely lectures in courses such as Principles of Public Health (both undergraduate and graduate level) on foodborne diseases and Veterinary Microbiology and Mycology on zoonotic foodborne pathogens. Prof. Bhunia’s laboratory maintains a balanced research program (basic and applied) to address problems related to foodborne pathogens in the following areas: microbial pathogenesis (host-pathogen interaction), immunology, probiotic bioengineering, and foodborne pathogen detection. His research has been funded by grants from the U.S. Department of Agriculture, the National Science Foundation, the National Cattleman's Beef Association, the National Institute of Health, and Feed Company.
