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This popular and widely used text/reference has been updated, revised and substantially expanded. The new edition contains a complete overview of the chemical and physical properties of the major and minor food components and their changes during processing, handling and storage. Food chapters cover water, lipids, carbohydrates, protein, minerals, vitamins and enzymes. Also covered are color, flavor and texture, as well as additives and contaminants. A new chapter discusses the bases of regulatory control of food composition and quality. Full of illustrations and tables, each chapter also contains a bibliography, providing readers with quick access to the relevant literature. An Instructor's manual is available to adopting professors.

In this era of emphasis on food safety and security, high-volume food processing and preparation operations have increased the need for improved sanitary practices from processing to consumption. This trend presents a challenge for the food processing and food preparation industry. Now in its 5th Edition, the highly acclaimed Principles of Food Sanitation provides sanitation information needed to ensure hygienic practices and safe food for food industry personnel as well as students. The highly acclaimed textbook and reference addresses the principles related to contamination, cleaning compounds, sanitizers, cleaning equipment. It also presents specific directions for applying these concepts to attain hygienic conditions in food processing or food preparation operations. New features in this edition include: A new chapter on the concerns about biosecurity and food sanitation Updated chapters on the fundamentals of food sanitation, contamination sources and hygiene, Hazard Analysis Critical Control Points, cleaning and sanitizing equipment, and waste handling disposal Comprehensive and concise discussion about sanitation of low-, intermediate-, and high-moisture foods

UNDERSTANDING FOOD SCIENCE AND TECHNOLOGY is a comprehensive introductory level text that provides thorough up-to-date coverage of a broad range of topics in food science and technology. The text begins with an explanation of the interdisciplinary nature of food science (including biology, engineering, chemistry, and physics) and describes avenues of advanced study in the field. The text explores key food commodities and food composition with an emphasis on the functional properties of each commodity. Three chapters on food chemistry cover the chemical and physical properties of foods through the use of many easy to understand figures, tables, and illustrated concepts. Next the text includes an overview of food law that provides historical perspective as well as the latest information on nutrition labeling and food regulation. Thorough coverage of processing methods in included in all major food commodities as well as a background in microbiology and fermentation, food handling and safety, food contamination, HACCP principles and toxicology. The final chapters cover food engineering concepts and applications, biotechnology and the field of sensory evaluation and food product development with coverage of marketing principles.

The processing of food is no longer simple or straightforward, but is now a highly inter-disciplinary science. A number of new techniques have developed to extend shelf-life, minimize risk, protect the environment, and improve functional, sensory, and nutritional properties. The ever-increasing number of food products and preservation techniques creates a great demand for an up to date handbook that will facilitate understanding of the methods, technology, and science involved in the manipulation of these conventional and sophisticated preservation methods.Extensively revised, reorganized, and expanded from 25 to 44 chapters, the Handbook of Food Preservation, Second Edition remains the definitive resource on food preservation. It emphasizes practical, cost-effective, and safe-strategies for implementing preservation techniques and dissects the exact mode or mechanism involved in each method by highlighting the effects on food properties. Divided into five sections the book begins with an overview of food preservation and handling including fresh fruits and vegetables, grains and pulses, fish, red meat, and milk. It presents comprehensive preservation methods based on chemical and microbiological additives, such as fermentation and pH lowering agents. The book details methods of physical manipulation involving modified-atmosphere packaging, membrane technology, surface treatment, and edible coating. There is also an extensive description of preservation methods using thermal and other energy such as irradiation, high-pressure, and pulsed electric or magnetic fields. Finally, the book presents a range of indirect approaches to improve quality and safety and good manufacturing practices. Containing fundamental and practical aspects of today's current and emerging preservation methods, the Handbook of Food Preservation, Second Edition helps practicing industrial and academic food scientists, technologists, and engineers develop high-quality, safe products through better understanding and control of the processes.

The fourth edition of this leading textbook presents the engineering concepts and unit operations used in food processing in a classroom-proven and unique blend of principles with applications. Describing the application of a particular principle followed by the quantitative relationships that define the related processes, each chapter also includes solved examples and problems to evaluate reader comprehension.Authors Singh and Heldman use their many years of teaching to present food engineering concepts in a logical progression that covers the standard course curriculum making it easily adaptable for each classroom. WHY ADOPT THIS NEW EDITION?* NEW CHAPTERS ON:- Supplemental Processes- Filtration- Sedimentation- Centrifugation- Mixing- Extrusion Processes for Foods- Packaging Concepts- Shelf Life of Foods * EXPANDED INFORMATION ON:- Transport of granular foods and powders- Process controls and measurements- Emerging technologies such as high pressure and pulsed- Electric field Design of plate heat exchangers- Impact of fouling in heat transfer processes- Use of dimensional analysis in solving problems * Author Web site with animated versions of figures * Examples throughout each chapter, presented in "Given - Approach - Solution" format for clear presentation of key concepts * End of Chapter Problems to assess comprehension * List of Symbols * "Advanced" level questions called out in a separate section Key equations highlighted * Written to follow the typical Food Engineering course, making it easily adaptable for each classroom

With increased consumer pressure to reduce the use of pesticides, fertilizers, veterinary medicines and growth promoters in food production systems, demand for organic food continues to rise. Safety and quality scandals have hit the industry in recent years and consumer confidence will only remain high if the safety, quality and health of organic food benefits are assured. This handbook provides comprehensive coverage of the latest research and best practice in ensuring the safety, sensory and nutritional quality of foods from organic and low input production systems to enable professionals to meet consumer demand for safe and high quality foods.

Divided into five parts, Microbial Food Contamination, Second Edition looks at emerging foodborne human pathogens andcomprehensively evaluates the microbiology, biochemistry, detection, risk, and threat of foodborne illness in today’s global market. The first section introduces new insights into the pathogenic effect of E. coli, viral diseases, and protozoan parasites, as well as prions and other zoonotic diseases. It discusses mycotoxins and aflatoxins, particularly the carcinogenicity of aflatoxin B1 and the chemoprevention of liver cancer. Detection, Monitoring, and Control Presenting recent advances in the detection and monitoring of foodborne pathogens, section two reviews rapid electrochemical biosensors, new methods to detect prion diseases, and the use of polymerized chain reaction (PCR) for detection, identification, and typing of microorganisms. Section three examines control and prevention measures including Kosher and Halal food laws, and the use of naturally occurring antimicrobials, irradiation, and other physical control strategies. It also considers the genetic and biochemical control of aflatoxigenic fungi. International Regulation and Trade Globalization reduces traditional geographic borders that once prohibited pathogens from spreading and increases the risk of transnational outbreaks. The impact of this trend on international trade is evaluated in section four with a look at the implications of mad cow disease on the beef trade. It also provides an overview of programs to mitigate contamination such as the Codex Alimentarius and the International Food Safety Authorities Network. Bioterrorism Addressing the most frightening aspect of microbial contamination, section five explores bioterrorism and the different chemical, radiological, and biological agents that could be employed to deliberately contaminate food. Contributors take a critical look at present food protection strategies and propose a Food Defense Plan that can reduce vulnerability.