This book comprehensively addresses the sources of allergenic contaminants in foods, their fate during processing, and the specific measures that need to be taken to minimize their occurrence in foods. The book provides up-to-date information on the nine major allergens (as well as other emerging allergens) and practical guidelines on how these allergens can be identified and controlled during production and processing. Starting with an introduction to food allergens, the book follows with sections on food allergen management during production and processing, guidelines for the processing of specific allergen-free foods, techniques for hypo-allergenization and allergen detection, and allergen-free certification.

Food Processing for Increased Quality and Consumption, Volume 18 in the Handbook of Food Bioengineering series, offers an updated perspective on the novel technologies utilized in food processing. This resource highlights their impact on health, industry and food bioengineering, also emphasizing the newest aspects of investigated technologies and specific food products through recently developed processing methods. As processed foods are more frequently consumed, there is increased demand to produce foods that attract people based on individual preferences, such as taste, texture or nutritional value. This book provides advantageous tools that improve food quality, preservation and aesthetics. - Examines different frying techniques, dielectric defrosting, high pressure processing, and more - Provides techniques to improve the quality and sensory aspects of foods - Includes processing techniques for meat, fish, fruit, alcohol, yogurt and whey - Outlines techniques for fresh, cured and frozen foods - Presents processing methods to improve the nutritional value of foods

Whenever I step into an aeroplane I cannot avoid considering the risks associated with flying. Thoughts of mechanical failure, pilot error and ter rorist action fill my mind. I try to reassure myself with statistics which tell me there is greater chance of injury crossing the road. The moment the plane takes off I am resigned to my fate, placing faith in pilots who are highly qualified and superbly trained for the task of delivering me safely to my destination. To be a passenger in an aeroplane is to express faith in the systems used by the airline. It is to express a faith in the quality of the airline's organisation and the people who work within it. The same is true of surgery. Thoughts of mortality are difficult to avoid when facing the surgeon's knife. However, faith in the surgeon's training and skill; faith in the anaesthetist and theatre technicians, faith in the efficient resources and quality of the hospital all help to convince that there is little need to worry. Apart from flying and surgery there are many facets of life which entail risk, but, knowing the risks, we willingly place our confidence in others to deliver us safely. In the consumption of food, however, few of us consider the risks. Everyday, if we are fortunate, we eat food. Food sustains and gives us pleasure. Food supports our social interactions.

Recent publications in food engineering concern mainly food process engi neering, which is related to chemical engineering, and deals primarily with unit operations and unit processes, as applied to the wide variety of food processing operations. Relatively less attention is paid to the design and operation of food processing equipment, which is necessary to carry out all of the food processes in the food plant. Significant technical advances on processing equipment have been made by the manufacturers, as evidenced by the efficient modem food pro cessing plants. There is a need to relate advances in process engineering to proc ess equipment, and vice versa. This book is an attempt to apply the established principles of transport phe nomena and unit operations to the design, selection, and operation of food pro cessing equipment. Since food processing equipment is still designed empiri cally, due to the complexity of the processes and the uncertainty of food properties, description of some typical industrial units is necessary to understand the operating characteristics. Approximate values and data are used for illustra tive purposes, since there is an understandable lack of published industrial data.

The biochemistry of food is the foundation on which the research and development advances in food biotechnology are built. In Food Biochemistry and Food Processing, Second Edition, the editors have brought together more than fifty acclaimed academicians and industry professionals from around the world to create this fully revised and updated edition. This book is an indispensable reference and text on food biochemistry and the ever increasing developments in the biotechnology of food processing. Beginning with sections on the essential principles of food biochemistry, enzymology, and food processing, the book then takes the reader on commodity-by-commodity discussions of biochemistry of raw materials and product processing. Chapters in this second edition have been revised to include safety considerations and the chemical changes induced by processing in the biomolecules of the selected foodstuffs. This edition also includes a new section on health and functional foods, as well as ten new chapters including those on thermally and minimally processed foods, separation technology in food processing, and food allergens. Food Biochemistry and Food Processing, second edition fully develops and explains the biochemical aspects of food processing, and brings together timely and relevant topics in food science and technology in one package. This book is an invaluable reference tool for professional food scientists, researchers and technologists in the food industry, as well as faculty and students in food science, food technology and food engineering programs. The Editor Dr. Benjamin K. Simpson, Department of Food Science and Agricultural Chemistry, McGill University, Quebec, Canada Associate Editors Professor Leo Nollet, Department of Applied Engineering Sciences, Hogeschool Ghent, Belgium Professor Fidel Toldrá, Instituto de Agroquímica y Tecnología de Alimentos (CSIC), Valencia, Spain Professor Soottawat Benjakul, Department of Food Technology, Prince of Songkla University, Songkhla, Thailand Professor Gopinadhan Paliyath, Department of Plant Agriculture, University of Guelph, Ontario, Canada Dr. Y. H. Hui, Consultant to the Food Industry, West Sacramento, California, USA

Presents industry reviews including a section of "trends and forecasts," complete with tables and graphs for industry analysis.