This book summarizes the knowledge of naturally occurring toxic and antinutritive food compounds. It includes those plants and animals of value or potential value for human nutrition, either by direct consumption or indirect. as feed for domestic animals. Also included are toxic and antinutritive compounds formed from food components during processing and storage, as well as the toxic and antinutritive compounds present as natural constituents in raw materials and foodstuffs. FEATURES: Discusses food intolerance-inducing compounds, toxins and toxic compounds; Focuses on the most frequently occurring intolerances; Describes the reaction conditions for the formation of these compounds, as well as for their degradation; Considers nitroso compounds and ethyl carbamate formation.

This book summarizes the knowledge of naturally occurring toxic and antinutritive food compounds. It includes those plants and animals of value or potential value for human nutrition, either by direct consumption or indirect. as feed for domestic animals. Also included are toxic and antinutritive compounds formed from food components during processing and storage, as well as the toxic and antinutritive compounds present as natural constituents in raw materials and foodstuffs. FEATURES: Discusses food intolerance-inducing compounds, toxins and toxic compounds; Focuses on the most frequently occurring intolerances; Describes the reaction conditions for the formation of these compounds, as well as for their degradation; Considers nitroso compounds and ethyl carbamate formation.

This book summarizes the knowledge of naturally occurring toxic and antinutritive food compounds. It includes those plants and animals of value or potential value for human nutrition, either by direct consumption or indirect. as feed for domestic animals. Also included are toxic and antinutritive compounds formed from food components during processing and storage, as well as the toxic and antinutritive compounds present as natural constituents in raw materials and foodstuffs. FEATURES: Discusses food intolerance-inducing compounds, toxins and toxic compounds; Focuses on the most frequently occurring intolerances; Describes the reaction conditions for the formation of these compounds, as well as for their degradation; Considers nitroso compounds and ethyl carbamate formation.

This resource discusses all aspects of food poisoning and its sources such as bacteria, plant, and fungus - presenting the pathogens and food toxins in detail. Featuring contributions from over 30 leading authorities in the field, Food Poisoning ...: describes bacterial food contaminants including staphylococcal, salmonellae, E. coli, Clostridium perfringens, Bacillus cereus, cholera, and botulism; covers the prevention and treatment of mushroom and other poisonings from grains and plant-type foods; explains how to aid allergic reactions resulting from eating certain foods; identifies which kinds of seafood may cause severe poisoning; explores teratogenic aspects of food poisoning, outlining which foods pregnant women should avoid; and shows how those sensitive to nitrosamines can avoid such food poisoning.;Extensively referenced with more than 2200 literature citations, Volume 7: Food Poisoning serves as essential reading for toxicologists, microbiologists, dietitians and nutritionists, public health officials, food scientists and technologists, agricultural chemists and biochemists, bacteriologists, and graduate-level students in food science and toxicology.

Comprehensive and accessible, this book presents fundamental principles and applications that are essential for food production and food service safety. It provides basic, practical information on the daily operations in a food processing plant and reviews some of the industry's most recent developments. Formerly titled Food Plant Sanitation, this

The first book to look at all the issues involved in GM (genetically modified food) technology in a clear and dispassionate way. Alan McHughen surveys the technology that makes GM food possible, assesses the risk of health and environmental dangers and the regulatory and labelling processes in force to protect the consumer. Question and answer boxes and case histories, and the author's easy writing style make this an essential purchase for all those interested in the debate. - ;Are you concerned about fish genes in tomatoes? Worried that brazil nut genes in soybeans can result in potentially lethal allergic reactions? That rapeseed plants bred to be resistant to herbicides could become uncontrollable superweeds? You are not alone. The issue of genetically modified foods has fast become one of the most debated of recent years, with scientists and companies seeking to develop the technology on one side, and consumer groups and environmentalists on the other. However, in spite of the great heat generated by the debate, there is very little real information on the subject, either about the technologies in use or about the regulatory processes established to approve the processes and the products. This book sets out to explain, in clear and direct language, the technologies underlying so-called genetically modified food, and compares them with other "natural" methods of plant breeding and production. The author then looks at the safeguards in place from regulators around the world and asks whether these are sufficient. The question of labelling, held by some to be an obvious way out for concerned consumers, is examined, and the honesty and usefulness of some of these labels addressed. The book then looks at issues of real concern, particularly environmental issues, and ways in which a consumer can seek to avoid GMOs if they so choose. In each chapter, key topics are addressed through question and answer boxes. Real case histories illustrate the development and regulation of GMOs, and by the end of the book the reader will be able to make an informed choice about whether to support or challenge this technology, the products of which are increasingly pervasive. -

The events that took place on September 11th caused Dr. John Brighton, a naturopathic health consultant, to ask himself questions about what role natural forms of healing might have in a scenario involving weapons of mass destruction (WMD). As he examined the issues and the nature of the threat, he felt assured that a naturalistic approach could make a significant contribution in conjunction with that offered by conventional medicine. Moreover, he felt that to use both would provide a more powerful deterrent than if either were used alone. The naturalistic approach would augment the use of drugs by adding 5 extra lines of defense aimed at supporting and strengthening the immune system to deal with such a dire event. These lines include: A psychological dimension A social dimension A preventative dimension An environmental dimension A specific dimension The whole idea of this holistic strategy is to employ prevention and immune-enhancing factors in order to reduce the level of crisis to begin with. As a result, the dependency on antibiotics (there are no effective antivirals) and other valuable medical resources can be considerably reduced, and, most importantly, preserved for when they would be needed most. Another benefit of integrating these two systems would add what Dr. Brighton calls "synergistic complexity" as a way to reduce the current crisis of germ resistance to many most potent antibiotics and to provide a holistic approach to all forms of WMD. The book clarifies the scope of the threat we face by examining: The variety of biological, chemical, and nuclear threats The factors involved in the creation of WMD The uncanny capacity of microbes to develop resistance to our medications The threat of bioengineering and the creation of superbugs How synergistic complexity could provide a possible solution A chapter is dedicated to focusing on the specific nature and challenges posed by each biological, chemical and nuclear agent. This includes: A description of the agent How it causes harm How it might be used as a weapon, and the possibility of it being used How it is detected diagnostically and in the field The conventional method of care and treatment The suggested natural forms of defense including herbs, vitamins & minerals, and other natural substances and healing therapies. The book ends with a forward-looking chapter on emerging technologies that have promise of increasing our level of defense against WMD. A bibliography and a full section on resources are available.

Detox Diets For Dummies is your guide to making informed choices about cleansing your body and mind safely and conveniently Researchers have found that we ingest dangerous chemicals every day in our food, water, and the air we breathe. Detox Diets For Dummies helps you understand the effects of these chemicals on your body and find safe, gentle methods to expel them from your system. This comprehensive guide provides clear, reliable information on the leading detox plans so you can accurately assess your own needs and select the best plan for your desired detox goal. A screening quiz helps you identify the program and plan that best suits your lifestyle and personal detox objectives. Detox Diets For Dummies provides plenty of healthy recipes and exercises help clear your body of toxins without harmful or unpleasant side effects. Helps you flush away harmful chemicals safely and easily Reveals why some popular detox programs may cause more harm than good Supplies a screening quiz to help you identify your personal detox needs and choose the right program Recommends programs for quitting smoking or drinking, fighting allergies, and losing weight, calming stress and anxiety, increasing your energy, and revitalizing your spirit. Includes more than 35 recipes for safe cleansing of toxins and other harmful agents Whether you are motivated by weight loss, disease prevention, metal purification, or physical revival-Read Detox Diets For Dummies for a variety of detox programs that are all natural and fit every lifestyle.

The latest updated edition of the market-leading guide to Good Manufacturing Practice (GMP) in the food and drink industry This all-new, 7th edition of Food and Drink - Good Manufacturing Practice: A Guide to its Responsible Management features a wealth of new information reflecting changes in the industry and advances in science that have occurred since the publication of the last edition back in 2013. They include topics such as: Food Safety Culture, Food Crime and Food Integrity Management Systems, Food Crime Risk Assessment including vulnerability risk assessment and Threat Analysis Critical Control Point (TACCP), Security and Countermeasures, Food Toxins, Allergens and Risk Assessment, Provenance and authenticity, Electronic and digital traceability technologies, Worker Welfare Standards; Smart Packaging, Food Donation Controls and Animal Food Supply, Safety Culture; Provenance and integrity testing and Sustainability Issues. In addition to the new topics mentioned above, Food and Drink - Good Manufacturing Practice, 7th Edition offers comprehensive coverage of information in chapters on Quality Management System; Hazard Analysis Critical Control Point (HACCP); Premises and Equipment; Cleaning and Sanitation; Product Control, Testing and Inspection; Heat Preserved Foods; Frozen Foods; Foods for Catering and Vending Operations; and much more. Comprises both general guidance and food sector-specific requirements for good manufacturing practice Incorporates all the most recent developments and changes in UK and EU law Provides a readable and accessible reference for busy managers in the food industry Food and Drink - Good Manufacturing Practice: A Guide to its Responsible Management, 7th Edition is a valuable reference for anyone in a managerial or technical capacity concerned with the manufacture, storage, and distribution of food and drink. The book is also a “must –read” for the recommended reading lists for food science, food technology and food policy undergraduate and postgraduate studies. IFST - the Institute of Food Science and Technology is the leading qualifying body for food professionals in Europe and the only professional qualifying body in the UK concerned with all aspects of food science and technology.