Pesticide, Veterinary and Other Residues in Food (Woodhead Publishing Series in Food Science, Technology and Nutrition)

Now more than ever, producing safe foods is of paramount importance for public safety. As the food industry strives to balance methods for efficient food production with overall safety, new research must be analyzed to quickly incorporate safe standards. A state-of-the-art reference, however, has not been available until now. Pesticides, Veterinary and other Residues in Food reviews the wealth of research on assessing and managing the risks from pesticide, veterinary, and other chemical residues in food. Beginning with an introductory chapter on the key issues in food toxicology, Part 1 covers the assessment and management of risks. Chapters cover genetic susceptibility, dietary carcinogens, good agricultural practice and HACCP systems, and targeted and rapid methods for analyzing residues in food. Part 2 looks at veterinary residues, covering their safety, toxicology, and detection. Part 3 examines pesticides. In the final part, chapters summarize a wide range of other chemical residues in food. David Watson is a Fellow of the prestigious Royal Society of Chemistry and the Institute of Biology, and his expertise and insight has made Pesticides, Veterinary and Other Residues in Food a standard reference for all those concerned with ensuring the safety of food. Identifying pathogens in food quickly and accurately is one of the most important requirements in food processing. The ideal detection method needs to combine such qualities as sensitivity, specificity, speed and suitability for on-line applications. Detecting pathogens in food brings together a distinguished international team of contributors to review the latest techniques in microbiological analysis and how they can best be used to ensure food safety.

Part one looks at general issues, beginning with a review of the role of microbiological analysis in food safety management. There are also chapters on the critical issues of what to sample and how samples should be prepared to make analysis effective, as well as how to validate individual detection techniques and assure the quality of analytical laboratories. Part two discusses the range of detection techniques now available, beginning with traditional culture methods. There are chapters on electrical methods, ATP bioluminescence, microscopy techniques and the wide range of immunological methods such as ELISAs. Two chapters look at the exciting developments in genetic techniques, the use of biosensors and applied systematics.

Detecting pathogens in food is a standard reference for all those concerned in ensuring the safety of food.

• Reviews the latest techniques in microbiological analysis and how they can best be used to ensure food safety
• Examines the role of microbiological analysis in food safety management and discusses the range of detection techniques available
• Includes chapters on electrical methods, ATP bioluminescence, microscopy techniques and immunological methods such as ELISAs

Foreign bodies are the biggest single source of customer complaints for many food manufacturers, retailers and enforcement authorities. Foreign bodies are any undesirable solid objects in food and range from items entirely unconnected with the food such as glass or metal fragments to those related to the food such as bones or fruit stalks. Detecting foreign bodies in food discusses ways of preventing and managing incidents involving foreign bodies and reviews the range of current methods available for the detection and control of foreign bodies, together with a number of new and developing technologies.

Part one addresses management issues, with chapters on identifying potential sources of foreign bodies, good manufacturing practice (GMP), the role of the hazard analysis and critical control point (HACCP) system and how best to manage incidents involving foreign bodies. The book also includes a chapter on the laboratory identification of foreign bodies. Part two examines methods for the detection and removal of foreign bodies. There are chapters on existing methods, including metal detection, magnets, optical sorting, X-ray systems and physical separation methods. Other chapters consider research on potential new technologies, including surface penetrating radar, microwave reflectance, nuclear magnetic resonance, electrical impedance and ultrasound.

Detecting foreign bodies in food is a standard reference for all those concerned with ensuring the safety of food.

• Discusses ways of preventing and managing incidents involving foreign bodies
• Reviews the range of technologies available for effective detection and control of foreign bodies

"Foreign bodies are the biggest single source of customer complaints for many food manufacturers, retailers and enforcement authorities. Foreign bodies are any undesirable solid objects in food and range from items entirely unconnected with the food, such as glass or metal fragments to those related to the food for example bones or fruit stalks. Detecting foreign bodies in food discusses ways of preventing and managing incidents involving foreign bodies and reviews the range of current methods available for the detection and control of foreign bodies, together with a number of new and developing technologies." "Part I addresses management issues, with chapters on identifying potential sources of foreign bodies, good manufacturing practice (GMP), the role of the hazard analysis and critical control point (HACCP) system and how best to manage incidents involving foreign bodies. The book also includes a chapter on the laboratory identification of foreign bodies. Part II examines methods for the detection and removal of foreign bodies. There are chapters on existing methods, including metal detection, magnets, optical sorting, X-ray systems and physical separation methods. Other chapters consider research on potential new technologies, including surface penetrating radar, microwave reflectance, nuclear magnetic resonance, electrical impedance and ultrasound." "Detecting foreign bodies in food will be a standard reference for all those concerned with ensuring the safety of food."--BOOK JACKET Food allergies are an increasing health issue in Western societies, presenting a major challenge for the food industry. As a result there has been a wealth of research into developing effective methods for detecting allergenic residues in food. Detecting allergens in food reviews the range of detection techniques and their application to all the main allergens in food. The first part of the book introduces the nature of food allergy and the range of plant and animal-derived food allergens. Part two reviews the range of detection methods from the use of antibodies in immunoblotting and enzyme-linked immunosorbent assays (ELISAs) to polymerase chain reaction (PCR) methods and the use of lateral flow devices. Building on this foundation, Part three looks at detection methods for particular allergenic foods, from peanuts, tree nuts and seeds to dairy and egg residues, wheat gluten, soy, fish and crustaceans. The final part of the book looks at key issues in using detection methods effectively and the regulatory context in the USA and EU. With its distinguished editors and international team of contributors, Detecting allergens in food is a standard reference work for the food industry. Reviews the range of detection techniques and their application to the main allergens in foodLooks at specific allergens such as nuts, dairy and wheat productsExplores the regulatory framework of the USA and the EU. This wide-ranging text reviews the wealth of recent research on assessing and managing the risks from pesticide, veterinary and other chemical residues in food. After an introductory chapter on the key issues in food toxicology,

Part one covers the assessment and management of risks, with individual chapters on genetic susceptibility to dietary carcinogens, good agricultural practice and HACCP systems, targeted and rapid methods for analysing residues in food and ways of assessing the mutagenicity of chemicals in food. Part two looks at veterinary residues, covering their safety, toxicology and detection. Part three examines pesticides, with chapters on surveillance and detection methods for fungicides and herbicides. In the final part, there are chapters summarising a wide range of other chemical residues in food, from xenostrogens/endocrine disruptors and dietary estrogens to polycyclic aromatic hydrocarbons, dioxins and polychlorinated biphenyls.

Pesticide, veterinary and other residues in food is a standard reference for all those concerned with ensuring the safety of food.

• Reviews residue detection, risk assessment and risk management
• Extensive coverage of chemical residues
• Indispensable resource for all food producers

This wide-ranging text reviews the wealth of recent research on assessing and managing the risks from pesticide, veterinary and other chemical residues in food. After an introductory chapter on the key issues in food toxicology, Part one covers the assessment and management of risks, with individual chapters on genetic susceptibility to dietary carcinogens, good agricultural practice and HACCP systems, targeted and rapid methods for analysing residues in food and ways of assessing the mutagenicity of chemicals in food. Part two looks at veterinary residues, covering their safety, toxicology and detection. Part three examines pesticides, with chapters on surveillance and detection methods for fungicides and herbicides. In the final part, there are chapters summarising a wide range of other chemical residues in food, from xenostrogens/endocrine disruptors and dietary estrogens to polycyclic aromatic hydrocarbons, dioxins and polychlorinated biphenyls. Pesticide, veterinary and other residues in food is a standard reference for all those concerned with ensuring the safety of food. Reviews residue detection, risk assessment and risk management Extensive coverage of chemical residues Indispensable resource for all food producers Introduction / -- T. McMeekin -- PART I. GENERAL ISSUES Microbiological analysis and food safety management: GMP and HACCP systems -- C. de W. Blackburn Sampling techniques -- D. Legan, -- M.H. Vandeven Separation and concentration of samples -- A. Sharpe Validating detection techniques -- J. Debevere, -- M. Uyttendaele Quality assurance of laboratory performance -- R. Wood, -- J.E.L. Corry -- PART II. PARTICULAR TECHNIQUES Culture methods -- P. Stephens Electrical methods -- D.M. Gibson ATP bioluminescence -- M. Griffiths, -- L. Brovko Microscopy techniques: DEFT and flow cytometry -- R. Raybourne, -- M. Tortorello Immunological techniques: immunochromatography, enzyme linked immunofluorescent assays and agglutination techniques -- C.L. Baylis Immunological techniqeus: ELISA -- Genetic techniques: PCR, NASBA, hybridisation and microarrays -- K. Sanderson, -- D. Nichols Genetic techniques: molecular subtyping methods -- C. Fitzgerald, -- B. Swaminathan New biosensors for microbiological analysis of food -- G. Volpe, -- G. Palleschi The use of applied systematics to identify foodborne pathogens -- M. Uyttendaele, -- J. Debevere. A foreign body is any undesirable solid object in a food. Foreign bodies range from external matter such as metal fragments or insects to internal matter such as bones or stalks. Foreign bodies in food remain a significant risk to consumers and to a company's reputation. They can also be difficult to detect, particularly if they are part of the raw material used in food processing. This collection discusses ways of preventing and managing incidents involving foreign bodies. It also reviews the range of technologies available for effective detection and control of foreign bodies from both exter Food toxicology can be defined as the science that deals with toxicants in food (Shibamoto and Bjeldanes, 1993).