Bacillus cereus is a gram-positive, rod-shaped, spore-forming bacterium that has the ability to grow at a variety of temperatures and pH. Two types of illnesses arise as a result of consumption of food contaminated with B. cereus, emetic and diarrheal. The emetic syndrome is usually associated with starchy foods such as fried rice, pasta, etc. The illness is caused due to the ingestion of a pre-formed toxin in food (i.e., intoxication). The diarrheal syndrome, on the other hand, is associated with other types of foods such as milk, salads, and meat. Unlike the emetic syndrome, the diarrheal illness is caused by ingesting a large number of bacterial cells (i.e., toxico-infection). Healthy individuals usually recover from B. cereus illness within a day or two but patients who have other health issues might suffer serious complications. To control this bacterium in food, proper cooking and rapid cooling are required to prevent spores from germinating.

The accelerated globalization of the food supply, coupled with toughening government standards, is putting global food production, distribution, and retail industries under a high-intensity spotlight. High publicity cases about foodborne illnesses over recent years have heightened public awareness of food safety issues, and momentum has been building to find new ways to detect and identify foodborne pathogens and eliminate food-related infections and intoxications. This extensively revised Third Edition covers how the incidence and impact of foodborne diseases is determined, foodborne intoxications with an introduction that notes common features among these diseases and control measures that are applicable before and after the basic foodstuff is harvested.* A summary of the foods most association with human infections* A discussion of the principles of laboratory detection of the agent considering the advantages and disadvantages of various procedure* A 'historical to present-day' section* A description of the infection in humans and animals, including reservoirs and the mode of transmission

Developments such as the increasing globalisation of the food industry, new technologies and products, and changes in the susceptibility of populations to disease, have all highlighted the problem of emerging pathogens. Pathogens may be defined as emerging in a number of ways. They can be newly-discovered, linked for the first time to disease in humans or to a particular food. A pathogen may also be defined as emerging when significant new strains emerge from an existing pathogen, or if the incidence of a pathogen increases dramatically. This important book discusses some of the major emerging pathogens and how they can be identified, tracked and controlled so that they do not pose a risk to consumers.After an introductory chapter, Emerging foodborne pathogens is split into two parts. The first part deals with how pathogens evolve, surveillance methods in the USA and Europe, risk assessment techniques and the use of food safety objectives. The second part of the book looks at individual pathogens, their characteristics, methods of detection and methods of control. These include: Arcobacter; Campylobacter; Trematodes and helminths; emerging strains of E. coli; Hepatitis viruses; Prion diseases; Vibrios; Yersinia; Listeria; Helicobacter pylori; Enterobacteriaceae; Campylobacter; Mycobacterium paratuberculosis; and enterocci.Emerging foodborne pathogens is a standard reference for microbiologists and QA staff in the food industry, and food safety scientists working in governments and the research community. - Discusses identification issues - Looks at surveillance methods and the tracking of viruses - Looks at individual pathogens in detail

Foodborne Infections and Intoxications, Fifth Edition brings together up-to-date, relevant interdisciplinary expertise of 70 authors presenting foodborne disease pathogens and toxins, microbiology, disease diagnosis and treatment, epidemiology, and disease prevention in the context of public health and food safety regulation. Beginning with the estimation of foodborne disease burden at the international scale, this book dives deep in foodborne disease outbreak investigation, food safety risk assessment, and molecular analysis, together with detailed descriptions of the major bacteria, viruses, parasites, and toxins associated with foodborne illness. This new edition also emphasizes development of risk-based approaches to food safety and safety regulation implementation. This book is a valuable scientific resource for understanding causes and management of foodborne diseases. The new edition offers the latest knowledge and updates on foodborne infections and intoxications and food safety for multiple generations of students, investigators, public health workers, food scientists, and food safety practitioners. - Covers all major foodborne pathogens and toxins, and new emerging pathogens - Includes newly updated information on the Food Safety Modernization Act (FSMA) and other regulatory approaches to food safety - Includes new chapters on foodborne disease outbreak investigations and use of molecular epidemiologic techniques in these investigations

A study of foodborne disease, focusing on viruses, parasites, pathogens and HACCP. This second edition contains new chapters on the role of US poison centres in viral exposures, detection of human enteric viruses in foods, environmental consideration in preventing foodborne spread of hepatitis A, seafood parasites, HACCP principles and control programmes for foodservice operations, and more.

Effective control of pathogens continues to be of great importance to the food industry. The first edition of Foodborne pathogens quickly established itself as an essential guide for all those involved in the management of microbiological hazards at any stage in the food production chain. This major edition strengthens that reputation, with extensively revised and expanded coverage, including more than ten new chapters.Part one focuses on risk assessment and management in the food chain. Opening chapters review the important topics of pathogen detection, microbial modelling and the risk assessment procedure. Four new chapters on pathogen control in primary production follow, reflecting the increased interest in safety management early in the food chain. The fundamental issues of hygienic design and sanitation are also covered in more depth in two extra chapters. Contributions on safe process design and operation, HACCP and good food handling practice complete the section.Parts two and three then review the management of key bacterial and non-bacterial foodborne pathogens. A new article on preservation principles and technologies provides the context for following chapters, which discuss pathogen characteristics, detection methods and control procedures, maintaining a practical focus. There is expanded coverage of non-bacterial agents, with dedicated chapters on gastroenteritis viruses, hepatitis viruses and emerging viruses and foodborne helminth infections among others.The second edition of Foodborne pathogens: hazards, risk analysis and control is an essential and authoritative guide to successful pathogen control in the food industry. - Strengthens the highly successful first edition of Foodborne pathogens with extensively revised and expanded coverage - Discusses risk assessment and management in the food chain. New chapters address pathogen control, hygiene design and HACCP - Addresses preservation principles and technologies focussing on pathogen characteristics, detection methods and control procedures

A study of foodborne disease, focusing on viruses, parasites, pathogens and HACCP. This second edition contains new chapters on the role of US poison centres in viral exposures, detection of human enteric viruses in foods, environmental consideration in preventing foodborne spread of hepatitis A, seafood parasites, HACCP principles and control programmes for foodservice operations, and more.

Epidemiology has long played a critical role in investigating outbreaks of foodborne illness and in identifying the microbial pathogens associated with such illness. Epidemiologists were the detectives who would track down the guilty culprit- the food vehicle carrying the pathogen, as well as the fateful errors that resulted in contamination or multiplication of pathogens. The first book of its kind, this volume describes the various ways epidemiologic principles are applied to meet the challenges of maintaining a safe food supply. It addresses both the prevention and control of food borne illness. Starting with a history and background of food borne illness, the book continues by describing the means of following up on an outbreak and measuring exposures. The book concludes by describing the regulatory context that shapes food safety activities at the local, national and international levels. Chapters are written by leaders in the field of public health and food safety, including experts in epidemiology, microbiology, risk assessment, economics, and environmental health and policy. This is the definitive book for students, researchers and professionals interested in how epidemiology plays a role in keeping our food safe.

This book explores current trends in seafood science and examines various related topics including isolation aspects and different methodologies involved in seafood production. It provides detailed explanations about marine species such as fish, seaweed, and crustaceans and discusses their health benefits as well as the health risk for consumption. These topics provide a platform to develop various aquaculture/biotechnology studies. The book is essential reading for the novice and expert in marine-related fields such as aquaculture, as well as those in biotechnology, chemical sciences, natural products, materials science, pharmaceutical science, and nutraceutical science.