Book

Bacillus cereus is one of the most widely distributed foodborne bacteria and an important cause of foodborne outbreaks worldwide. Although often underestimated, this spore-forming microorganism possesses remarkable survival capabilities and produces potent toxins that can lead to acute gastrointestinal illness. From contaminated rice dishes to large-scale institutional food service outbreaks, Bacillus cereus continues to challenge food safety systems in both developed and developing countries. This book provides a comprehensive scientific overview of Bacillus cereus toxin and its role in foodborne disease. It explores the microbiological characteristics of the bacterium, mechanisms of toxin production, and the molecular basis of its pathogenicity. The discussion further examines the epidemiology of foodborne outbreaks associated with Bacillus cereus, highlighting real-world contamination pathways in modern food production and distribution systems. In addition to classical microbiology, the book presents modern approaches for detecting and monitoring bacterial contamination in food, including molecular diagnostics, PCR-based detection, and emerging genomic surveillance technologies. These tools are increasingly important for strengthening laboratory capacity and improving the rapid identification of foodborne pathogens during outbreak investigations. Drawing on current scientific literature and practical perspectives from food safety research, this volume also addresses strategies for prevention and control. Topics include food processing risks, temperature abuse in prepared foods, hygiene management in large-scale food services, and the implementation of food safety systems such as Hazard Analysis and Critical Control Point (HACCP). Designed for researchers, food safety professionals, microbiologists, and students in food science and public health, this book serves as a valuable reference for understanding the biology, risks, and control of Bacillus cereus toxin in the global food supply.