Chapter 22 Food fraud: causes and control
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Christiana Eleojo Aruwa
, Frank Abimbola Ogundolie and Olabisi Omowumi Adebisi
Abstract
Globally and annually food fraud (FF) causes major losses in the food industry. Food fraud can be perpetrated at any stage along the food chain including production, processing, transportation, storage, packaging, product advertisement and delivery, and/or distribution points. Food fraud is one of the four elements of food protection, with others being food crime, food safety and food defence, all of which may or may not be interconnected. The differentiation between these terms has been proposed to be dependent on the motivation, intent and aim, and have been discussed in this chapter using varying models and theories. Food fraud types vary and occur at varied points with certain foods being more susceptible to fraud or adulteration with adverse consequences for public health, the consumer, food business owner, other industry stakeholder and governments. Asides the points highlighted above, this chapter further covers an in-depth overview of factors encouraging FF, FF control and preventive strategies, FF study and monitoring gaps, as well as means to stem the FF tide. Overall, mitigating FF would require the evolution of detection methods, as well as the vigilance and cooperation of all food industry actors.
Abstract
Globally and annually food fraud (FF) causes major losses in the food industry. Food fraud can be perpetrated at any stage along the food chain including production, processing, transportation, storage, packaging, product advertisement and delivery, and/or distribution points. Food fraud is one of the four elements of food protection, with others being food crime, food safety and food defence, all of which may or may not be interconnected. The differentiation between these terms has been proposed to be dependent on the motivation, intent and aim, and have been discussed in this chapter using varying models and theories. Food fraud types vary and occur at varied points with certain foods being more susceptible to fraud or adulteration with adverse consequences for public health, the consumer, food business owner, other industry stakeholder and governments. Asides the points highlighted above, this chapter further covers an in-depth overview of factors encouraging FF, FF control and preventive strategies, FF study and monitoring gaps, as well as means to stem the FF tide. Overall, mitigating FF would require the evolution of detection methods, as well as the vigilance and cooperation of all food industry actors.
Chapters in this book
- Frontmatter I
- Foreword V
- Contents VII
- List of contributors XI
- Introduction XVII
- Chapter 1 Hazard in food and global state of food safety 1
- Chapter 2 Bacterial pathogens of food importance 11
- Chapter 3 Viruses and food safety 37
- Chapter 4 Zoonoses: implications for food safety 67
- Chapter 5 Biofilm production by pathogens and control 105
- Chapter 6 Bacteria stress adaptation: implication and control 127
- Chapter 7 Foodborne illnesses: prevention and control 149
- Chapter 8 The applications of DNA-based techniques to food safety 175
- Chapter 9 Consumer’s handling of food and food safety knowledge 207
- Chapter 10 The economic cost of food recall 223
- Chapter 11 Hazard Analysis and Critical Control Point (HACCP) and Food Safety Management Systems 243
- Chapter 12 Food safety culture and enhancing food employee compliance 263
- Chapter 13 Natural food toxicants and health implications 283
- Chapter 14 Synthetic toxicants and their health implications 317
- Chapter 15 Food allergies: causes and control 341
- Chapter 16 Risk assessment and risk analysis for chemical hazards 357
- Chapter 17 Risk assessment and risk analysis for biological hazards: a systematic literature review 365
- Chapter 18 Emerging food risk: factors that affect food security and human health 375
- Predicting food safety using systems approach 387
- Chapter 20 Food safety legislation and Food Safety Modernization Act 405
- Chapter 21 The role of good agricultural practices (GAPs) and good manufacturing practices (GMPs) in food safety 417
- Chapter 22 Food fraud: causes and control 433
- Chapter 23 Enhancement of food safety through technological innovations 455
- Conclusion 503
- Index 505
Chapters in this book
- Frontmatter I
- Foreword V
- Contents VII
- List of contributors XI
- Introduction XVII
- Chapter 1 Hazard in food and global state of food safety 1
- Chapter 2 Bacterial pathogens of food importance 11
- Chapter 3 Viruses and food safety 37
- Chapter 4 Zoonoses: implications for food safety 67
- Chapter 5 Biofilm production by pathogens and control 105
- Chapter 6 Bacteria stress adaptation: implication and control 127
- Chapter 7 Foodborne illnesses: prevention and control 149
- Chapter 8 The applications of DNA-based techniques to food safety 175
- Chapter 9 Consumer’s handling of food and food safety knowledge 207
- Chapter 10 The economic cost of food recall 223
- Chapter 11 Hazard Analysis and Critical Control Point (HACCP) and Food Safety Management Systems 243
- Chapter 12 Food safety culture and enhancing food employee compliance 263
- Chapter 13 Natural food toxicants and health implications 283
- Chapter 14 Synthetic toxicants and their health implications 317
- Chapter 15 Food allergies: causes and control 341
- Chapter 16 Risk assessment and risk analysis for chemical hazards 357
- Chapter 17 Risk assessment and risk analysis for biological hazards: a systematic literature review 365
- Chapter 18 Emerging food risk: factors that affect food security and human health 375
- Predicting food safety using systems approach 387
- Chapter 20 Food safety legislation and Food Safety Modernization Act 405
- Chapter 21 The role of good agricultural practices (GAPs) and good manufacturing practices (GMPs) in food safety 417
- Chapter 22 Food fraud: causes and control 433
- Chapter 23 Enhancement of food safety through technological innovations 455
- Conclusion 503
- Index 505