Chapter 14 Synthetic toxicants and their health implications
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Abstract
Synthetic toxicants are environmentally hazardous chemical agents that can contaminate abiotic systems (water, soil, and air), creating negative health impacts in biotic ecosystems (animals, food, plants, and microorganisms). While the point sources release encompasses synthetic toxicants from a single, confined, and identifiable channel, the nonpoint toxicants are from many diffused sources and are usually caused by atmospheric deposition. The release of synthetic toxicants into the environment has been linked to several environmental disasters with accompanying health implications relating to cancer, food intoxication, gastrointestinal infections, neurological and kidney damage, congenital defects, and reproductive issues. This chapter examined selected toxicological disasters over the years, their impacts on the environment, and their associated health implications. Also, background information on the type of synthetic toxicants and underlying mechanisms of action, food adulteration, and legislation against them in several countries were discussed. As synthetic toxicants have continuously been released in higher concentrations into the ecosystem, threatening humans’ health, it is hoped that the recognition of these threats would drive toxicological studies into continuous monitoring and assessment of their deleterious impact.
Abstract
Synthetic toxicants are environmentally hazardous chemical agents that can contaminate abiotic systems (water, soil, and air), creating negative health impacts in biotic ecosystems (animals, food, plants, and microorganisms). While the point sources release encompasses synthetic toxicants from a single, confined, and identifiable channel, the nonpoint toxicants are from many diffused sources and are usually caused by atmospheric deposition. The release of synthetic toxicants into the environment has been linked to several environmental disasters with accompanying health implications relating to cancer, food intoxication, gastrointestinal infections, neurological and kidney damage, congenital defects, and reproductive issues. This chapter examined selected toxicological disasters over the years, their impacts on the environment, and their associated health implications. Also, background information on the type of synthetic toxicants and underlying mechanisms of action, food adulteration, and legislation against them in several countries were discussed. As synthetic toxicants have continuously been released in higher concentrations into the ecosystem, threatening humans’ health, it is hoped that the recognition of these threats would drive toxicological studies into continuous monitoring and assessment of their deleterious impact.
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