Antimicrobial Resistance in Wastewater and Human Health provides updated knowledge on the human health risks associated with antimicrobial resistance of wastewater. The book's chapters address commonly found bacteria and drug resistant genes in wastewater, treatment plant problems and challenges, human health hazards, and gaps in current literature. Written for researchers, scientists, graduate and PhD students in the areas of Public Health, Biotechnology, Chemical Engineering, and Environmental Science, this will be an ideal resource.
1. Introduction - p. Page xiii 2. List of Illustrations - p. Page xiv 3. List of Tables - p. Page xv 4. Chapter 1 : Commonly found bacteria and drug-resistant gene in wastewater - p. Page xv 5. Chapter 2 : Development and spread of drug resistance through wastewater - p. Page xv 6. Chapter 3 : Enrichment of drug resistance genes in human pathogenic bacteria showing antimicrobial resistance - p. Page xv 7. Chapter 4 : Direct reuse of wastewater: problem, challenge, and future direction - p. Page xv 8. Chapter 5 : Wastewater treatment plant's tracking of resistant bacteria and gene in wastewater - p. Page xv 9. Chapter 6 : Techniques to stop spread and removal of resistance from wastewater - p. Page xv 10. Chapter 7 : Do's and don'ts of wastewater treatment, their reuse, and future directions - p. Page xv 11. Chapter 8 : Impact of waste treatment through genetic modification and reuse of treated water on human health - p. Page xv 12. Chapter 9 : Genetically engineered microorganism to degrade waste and produce biofuels and other useful products - p. Page xv 13. Chapter 10 : Human health hazards due to antimicrobial resistance spread - p. Page xv 14. Chapter 11 : Acquired knowledge and identified gaps in resistance and human health risk - p. Page xv 15. Chapter 12 : Assessment and monitoring of human health risk during wastewater reuse - p. Page xv 16. Index - p. Page xv
Antimicrobial Resistance in Wastewater and Human Health provides updated knowledge on the human health risks associated with antimicrobial resistance of wastewater. The book's chapters address commonly found bacteria and drug resistant genes in wastewater, treatment plant problems and challenges, human health hazards, and gaps in current literature. Written for researchers, scientists, graduate and PhD students in the areas of Public Health, Biotechnology, Chemical Engineering, and Environmental Science, this will be an ideal resource.
1. Introduction - p. Page xiii 2. List of Illustrations - p. Page xiv 3. List of Tables - p. Page xv 4. Chapter 1 : Commonly found bacteria and drug-resistant gene in wastewater - p. Page xv 5. Chapter 2 : Development and spread of drug resistance through wastewater - p. Page xv 6. Chapter 3 : Enrichment of drug resistance genes in human pathogenic bacteria showing antimicrobial resistance - p. Page xv 7. Chapter 4 : Direct reuse of wastewater: problem, challenge, and future direction - p. Page xv 8. Chapter 5 : Wastewater treatment plant's tracking of resistant bacteria and gene in wastewater - p. Page xv 9. Chapter 6 : Techniques to stop spread and removal of resistance from wastewater - p. Page xv 10. Chapter 7 : Do's and don'ts of wastewater treatment, their reuse, and future directions - p. Page xv 11. Chapter 8 : Impact of waste treatment through genetic modification and reuse of treated water on human health - p. Page xv 12. Chapter 9 : Genetically engineered microorganism to degrade waste and produce biofuels and other useful products - p. Page xv 13. Chapter 10 : Human health hazards due to antimicrobial resistance spread - p. Page xv 14. Chapter 11 : Acquired knowledge and identified gaps in resistance and human health risk - p. Page xv 15. Chapter 12 : Assessment and monitoring of human health risk during wastewater reuse - p. Page xv 16. Index - p. Page xv
