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48 4 Introduction  49 Materials and Methods  53 Results and Discussion  58 Conclusions  64 Acknowledgements  64 References  65 • CHAPTER 3. Role of vetiver (Chrysopogon zizanoides L. Nash) rootassociated microbes in tetracycline degradation a  78 Abstract  82 Introduction  83 Materials and Methods  87 Results and Discussion  93 Conclusion  100 Acknowledgements  100 References  100 • CHAPTER 4. Role of bacterial and vetiver (Chrysopogon zizanioides) antioxidant enzymes in tetracycline detoxification a  114 82 Introduction  83 Materials and Methods  87 Results and Discussion  93 Conclusion  100 Acknowledgements  100 References  100 • CHAPTER 4. Role of bacterial and vetiver (Chrysopogon zizanioides) antioxidant enzymes in tetracycline detoxification a  114 Abstract  115 Introduction  116 Materials and Methods  119 Results and Discussion  122 Conclusion  126 Acknowledgements  126 References  127 • Thesis Conclusions  135 115 Introduction  116 Materials and Methods  119 Results and Discussion  122 Conclusion  126 Acknowledgements  126 References  127 • Thesis Conclusions  135 • Recommendations  136

REMEDIATION OF TETRACYCLINE FROM WATER SOURCES USING VETIVER GRASS (Chrysopogon zizanioides L. Nash) AND TETRACYCLINE-TOLERANT ROOT-ASSOCIATED BACTERIA