The Role of Gasotransmitters In the Amelioration of Arsenic Toxicity in Plants: Biology and Biotechnology, in the Plant Gasotransmitter series, provides research on how gasotransmitters can reduce the stress faced by plants through arsenic contamination. With a strong focus on metabolic processes, the book presents the various pathways and mechanisms associated with gasotransmitters as part of arsenic amelioration. Initial chapters discuss the effects of arsenic on the plant genome and metabolome, as well as the mechanisms behind the uptake and translocation of arsenic in plants. The book then takes a deep dive into the role of gasotransmitters, highlighting plant physiological responses.
This is an essential resource for students, researchers and agronomists interested in plant physiology, biochemistry and plant hormones.
1. The Role of Gasotransmitters In the Amelioration of Arsenic Toxicity in Plants - p. i 2. Cover - p. i 3. Title Page - p. ii 4. Copyright - p. iii 5. List of contributors - p. xi 6. About the editors - p. xiv 7. Chapter One Gasotransmitters - p. 2 8. Chapter Two Arsenic in environment - p. 20 9. Chapter Three Effects of arsenic on plant genome and metabolome - p. 38 10. Chapter Four Arsenic agronomical-related aspects and bioremediation - p. 48 11. Chapter Five Uptake and translocation of arsenic in plants and role of gasotransmitters - p. 86 12. Chapter Six Benefits of the gasotransmitters in plants under arsenic stress - p. 110 13. Chapter Seven Gene expression modulated by the gasotransmitters under arsenic stress - p. 124 14. Chapter Eight Role of gasotransmitters on physiological responses altered by As in plants - p. 140 15. Chapter Nine Biochemical role of gasotransmitters on plant growth, development, biomass, and tolerance under As stress - p. 168 16. Chapter Ten Role of H2S in antioxidant regulation of plants exposed to arsenic toxicity - p. 188 17. Chapter Eleven Interactions of gasotransmitters and plant growth regulators - p. 208 18. Chapter Twelve Chemical and physical remediation to minimize As and other potentially toxic elements in edible plants - p. 228 19. Chapter Thirteen Biotechnology approaches and new plant breeding techniques (NPBT) to alleviate the contamination by potentially toxic elements and improve gasotransmitter activity and function - p. 266 20. Chapter Fourteen Crosstalk of gasotransmitters in inculcating stress tolerance in plants - p. 298 21. Index - p. 319
The Role of Gasotransmitters In the Amelioration of Arsenic Toxicity in Plants: Biology and Biotechnology, in the Plant Gasotransmitter series, provides research on how gasotransmitters can reduce the stress faced by plants through arsenic contamination. With a strong focus on metabolic processes, the book presents the various pathways and mechanisms associated with gasotransmitters as part of arsenic amelioration. Initial chapters discuss the effects of arsenic on the plant genome and metabolome, as well as the mechanisms behind the uptake and translocation of arsenic in plants. The book then takes a deep dive into the role of gasotransmitters, highlighting plant physiological responses.
This is an essential resource for students, researchers and agronomists interested in plant physiology, biochemistry and plant hormones.
1. The Role of Gasotransmitters In the Amelioration of Arsenic Toxicity in Plants - p. i 2. Cover - p. i 3. Title Page - p. ii 4. Copyright - p. iii 5. List of contributors - p. xi 6. About the editors - p. xiv 7. Chapter One Gasotransmitters - p. 2 8. Chapter Two Arsenic in environment - p. 20 9. Chapter Three Effects of arsenic on plant genome and metabolome - p. 38 10. Chapter Four Arsenic agronomical-related aspects and bioremediation - p. 48 11. Chapter Five Uptake and translocation of arsenic in plants and role of gasotransmitters - p. 86 12. Chapter Six Benefits of the gasotransmitters in plants under arsenic stress - p. 110 13. Chapter Seven Gene expression modulated by the gasotransmitters under arsenic stress - p. 124 14. Chapter Eight Role of gasotransmitters on physiological responses altered by As in plants - p. 140 15. Chapter Nine Biochemical role of gasotransmitters on plant growth, development, biomass, and tolerance under As stress - p. 168 16. Chapter Ten Role of H2S in antioxidant regulation of plants exposed to arsenic toxicity - p. 188 17. Chapter Eleven Interactions of gasotransmitters and plant growth regulators - p. 208 18. Chapter Twelve Chemical and physical remediation to minimize As and other potentially toxic elements in edible plants - p. 228 19. Chapter Thirteen Biotechnology approaches and new plant breeding techniques (NPBT) to alleviate the contamination by potentially toxic elements and improve gasotransmitter activity and function - p. 266 20. Chapter Fourteen Crosstalk of gasotransmitters in inculcating stress tolerance in plants - p. 298 21. Index - p. 319
