Advancement of Melatonin Research in Plants
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Advancement of Melatonin Research in Plants
Multi-Faceted Role in Regulating Development and Stress Protection
Roychoudhury, Aryadeep
Taylor & Francis Ltd
12/2023
342
Dura
Inglês
9781032381558
15 a 20 dias
Descrição não disponível.
1. Versatile role of melatonin in plants
2. Melatonin as a key regulator of plant growth and development
3. Melatonin: an emerging phytohormone with multifaceted functions in the regulation of plant growth and development
4. Melatonin in flowering and fruit ripening response
5. Melatonin as a vital metabolite in medicinal and food plants
6. Regulation of photosynthetic and respiratory cycles, and nitrogen assimilation in higher plants and microalgae by melatonin
7. Advancement in melatonin research in plants: multi-faceted role in regulating development and stress protection
8. Regulation of diverse cell signaling molecules via melatonin for plant growth and overcoming stress
9. Role of Melatonin, a Master Regulator in Modulating ROS and NO in Plants during Environmental Stresses
10. Melatonin-phytohormone interaction in regulating plant growth and stress tolerance
11. Cross-talk between melatonin and gasotransmitters in plant adaptation against abiotic and biotic stress
12. Phytomelatonin: a versatile abiotic stress regulator in plants
13. Melatonin-induced tolerance against salt stress
14. Biochemical and molecular mechanism of melatonin-induced tolerance against salt stress
15. Role of Melatonin in drought tolerance: Physiological and molecular perspectives
16. Melatonin Induced Plant Tolerance against temperature stress
17. Melatonin-induced Plant Tolerance to Heavy Metal Stress
18. Ameliorative response against herbicide, pesticide and stress by establishing resistance in plants via melatonin
19. Prospective role of Melatonin in Pathogen Suppression and Host Resistance
20. Priming with and exogenous application of melatonin in improving plant adaptation against unfavourable conditions
21. Melatonin-regulated proteome and metabolome analysis during optimal and sub-optimal conditions
2. Melatonin as a key regulator of plant growth and development
3. Melatonin: an emerging phytohormone with multifaceted functions in the regulation of plant growth and development
4. Melatonin in flowering and fruit ripening response
5. Melatonin as a vital metabolite in medicinal and food plants
6. Regulation of photosynthetic and respiratory cycles, and nitrogen assimilation in higher plants and microalgae by melatonin
7. Advancement in melatonin research in plants: multi-faceted role in regulating development and stress protection
8. Regulation of diverse cell signaling molecules via melatonin for plant growth and overcoming stress
9. Role of Melatonin, a Master Regulator in Modulating ROS and NO in Plants during Environmental Stresses
10. Melatonin-phytohormone interaction in regulating plant growth and stress tolerance
11. Cross-talk between melatonin and gasotransmitters in plant adaptation against abiotic and biotic stress
12. Phytomelatonin: a versatile abiotic stress regulator in plants
13. Melatonin-induced tolerance against salt stress
14. Biochemical and molecular mechanism of melatonin-induced tolerance against salt stress
15. Role of Melatonin in drought tolerance: Physiological and molecular perspectives
16. Melatonin Induced Plant Tolerance against temperature stress
17. Melatonin-induced Plant Tolerance to Heavy Metal Stress
18. Ameliorative response against herbicide, pesticide and stress by establishing resistance in plants via melatonin
19. Prospective role of Melatonin in Pathogen Suppression and Host Resistance
20. Priming with and exogenous application of melatonin in improving plant adaptation against unfavourable conditions
21. Melatonin-regulated proteome and metabolome analysis during optimal and sub-optimal conditions
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plant stress physiology;abiotic stress tolerance;biotic stress resistance;plant hormone signaling;proteomics in plant biology;genetic engineering crops;melatonin-mediated plant adaptation
1. Versatile role of melatonin in plants
2. Melatonin as a key regulator of plant growth and development
3. Melatonin: an emerging phytohormone with multifaceted functions in the regulation of plant growth and development
4. Melatonin in flowering and fruit ripening response
5. Melatonin as a vital metabolite in medicinal and food plants
6. Regulation of photosynthetic and respiratory cycles, and nitrogen assimilation in higher plants and microalgae by melatonin
7. Advancement in melatonin research in plants: multi-faceted role in regulating development and stress protection
8. Regulation of diverse cell signaling molecules via melatonin for plant growth and overcoming stress
9. Role of Melatonin, a Master Regulator in Modulating ROS and NO in Plants during Environmental Stresses
10. Melatonin-phytohormone interaction in regulating plant growth and stress tolerance
11. Cross-talk between melatonin and gasotransmitters in plant adaptation against abiotic and biotic stress
12. Phytomelatonin: a versatile abiotic stress regulator in plants
13. Melatonin-induced tolerance against salt stress
14. Biochemical and molecular mechanism of melatonin-induced tolerance against salt stress
15. Role of Melatonin in drought tolerance: Physiological and molecular perspectives
16. Melatonin Induced Plant Tolerance against temperature stress
17. Melatonin-induced Plant Tolerance to Heavy Metal Stress
18. Ameliorative response against herbicide, pesticide and stress by establishing resistance in plants via melatonin
19. Prospective role of Melatonin in Pathogen Suppression and Host Resistance
20. Priming with and exogenous application of melatonin in improving plant adaptation against unfavourable conditions
21. Melatonin-regulated proteome and metabolome analysis during optimal and sub-optimal conditions
2. Melatonin as a key regulator of plant growth and development
3. Melatonin: an emerging phytohormone with multifaceted functions in the regulation of plant growth and development
4. Melatonin in flowering and fruit ripening response
5. Melatonin as a vital metabolite in medicinal and food plants
6. Regulation of photosynthetic and respiratory cycles, and nitrogen assimilation in higher plants and microalgae by melatonin
7. Advancement in melatonin research in plants: multi-faceted role in regulating development and stress protection
8. Regulation of diverse cell signaling molecules via melatonin for plant growth and overcoming stress
9. Role of Melatonin, a Master Regulator in Modulating ROS and NO in Plants during Environmental Stresses
10. Melatonin-phytohormone interaction in regulating plant growth and stress tolerance
11. Cross-talk between melatonin and gasotransmitters in plant adaptation against abiotic and biotic stress
12. Phytomelatonin: a versatile abiotic stress regulator in plants
13. Melatonin-induced tolerance against salt stress
14. Biochemical and molecular mechanism of melatonin-induced tolerance against salt stress
15. Role of Melatonin in drought tolerance: Physiological and molecular perspectives
16. Melatonin Induced Plant Tolerance against temperature stress
17. Melatonin-induced Plant Tolerance to Heavy Metal Stress
18. Ameliorative response against herbicide, pesticide and stress by establishing resistance in plants via melatonin
19. Prospective role of Melatonin in Pathogen Suppression and Host Resistance
20. Priming with and exogenous application of melatonin in improving plant adaptation against unfavourable conditions
21. Melatonin-regulated proteome and metabolome analysis during optimal and sub-optimal conditions
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
