Phytohormones in Abiotic Stress
portes grátis
Phytohormones in Abiotic Stress
Raju, Dhandapani; Rajendran, R Ambika; Singh, Virendra Pal; Ramlal, Ayyagari
Taylor & Francis Ltd
06/2024
218
Dura
9781032371931
Pré-lançamento - envio 15 a 20 dias após a sua edição
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Unit I: Introduction
Chapter 1: Hormones: biosynthesis to roles in plants
Chapter 2: Plant hormones mediated alleviation of abiotic stress
Chapter 3: Recent discoveries and prospects of phytohormones
Unit II: Phytohormones in abiotic stresses
Section I: Traditional phytohormones
Chapter 4: Role of abscisic acid in abiotic stresses
Chapter 5: Auxins in abiotic stresses
Chapter 6: Regulatory role of cytokinin in abiotic stress tolerance of plants
Chapter 7: Ethylene in abiotic stresses
Chapter 8: Roles of gibberellic acid in abiotic stresses
Section II: Non-traditional phytohormones
Chapter 9: Role of brassinosteroids in abiotic stresses
Chapter 10: Indoleamines in abiotic stresses
Chapter 11: Jasmonic acid: A critical player in abiotic stress
Chapter 12: Roles of karrikins in abiotic stresses
Chapter 13: Nitric oxide and its roles in dealing with abiotic stress
Chapter 14: Responses of oxylipins to abiotic stresses
Chapter 15: Role of polyamines in abiotic stresses
Chapter 16: Peptide hormones with emphasis on abiotic stress tolerance in plants
Chapter 17: Role of salicylic acid in abiotic stresses
Chapter 18: Strigolactones: Mediator in abiotic stress responses
Unit III: Molecular interactions and future prospects
Chapter 19: Signalling transduction, molecular interactions and crosstalk of hormones during abiotic stress
Chapter 20: Engineering phytohormones for development of tolerant varieties
Chapter 21: Phytohormones: Past, Present and Future
Chapter 1: Hormones: biosynthesis to roles in plants
Chapter 2: Plant hormones mediated alleviation of abiotic stress
Chapter 3: Recent discoveries and prospects of phytohormones
Unit II: Phytohormones in abiotic stresses
Section I: Traditional phytohormones
Chapter 4: Role of abscisic acid in abiotic stresses
Chapter 5: Auxins in abiotic stresses
Chapter 6: Regulatory role of cytokinin in abiotic stress tolerance of plants
Chapter 7: Ethylene in abiotic stresses
Chapter 8: Roles of gibberellic acid in abiotic stresses
Section II: Non-traditional phytohormones
Chapter 9: Role of brassinosteroids in abiotic stresses
Chapter 10: Indoleamines in abiotic stresses
Chapter 11: Jasmonic acid: A critical player in abiotic stress
Chapter 12: Roles of karrikins in abiotic stresses
Chapter 13: Nitric oxide and its roles in dealing with abiotic stress
Chapter 14: Responses of oxylipins to abiotic stresses
Chapter 15: Role of polyamines in abiotic stresses
Chapter 16: Peptide hormones with emphasis on abiotic stress tolerance in plants
Chapter 17: Role of salicylic acid in abiotic stresses
Chapter 18: Strigolactones: Mediator in abiotic stress responses
Unit III: Molecular interactions and future prospects
Chapter 19: Signalling transduction, molecular interactions and crosstalk of hormones during abiotic stress
Chapter 20: Engineering phytohormones for development of tolerant varieties
Chapter 21: Phytohormones: Past, Present and Future
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Hormones, Phytohormones, Abscisic acid, Brassinosteroids, Oxylipins, Signalling transduction
Unit I: Introduction
Chapter 1: Hormones: biosynthesis to roles in plants
Chapter 2: Plant hormones mediated alleviation of abiotic stress
Chapter 3: Recent discoveries and prospects of phytohormones
Unit II: Phytohormones in abiotic stresses
Section I: Traditional phytohormones
Chapter 4: Role of abscisic acid in abiotic stresses
Chapter 5: Auxins in abiotic stresses
Chapter 6: Regulatory role of cytokinin in abiotic stress tolerance of plants
Chapter 7: Ethylene in abiotic stresses
Chapter 8: Roles of gibberellic acid in abiotic stresses
Section II: Non-traditional phytohormones
Chapter 9: Role of brassinosteroids in abiotic stresses
Chapter 10: Indoleamines in abiotic stresses
Chapter 11: Jasmonic acid: A critical player in abiotic stress
Chapter 12: Roles of karrikins in abiotic stresses
Chapter 13: Nitric oxide and its roles in dealing with abiotic stress
Chapter 14: Responses of oxylipins to abiotic stresses
Chapter 15: Role of polyamines in abiotic stresses
Chapter 16: Peptide hormones with emphasis on abiotic stress tolerance in plants
Chapter 17: Role of salicylic acid in abiotic stresses
Chapter 18: Strigolactones: Mediator in abiotic stress responses
Unit III: Molecular interactions and future prospects
Chapter 19: Signalling transduction, molecular interactions and crosstalk of hormones during abiotic stress
Chapter 20: Engineering phytohormones for development of tolerant varieties
Chapter 21: Phytohormones: Past, Present and Future
Chapter 1: Hormones: biosynthesis to roles in plants
Chapter 2: Plant hormones mediated alleviation of abiotic stress
Chapter 3: Recent discoveries and prospects of phytohormones
Unit II: Phytohormones in abiotic stresses
Section I: Traditional phytohormones
Chapter 4: Role of abscisic acid in abiotic stresses
Chapter 5: Auxins in abiotic stresses
Chapter 6: Regulatory role of cytokinin in abiotic stress tolerance of plants
Chapter 7: Ethylene in abiotic stresses
Chapter 8: Roles of gibberellic acid in abiotic stresses
Section II: Non-traditional phytohormones
Chapter 9: Role of brassinosteroids in abiotic stresses
Chapter 10: Indoleamines in abiotic stresses
Chapter 11: Jasmonic acid: A critical player in abiotic stress
Chapter 12: Roles of karrikins in abiotic stresses
Chapter 13: Nitric oxide and its roles in dealing with abiotic stress
Chapter 14: Responses of oxylipins to abiotic stresses
Chapter 15: Role of polyamines in abiotic stresses
Chapter 16: Peptide hormones with emphasis on abiotic stress tolerance in plants
Chapter 17: Role of salicylic acid in abiotic stresses
Chapter 18: Strigolactones: Mediator in abiotic stress responses
Unit III: Molecular interactions and future prospects
Chapter 19: Signalling transduction, molecular interactions and crosstalk of hormones during abiotic stress
Chapter 20: Engineering phytohormones for development of tolerant varieties
Chapter 21: Phytohormones: Past, Present and Future
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
