Apart from the role of conventional phytohormones, strigolactones, karrikins and alkamides have been reported to function as potential growth regulators in plants. Strigolactones participate in molecular crosstalk pathways with important phytohormones and biomolecules like auxin, ethylene, jasmonic acid, and nitric oxide. Interestingly, strigolactones function as endogenous growth regulators in plants, regulate signaling and communication at the rhizosphere, and act as growth stimulants in parasitic plants. This book contains comprehensive analysis of the recent investigations and future possibilities associated with the physiological roles of strigolactones, karrikins and alkamides in plants.
Salient Features
Provides comprehensive analysis of the eco-physiological aspects of the novel plant growth regulators
Useful for investigators in plant physiology, developmental biology, crop biotechnology, plant breeding, plant signaling and communication.
Explains the integrative role of strigolactones, karrikins and alkamides in plant development and signaling
Salient Features
Provides comprehensive analysis of the eco-physiological aspects of the novel plant growth regulators
Useful for investigators in plant physiology, developmental biology, crop biotechnology, plant breeding, plant signaling and communication.
Explains the integrative role of strigolactones, karrikins and alkamides in plant development and signaling
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