422,19 €
Allelochemicals: Role In Plant-Environment Interactions
Allelochemicals: Role In Plant-Environment Interactions
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Allelochemicals: Role In Plant-Environment Interactions
Allelochemicals: Role In Plant-Environment Interactions
El. knyga:
422,19 €
During evolution, the plants developed new biosynthetic pathways to produce secondary metabolites (flavonoids, alkaloids, cacogenic glycosides, glucosinolates, phenolics and tannins) known as allelochemicals. These provide adaptative advantages to plants for survival against herbivores, pests (insects, nematodes, pathogens, weeds), environmental stresses and other plants. They can be considered as the chemical language of plants, which continuously changes and increases in complexity with their…

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During evolution, the plants developed new biosynthetic pathways to produce secondary metabolites (flavonoids, alkaloids, cacogenic glycosides, glucosinolates, phenolics and tannins) known as allelochemicals. These provide adaptative advantages to plants for survival against herbivores, pests (insects, nematodes, pathogens, weeds), environmental stresses and other plants. They can be considered as the chemical language of plants, which continuously changes and increases in complexity with their evolution. Allelopathy phenomenon refers to inhibitory or stimulatory biochemical interactions between the plant-plants, plant-predators and plant-pathogens mediated by plant allelochemicals released into the environment as lactates, volatiles, root exudates and decomposition of plant residues. The allelochemicals affects numerous biochemical reactions/metabolic processes (photosynthesis and respiration etc) in plants and such actions may be determined at molecular, structural, biochemical, physiological and ecological levels. This book aims to provide an overview of structure, origin and mode of release of plant allelochemicals and their biological roles in allelopathic interactions. The book contains Introduction and 11 chapters. This book describes the chemical basis of allelopathic interactions at molecular levels. It will be very useful to Students and Researchers in Biology, Agriculture, Organic Chemistry and other Plant Sciences.

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During evolution, the plants developed new biosynthetic pathways to produce secondary metabolites (flavonoids, alkaloids, cacogenic glycosides, glucosinolates, phenolics and tannins) known as allelochemicals. These provide adaptative advantages to plants for survival against herbivores, pests (insects, nematodes, pathogens, weeds), environmental stresses and other plants. They can be considered as the chemical language of plants, which continuously changes and increases in complexity with their evolution. Allelopathy phenomenon refers to inhibitory or stimulatory biochemical interactions between the plant-plants, plant-predators and plant-pathogens mediated by plant allelochemicals released into the environment as lactates, volatiles, root exudates and decomposition of plant residues. The allelochemicals affects numerous biochemical reactions/metabolic processes (photosynthesis and respiration etc) in plants and such actions may be determined at molecular, structural, biochemical, physiological and ecological levels. This book aims to provide an overview of structure, origin and mode of release of plant allelochemicals and their biological roles in allelopathic interactions. The book contains Introduction and 11 chapters. This book describes the chemical basis of allelopathic interactions at molecular levels. It will be very useful to Students and Researchers in Biology, Agriculture, Organic Chemistry and other Plant Sciences.

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