Titlebook: Co-Evolution of Secondary Metabolites; Jean-Michel Mérillon,Kishan Gopal Ramawat Reference work 2020 Springer Nature Switzerland AG 2020 D

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LEVER

2511-834X ators and herbivores.Broadens knowledge of secondary metabol.This Reference Work is devoted to plant secondary metabolites and their evolutionary adaptation to different hosts and pests. Secondary metabolites play an important biological role in plants’ defence against herbivores, abiotic stresses a

寒冷

Coevolution: Plant-Herbivore Interactions and Secondary Metabolites of Plants a host or as a food source. Herbivorism is strongly implicated in the evolution of specialized associations that are usually mediated by a conserved biochemical machinery of host plants. The evolution of specialism appears to be correlated to speciation events and even with adaptive radiations. How

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Molecular Interactions as Drivers of Changes in Marine Ecosystemsctive compounds, have become invasive. In particular, the study of these two species has led to the production of a recent literature focusing on “alien biomolecules” and their potential impact on the native community. This chapter summarizes the obtained results by giving special emphasis to the ur

lavish

Co-evolution of the Shrimp , and the Diatoms , spp. in ,: Sexual Adaptations Explained by Ecologicalction of the A.G. in spring, when various species of . dominate the epiphytic layer of . leaves. This relationship, evidently co-evolved through a competitive relationship, allows the shrimp to produce a secondary reproduction burst in fall, when . spp. are less abundant on the leaves of the plant.

Barrister

Evolution of the Angiosperms and Co-evolution of Secondary Metabolites, Especially of Alkaloidsators. However, these pollinators should only feed on nectar but not on the aerial parts or flowers of a plant. It is argued that the diversification of angiosperms was a driving force for the radiation and diversification of insects, which comprise the majority of animals with more than 1.4 million

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Variation in Leaf-Surface and Leaf-Tissue Secondary Metabolites: Pyrrolizidine Alkaloidsere absent from the leaf surface..Nevertheless, positive correlations were found for the concentration of all PAs, that of the free bases, as well as that of a number of individual PAs between the leaf surface and leaf tissue. Moreover, the total amount of PAs present on the surface of the leaves wa

Banister

Interactions of , with Plants, Insects, and Plant Pathogen Microorganisms: Chemical and Molecular Bahe soil due to their production of antibiotics or siderophores. In this work, we consider the chemical basis for how . spp. exert directly or indirectly beneficial effects on plants and control plant pathogenic microorganisms.