可视化有益细菌的植物定植:提高对植物-微生物相互作用理解的关键一步

S. Compant, G. Brader, A. Sessitsch
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引用次数: 0

摘要

植物含有各种各样的微生物,它们与宿主相互作用,也相互作用。有益菌可用于作物,以保护植物免受生物和非生物胁迫,并刺激植物生长。然而,特定微生物在植物上和植物内部的行为仍未被充分探索。了解细菌定植行为和目标菌株在自然环境中的精确生态位,可以更好地应用和利用这些微生物,在不同的植物土壤环境中提高作物产量,并在有机和综合保护系统中采用生物防治和生物施肥方法。了解定殖特性还将为最大限度地提高接种效率从而提高作物产量提供推测的新策略。在本章中,我们阐述了有益细菌如何在各种条件下定植其寄主植物,并演示了如何利用对植物定植的理解来改进细菌应用方法。
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Visualising plant colonisation by beneficial bacteria: a key step to improve the understanding of plant–microbe interactions
Plants contain diverse microorganisms that interact with their hosts and with each other. Beneficial bacteria can be utilised on crops to protect plants against biotic and abiotic stresses and to stimulate plant growth. However, the behaviour of specific microorganisms on and within plants is still underexplored. Knowledge of bacterial colonisation behaviour and the precise ecological niches in a natural environment of a target strain can lead to better application and utilisation of these microorganisms for crop enhancement, in different plant soil environments, and for both biocontrol and biofertilisation approaches in organic and integrated protection systems. Understanding colonisation characteristics will also provide information on putative new strategies for maximising inoculation efficiency and thus crop enhancement. In this chapter, we set out how beneficial bacteria can colonise their host plants under various conditions and demonstrate how an understanding of plant colonisation can be used to improve bacterial application approaches.
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