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Benefits Associated with the Interaction of Endophytic Bacteria and Plants

机译:与内生细菌和植物相互作用相关的益处

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The endophytic bacteria belong to a larger group of microorganisms that have their life-cycle partly or entirely inside the plant and are located in intra and inter-cellular spaces or in the vascular tissue. These bacteria can be found colonizing aerial parts or roots. This review aims to analyze the colonization strategies of endophytic bacteria through interaction with plants, as well as to highlight the metabolic influence of these organisms in plant tissues, which result in physiological and biochemical changes. Depending on the different mechanisms used internally to colonize a plant, these microorganisms are called obligate, facultative, or passive endophytes. Phytostimulation, biofertilization and biological control are mechanisms that result in the development of the plant through the production of plant hormones, bioavailability of nutrients and antagonistic action to phytopathogens, respectively. The association between endophytic bacteria and plants features important benefits such as significant increases in growth, plant biomass, length of roots, dry matter production, and grain yield. Studies show that there is a great diversity of endophytic bacteria colonizing plant structures that result in several benefits to the host plant.
机译:内生细菌属于一大类微生物,它们的生命周期部分或全部在植物内部,并且位于细胞内和细胞间空间或维管组织中。可以发现这些细菌定植于空中部分或根部。这篇综述旨在通过与植物的相互作用来分析内生细菌的定殖策略,并强调这些生物在植物组织中的代谢影响,从而导致生理和生化变化。根据内部用于定植植物的不同机制,这些微生物称为专性,兼性或被动内生菌。植物的刺激,生物施肥和生物控制是分别通过产生植物激素,营养物质的生物利用度和对植物病原体的拮抗作用而导致植物发育的机制。内生细菌与植物之间的联系具有重要的好处,例如生长,植物生物量,根长,干物质生产和谷物产量的显着增加。研究表明,内生细菌在植物结构中的定植种类繁多,对寄主植物有多种好处。

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