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Nodule invasion and intracellular survival by Sinorhizobium meliloti

机译:Sinorhizobium Meliloti的结节侵袭和细胞内存活

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The Rhizobium-legume symbiosis is a complex process that involves an exchange of different signals between the bacterium and its host. Plant flavonoid compounds secreted by the root function both to attract the bacteria and to induce production of rhizobial Nod factor, a lipochito-oligosaccharide that triggers hair root curling and nodule formation (Ehrhardt et al. 1995; Ardourel et al. 1994; Roche et al. 1992). Once trapped inside the curled root hair, the bacteria elicit an extended invagination of the root hair cell membrane called an infection thread. The rhizobia travel down the infection thread into the developing nodule and are released into nodule cells where they differentiate into the nitrogen-fixing bacteroid form. This paper summarizesour laboratory's efforts to understand the rhizobial functions required for nodule invasion and for the establishment of a chronic infection of the plant cells within the nodule.
机译:Rhizobium豆科豆科共生是一种复杂的过程,涉及在细菌和其宿主之间交换不同的信号。植物黄酮化合物通过根功能分泌,既可吸引细菌,诱导血液瘤卷发和结节形成的脂肪寡糖的生产(Ehrhardt等,1995; Ardourel等,1994; Roche等。1992)。一旦被困在卷曲的根毛内,细菌引起了根部毛细胞膜的延长的侵入,称为感染螺纹。 Rhizobia将感染线下降到显影结节中,并被释放到结节细胞中,在那里它们分化为氮固定的菌体形式。本文汇总了实验室努力了解结核病侵袭所需的根瘤菌功能,并为结节内植物细胞建立慢性感染。

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