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TGX soybean lines were bred at IITA Ibadan for promiscuity with indigenous rhizobia in Nigerian soils. Two cultivars, TGX1456-2E and TGX1660-19F, were tested in a 2-year trial for their response ...
in nodulation as well as uncover underlying mechanisms. THE DIRECT EFFECTS OF POLYPLOIDY ON THE LEGUME– RHIZOBIA MUTUALISM Polyploidy could directly enhance the legume– rhizobia mutualism by increasing the quantity ...
(1932) Ever since the identification by Hellriegel and Wilfarth (1888) of rhizobia as the source of fixed nitrogen in root nodules of legumes, people have wondered whether or not plants outside ...
bacteria termed rhizobia which are housed in root- (sometimes stem-) borne structures called nodules , and which fix atmospheric nitrogen into ammonia and then into usable, non-toxic forms for the benefit ...
endosymbiotic nitrogen fixation with legumes in a specialized structure known as the nodule (Masson-Boivin et al. 2009). A successful symbiotic interaction between rhizobia and their compatible host involves ...
Abstract Symbiosis between legume plants and soil rhizobia culminates in the formation of a novel root organ, the ‘ nodule ’, containing bacteria differentiated as facultative nitrogen-fixing ...
between legume plants and rhizobia , which results in the formation of a new root organ, the nodule . This interaction involves two separated but coordinated processes, the infection that leads bacteria ...
species. The rhizobia fix atmospheric nitrogen into a form that the plant can use to fulfil its nitrogen requirement while the plant provides the bacteria with a source of carbon. Nodules are root ...
Abstract The endosymbiotic association between legumes and soil bacteria called rhizobia leads to the formation of a new root-derived organ called the nodule in which differentiated bacteria convert ...
promiscuous legumes have taken advantage of interactions with unfamiliar rhizobia during range expansion to survive novel edaphic and climatic conditions (Simonsen et al. 2017). This is facilitated ...
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