In N2-fixing symbionts of leguminous plants (rhizobia) evolution of the host-beneficial (“altruistic”) traits occurs in populations colonizing the subcellular compartments in nodules (infection threads, symbiosomes). These compartments are developed as a result of partners’ coevolution related to complications of trophic and regulatory interactions elevating the ecological efficiency of symbiosis. Their analysis enables us to study correlations between genetic mechanisms of adaptive and progressive symbiosis evolution which remain obscure in free-living organism
Bacterial mutualists are often acquired from the environment by eukaryotic hosts. However, both theo...
International audienceSoil bacteria known as rhizobia are able to establish an endosymbiosis with le...
International audienceDuring 450 million years of diversification on land, plants and microbes have ...
There are ubiquitous variations in symbiotic performance of different rhizobial strains associated w...
Abstract / Rhizobia are phylogenetically disparate a- and b-proteobacteria that have achieved the en...
By evolving the dual capacity of intracellular survival and symbiotic nitrogen fixation in legumes, ...
The emergence of symbiotic interactions has been studied using population genomics in nature and exp...
Rhizobia are phylogenetically disparate alpha- and beta-proteobacteria that have achieved the enviro...
Microbial mutualists provide substantial benefits to hosts that feed back to enhance the fitness of ...
Legumes preferentially associate with and reward beneficial rhizobia in root nodules, but the proces...
Root nodulating rhizobia are nearly ubiquitous in soils and provide the critical service of nitrogen...
The stabilization of host–symbiont mutualism against the emergence of parasitic individuals is pivot...
By analyzing successive lifestyle stages of a model Rhizobium–legume symbiosis using mariner-based t...
In legume nodules, symbiosomes containing endosymbiotic rhizobial bacteria act as temporary plant or...
Rhizobia are soil bacteria capable of forming symbiotic nitrogen-fixing nodules associated with legu...
Bacterial mutualists are often acquired from the environment by eukaryotic hosts. However, both theo...
International audienceSoil bacteria known as rhizobia are able to establish an endosymbiosis with le...
International audienceDuring 450 million years of diversification on land, plants and microbes have ...
There are ubiquitous variations in symbiotic performance of different rhizobial strains associated w...
Abstract / Rhizobia are phylogenetically disparate a- and b-proteobacteria that have achieved the en...
By evolving the dual capacity of intracellular survival and symbiotic nitrogen fixation in legumes, ...
The emergence of symbiotic interactions has been studied using population genomics in nature and exp...
Rhizobia are phylogenetically disparate alpha- and beta-proteobacteria that have achieved the enviro...
Microbial mutualists provide substantial benefits to hosts that feed back to enhance the fitness of ...
Legumes preferentially associate with and reward beneficial rhizobia in root nodules, but the proces...
Root nodulating rhizobia are nearly ubiquitous in soils and provide the critical service of nitrogen...
The stabilization of host–symbiont mutualism against the emergence of parasitic individuals is pivot...
By analyzing successive lifestyle stages of a model Rhizobium–legume symbiosis using mariner-based t...
In legume nodules, symbiosomes containing endosymbiotic rhizobial bacteria act as temporary plant or...
Rhizobia are soil bacteria capable of forming symbiotic nitrogen-fixing nodules associated with legu...
Bacterial mutualists are often acquired from the environment by eukaryotic hosts. However, both theo...
International audienceSoil bacteria known as rhizobia are able to establish an endosymbiosis with le...
International audienceDuring 450 million years of diversification on land, plants and microbes have ...