Catálogo de publicaciones - libros

Tremendous advances in our understanding of the -legume symbioses have been made. The probable identification of NFR1 and NFR5 as Nod-factor receptors and the discovery of symbiotically relevant protein secretion systems in rhizobia, are but two of the milestones in this field of Probable commonalities between the infection of legumes by arbuscular mycorrhiza and rhizobia suggest similar evolutionary mechanisms. In the years that lay ahead, more parts of the symbiotic puzzle will be put together at an ever-increasing pace. research. Light is being shed on the fundamental role of SPS in symbiosis.

Tremendous advances in our understanding of the -legume symbioses have been made. The probable identification of NFR1 and NFR5 as Nod-factor receptors and the discovery of symbiotically relevant protein secretion systems in rhizobia, are but two of the milestones in this field of Probable commonalities between the infection of legumes by arbuscular mycorrhiza and rhizobia suggest similar evolutionary mechanisms. In the years that lay ahead, more parts of the symbiotic puzzle will be put together at an ever-increasing pace. research. Light is being shed on the fundamental role of SPS in symbiosis.

Tremendous advances in our understanding of the -legume symbioses have been made. The probable identification of NFR1 and NFR5 as Nod-factor receptors and the discovery of symbiotically relevant protein secretion systems in rhizobia, are but two of the milestones in this field of Probable commonalities between the infection of legumes by arbuscular mycorrhiza and rhizobia suggest similar evolutionary mechanisms. In the years that lay ahead, more parts of the symbiotic puzzle will be put together at an ever-increasing pace. research. Light is being shed on the fundamental role of SPS in symbiosis.

Tremendous advances in our understanding of the -legume symbioses have been made. The probable identification of NFR1 and NFR5 as Nod-factor receptors and the discovery of symbiotically relevant protein secretion systems in rhizobia, are but two of the milestones in this field of Probable commonalities between the infection of legumes by arbuscular mycorrhiza and rhizobia suggest similar evolutionary mechanisms. In the years that lay ahead, more parts of the symbiotic puzzle will be put together at an ever-increasing pace. research. Light is being shed on the fundamental role of SPS in symbiosis.

Tremendous advances in our understanding of the -legume symbioses have been made. The probable identification of NFR1 and NFR5 as Nod-factor receptors and the discovery of symbiotically relevant protein secretion systems in rhizobia, are but two of the milestones in this field of Probable commonalities between the infection of legumes by arbuscular mycorrhiza and rhizobia suggest similar evolutionary mechanisms. In the years that lay ahead, more parts of the symbiotic puzzle will be put together at an ever-increasing pace. research. Light is being shed on the fundamental role of SPS in symbiosis.

Tremendous advances in our understanding of the -legume symbioses have been made. The probable identification of NFR1 and NFR5 as Nod-factor receptors and the discovery of symbiotically relevant protein secretion systems in rhizobia, are but two of the milestones in this field of Probable commonalities between the infection of legumes by arbuscular mycorrhiza and rhizobia suggest similar evolutionary mechanisms. In the years that lay ahead, more parts of the symbiotic puzzle will be put together at an ever-increasing pace. research. Light is being shed on the fundamental role of SPS in symbiosis.

Tremendous advances in our understanding of the -legume symbioses have been made. The probable identification of NFR1 and NFR5 as Nod-factor receptors and the discovery of symbiotically relevant protein secretion systems in rhizobia, are but two of the milestones in this field of Probable commonalities between the infection of legumes by arbuscular mycorrhiza and rhizobia suggest similar evolutionary mechanisms. In the years that lay ahead, more parts of the symbiotic puzzle will be put together at an ever-increasing pace. research. Light is being shed on the fundamental role of SPS in symbiosis.

Tremendous advances in our understanding of the -legume symbioses have been made. The probable identification of NFR1 and NFR5 as Nod-factor receptors and the discovery of symbiotically relevant protein secretion systems in rhizobia, are but two of the milestones in this field of Probable commonalities between the infection of legumes by arbuscular mycorrhiza and rhizobia suggest similar evolutionary mechanisms. In the years that lay ahead, more parts of the symbiotic puzzle will be put together at an ever-increasing pace. research. Light is being shed on the fundamental role of SPS in symbiosis.

Tremendous advances in our understanding of the -legume symbioses have been made. The probable identification of NFR1 and NFR5 as Nod-factor receptors and the discovery of symbiotically relevant protein secretion systems in rhizobia, are but two of the milestones in this field of Probable commonalities between the infection of legumes by arbuscular mycorrhiza and rhizobia suggest similar evolutionary mechanisms. In the years that lay ahead, more parts of the symbiotic puzzle will be put together at an ever-increasing pace. research. Light is being shed on the fundamental role of SPS in symbiosis.

Tremendous advances in our understanding of the -legume symbioses have been made. The probable identification of NFR1 and NFR5 as Nod-factor receptors and the discovery of symbiotically relevant protein secretion systems in rhizobia, are but two of the milestones in this field of Probable commonalities between the infection of legumes by arbuscular mycorrhiza and rhizobia suggest similar evolutionary mechanisms. In the years that lay ahead, more parts of the symbiotic puzzle will be put together at an ever-increasing pace. research. Light is being shed on the fundamental role of SPS in symbiosis.