Masayoshi Kawaguchi

This study shows that high CO2 levels promote the asymbiotic growth of Rhizophagus clarus when fatty acids are present, with species-specific responses.

This study shows that HAR1 in Lotus japonicus enhances growth and nitrogen use under high nitrate conditions through organic acid metabolism, independent of symbiotic relationships.

This study shows Cyclophilin A modulates RIN4 conformation to control legume infection by rhizobia, revealing a host-symbiont interaction mechanism.

The paper examines the phylogenetic distribution and expression of atypical rDNA in Rhizophagus fungi, finding host-specific expression and variation enrichment in ES27L.

The paper reports the discovery of non-tandemly repeated rDNAs and their intragenomic heterogeneity in Rhizophagus irregularis, suggesting a link to adaptation and environmental response.