Atsushi Nakabachi

The paper compares Profftella genomes across Diaphorina species, finding conserved gene organization but lineage-specific variation in diaphorin biosynthetic genes, particularly in ACP domain amplification.

This study examines how diaphorin affects E. coli transcription, revealing widespread changes in translation, metabolism, transport, and stress responses.

This study characterizes a unique tubular structure in the bacterial symbiont of the Asian citrus psyllid, revealing its structural features and potential role in mechanical stability and protein synthesis.

This study shows that diaphorin promotes in vitro gene expression at low concentrations using bacterial ribosomes, suggesting its potential in pest management and industrial applications.

This study analyzes the genomes of dual bacterial symbionts in the mulberry psyllid, revealing their reduced size, AT-rich composition, and conserved gene functions.

The paper analyzes the microbiome of Aphalara itadori, a biocontrol agent, and related psyllid species, identifying symbiotic bacteria and assessing their potential ecological impact.