Keigo Ide

The paper identifies a novel PET hydrolase from soil bacteria, enhances its activity with CALB and protein engineering, achieving 95.5% PET degradation.

The paper presents the first high-quality genome assembly of the house cricket and demonstrates genetic engineering techniques for improving its agricultural and industrial applications.

This study develops a sensitive RNA-seq method for FFPE tissues to analyze spatial gene expression in tumor microenvironments.

The paper develops a single-cell genome sequencing platform, SAG-gel, to analyze microbial diversity in Red Sea environments, revealing 734 partial genomes from 231 species, most of which are newly identified.

The paper uses multi-omics data to analyze cross-organism interactions in coral holobionts, revealing host dominance over zooxanthellae and immune responses triggered by Endozoicomonas bacteria.