Kei Yura

The paper uses non-linear growth models combined with survival rates to determine the optimal rearing temperature and harvest timing for two cricket species.

This study identifies age-related erosion of organ-specific endothelial programs and links it to tissue dysfunction across multiple organs.

This study identifies de novo genes in crickets that arise from repetitive sequences, showing that such sequences are important in early gene evolution but not after gene establishment.

The paper investigates molecular mechanisms of maternal-induced embryonic diapause in crickets using genome assembly and time-series transcriptomic analyses, revealing epigenetic and metabolic changes.

This paper presents a high-quality chromosome-scale genome assembly for Gryllus bimaculatus using long-read sequencing and Hi-C data, significantly improving contiguity and gene annotation completeness.

This study identifies the plant CFI complex components and shows their essential role in cleavage and polyadenylation site selection, with defects in morphological development and gene expression.

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.

This study identifies ADAMTS2 as a key regulator of radial neuronal migration by activating TGF-β signaling through ECM remodeling at the subplate layer during neuronal development.

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.