Atsushi Hoshino

This study identifies InMYB21B as a key regulator of petal cell expansion and flower opening in Japanese morning glory, showing its role in metabolic and transcriptomic changes during late petal development.

This study identifies the InGLK gene as the cause of yellow and yellow-mutable mutations in Japanese morning glory, showing that its disruption reduces photosynthetic pigments and alters chloroplast structure.

The paper analyzes transcriptomic changes in Japanese morning glory petals over time, identifying gene expression patterns related to development, nutrient transport, and circadian rhythms.

This study identifies horizontal gene transfer of a functional cytochrome P450 gene from host plants to parasitic dodders, accompanied by intron gains involving transposon colonization.

The paper identifies a frame-shift mutation in InCO causing early flowering in Japanese morning glory, which may have facilitated its northward expansion into temperate Asia.

This study evaluates a cost-effective long-read amplicon sequencing method using plasmid analysis services to sequence transposon-inserted alleles in Japanese morning glory.