Guangxun Fan

This study identifies FvTFL1 as a key regulator of temperature-responsive reproductive development in woodland strawberry, showing how it integrates temperature signals to control developmental timing.

This study identifies the role of FvTFL1 in reversing the photoperiodic flowering pathway in woodland strawberry, showing its interaction with FvGI, FvCO, and FvFT1 in different photoperiod conditions.

This study identifies FvFT1-FvTFL1 epistasis as a mechanism controlling flowering time adaptation in woodland strawberry across diverse climates.

This study shows that temperature-induced methylome changes during asexual reproduction in Fragaria vesca lead to transcriptomic and phenotypic changes, with ecotype-specific methylation patterns and gene expression effects.