Lilan Hong

The paper shows that growth direction and stiffness differences between epidermal layers cause buckling in Arabidopsis sepals, and that restoring growth alignment and stiffness can prevent buckling.

This study shows that ROS reduces cell growth heterogeneity and affects microtubule dynamics in Arabidopsis sepals, impacting morphogenesis.

This study identifies OsZHD1 and OsZHD2 as regulators of epidermal cell dynamics that influence lamina joint morphology and leaf angle in rice.

This study identifies HDC1 as a regulator of sepal size in Arabidopsis by integrating ethylene and ROS signaling during maturation.

This study identifies PRS as a downstream gene of AS2 that affects sepal flatness in Arabidopsis by modulating epidermal outgrowth through transcriptional activation and physical interaction.

The paper identifies a 3-component module involving VIP4, ARF3, and VANGUARD1 that maintains sepal flatness in Arabidopsis by regulating cell wall stiffness and growth balance.

The paper investigates spatiotemporal fluctuations in plant tissue growth, showing that growth couples temporal and spatial variations through a mechanism called fluctuation stretching.