K.-i. Hayashi

Short-term inhibition of carotenoid biosynthesis increases retinal levels, which reduce auxin levels and signaling to suppress root growth.

This study inhibits the auxin inactivation pathway using a novel chemical inhibitor, revealing rapid auxin turnover and dynamic regulation of auxin homeostasis.

The paper identifies NPF7.3 as an IBA transporter involved in root gravitropism by facilitating IBA uptake, which is necessary for auxin gradient formation.

This study investigates the assembly of the TIR1-Aux/IAA auxin co-receptor complex using NMR, revealing a fuzzy encounter complex with auxin-dependent and -independent interactions.

This paper improves AID technology by introducing new plasmids and auxinole to control degron-fused protein degradation in human cells.