I. McCarthy-Suarez

Supra-physiological levels of gibberellins/DELLAs modify the root cell size/number and the root architecture in root tips of A. thaliana seedlings. Connections to the root hair patterning and abundance

This study shows that high levels of gibberellins/DELLAs alter root cell size/number and root architecture in A. thaliana seedlings, affecting root hair patterning and lateral root outgrowth.

Supra-physiological levels of Gibberellins/DELLAs alter the patterning, morphology and abundance of root hairs in root tips of A. thaliana seedlings

This study investigates the effects of supra-physiological GAs/DELLA levels on root hair patterning, morphology, and abundance in A. thaliana seedlings, revealing altered gene expression and root hair phenotypes.