N. Illouz-Eliaz

The paper creates a single-nucleus transcriptome atlas of Arabidopsis seed-to-seed development using over 800,000 nuclei across ten stages, revealing transcriptional conservation and heterogeneity in cell types.

This study shows that drought recovery in plants rapidly activates immune responses, enhancing pathogen resistance across multiple tomato species.

The paper compares transcriptional responses in Arabidopsis to different water potential reduction methods and introduces a high-throughput hard agar assay.

This study investigates the differential response to gibberellin (GA) in tomato shoots and roots, finding that GA receptors are less expressed in roots, leading to weaker GA effects on root elongation compared to shoots.

The paper shows that the tomato DELLA protein PROCERA enhances ABA-induced stomatal closure by upregulating the ABA transporter AIT1.1 in guard cells.

This study shows that mutating GID1 receptors in tomato reduces xylem proliferation and hydraulic conductance, leading to reduced water loss under drought.