Jan U. Lohmann

This study shows WUSCHEL modulates jasmonate signaling to control growth-defense balance in the shoot apical meristem during systemic wounding.

This study shows that the cell wall controls stem cell fate in the Arabidopsis shoot apical meristem by modulating mechanical properties through pectin methylesterase expression regulated by WUS.

The paper investigates WUSCHEL protein mobility in Arabidopsis thaliana shoot apical meristem, showing it is balanced between transport and retention, independent of CLAVATA3.

The paper develops a mathematical model to study how hormonal signals influence cell fate transitions in plant shoot meristems, revealing the role of HECATE in stem cell differentiation.

The paper shows auxin creates high-definition spatio-temporal gradients that drive rhythmic patterning in plant shoot apices through self-organization and cellular memory.

WEADE provides a web tool for integrated enrichment analysis and data exploration of genomic datasets, enabling comparison of experiments and visualization of functional interactions.

The paper identifies key regulatory mechanisms in Drosophila male stem cells and provides a public dataset and tool for analyzing stem cell gene networks.

The paper presents a comprehensive toolset for inducible, cell-type-specific gene expression in Arabidopsis, enabling precise temporal and spatial control of gene activity.