F. M. W. Grundler

This study identifies a jasmonate-dependent ERF109 pathway that mediates secondary root formation in Arabidopsis in response to cyst nematode infection.

This study compares gene expression responses in Solanum torvum infected with two Meloidogyne arenaria pathotypes, identifying distinct molecular mechanisms of resistance and susceptibility.

This study shows that spirotetramat inhibits nematode acetyl-CoA carboxylase, causing lipid depletion and surface coat deficiency, suggesting a new nematicidal mechanism.

This study identifies HIPP27 as a susceptibility gene in Arabidopsis that facilitates beet cyst nematode infection and development.