Jean‐Louis Bessereau

This study identifies a mutation in the troponin I gene unc-27 that delays muscle aging in C. elegans by altering its nuclear localization, preserving sarcomeric gene expression and delaying muscle decline.

The paper identifies a novel mechanism for synaptic localization of an AChR through direct interaction with IgLON adhesion molecules in C. elegans.

The paper shows that muscle activity influences axon termination in C. elegans SAB neurons through retrograde signals and calcium dynamics.

The paper identifies an extracellular complex between CLE-1 and Punctin that stabilizes synaptic identity by maintaining cholinergic receptor localization.

This study shows UNC-30/PITX regulates GABA receptor clustering and biosynthesis in C. elegans motor neurons through transcriptional control of target genes.

This study identifies SDN-1 as a critical organizer of cholinergic synapses in C. elegans by clustering AChRs and interacting with synaptic components.

This study identifies SUSD4 as a regulator of GLUA2 degradation and synaptic plasticity, showing its role in motor learning and implications for neurodevelopmental diseases.