Grégoire Michaux

This study identifies GCK-4 as a regulator of apical actin and junction organization in C. elegans intestine lumen formation, showing it acts independently of ERM phosphorylation.

The paper shows that cell proliferation and differentiation in C. elegans intestine are partially coupled through reciprocal interactions, with specific factors controlling cell cycle arrest during differentiation.

The paper identifies three bacteria that adhere to the intestinal epithelium of C. elegans and shows their differential effects on host fitness and competitive interactions.

This study shows that loss of SIN-3 in C. elegans disrupts mitochondrial function and metabolism, leading to mitochondrial fragmentation and altered metabolic flux.

This study identifies PAR-4/LKB1 as a regulator of intestinal cell number in C. elegans by restricting endoderm specification to the E lineage, independent of cell proliferation.

This study maps the dynamic localization of brush border components in C. elegans using high-resolution imaging and genome editing, showing dynamic enrichment during microvilli formation and stability afterward.

The paper shows Myosin-1b is essential for intestinal epithelial folding in zebrafish and contributes to villous atrophy when UNC45A is lost.

The paper compares high-resolution image reconstruction methods for confocal microscopy, introducing a new deconvolution algorithm that improves resolution, contrast, and spatial intensity homogeneity.

The paper shows how muscle contractions and tension relay through hemidesmosomes coordinate morphogenesis by establishing planar polarity in the epidermis.