Cathy Soula

The paper shows that variations in Sox2-to-Bra protein ratios in posterior progenitors influence their motility and fate, guiding their contribution to neural or mesodermal tissues.

The paper shows spinal neuroepithelial progenitors generate and propagate action potentials independently of neurons during spontaneous neural activity.

The paper identifies a unique molecular signature of Olig2-expressing astrocytes through transcriptome profiling and differential gene expression analysis.

This study shows that Sulf2a regulates Shh-dependent neural fate specification in zebrafish spinal cord development by modulating Shh signaling and cell type differentiation.

The paper identifies an Olig2-expressing astrocyte precursor subtype in the ventral spinal cord that depends on Sulf2 for its generation.

The paper shows FGF signaling is required for ventral oligodendrocyte precursor cell generation alongside Shh, with FGFs also regulating Shh signaling and Olig2 expression.

This study shows Eph:ephrin signaling maintains progenitor identities in the ventral spinal cord by regulating transcription factor expression.