Rémi Dumollard

The paper investigates spindle positioning in ascidian embryos, showing that cortical pulling and cytoplasmic dynein forces act sequentially to generate mirror symmetric and unequal divisions.

This study characterizes the spatio-temporal expression of monoaminergic components in mussel larvae, identifying serotonin and dopamine as key pathways with early non-neuronal roles.

The paper investigates how cortical and cytoplasmic forces coordinate to achieve planar cleavage in ascidian embryos.

The paper establishes the Mediterranean mussel as a new model organism for mollusk development by providing transcriptome data and experimental protocols.

The paper investigates the role of the midbody remnant from the first polar body (PB1) in directing the precise site of the second polar body (PB2) emission during meiosis II in ascidian eggs.