Eve Gazave

This study investigates Notch signaling's role in post-embryonic neurogenesis in Platynereis dumerilii, showing its regulation of progenitor specification, differentiation, and neurogenic balance during regeneration and elongation.

The paper compares regeneration of two complex structures in Platynereis, finding shared and distinct molecular, cellular, and morphological features in their regenerative processes.

This study investigates the role of ROS in regeneration across metazoans, finding conserved redox systems but variable mechanisms in different species.

The paper identifies two progenitor populations in Platynereis regeneration, showing that less differentiated, more proliferative gut progenitors are more plastic but limited in regenerative capacity.

The paper presents genome assemblies for three Platynereis species to support comparative genomic studies and explore their biology.

The paper generates a high-quality reference transcriptome for Platynereis dumerilii and analyzes RNA-seq data from posterior regeneration stages to identify gene expression dynamics and key molecular mechanisms.

This study shows that brain hormones, specifically methylfarnesoate, are essential for posterior regeneration in Platynereis dumerilii, and their absence after decapitation impairs regeneration.

This study investigates DNA methylation in the annelid Platynereis dumerilii during development and regeneration, showing high levels of 5mC methylation and its role in stem cell function and growth.

This study characterizes posterior regeneration in Platynereis dumerilii, showing a rapid, reproducible process with specific stages and local blastema formation.