Jeremy Lynch

The paper investigates the structure and composition of the large oosome in Nasonia vitripennis, revealing its unique mesh-like network and sub-granular organization.

The paper investigates the dynamic protein assembly and architecture of the oosome, a large germ granule in Nasonia vitripennis, revealing unique features compared to Drosophila nuage.

This study shows that knocking down Dnmt1 in Nasonia disrupts gene body methylation, leading to gene expression changes and developmental failure during the maternal-zygotic transition.

The paper identifies novel molecules involved in oosome formation and germ plasm function in Nasonia vitripennis through transcriptomic analysis and functional testing.

This study shows that Fog signaling has multiple roles in epithelial morphogenesis across insects, including mesoderm internalization and gut development in Tribolium.

The paper identifies ankyrin domain genes from horizontal transfer in wasps, showing their integration into developmental gene regulatory networks and functional roles in DV patterning.