On obliterating the initial barriers of polyploidy: insights from Nasonia neopolyploids

Samenvatting (Engelstalig)

This research explores how having extra sets of chromosomes (polyploidy) affects the development and gene activity of the parasitic wasp Nasonia vitripennis. While polyploidy is common in plants, it is rare in animals. By studying both a long-established polyploid wasp line and newly created polyploid lines, this work examines how they cope with extra genetic material. The findings show that polyploid wasps adjust their cell size, gene expression, and biological processes over generations. Early-generation polyploids experience genetic instability, while long-term polyploids develop mechanisms to manage their larger genomes. This research provides insights into how animals adapt to genome duplication, with implications for evolution, genetics, and even pest control applications.