This research aims to explore how neuroparsin-A affects dominance and reproductive hierarchies in bumblebee groups.
Utilized single-nucleus RNA sequencing to analyze gene expression.
Focused on queenless bumblebee groups to establish hierarchy dynamics.
Investigated neural correlates linked to dominance and reproduction.
Identified distinct neural gene expression patterns related to hierarchy.
Revealed the role of neuroparsin-A in shaping social structures among bumblebees.
Abstract
We employed the single-nucleus RNA sequencing (snRNA-seq) to interrogate the neural correlates underlying the establishment of a dominance and reproductive hierarchy in queenless groups.