Macquarie University

File(s) stored somewhere else

Please note: Linked content is NOT stored on Macquarie University and we can't guarantee its availability, quality, security or accept any liability.

Data from: Cooperative defence operates by social modulation of biogenic amine levels in the honeybee brain

posted on 2022-06-11, 04:16 authored by Morgane Nouvian, Souvik Mandal, Charlène Jamme, Charles Claudianos, Patrizia d'Ettorre, Judith Reinhard, Andrew B. Barron, Martin Giurfa
The defence of a society often requires that some specialized members coordinate to repel a threat at personal risk. This is especially true for honeybee guards, which defend the hive and may sacrifice their lives upon stinging. Central to this cooperative defensive response is the sting alarm pheromone, which has isoamyl acetate (IAA) as its main component. Although this defensive behaviour has been well described, the neural mechanisms triggered by IAA to coordinate stinging have long remained unknown. Here we show that IAA upregulates brain levels of serotonin and dopamine, thereby increasing the likelihood of an individual bee to attack and sting. Pharmacological enhancement of the levels of both amines induces higher defensive responsiveness, while decreasing them via antagonists decreases stinging. Our results thus uncover the neural mechanism by which an alarm pheromone recruits individuals to attack and repel a threat, and suggest that the alarm pheromone of honeybees acts on their response threshold rather than as a direct trigger.

Usage Notes

Data coloniesRaw data supporting the information presented in Figure 1.Data individualsRaw data supporting the information presented in Figures 2 and 3Data pharmacoRaw data supporting the information presented in Figure 4


FAIR Self Assessment Rating

  • Unassessed

Data Sensitivity

  • General



Usage metrics

    Macquarie University Research Data Repository