Ettore Tiraboschi

This study identifies neuronal activity patterns during rest in honey bees that resemble sleep signatures in vertebrates, revealing conserved network modulation mechanisms.

This paper introduces an automated PER system for honeybees that improves standardization and behavioral scoring, revealing temporal dynamics in learning and decision-making.

This study investigates how geosmin affects honey bee defensive behavior and neural responses, finding concentration-dependent suppression of alarm pheromone-induced aggression.

The paper shows airflow creates a complex activation pattern in honeybee antennal lobes, combining mechanical and olfactory codes to encode airflow intensity, direction, and dynamics.