Philippe Lucas

The paper investigates how diverse volatile plant compounds disrupt pheromone temporal coding in moth olfactory receptor neurons.

The paper presents a model to estimate absolute odorant concentration in a delivery system, applied to study (Z)-3-hexenyl acetate's effect on moth pheromone detection.

This study shows that moth olfactory receptor neurons encode stimulus duration through spike frequency adaptation, while Drosophila neurons lack this ability for short odor pulses.

This study shows that volatile plant compounds (VPCs) interfere with moth pheromone detection, with constituent identity more important than blend complexity.

This paper investigates how moths encode turbulent odor plume dynamics at varying distances from the source, finding that projection neurons (PNs) can decode temporal structures more effectively than olfactory receptor neurons (ORNs).