Pierre‐Hervé Luppi

The paper develops an automated workflow for whole brain analysis of neuronal activity using c-Fos immunohistochemistry and open-source tools, enabling accurate and unbiased quantification across contexts.

The paper compares hypothalamic neuron activation during wakefulness and paradoxical sleep using TRAP2-red mice, identifying new markers and subpopulations.

The paper compares brain activation patterns induced by wakefulness drugs and non-pharmacological methods in mice, revealing distinct neural populations involved.

The paper identifies SuML-DG neurons that modulate theta and gamma oscillations in the dentate gyrus during REM sleep and other vigilance states.