André Mouraux

The paper shows that hMT+/V5 and fronto-parietal regions encode visual and tactile motion directions using a common external frame of reference, independent of body posture.

This study investigates if variations in peak alpha frequency (PAF) predict secondary hyperalgesia from high-frequency stimulation, finding no significant association.

This paper introduces ESI, a non-invasive method to map spinal cord electrical activity, revealing distinct spatiotemporal responses and attention modulation effects.

This paper develops a multi-channel electrophysiology method to non-invasively record human spinal cord activity with high temporal resolution and demonstrates its application in studying somatosensation and nociception.

The paper shows that changing limb position affects capsaicin-evoked pain, suggesting an interaction between vascular and nociceptive systems.

This study examines EEG responses to periodic thermal and vibrotactile stimuli, finding similar phase-locked and non-phase-locked responses across different modalities and body regions.

The paper investigates how confidence in probabilistic pain predictions modulates EEG responses to noxious stimuli using a temporal statistical learning task.

This study investigates TMS-evoked potentials from the left angular gyrus to identify biomarkers of its function and assess how stimulation parameters affect neural responses.

This study evaluates GABAAR-mediated inhibition in the human brain using TMS-evoked potentials and identifies N17 as a biomarker of cortical excitability.

The paper uses machine learning to analyze single-trial laser evoked potentials (LEPs) in rats, identifying distinct Aδ- and C-fibre mediated responses that predict pain behavior.

This study shows that central sensitization increases pupil dilation and brain responses to pinprick stimuli, with pupil dilation being more sensitive than brain potentials.

This study shows that high frequency electrical stimulation increases N2 wave amplitude in brain potentials but not perception of intra-epidermal electrical stimuli in secondary hyperalgesia.

This study investigates how different event-related potential (ERP) components habituate with repeated somatosensory stimuli, showing similar decay patterns for both lateralised and vertex waves.