Bruno Pradier

The paper identifies distinct brain network signatures of pain hypersensitivity in rats under incisional and inflammatory pain models using functional MRI and graph-theory analysis.

This paper develops a data-driven method for analyzing fMRI data across studies, revealing consistent patterns in BOLD time series and demonstrating its generalizability and robustness.

The paper identifies species-specific cutaneous protein signatures after incision injury and links them to pain-related phenotypes in humans and mice.

The paper investigates how NMDA receptor activation leads to long-term potentiation of glycinergic synapses in the spinal cord, potentially enhancing nociceptive signal transmission during injury.