Irene Tracey

This study shows that proximity to explosive synchronization determines criticality loss and recovery in neural and economic systems, with implications for network resilience.

This study investigates facial somatotopy in S1 and remapping after hand loss, finding an upright facial organization and restricted remapping in congenital one-handers.

This study uses a drift-diffusion model and probabilistic cueing to show that the DLPFC contributes to decision bias in pain perception, with interactions involving the PAG.

This study uses ASL to image neural correlates of parametrically modulated mechanical pain in healthy humans, identifying brain regions and perfusion dynamics associated with pain intensity and force.

The paper shows that effective pain attenuation strategies are linked to increased whole brain functional connectivity and specific white matter integrity.

This study uses fMRI to investigate within-finger maps of nociceptive and tactile input in the human parietal cortex, finding a nociceptive map in hIP1 but not tactile maps.

This paper introduces a trace-based correction method to reduce breathing-induced ghosting artifacts in spinal cord T2*-weighted imaging, improving quantitative metrics and temporal signal-to-noise ratio.

This study investigates resting-state functional connectivity in the cervical spinal cord at 3T, finding robust dorsal and ventral horn connectivity, replicating findings from higher field strength studies.