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Neurostimulation-Enhanced dlPFC Activity Restores Faulty Regulatory Processing in Misophonia

in a study looking at the impact of differing stimulation protocols combined with cognitive restructuring on Misophonic resposnes, the authors claim that their results align with the findings from (Eijsker et al., 2019). in that study , Eijsker found increased dlPFC activity during successful inhibition during a stop signal task. (Neacsiu et al., 2024) notes that the task involves regulation, and the reduced dlPFC activation during regulation shown in this study suggests Misophonics recruit other brain areas, resulting in less efficient processes, which is why the promotion of dlPFC activity during regulation helped, as it is restoring a faulty process. (Neacsiu., 2024)