… Finally, given the significant impact of right FEF stimulation on distractor suppression, we …
To further explore this quasi-significant interaction, we conducted separate analyses based …

… 4A (r = .49; p = .033), meaning that higher WMC individuals had more distinct neural
representations of attended information in DAN. In addition, plotting WMC against cue-evoked …

… The present fMRI study attempted to identify the brain mechanisms underlying the difficulty
… a qualitatively different brain network compared with younger participants to perform the task. …

… We then trained participants over three-day separate sessions on a temporal … the parietal
lobes in inhibitory mechanisms during learning. Overall, our results show that the parietal lobe …

… attention, suppressing distracters based on features seems to rely on partially different
neural mechanisms than, and to operate independently from, suppressing distracters based on …

… brain regions. Thus, to understand these age differences, we need to focus on brain mechanisms
… which are suppressed—even when they are represented in different cortical regions, …

… In summary, this study’s findings are the first to provide evidence that the different neural
mechanisms underlying target facilitation and distractor suppression are based on distinct …

… In the following, we specifically describe distinct neuronal mechanisms associated … distinct
neuronal mechanisms implementing proactive and reactive sensory suppression mechanisms…

… This inferior parietal lobe region is different from the speech perception region in the STG
1 and has been proposed as the neural substrate of a phonological buffer (Martin, 2005). …

… proactive and reactive brain mechanisms for filtering distracting stimuli. Participants …
attest to different patterns of responses to conflicting distracters and to different adjustments …