Fig 1.
(a) Example of target response in experimental task block (b) Example of target response in control block.
Table 1.
Behavioural results for the individual components of the RVIP task (experimental and control task).
Mean scores with standard deviations in parentheses.
Table 2.
Behavioural results for the individual components of the RVIP task (experimental and control task) divided by individual blocks.
Mean scores shown with standard deviations in parentheses.
Table 3.
Clusters showing differences in activation between the RVIP experimental task > control task (p = .001).
Fig 2.
Brain regions active during the experimental task > control task contrast.
Clusters were considered significant at a voxel height of p < .001 and cluster corrected at p < .05 (FWE corrected).
Table 4.
Clusters showing differences in activation between the RVIP control task > experimental task (p = .001).
Fig 3.
Brain regions active during the control task > experimental task contrast.
Clusters were considered significant at a voxel height of p < .001 and cluster corrected at p < .05 (FWE corrected).
Table 5.
Clusters showing differences in activation between the RVIP control task > baseline (p = .001).
Fig 4.
Brain regions active during the control task > baseline contrast.
Clusters were considered significant at a voxel height of p < .001 and cluster corrected at p < .05 (FWE corrected).
Table 6.
Clusters showing differences in activation between the RVIP experimental task > baseline (p = .001).
Fig 5.
Brain regions active during the experimental task > baseline contrast.
Clusters were considered significant at a voxel height of p < .001 and cluster corrected at p < .05 (FWE corrected).
Fig 6.
Contrast estimates (and standard errors) for experimental task and control task > baseline activation within the four significant clusters in the experimental task > control task contrast.
Table 7.
Clusters showing event-related differences between experimental task hits > control task hits (p = .001).
Fig 7.
Brain regions active upon onset of ‘hit’ during the experimental task > control task contrast.
Clusters were considered significant at a voxel height of p < .001 and cluster corrected at p < .05 (FWE corrected).
Table 8.
Clusters showing event-related differences between control task hits > experimental task hits (p = .001).
Fig 8.
Brain regions active upon onset of ‘hit’ during the control task > experimental task contrast.
Clusters were considered significant at a voxel height of p < .001 and cluster corrected at p < .05 (FWE corrected).
Table 9.
Clusters showing similarities between block analysis experimental task > control task contrast and event-related analysis experimental task hits > control task hits (p = .001)
Fig 9.
Common brain regions active between block analysis experimental > control task contrast and event-related experimental task hits > control task hits contrast.
Cluster extent was considered significant at a voxel height of p < .001 and cluster extent corrected at p < .05 (FWE corrected).
Table 10.
Clusters showing similarities between block analysis control task > experimental task contrast and event-related analysis control task hits > experimental task hits (p = .001).
Fig 10.
Common brain regions active between block analysis control task > experimental task contrast and event-related control task hits > experimental task hits contrast.
Cluster extent was considered significant at a voxel height of p < .001 and cluster extent corrected at p < .05 (FWE corrected).