Exact(4)
We found an inverse correlation between performance and activity in the striatum in both the CON and MAA groups.
We exploited this variability by testing for correlations between performance and activity.
Returning to the role of PMC, correlations between performance and activity within this region suggest another way in which premotor activity might serve as an index of embodiment.
Unlike in our original study (Tyler et al., 2010), we did not find a significant correlation between performance and activity in the left IFG.
Similar(56)
Specifically, we hypothesized that for those brain regions showing compensation, higher structural disease load would be associated with tighter relationships between performance and brain activity (Fig. 1 and Eq. (1), Materials and Methods) indicating a need for greater task-associated neural activity to maintain similar levels of performance in individuals with higher structural disease load.
At the neuronal level however, analyses that focused on contextual memory revealed distinct correlations between performance and neuronal activity in frontal areas associated with recollection processes after post-training sleep, and in the parahippocampal gyrus associated with familiarity processes in sleep-deprived participants.
Our findings of an opposite pattern in FFA and no relationship between performance and robust activity in right LO (see below) argue against a general effort account.
We investigated the modulatory effects of regional brain atrophy, indexed by structural measures of disease load, on the relationship between performance and brain activity (or connectivity) using task-based and resting-state functional MRI.
These patterns of connectivity in the resting state demonstrate a relationship between task performance and activity that changed with disease load in a manner consistent with our operational definition of compensation.
The study of Belleville and colleagues [ 23] found significant correlations between performance and training related activity.
Although motor-related brain activity during the simple response time task was increased in ipsilesional M1 with cathodal stimulation, in contrast to our findings for the anodal tDCS condition, no relationship between performance and functional MRI activity was found.
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