Supplementary Materials for ‘Alpha hyperconnectivity and atypical memory processing in soldiers with PTSD’ Figure S1. 90 cortical and subcortical seed regions derived from the AAL atlas (Tzourio-Mazoyer et al., 2002) that were used in the beamformer reconstruction. 1 Dunkley, et al.
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United Scientific Groupunitedscientificgroup.com/journals/ets/articles/v1n1/... · Web viewTable of significant connectivity differences for encoding trials in the working memory
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Supplementary Materials for ‘Alpha hyperconnectivity and atypical memory processing in soldiers with PTSD’
Figure S1. 90 cortical and subcortical seed regions derived from the AAL atlas (Tzourio-Mazoyer et al., 2002) that were used in the beamformer reconstruction.
1Dunkley, et al.
Table S1. AAL seed regions (Tzourio-Mazoyer et al., 2002).
Figure S2. Group-mean, whole-brain connectivity strength times series for the theta, beta, gamma and high gamma band in encoding and recognition trials during the working memory task (-0.2 to 0.8 seconds, stimulus appears at 0 time point; PTSD in blue, control in green, ±1 standard error bars, difference in red).
5Dunkley, et al.
Table S2 & S3. Table of significant connectivity differences for encoding trials in the working memory task, 50-150 ms and 150-250 ms, for nodes greater than degree of 2.
Figure S3. Group-mean, whole-brain connectivity strength times series for the theta, beta, gamma and high gamma band during war-related and neutral trials in the long-term recognition task (-0.2 to 0.8 seconds, stimulus appears at 0 time point; PTSD in blue, control in green, ±1 standard error bars, difference in red).
8Dunkley, et al.
Table S5. For war-related trials in the long-term recognition task, 50-150 ms, for nodes greater than degree of 2.