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Figure5_WorkingMemory_Ketamine_BOLD_decreases_ICAonly_pipeline.nii.gz (218.22 kB)
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Figure5_WorkingMemory_Ketamine_BOLD_increases_ICAonly_pipeline.nii.gz (298.65 kB)
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Figure5_WorkingMemory_Midazolam_BOLD_decreases_ICAonly_pipeline.nii.gz (197.56 kB)
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Figure5_WorkingMemory_Midazolam_BOLD_increases_ICAonly_pipeline.nii.gz (233.83 kB)
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Figure5_WorkingMemory_Placebo_BOLD_decreases_ICAonly_pipeline.nii.gz (272.57 kB)
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Figure5_WorkingMemory_Placebo_BOLD_increases_ICAonly_pipeline.nii.gz (250.68 kB)
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Figure6_WorkingMemory_KetamineVSPlacebo_ICAonly_pipeline.nii.gz (129.27 kB)
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Figure7_WorkingMemory_Negative_Temporal_correlations_Ketamine_WholeGroup.nii.gz (99.84 kB)
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Figure7_WorkingMemory_Negative_Temporal_correlations_Placebo_Whole_group.nii.gz (129.96 kB)
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Figure7_WorkingMemory_Positive_Temporal_correlations_Placebo_Whole_group.nii.gz (70.4 kB)
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Figure8_WorkingMemory_KetamineVSplacebo_Temporal_correlations.nii.gz (51 kB)
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Figure9_WorkingMemory_variance_explained_by_EEG_stength_of_changes_Placebo_Negative_correlations.nii.gz (54.87 kB)
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Figure9_WorkingMemory_variance_explained_by_EEG_strength_of_changes_Ketamine_Negative_Correlations.nii.gz (73.07 kB)
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Figure9_WorkingMemory_variance_explained_by_EEG_strength_of_changes_Ketamine_Positive_Correlations.nii.gz (49.36 kB)
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Supplementary_Figure3_WorkingMemory_Ketamine_BOLD_decreases_SIMPLE_pipeline.nii.gz (268.34 kB)
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Supplementary_Figure3_WorkingMemory_Ketamine_BOLD_increases_SIMPLE_pipeline.nii.gz (167.54 kB)
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Supplementary_Figure3_WorkingMemory_Midazolam_BOLD_decreases_SIMPLE_pipeline.nii.gz (219.7 kB)
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Supplementary_Figure3_WorkingMemory_Midazolam_BOLD_increases_SIMPLE_pipeline.nii.gz (152.14 kB)
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Supplementary_Figure3_WorkingMemory_Placebo_BOLD_decreases_SIMPLE_pipeline.nii.gz (397.45 kB)
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Supplementary_Figure3_WorkingMemory_Placebo_BOLD_increases_SIMPLE_pipeline.nii.gz (122.5 kB)
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Effects of ketamine and midazolam on simultaneous EEG/fMRI data during working memory processes
These figures are from the paper "Effects of ketamine and midazolam on simultaneous EEG/fMRI data during working memory processes". In lieu of traditional coordinate tables, these nifti files allow researchers to obtain information from all voxels of the fMRI results in this paper.
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