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@@ -8,9 +8,9 @@ doi: https://doi.org/10.1101/271072
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Correlation matrices are fully preprocessed and stored in the variable 'corrmat' within respective .mat files:
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-Males: Nuisance regression (linear & quadratic trends + 6 rigid-body motion parameters + 1st 5 PC's of CSF signals + body temperature + respiratory rate + isoflurane dosage) -> bandpass filtering [0.008, 0.10 Hz])
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+Males: Nuisance regression (linear & quadratic trends + 6 rigid-body motion parameters + 1st 5 PC's of CSF signals + body temperature) -> bandpass filtering [0.008, 0.10 Hz])
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-Females: Nuisance regression (linear + quadratic trends, 6 rigid-body motion parameters, 1st 5 PC's of CSF signals) -> bandpass filtering [0.008, 0.10 Hz])
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+Females: Nuisance regression (linear + quadratic trends, 6 rigid-body motion parameters, 1st 5 PC's of CSF signals) -> bandpass filtering [0.008, 0.10 Hz])
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-see Birds_IDs_ages.xlsx for further info regarding file correspondences, ages, and bird ID's
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@@ -18,9 +18,9 @@ Females: Nuisance regression (linear + quadratic trends, 6 rigid-body motion par
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mirrored_groupwise_template.nii = the right hemisphere of our 'GroupwiseTemplate.nii' mirrored across the midline to create a symmetrical brain template for voxel-mirrored homotopic connectivity (VMHC) analyses
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-voxelwise_homotopy_tstats.nii = image of t-statistics testing voxel-wise homotopy across the 19 male scans
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+voxelwise_homotopy_tstats.nii = image of t-statistics testing voxel-wise homotopic functional connectivity across the 19 male scans
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-voxelwise_homotopy_clusters.nii = image of 6 significant clusters of voxel-wise homotopy
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+voxelwise_homotopy_clusters.nii = image of cluster-thresholded voxel-wise homotopic functional connectivity t-statistics (primary: *p* < 0.001, cluster-extent: *p-FWE* < 0.05)
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## template_rois
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