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rcruces edited this page Aug 31, 2023 · 1 revision

Developmental HCP(dHCP)

Table of Contents

  1. dHCP-release1
  2. dHCP-release2

dHCP-release1

dHCP-release2

  • N = 505
  • Data location: /host/oncilla/dHCP_data/ORIGINAL_dHCP_DATA/dhcp-rel-2
  • Subject information: $Data location/by9433_9_15_2019_16_45_34.csv
    • Subject ID
    • Sex (M/F)
    • Age at birth (in weeks)
    • Age at scan (in weeks)
    • MR Sessions (# of sessions. IF >1, the age at scan is the age at the second session)
    • Etc. (information whether there is missing data)
  • Anatomical data: $Data location/dhcp_anat_pipeline/sub-?/ses-?/anat
    • Preprocessed T1w and T2w with their masks
    • Surfaces of white, midthickness, pial, and inflated
    • Surface features of curvature, sulcal depth, thickness, and myelin content
    • 5TT files
    • Parcellations (first, schaefer 100-400, vosdewael 100-200)
  • Functional data: $Data location/dhcp_fmri_pipeline/sub-?/ses-?/func
    • Preprocessed rs-fMRI data with its mask
    • Time series mapped onto each parcellation (schaefer 100-400, vosdewael 100-200)
  • Diffusion data: $Data location/dhcp_dmri_pipeline/sub-?/ses-?/dwi
    • Preprocessed DWI data with its mask
    • b-value and b-vector
    • Fiber orientation distributions and tissue response functions
    • Connectome and edge length files using each parcellation (schaefer 100-400, vosdewael 100-200)
  • Load features
    • feat = mica_load_features(micasoftPath,DBName,SubjName,Mod,AtlasName);
    • Inputs

      micasoftPath: Full directory name of micasoft
      DBName: Name of the database (e.g., dHCP2)
      SubjName: Subject ID (e.g., CC00060XX03)
      Mod: Modality (e.g., struc, func, diff)
      AtlasName: Name of the parcellation (e.g., vos100, vos200, schaefer100, schaefer200, schaefer300, schaefer400)

    • Outputs

      feat: Output features
      If Mod = struc, curvature, sulcal depth, and thickness will be generated (feat.?_curv; feat.?_sulc; feat.?_thick)
      If Mod = func, time series mapped onto the atlas will be generated (feat)
      If Mod = diff, diffusion connectome and edge length matrices mapped onto the atlas will be generated (feat.connectome; feat.edgelength)

    • [Code request]: Ask to Bo-yong